Siemens SITRANS PCS 7 Function Manual Download

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Parameter

Description

Type

Default

PV1_AL_Act
(analog

PV2,PV3,PV4)

Limiter

PV1

1 = Alarm (low) active.

You can change the response for this

parameter by setting

Feature

bit 28

(deactivate switching points)

and

Feature

bit 29 (signal limit viola‐

tion) accordingly.

STRUCT
● Value : BOOL
● ST: BYTE

-
● 0
● 16#80

SumMsgAct

Summary message Active

STRUCT
● Value : BOOL
● ST: BYTE

-
● 0
● 16#80

PV1_AH_Lim
(analog

PV2,PV3,PV4)

Alarm limit (high) PV1

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

PV1_WH_Lim
(analog

PV2,PV3,PV4)

Warning limit (high) PV1

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

PV1_WL_Lim
(analog

PV2,PV3,PV4)

Warning limit (low) PV1

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

PV1_AL_Lim
(analog

PV2,PV3,PV4)

Alarm limit (low) PV1

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

InPV1_Hyst*
(analog

PV2,PV3,PV4)

Limiter

PV1

Hysteresis for alarm and warning limits

REAL

0.0

DSP

Active setpoint for the dosing unit

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

DSP_ExtAct

1 = External dosing setpoint is active
0 = internal dosing setpoint is active

STRUCT
● Value : BOOL
● ST: BYTE

-
● 0
● 16#80

DSP_ExtOut

External dosing setpoint; corresponds to

input parameter DSP_Ext, limited by

DSP_LoLim and DSP_HiLim

STRUCT
● Value : REAL
● ST: BYTE

-
● 0.0
● 16#80

DSP_ExHiAct

Dosing unit:
1 = High limit for external setpoint has

been reached

STRUCT
● Value : BOOL
● ST: BYTE

-
● 0
● 16#80

DSP_ExLoAct

Dosing unit:
1 = Low limit for external setpoint has

been reached

STRUCT
● Value : BOOL
● ST: BYTE

-
● 0
● 16#80

Status1

Status word 1

DWORD

16#00000000

Status2

Status word 2

DWORD

16#00000000

Status3

Status word 3

DWORD

16#00000000

SITRANS FC430 PA
13.1 SiFC43PA

SITRANS Library for PCS 7

596

Function Manual, 05/2019, A5E35351976-11

Summary of Contents for SITRANS PCS 7

Page 1: ...the faceplates 2 Panel blocks general 3 Configurable response using the Feature I O 4 SITRANS F M MAG 6000 5 SITRANS LUT400 6 SIPART PS2 HART 7 SIPART PS2 PA 8 SITRANS T 9 SITRANS P 10 SITRANS P PA 11 SITRANS FC430 12 SITRANS FC430 PA 13 SITRANS LR PA 14 SITRANS LR HART 15 MultiRanger 200 16 SITRANS LU HART 17 Driver blocks 18 ...

Page 2: ...el are those who based on their training and experience are capable of identifying risks and avoiding potential hazards when working with these products systems Proper use of Siemens products Note the following WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation If products and components from other manufacturers are u...

Page 3: ... characteristics 50 4 3 Control via auxiliary valve 51 4 4 Disabling opening and closing 51 4 5 Separate delay times for each alarm 52 4 6 Activating the run time of feedback signals 52 4 7 Enabling bumpless switchover to automatic mode for valves motors and dosers 52 4 8 Activating the run time of feedback signals 53 4 9 Enable bumpless switchover to Automatic mode for operator only 53 4 10 Contr...

Page 4: ...nctions 79 5 1 5 Mag6T dosing unit functions 81 5 1 6 Error handling of Mag6T 83 5 1 7 Mag6T messaging 86 5 1 8 Mag6T connections 89 5 1 9 Block diagram of Mag6T 111 5 1 10 Template of Mag6T 111 5 1 11 Operator control and monitoring 112 5 1 11 1 Mag6T views 112 5 1 11 2 Standard view of Mag6T 112 5 1 11 3 Limit view of Mag6T 117 5 1 11 4 Mag6T parameter view 119 5 1 11 5 Mag6T preview 120 5 1 11 ...

Page 5: ... messaging 183 6 2 3 PLut400 connections 183 6 2 4 Operator Control and Monitoring WinCC 188 6 2 5 Operator Control and Monitoring WinCC flexible 188 6 2 5 1 Views 188 6 2 5 2 Standard view of PLut400 189 6 2 5 3 Block icon for PLut400 189 7 SIPART PS2 HART 191 7 1 SipPS2HA 191 7 1 1 Description of SipPS2HA 191 7 1 2 Operating modes of SipPS2HA 197 7 1 3 Functions of SipPS2HA 198 7 1 4 Error handl...

Page 6: ...8 1 8 6 SipPS2PA block icon 318 9 SITRANS T 321 9 1 SitransT 321 9 1 1 Description of SitransT 321 9 1 2 Operating modes of SitransT 324 9 1 3 Functions of SitransT 324 9 1 4 Error handling of SitransT 329 9 1 5 Message behavior of SitransT 330 9 1 6 I Os of SitransT 332 9 1 7 Block diagram of SitransT 349 9 1 8 Template of SitransT 349 9 1 9 Operator control monitoring 350 9 1 9 1 Views of Sitran...

Page 7: ...s of SitrP_PA 431 11 1 6 Block diagram of SitrP_PA 444 11 1 7 Template of SitrP_PA 444 11 1 8 Operator control monitoring 445 11 1 8 1 Views of SitrP_PA 445 11 1 8 2 Standard view of SitrP_PA 446 11 1 8 3 Limit view of SitrP_PA 450 11 1 8 4 Parameter view of SitrP_PA 452 11 1 8 5 Preview of SitrP_PA 454 11 1 8 6 Min min max pointer view of Sitr_P resettable 456 11 1 8 7 Block icon for SitrP_PA 457...

Page 8: ... 1 9 4 Parameter view of SiFC43PA 612 13 1 9 5 Preview of SiFC43PA 616 13 1 9 6 Dosing view of SiFC43PA 623 13 1 9 7 Block icon for SiFC43PA 626 13 2 FC43PADr 627 13 2 1 Description of FC43PADr 627 13 2 2 Operating modes of FC43PADr 628 13 2 3 I Os of FC43PADr 628 13 2 4 Block diagram of FC43PADr 629 13 2 5 Template of FC43PADr 629 13 2 6 Operator control monitoring FC43PADr 629 13 3 FC43PATi 629 ...

Page 9: ...itrLRHA 681 15 1 4 Error handling of SitrLRHA 686 15 1 5 Messages of SitrLRHA 687 15 1 6 I Os of SitrLRHA 690 15 1 7 Block diagram of SitrLRHA 700 15 1 8 Template of SitrLRHA 701 15 1 9 Operator control monitoring 701 15 1 9 1 Views of SitrLRHA 701 15 1 9 2 Standard view of SitrLRHA 702 15 1 9 3 Limit view of SitrLRHA 706 15 1 9 4 Parameter view of SitrLRHA 708 15 1 9 5 Preview of SitrLRHA 709 15 ...

Page 10: ... SitrLuHA 801 17 1 9 Operator control monitoring 801 17 1 9 1 Views of SitrLuHA 801 17 1 9 2 Standard view of SitrLuHA 802 17 1 9 3 Limit view of SitrLuHA 806 17 1 9 4 Parameter view of SitrLuHA 808 17 1 9 5 Preview of SitrLuHA 809 17 1 9 6 Block icons for SitrLuHA 810 18 Driver blocks 813 18 1 PiDr64 PiDr256 813 18 1 1 Description of PiDr64 256 813 18 1 2 Operating modes of PiDr64 256 814 18 1 3 ...

Page 11: ...PiStAr64 256 829 18 4 3 Functions of PiStAr64 256 829 18 4 4 Error handling of PiStAr64 256 830 18 4 5 Messaging of PiStAr64 256 830 18 4 6 I Os of PiStAr64 256 830 18 4 7 Block diagram of PiStAr64 256 832 18 5 PiSA256H 832 18 5 1 Description of PiSA256H 832 18 5 2 Operating modes of PiSA256H 834 18 5 3 Functions of PiSA256H 834 18 5 4 Error handling of PiSA256H 834 18 5 5 PiSA256H messaging 835 1...

Page 12: ...Table of contents SITRANS Library for PCS 7 12 Function Manual 05 2019 A5E35351976 11 ...

Page 13: ...nected in CFC or by the faceplate from an operator BypLiOp 0 In the Parameter view the operator can switch on off the bypass function over the parameter BypPVOp or RstBypOp If BypLock 1 you cannot make any change to the parameters BypPVOp or ResBypOp The button for switching the bypass functionality on off in the Parameter view is deactivated BypLiOp 1 With a connection of the parameter BypPVLi or...

Page 14: ...example to describe the content of the XML file APLCustomerUnits xml xml version 1 0 encoding utf 8 UserDefinedUnits Root node start Define the first unit for different languages Unit id 1 first node with unit ID 1 start Name lcid 1031 German1 Name unit value e g German1 in German Name lcid 1033 English1 Name unit value e g English1 in English Unit first node with unit ID 1 end Define the second u...

Page 15: ...r 1013 mm Millimeter 1018 ft Foot 1023 m2 Square meter 1038 L Liter 1041 hl Hectoliter 1054 s Second 1058 min Minute 1059 h Hour 1060 d Day 1061 m s Meters per second 1077 Hz Hertz 1081 kHz Kilohertz 1082 1 s Per second 1083 1 min Per minute 1088 kg Kilogram 1092 t Metric ton 1100 g cm3 Grams per cubic centimeter 1105 g L Grams per liter 1120 N Newton 1123 mN Millinewton 1130 Pa Pascal 1133 kPa Ki...

Page 16: ...ankine 1004 rad Radian 1005 Degree 1006 Minute 1007 Second 1008 gon Gon 1009 r Revolution 1010 m Meter 1011 km Kilometer 1012 cm Centimeter 1013 mm Millimeter 1014 μm Micrometer 1015 nm Nanometer 1016 pm Picometer 1017 Å Angstrom 2 1018 ft Foot 1019 in Inch 1020 yd Yard 1021 mile Mile 1022 nautical mile Nautical mile 1023 m2 Square meter 1024 km2 Square kilometer 1025 cm2 Square centimeter 1026 dm...

Page 17: ...perial gallon 1050 bushel Bushel 1051 bbl Barrel 42 gallons 1052 bbl liq Liquid barrel 31 5 gallons 1053 ft3 std Standard cubic foot 1054 s Second 1055 ks Kilosecond 1056 ms Millisecond 1057 μs Microsecond 1058 min Minute 1059 h Hour 1060 d Day 1061 m s Meters per second 1062 mm s Millimeters per second 1063 m h Meters per hour 1064 km h Kilometers per hour 1065 knot Knot 1066 in s Inches per seco...

Page 18: ...95 STon US ton short ton 1096 LTon British ton long ton 1097 kg m3 Kilograms per cubic meter 1098 Mg dm3 Megagrams per cubic meter 1099 kg dm3 Kilograms per cubic decimeter 1100 g cm3 Grams per cubic centimeter 1101 g m3 Grams per cubic meter 1102 t m3 Metric tons per cubic meter 1103 kg L Kilogram per liter 1104 g ml Grams per milliliter 1105 g L Grams per liter 1106 lb in3 Pounds per cubic inch ...

Page 19: ...5 μPa Micropascal 1136 hPa Hectopascal 1137 bar Bar 1138 mbar Millibar 1139 torr Torr 1140 atm Atmosphere 1141 psi Pounds per square inch 1142 psia Pounds per square inch absolute 1143 psig Pounds per square inch gauge 1144 g cm2 Grams per square centimeter 1145 kg cm2 Kilograms per square centimeter 1146 inH2O Inches of water 1147 inH2O 4 C Inches of water at 4 degrees Cel sius 1148 inH2O 68 F In...

Page 20: ...Joule 1168 EJ Exajoule 1169 PJ Petajoule 1170 TJ Terajoule 1171 GJ Gigajoule 1172 MJ Megajoule 1173 kJ Kilojoule 1174 mJ Millijoule 1175 W h Watt hour 1176 TW h Terawatt hour 1177 GW h Gigawatt hour 1178 MW h Megawatt hour 1179 kW h Kilowatt hour 1180 calth Calorie thermo chemical 1 1181 kcalth Kilocalorie thermo chemical 1 1182 Mcalth Megacalorie thermo chemical 1 1183 Btuth British thermal unit1...

Page 21: ...ere 1214 pA Picoampere 1215 C Coulomb 1216 MC Megacoulomb 1217 kC Kilocoulomb 1218 μC Microcoulomb 1219 nC Nanocoulomb 1220 pC Picocoulomb 1221 A h Ampere hour 1222 C m3 Coulombs per cubic meter 1223 C mm3 Coulombs per cubic millimeter 1224 C cm3 Coulombs per cubic centimeter 1225 kC m3 Kilocoulombs per cubic meter 1226 mC m3 Millicoulombs per cubic meter 1227 μC m3 Microcoulombs per cubic meter 1...

Page 22: ...mperes per square meter 1257 A cm2 Amperes per square centimeter 1258 kA m2 Kiloamperes per square meter 1259 A m Amperes per meter 1260 kA m Kiloamperes per meter 1261 A cm Amperes per centimeter 1262 T Tesla 1263 mT Millitesla 1264 μT Microtesla 1265 nT Nanotesla 1266 Wb Weber 1267 mWb Milliweber 1268 Wb m Webers per meter 1269 kWb m Kilowebers per meter 1270 H Henry 1271 mH Millihenry 1272 μH M...

Page 23: ...ns per meter 1300 MS m Megasiemens per meter 1301 kS m Kilosiemens per meter 1302 mS cm Millisiemens per centimeter 1303 μS mm Microsiemens per millimeter 1304 1 H Per henry 1305 sr Steradian 1306 W sr Watts per steradian 1307 W sr m2 Watts per steradian square meter 1308 W m2 Watts per square meter 1309 lm Lumen 1310 lm s Lumen second 1311 lm h Lumen hour 1312 lm m2 Lumens per square meter 1313 l...

Page 24: ...Percentage solids per weight unit 1344 sol vol Percentage solids per volume unit 1345 stm qual Percentage steam quality 1346 Plato Degree plato 1347 m3 s Cubic meters per second 1348 m3 min Cubic meters per minute 1349 m3 h Cubic meters per hour 1350 m3 d Cubic meters per day 1351 L s Liters per second 1352 L min Liters per minute 1353 L h Liters per hour 1354 L d Liters per day 1355 ML d Megalite...

Page 25: ... Decibel 1384 mol Mol 1385 kmol Kilomole 1386 mmol Millimole 1387 μmol Micromole 1388 kg mol Kilograms per mole 1389 g mol Grams per mole 1390 m3 mol Cubic meters per mole 1391 dm3 mol Cubic decimeters per mole 1392 cm3 mol Cubic centimeters per mole 1393 L mol Liters per mole 1394 J mol Joules per mole 1395 kJ mol Kilojoules per mole 1396 J mol K Joules per mole kelvin 1397 mol m3 Moles per cubic...

Page 26: ...2 kcalth min Kilocalories per minute1 1433 kcalth h Kilocalories per hour1 1434 kcalth d Kilocalories per day1 1435 Mcalth s Megacalories per second1 1436 Mcalth min Megacalories per minute1 1437 Mcalth d Megacalories per day1 1438 kJ s Kilojoules per second 1439 kJ min Kilojoules per minute 1440 kJ h Kilojoule per hour 1441 kJ d Kilojoules per day 1442 MJ s Megajoules per second 1443 MJ min Megaj...

Page 27: ...Imperial gallons per minute 1471 μImpGal h Micro Imperial gallons per hour 1472 mImpGal h Milli Imperial gallons per hour 1473 kImpGal h Kilo Imperial gallons per hour 1474 MImpGal h Mega Imperial gallons per hour 1475 μImpgal d Micro Imperial gallons per day 1476 mImpgal d Milli Imperial gallons per day 1477 kImpgal d Kilo Imperial gallons per day 1478 MImpgal d Mega Imperial gallons per day 1479...

Page 28: ...2 cm3 min Cubic centimeters per minute 1513 cm3 h Cubic centimeters per hour 1514 cm3 d Cubic centimeters per day 1515 kcalth kg Kilocalories per kilogram1 1516 Btuth lb British thermal units per pound1 1517 kL Kiloliter 1518 kL min Kiloliters per minute 1519 kL h Kiloliters per hour 1520 kL d Kiloliters per day 1551 S cm Siemens per centimeter 1552 µS cm Microsiemens per centimeter 1553 mS m Mill...

Page 29: ... per second 1589 m3 min normal Standard cubic meters per minute 1590 m3 h normal Standard cubic meters per hour 1591 m3 d normal Standard cubic meters per day 1592 L s normal Standard liters per second 1593 L min normal Standard liters per minute 1594 L h normal Standard liters per hour 1595 L d normal Standard liters per second 1596 m3 s std Standard cubic meters per second 1597 m3 min std Standa...

Page 30: ...C 1631 PS Metric horsepower 1632 ppt Parts per trillion 1012 1633 hl s Hectoliters per second 1634 hl min Hectoliters per minute 1635 hl h Hectoliters per hour 1636 hl d Hectoliters per day 1637 bbl liq s Barrels US liquid per second 1638 bbl liq min Barrels US liquid per minute 1639 bbl liq h Barrels US liquid per hour 1640 bbl liq d Barrels US liquid per day 1641 bbl fed Barrel U S federal 31 ga...

Page 31: ... to represent this unit in conformity with the system 2 m2 is used instead of m3 in the Chinese and Japanese documentation Functions of the blocks 1 2 Settings for operator control and monitoring SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 31 ...

Page 32: ...Functions of the blocks 1 2 Settings for operator control and monitoring SITRANS Library for PCS 7 32 Function Manual 05 2019 A5E35351976 11 ...

Page 33: ...he toolbar 0 Disabled 1 Enabled 1 Enabled This area shows you if the block is enabled for operation via SIMATIC BATCH BatchEn 1 2 Allocated This area shows if the block is currently in use by SIMATIC BATCH Occupied 1 3 Batch name This area shows the name of the batch that is currently running Batchname 4 Batch ID This area shows the identification number of the batch that is currently running Batc...

Page 34: ... hide messages 2 Display area for alarms For additional information about the alarm view refer to the WinCC Information System Online Help 3 Hide messages button Messages can be displayed and or hidden with this button The view of this button changes accordingly Show messages Hide messages Higher process controlling operating permission is required and manual hiding must be active You can find add...

Page 35: ...ote The next time the faceplate is opened or there is a process picture change you can see in the status bar of the block icon and the faceplate that there is a new message for you Clearing the check box deletes the indicators in the status bars The message is not deleted automatically Note The content of the memo view is cleared when you perform a full compilation and download of the OS Functions...

Page 36: ...ith online data or archive data 5 Button for opening the Scatter plot window The Export button is only visible and operable with the Higher level process control operating permission For additional information about the trend view refer to the WinCC Information System Online Help Functions of the faceplates 2 4 Trend view SITRANS Library for PCS 7 36 Function Manual 05 2019 A5E35351976 11 ...

Page 37: ...able or position feedback on the X axis A new value pair is entered into the coordinate system with each cycle If you want to use the detail display you need to enter the following in the block icon under Trends in the WinCC Graphics Designer TrendPictureName pg_apl_trendPID_Statistic pdl 2 Simple display Display area consisting of two coordinate systems Setpoint trend actual value trend Manipulat...

Page 38: ...Functions of the faceplates 2 4 Trend view SITRANS Library for PCS 7 38 Function Manual 05 2019 A5E35351976 11 ...

Page 39: ...k to any output apart from ENO of the technological block All necessary values are read and written using this connection If an error is detected in this connection for example if the BlockConnector input is connected to a technological block that is not associated with the panel block the DB_ConnErr output of the panel block is set to 1 The instance DBs of the operator panel blocks act as the HMI...

Page 40: ...ut structure of the technological block If control system messages CSF and external messages ExtMsgx are to be suppressed as well Feature bit 25 1 Suppress all messages if MsgLock 1 must also be set at the technological block It principally applies that all messages on the technological block are also present on the panel block In the message view of the WinCC flexible faceplate the message classe...

Page 41: ...ion block and the value configured at the AS_No input of the panel block The value of the filter is transferred to the panel via the Op_MsgFilter input for filtering When the ALARM_DQ messages are generated at the panel block the content of the message filter is added to the message text of the message The messages can then be filtered on the operator panel using the message filter provided by Op_...

Page 42: ... the message view of the WinCC flexible faceplate the message classes S7 messages S7 controller control system messages and S7 warning are displayed Note that messages of the message class S7 process message or S7 tolerance are not displayed by the system broken down by instances in the message view of the WinCC flexible faceplate Messages of these classes must be displayed by a separate message v...

Page 43: ...to the operator by a faceplate Additional operating level 1100 for PCS 7 An operator with operating level 1100 Highest process controlling can simulate process values and release the process tag for maintenance Only operating level 5 is available on the operator panel Thus it is not possible to change parameters from the OP or switch to out of service mode 3 3 Operator control and monitoring with ...

Page 44: ...Trend view Connect variables for trend view If the faceplate provides a trend view you have to connect the variable s to be displayed as described the example shows PMonAn with OpPV view Panel blocks general 3 3 Operator control and monitoring with WinCC flexible SITRANS Library for PCS 7 44 Function Manual 05 2019 A5E35351976 11 ...

Page 45: ...line The dialog for selecting the connectable variables opens 4 Double click on the row of the dialog to add a variable The variable to be displayed can now be configured in the Source settings column Panel blocks general 3 3 Operator control and monitoring with WinCC flexible SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 45 ...

Page 46: ...le 6 After changing a variable you have to compile the project Message view Panel blocks general 3 3 Operator control and monitoring with WinCC flexible SITRANS Library for PCS 7 46 Function Manual 05 2019 A5E35351976 11 ...

Page 47: ...7 OS Icons and views Block icon Views The blocks provide the following views Standard view Message view some blocks Standard view Panel blocks general 3 4 Operator control and monitoring with WinCC PCS 7 OS SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 47 ...

Page 48: ...Panel blocks general 3 4 Operator control and monitoring with WinCC PCS 7 OS SITRANS Library for PCS 7 48 Function Manual 05 2019 A5E35351976 11 ...

Page 49: ... SitrP_PA 4 Set switch or button mode Page 56 Mag6T SipPS2 SitrP_PA SitrFC43 5 Control via auxiliary valve Page 51 SipPS2 6 Disabling opening and closing Page 51 SipPS2 7 Separate delay times for each alarm Page 52 Mag6T 8 Read configuration data automatically Page 57 Mag6T Separate delay times for each alarm Page 52 SipPS2 9 AUTOHOTSPOT Mag6T SipPS2 10 Exiting local mode Page 58 Mag6T SipPS2 11 P...

Page 50: ...OB100 Operating point outputs xx_AH_Act xx_AL_Act xx_WH_Act and xx_WL_Act This causes an outgoing message when initializing Alarm8_P in OB100 and an incoming message after expiry of the RunUpCycle counter in the cyclic interrupt level Note During a complete download with AS stop the blocks with Feature Bit0 1 cannot resume operation in their previous mode and control when restarted Setting the sta...

Page 51: ...tartup Bit 1 The most recently used value at the output parameter Out is output on startup 4 3 Control via auxiliary valve Feature Bit Number of the Feature bit 5 Control via a auxiliary valve You can use this Feature bit to specify if control should be performed by a auxiliary valve The default setting is 0 Bit 0 Control without auxiliary valve no auxiliary valve present Bit 1 Control via auxilia...

Page 52: ... feedback signals The default setting is 0 Bit 0 Deactivated Tracking of feedback for simulation immediately after the trigger signal Bit 1 Activated Tracking of feedback for simulation after the trigger signal and expiration of the monitoring time MonTiDynamic The feedback signals are generated after expiration of the monitoring time 4 7 Enabling bumpless switchover to automatic mode for valves m...

Page 53: ... feedback signals Feature Bit Number of the Feature bit 11 Activating the run time of feedback signals Use this Feature bit to activate the run time of feedback signals The default setting is 0 Bit 0 Deactivated Tracking of feedback for simulation immediately after the trigger signal Bit 1 Activated Tracking of feedback for simulation after the trigger signal and expiration of the monitoring time ...

Page 54: ...re bit 1 Reaction to the Out of service mode You can use this Feature bit to define the response of the technological block depending on the connectable input parameter OosLi 1 or Oos2Li 1 The default setting is 0 Bit 0 The symbol for the In progress status see below appears in the block icon and in the faceplate of the assigned technologic block A change 0 1 in the edge of the input parameter Oos...

Page 55: ...om the SFC the command is reset automatically after a step is exited 4 13 Enabling resetting of commands for the control settings Feature Bit Number of the Feature bit 3 Enabling resetting of commands for the control settings With this Feature bit you select how the block handles commands for the control settings e g totalizer Hold or Start dosing via the interconnected input parameters The defaul...

Page 56: ...s for controlling the block in the relevant section on block operating modes They are always the parameters that are used for the automatic operation of a block Bit 0 Button mode Each automatic command is assigned to a control input This has a latching reaction and is 1 active Mode AutModLi AutMod2Li 1 for setting Automatic operating mode ManMod1Li ManMod2Li 1 for setting Manual operating mode Set...

Page 57: ...n the Local mode You can use this Feature2 bit to specify whether forcing operating modes is possible in the Local mode The default setting is 0 Bit 0 In the Local mode forcing operating modes is not possible Bit 1 In the Local mode forcing operating modes is possible 4 17 Read configuration data automatically Feature bit Number of the Feature bit 8 Read configuration data automatically Using this...

Page 58: ... Changed data have to be read out using the parameter view in the faceplate Bit 1 The configuration data is read out automatically at restart of the control OB100 and return of the rack OB86 4 18 Exiting local mode Feature bit Number of the Feature bit 10 Reaction to exiting local mode Use this Feature bit to define how the Local mode is to be exited with LocalSetting 1 or LocalSetting 2 and if th...

Page 59: ...ng command takes effect in automatic mode Bit 1 It is also possible to reset with a 0 1 edge change in the control signal in automatic mode 4 20 Pause dosing at flow alarm Feature bit Number of the Feature bit 11 Pause in dosing in the event of a flow alarm With this Feature bit you enable pausing at a flow alarm Default setting is 0 Bit 0 Disabled dosing is not paused when a flow alarm occurs Bit...

Page 60: ...ock outputs MsgErr1 2 3 MsgStat1 2 3 and MsgAckn1 2 3 are updated using the feedback messages of the subordinate message blocks The subordinate message blocks are called in every 2nd cycle if an acknowledgment is waited for or if error information is present 4 23 Enabling local operating permission Feature bit Number of the Feature bit 24 Enabling local operator authorization You can use this Feat...

Page 61: ...o be suppressed Bit 0 Process messages are suppressed Bit 1 All messages are suppressed 4 25 Disabling operating points Feature bit Number of the Feature bit 28 Disabling operating points You can use this Feature bit to define whether the operating point functionality xx_Ax_Act xx_Wx_Act outputs of a limit are also to be deactivated when the message MsgLock 1 is deactivated The default setting is ...

Page 62: ...e bit to specify if a reset can be made depending on the mode only by the operator in manual mode or only by the automatic I Os in automatic mode Resetting to manual mode is enabled with Feature Bit 31 Activating reset of protection errors in manual mode Page 63 Also refer to the Resetting the block in case of interlocks or errors section of the manual of the Standard APL blocks The default settin...

Page 63: ...the Resetting the block in case of interlocks or errors section of the manual of the Standard APL blocks The default setting is 0 Bit 0 No resetting necessary in manual mode Bit 1 Resetting is necessary in manual mode The reset is performed using the Reset button RstOp 1 or in CFC using the input parameter RstLi Configurable response using the Feature I O 4 28 Activating reset of protection errors...

Page 64: ...Configurable response using the Feature I O 4 28 Activating reset of protection errors in manual mode SITRANS Library for PCS 7 64 Function Manual 05 2019 A5E35351976 11 ...

Page 65: ...ck supports one or two totalizers or instead of the second totalizer the dosing functionality of the MAG6000 Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB100 Moreover to connect the I O signals it is imperative to call the driver blocks FbMag6T cyclic data and PiDr64 non cyclic data in the ...

Page 66: ...number of cycles set at RunUpCyc Status word allocation for Status1 parameter You can find a description for each parameter in section Mag6T connections Page 89 Status bit Parameter 0 Occupied 1 BatchEn 2 Oos1Act Value and Oos2Act Value 3 Oos1Act Value 4 Oos2Act Value 5 Oos1Li Value 6 Oos2Li Value 7 Aut1Act Value and Aut2Act Value 8 Aut1Act Value 9 Aut2Act Value 10 Local1Act Value or Local2Act Val...

Page 67: ...deTot1 16 03 17 Totalizer2 counts in balanced mode ModeTot2 16 00 18 Totalizer2 counts only in positive mode ModeTot2 16 01 19 Totalizer2 counts only in negative mode ModeTot2 16 02 20 Totalizer2 counts in Hold state ModeTot2 16 03 21 Invalid signal status 22 Totalizer 1 is configured CyclData ParaAvail Bit0 23 Totalizer 2 is configured CyclData ParaAvail Bit1 24 Dosing status B_STA is configured ...

Page 68: ..._WH_En 10 Tot2_WL_En 11 Tot2_AL_En 12 VF_AH_MsgEn 13 VF_WH_MsgEn 14 VF_WL_MsgEn 15 VF_AL_MsgEn 16 Tot1_AH_MsgEn 17 Tot1_WH_MsgEn 18 Tot1_WL_MsgEn 19 Tot1_AL_MsgEn 20 Tot2_AH_MsgEn 21 Tot2_WH_MsgEn 22 Tot2_WL_MsgEn 23 Tot2_AL_MsgEn 24 Not used 25 Not used 26 Dosing timeout DiagData W22 27 Dribbling dosing DiagData W23 28 Negative dosing flow DiagData W24 29 Not used 30 Any diagnostics message activ...

Page 69: ...izer2 Command positive 20 Automatic preview 1 Totalizer2 Command negative 21 Automatic preview 1 Totalizer2 Command Stop 22 Automatic preview 1 Dosing start 23 Automatic preview 1 Dosing stop 24 Automatic preview 1 Dosing off 25 Automatic preview 1 Dosing pause 26 Not used 27 Reset request in automatic mode 28 Neither Interlock nor Permit nor Protect is enabled 29 Oos1Li Value and Oos2Li Value if ...

Page 70: ...y InTot1_WH_Lim 18 Message delay InTot1_WL_Lim 19 Message delay InTot1_AL_Lim 20 Message delay InTot2_AH_Lim 21 Message delay InTot2_WH_Lim 22 Message delay InTot2_WL_Lim 23 Message delay InTot2_AL_Lim 24 Collection of message delays 25 31 Not used 5 1 2 Operating modes of Mag6T The block can be operated using the following modes Local mode Automatic mode Manual mode Out of service The totalizers ...

Page 71: ...ContLocal 1 DPauseLocal 1 and DStpLocal 1 Note Unlike the general description at the LocalSetting parameter only the values 0 1 and 3 can be set i e tracking in local mode is not possible with Mag6T Automatic mode Automatic mode supports the transfer of the following commands to the totalizers 1 or 2 Start balanced positive edge Bal1Aut or Bal2Aut Positive positive edge Pos1Aut or Pos2Aut Negative...

Page 72: ...figuration data of MAG6000 is transferred by means of cyclic services to MAG6000 at the change of the corresponding block input and is then read back The respective output always shows the last readback value You may also use a faceplate control to write the configuration data Function block Mag6T provides the following configuration data with the corresponding slot index address in MAG6000 Descri...

Page 73: ...hen read back in acyclic mode The Totalizer 1 and 2 commands are retrieved at CPU startup to determine the current totalizer state refer to Feature bit 0 Monitoring of volume flow limits You can monitor the high low alarm and warning limits for volume flow VF_AH_Lim Limit for high alarm VF_AL_Lim Limit for low alarm VF_WH_Lim Limit for high warning VF_WL_Lim Limit for low warning To clear a limit ...

Page 74: ...g high messages are suppressed VF_WL_MsgEn 0 Warning low messages are suppressed The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are preset to 1 Messages can only be output if limit monitoring of the additional analog value has been enabled Suppressing messages using the MsgLock parameter This block provides the standard Suppressing messages using the M...

Page 75: ...if the corresponding component was configured in HW Config Release for maintenance This block provides the standard Maintenance enable function that is described in the APL Online Help Configurable reactions using the Feature I O The following response features are available for this block at the respective bits of the Feature I O Bit Feature 0 Setting the startup characteristics Page 50 1 Reactio...

Page 76: ...perator may switch to local mode 3 Totalizer 1 1 Operator can switch to Out of service mode 4 Totalizer 2 1 Operator may switch to automatic mode 5 Totalizer 2 1 Operator may switch to manual mode 6 Totalizer 2 1 Operator may switch to local mode 7 Totalizer 2 1 Operator can switch to Out of service mode 8 Dosing unit 1 Operator may select external setpoints 9 Dosing unit 1 Operator may select int...

Page 77: ...ot1VF Totalizer 1 9 1 Operator may edit the low alarm limit for Tot1VF Totalizer 1 10 1 Operator may edit the high alarm limit for Tot2VF Totalizer 2 11 1 Operator may edit the high warning limit for Tot2VF Totalizer 2 12 1 Operator may edit the low warning limit for Tot2VF Totalizer 2 13 1 Operator may edit the low alarm limit for Tot2VF Totalizer 2 14 1 Operator may read the configuration data f...

Page 78: ... The count value 1 Tot1_VF is specified in the standard view with the input SimTot1 The dosing quantity or count value 2 Tot2_VF is specified in the standard view with the input SimTot2 Display and operator input area for process values and setpoints The high and low limits of volume flow in the faceplate are declared in the MAG6000 parameters The values are read as configuration data from the dev...

Page 79: ... following count modes Balanced Positive Negative Hold Status changes are executed by means of commands of the same name You may change to any other state Monitoring count limits Totalizer 1 Totalizer 2 You can monitor the high low alarm and warning limits of the count values Tot1_AH_Lim Tot2_AH_Lim Limit for high alarm Tot1_AL_Lim Tot2_AL_Lim Limit for low alarm Tot1_WH_Lim Tot2_WH_Lim Limit for ...

Page 80: ...ng of the high alarm limits Tot1_AL_En Tot2_AL_En 1 Monitoring of the low alarm limits Tot1_WH_En Tot2_WH_En 1 Monitoring of the high warning limits Tot1_WL_En Tot2_WL_En 1 Monitoring of the low warning limits Predefinition All monitoring functions are activated Message suppression Totalizer 1 Totalizer 2 The corresponding message is suppressed using the parameters Tot1_AH_MsgEn Tot2_AH_MsgEn 0 Al...

Page 81: ...for this block are listed below Status diagram The block provides the following states Start Pause Stop Off Status changes are initiated by the following commands Start Continue Pause Stop Dosing on off Dosing on means that both dosing DOnLi input and the dosing screen form DOnMLi input are switched on i e are TRUE Dosing can only be started if the dosing setpoint is greater than zero and no inter...

Page 82: ... Internal external setpoint specification function that is described in detail in the APL Online Help The parameter names commence with the Mag6T block with DSP Dosing SetPoint instead of SP SetPoint as in the APL Forcing operating modes The Forcing operating modes function enables you to set the function block to a different operating state via connectable input parameters regardless of the curre...

Page 83: ...meout Dribbling or Negative flow or by combinations thereof Follow these steps Open the SITRANS Library in the SIMATIC Manager using File Open If your project does not yet have its own folder for user text libraries copy the complete folder Text Libraries into your project otherwise only the user text library Mag6T_DosingMsg SITRANS Library Blocks Templates Text Libraries Right click the Mag6T blo...

Page 84: ...is smaller than that for the high warning 30 CyclData Input VolFlow volume flow of MAG6000 is not a valid number 31 CyclData Input Tot1VF count value 1 from MAG6000 is not a valid number 32 CyclData Input Tot2VF count value 2 or dosing value of MAG6000 is not a valid number 33 VolFlow volume flow is not a valid number 34 Tot1VF count value 1 is not a valid number 35 Tot2VF count value 2 or dosing ...

Page 85: ...nual to automatic mode or Local to automatic mode and the previous state and the target state mismatch bumpless changeover You can only change the block mode if the subsequent state corresponds with the previous state You can activate deactivate bumpless changeover by setting bit 17 at the Feature I O bumpless changeover to automatic mode The bumpless switchover from local to automatic mode is mad...

Page 86: ...rror BlockComment Dosing message 0x 6 02x MsgEvId3 SIG1 AS process control message Error BlockComment External error has occurred Explanation BlockComment Content of the instance specific comment Coding of the associated values of the diagnostics message MsgEvId2 SIG7 The associated values of the diagnostics message contain the coding of the bits in advanced diagnostics of MAG6000 which are displa...

Page 87: ...ment Totalizer 2 high alarm limit violated SIG2 Warning high BlockComment Totalizer 2 high warning limit violated SIG3 Warning low BlockComment Totalizer 2 low warning limit violated SIG4 Alarm low BlockComment Totalizer 2 low alarm limit violated MsgEvId3 SIG2 Process message with acknowledgment BlockComment Dosing can celed Instance specific messages You can use up to three instance specific mes...

Page 88: ...e instance MsgEvId2 Associated value Block parameters 1 BatchName 2 StepNo 3 BatchID 4 MsgAVD1 5 MsgAVD2 6 MsgAVDos 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 7 and 8 are assigned to the parameters ExtVa207 ExtVa208 and can be used by yourself Additional information is available in the Process Control System PCS 7 Engineering System manual Associated values for message inst...

Page 89: ...or STRUCT Value BOOL ST BYTE 0 16 80 DSP_ExtOp Dosing unit 1 Select external setpoints via operator BOOL 0 DSP_IntOp Dosing unit 1 Select internal setpoints via operator BOOL 0 BypLiOp 1 Bypass commands via inter connection STRUCT Value BOOL ST BYTE 0 16 80 BypPVOp 1 Select bypass PV via opera tor BOOL 0 RstBypOp 1 Reset bypass PV via opera tor BOOL 0 BypPVLi 1 Select bypass PV via inter connectio...

Page 90: ... DSP_HiLim Dosing unit High limit for dosing quantity STRUCT Value REAL ST BYTE 0 0 16 80 DSP_LoLim Dosing unit Low limit for dosing quantity STRUCT Value REAL ST BYTE 0 0 16 80 InVFUnit Unit of measure for volume flow INT 0 InTot1Unit Unit of measure for Totalizer 1 INT 0 InTot2Unit Unit of measure for Totalizer 2 dosing quantity INT 0 SimVF Volume flow used in flow mode when SimOn 1 REAL 0 0 Sim...

Page 91: ...ing alarms with overrange underrange proc ess value or only with underrange process value for volume flow s REAL 0 0 VF_A_DG Delay time for outgoing alarms with overrange underrange proc ess value or only with underrange process value for volume flow s REAL 0 0 VF_W_DC Delay time for incoming warnings with overrange underrange proc ess value or only with underrange process value for volume flow s ...

Page 92: ...ot1_WH_DG Totalizer 1 Delay time for outgo ing warning messages with over range process value for volume flow s REAL 0 0 Tot1_A_DC Totalizer 1 Delay time for incom ing alarms with overrange under range process value or only with underrange process value for vol ume flow s REAL 0 0 Tot1_A_DG Totalizer 1 Delay time for outgo ing alarms with overrange under range process value or only with underrange...

Page 93: ...t Alarm lim it low REAL 0 0 Tot2_AH_DC Totalizer 2 Delay time for incom ing alarms with overrange proc ess value s REAL 0 0 Tot2_AH_DG Totalizer 2 Delay time for outgo ing alarms with overrange proc ess value for volume flow s REAL 0 0 Tot2_WH_DC Totalizer 2 Delay time for incom ing warning messages with over range process value for volume flow s REAL 0 0 Tot2_WH_DG Totalizer 2 Delay time for outg...

Page 94: ...ing unit 1 acti vate alarm high message BOOL 1 Tot2_WH_MsgEn Totalizer 2 Dosing unit 1 acti vate warning high message BOOL 1 Tot2_WL_MsgEn Totalizer 2 Dosing unit 1 acti vate warning low message BOOL 1 Tot2_AL_MsgEn Totalizer 2 Dosing unit 1 acti vate alarm low message BOOL 1 InVF_OpScale Volume flow Limit for scale in bar graph of faceplate STRUCT High REAL Low REAL 0 0 0 0 Bal1Aut Totalizer 1 Up...

Page 95: ...de STRUCT Value BOOL ST BYTE 0 16 80 Neg2Aut Totalizer 2 Decrement only for negative flow in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 Hold2Aut Totalizer 2 Stop of the totalizer in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 ReTot2Li Totalizer 2 1 Reset of the total izer via interconnection STRUCT Value BOOL ST BYTE 0 16 80 Bal2Man Totalizer 2 Up counter for posi tive flow and down cou...

Page 96: ...nual mode BOOL 0 DContMan Dosing unit 1 Select continue in manual mode BOOL 0 DCompOp Dosing unit compensation COMP REAL 0 0 DCompLoLim Dosing unit compensation low limit REAL 0 0 RdCfgOp 1 read all configuration data from MAG6000 BOOL 0 WrCfgOp 1 write all configuration data to MAG6000 BOOL 0 InZFlSupp Dosing unit Low flow cut off sup pression REAL 0 0 InVF_Hyst VF alarm hysteresis REAL 0 0 Mod1L...

Page 97: ...tch over of operating mode between 0 Operator 1 Interconnection or SFC BOOL 0 AutMod2Li Totalizer 2 Dosing unit 1 Au tomatic mode via operator con trolled by Mod2LiOp 0 STRUCT Value BOOL ST BYTE 0 16 80 ManMod2Li Totalizer 2 Dosing unit 1 Man ual mode via interconnection or SFC controlled by Mod2LiOp 1 STRUCT Value BOOL ST BYTE 0 16 80 Local2Li Totalizer 2 Dosing unit 1 Acti vate local mode via pl...

Page 98: ... for positive flow and down counter for negative flow in Local mode STRUCT Value BOOL ST BYTE 0 16 80 Pos2Local Totalizer 2 Dosing unit Incre ment only for positive flow in Lo cal mode STRUCT Value BOOL ST BYTE 0 16 80 Neg2Local Totalizer 2 Dosing unit Decre ment only for negative flow in Lo cal mode STRUCT Value BOOL ST BYTE 0 16 80 Hold2Local Totalizer 2 Dosing unit Stop to talizer in Local mode...

Page 99: ...dosing unit not activated STRUCT Value BOOL ST BYTE 1 16 FF Intl_En 1 interlock of the dosing unit without reset interlock parame ter Intlock is active BOOL 1 Protect 0 protective interlock of the dos ing unit is active the block must be reset once the interlock condi tion has been cleared 1 Protective interlock of the dos ing unit not activated STRUCT Value BOOL ST BYTE 1 16 FF Prot_En 1 Protecti...

Page 100: ...ation on BOOL 0 SimOnLi 1 Simulation via interlock or SFC activated selection with SimLiOp 1 no function yet STRUCT Value BOOL ST BYTE 0 16 80 RunUpCyc Number of cycles in startup mes sages are suppressed during these cycles INT 3 MsgEvId1 Message number assigned auto matically DWORD 16 00000000 MsgEvId2 Message number assigned auto matically DWORD 16 00000000 MsgEvId3 Message number assigned auto...

Page 101: ...ages MsgEvID2 ANY ExtVa304 Associated value 4 for messages MsgEvID3 ANY ExtVa305 Associated value 5 for messages MsgEvID3 ANY ExtVa306 Associated value 6 for messages MsgEvID3 ANY ExtVa307 Associated value 7 for messages MsgEvID3 ANY ExtVa308 Associated value 8 for messages MsgEvID3 ANY SelFp1 Call of the block stored in this pa rameter as additional faceplate in the standard view see Opening addi...

Page 102: ... signal status from an EventTs message block Input parameter EventTsIn used to interconnect output parameter EventTsOut of the EventTs block When this interconnection is con figured the messages of the EventTs block are displayed and can also be acknowledged on the OS in the message view of the technological block STRUCT Value BYTE ST BYTE 0 16 FF OldModeTot1 Last state of Totalizer 1 output ModeT...

Page 103: ...ype Default MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 SetTot1 Totalizer 1 16 01 reset command out put to the module SET_TOT from HW Config BYTE 16 00 ModeTot1 Totalizer 1 Command transferred to the module MODE_TOT from HW Config 16 00 up counter for positive flow and down counter for negative flow in manual mode 16 01 Only up counter for positiv...

Page 104: ...W Config Bit 0 1 start dosing Bit 1 1 stop dosing Bit 2 1 update setpoint and compensation Bit 3 1 enable dosing Bit 4 1 enable dosing screen form Bit 5 1 set dosing pause Bit 6 1 resume dosing BYTE 16 00 DStr 1 Start dosing STRUCT Value BOOL ST BYTE 0 16 80 DStp 1 Stop dosing STRUCT Value BOOL ST BYTE 0 16 80 DPause 1 Set dosing unit to pause STRUCT Value BOOL ST BYTE 0 16 80 DResume 1 Resume dos...

Page 105: ...but in pause state DSta 16 03 STRUCT Value BOOL ST BYTE 0 16 80 DLockAct Dosing unit 1 at least one interlock in puts Permit Interlock or Protect is ac tive STRUCT Value BOOL ST BYTE 0 16 80 GrpErr 1 Group error pending STRUCT Value BOOL ST BYTE 0 16 80 RdyToStart2 Dosing unit 1 Active start readiness STRUCT Value BOOL ST BYTE 0 16 80 RdyToReset2 Dosing unit 1 ready for reset via input Rst2Li or b...

Page 106: ... Value BOOL ST BYTE 0 16 80 Aut2Act Totalizer 2 Dosing unit 1 Automatic mode enabled STRUCT Value BOOL ST BYTE 0 16 80 Man2Act Totalizer 2 Dosing unit 1 Manual mode enabled STRUCT Value BOOL ST BYTE 1 16 80 VolFlow Current volume flow AI from HW Config STRUCT Value REAL ST BYTE 0 0 16 80 VF_AH_Act 1 volume flow high alarm limit is active You can change the response for this parameter by setting Fe...

Page 107: ... VF_WL_Lim Volume flow warning low limit STRUCT Value REAL ST BYTE 0 0 16 80 VF_AL_Lim Volume flow alarm low limit STRUCT Value REAL ST BYTE 0 0 16 80 VF_Hyst VF alarm hysteresis STRUCT Value REAL ST BYTE 0 0 16 80 Tot1VF Current value of Totalizer 1 STRUCT Value REAL ST BYTE 0 0 16 80 Tot1_AH_Act Totalizer 1 alarm limit high is active You can change the response for this parameter by setting Feat...

Page 108: ...arning limit high STRUCT Value REAL ST BYTE 0 0 16 80 Tot1_WL_Lim Totalizer 1 warning limit low STRUCT Value REAL ST BYTE 0 0 16 80 Tot1_AL_Lim Totalizer 1 alarm limit low STRUCT Value REAL ST BYTE 0 0 16 80 Tot2VF Current value of Totalizer 1 of dosing quantity STRUCT Value REAL ST BYTE 0 0 16 80 Tot2_AH_Act Totalizer 2 Dosing unit alarm limit high is active You can change the response for this p...

Page 109: ...0 16 80 Tot2_AH_Lim Totalizer 2 Dosing unit Alarm limit high STRUCT Value REAL ST BYTE 0 0 16 80 Tot2_WH_Lim Totalizer 2 Dosing unit Warning limit high STRUCT Value REAL ST BYTE 0 0 16 80 Tot2_WL_Lim Totalizer 2 Dosing unit warning limit low STRUCT Value REAL ST BYTE 0 0 16 80 Tot2_AL_Lim Totalizer 2 Dosing unit Alarm limit low STRUCT Value REAL ST BYTE 0 0 16 80 DSP Active setpoint for the dosing...

Page 110: ...s changed by the block algorithm DWORD 16 ffffffff OpSt_Out Value of the input parameter OpSt_In for further interconnection with other blocks Bit 31 of this parameter is used by feature bit 24 DWORD 16 00000000 ST_Worst Worst signal status BYTE 16 00 MsgErr1 Message error 1 output ERROR of first ALARM_8P BOOL 0 MsgStat1 Message status 1 output ERROR of first ALARM_8P WORD 16 0000 MsgAckn1 Message...

Page 111: ...uantity INT 0 DiagData Advanced diagnostics data of MAG6000 bits 0 40 STRUCT W20 BOOL P97 BOOL ErrNotSpec BOOL Reserve BYTE 0 0 0 5 1 9 Block diagram of Mag6T A block diagram is not provided for this block 5 1 10 Template of Mag6T This process tag type is used to connect a MAG6000 with driver blocks to PCS 7 The cyclic values are transferred to and from the device with FbMag6T while non cyclic dat...

Page 112: ...age 127 For general information on the faceplate and block icon refer to the sections Faceplate structure and Block icon structure in the APL Online Help 5 1 11 2 Standard view of Mag6T Depending on the configuration of the MAG6000 in the HW Config either the elements of Totalizer 1 of Totalizers 1 and 2 or of Totalizer 1 and the dosing unit are displayed in the standard view The following two scr...

Page 113: ...Totalizer 1 and Totalizer 2 Totalizers and dosing units SITRANS F M MAG 6000 5 1 Mag6T SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 113 ...

Page 114: ...ching operating states and operating modes section in the APL Online Help 2 and 5 Display and change the totalizer state Positive and negative positive negative and hold This area shows you the default operating state for the totalizers The following states can be shown and executed here Balanced Positive Negative Hold 3 and 6 Resetting the totalizers Reset the count value to zero in this area 8 D...

Page 115: ... to display two auxiliary values that have been configured in the Engineering System ES For more information refer to the Calling further faceplates chapter in the APL Online Help 18 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration...

Page 116: ... the operating state of the dosing unit End 24 and 26 Limit display for volume flow These triangles show the VF_AH_Lim VF_WH_Lim and VF_AL_Lim VF_WL_Lim limits for the volume flow configured in the MAG6000 25 Bar graph for the volume flow This area shows you a bar graph that visualizes the current volume flow The visible area in the bar graph depends on the measurement range you configured in MAG6...

Page 117: ... 3 displays are hidden if neither the Totalizer 2 nor the dosing unit is configured 1 Displaying and changing the volume flow limits You may edit the following volume flow limits in this area H alarm H warning SITRANS F M MAG 6000 5 1 Mag6T SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 117 ...

Page 118: ...control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm 5 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn param...

Page 119: ...f a dosing setpoint is configured 2 Read write configuration data This area lets you read all configuration data from your MAG6000 or transfer all configuration data from the block to MAG6000 3 Parameter This area allows you to edit parameters and therefore manipulate the module settings The compensation is only displayed if you configured the dosing unit in HW Config You can influence the followi...

Page 120: ...r enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm 5 1 11 5 Mag6T preview Depending on the MAG6000 configuration in HW Config the preview screen displays d...

Page 121: ...Totalizer 1 and Totalizer 2 SITRANS F M MAG 6000 5 1 Mag6T SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 121 ...

Page 122: ...Totalizer 1 and dosing unit SITRANS F M MAG 6000 5 1 Mag6T SITRANS Library for PCS 7 122 Function Manual 05 2019 A5E35351976 11 ...

Page 123: ...rm The following enabled operationss are shown here General operator input enables for totalizers and dosing units Automatic You can switch to automatic mode Manual You can switch to manual mode Local You can switch to local mode Out of service You can switch to Out of service mode Totalizer 1 and Totalizer 2 Start Balanced You may run the totalizer in positive and negative mode Start Positive You...

Page 124: ...1 Tot2 Dosing unit 1 totalizer 1 2 or dosing are operated in local mode Local P N Tot1 2 1 Totalizer 1 2 counts positive and negative in Local mode Local pos Tot1 2 1 Totalizer 1 2 counts positive in Local mode Local Neg Tot1 2 1 Totalizer 1 2 counts negative in Local mode Local Neg Hold 1 Totalizer 1 2 at Hold in Local mode Local start 1 dosing unit start in local mode Local pause 1 dosing unit i...

Page 125: ...tified by 2 Totalizer 2 e g Mod2LiOp or Oos2Act For more information on changing the operating mode refer to the Switching operating states and operating modes section in the APL Online Help 2 and 3 Display of the state of the dosing screen form and dosing This area shows you the the state of the dosing screen form block input DOnMLi and of the dosing unit block input DOnLi 4 Displaying and changi...

Page 126: ...antity 9 Displaying and changing the setpoint This area displays the current dosing unit setpoint and lets you edit the setpoint in manual mode 10 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES You ca...

Page 127: ...gative flow 5 1 11 7 Mag6T block icon A variety of block icons is available with the following functions Process tag type Limits high low Violation of alarm warning and tolerance limits as well as control system faults Operating modes Internal and external setpoint specification Signal status release for maintenance Force Interlocks dosing unit only Memo display Process value black volume flow and...

Page 128: ...ce mode example of block icon type 1 In contrast to the standard APL icons the Mag6T icon indicates two operating modes if both totalizers or Totalizer 1 and the dosing unit are configured in HW Config The block is only in out of service state if both totalizers or Totalizer 2 and the dosing unit are out of service SITRANS F M MAG 6000 5 1 Mag6T SITRANS Library for PCS 7 128 Function Manual 05 201...

Page 129: ...e The ENO output must not be used for interconnection with the Blockconnector input If MsgLock 0 PMag6T sends the messages to the operator panel and to the OS operator station When the MsgLock_Out output is connected to the MsgLock input of the Mag6T technological block the messages of the technological block are locked to avoid duplicate messages at the OS operator station If control system messa...

Page 130: ...p_Bal1Man Operator Input Totalizer 1 Up counter for positive flow and down counter for negative flow in manual mode BOOL 0 Op_Pos1Man Operator Input Totalizer 1 Incre ment only for positive flow in manual mode BOOL 0 Op_Neg1Man Operator Input Totalizer 1 Dec rement only for negative flow in manual mode BOOL 0 Op_Hold1Man Operator Input Totalizer 1 Stop totalizer in manual mode BOOL 0 Op_ModeTot2 O...

Page 131: ...sing Current Setpoint REAL 0 0 Op_DSP_HiLim High Limit DSP REAL 100 0 Op_DSP_LoLim Low Limit DSP REAL 0 0 EnAux Enable associated value view BOOL 0 Aux1 Associated value 1 WinCC flexi ble parameter REAL 0 0 Aux2 Associated value 2 WinCC flexi ble parameter REAL 0 0 Aux3 Associated value 3 WinCC flexi ble parameter REAL 0 0 Aux4 Associated value 4 WinCC flexi ble parameter REAL 0 0 OSStat WinCC sta...

Page 132: ...DWORD 16 60000029 MsgEvId10 Message ID 10 DWORD 16 6000002A MsgEvId11 Message ID 11 DWORD 16 6000002B MsgEvId12 Message ID 12 DWORD 16 6000002C MsgEvId13 Message ID 13 DWORD 16 60000031 MsgEvId14 Message ID 14 DWORD 16 60000032 MsgEvId15_1 Message ID 15_1 DWORD 16 60000035 MsgEvId15_2 Message ID 15_2 DWORD 16 60000036 MsgEvId16 Message ID 16 DWORD 16 60000033 MsgEvId17 Message ID 17 DWORD 16 60000...

Page 133: ...YTE 16 80 AV8 Associated value message value 8 STRUCT AV8 Value Value REAL 0 0 AV8 ST Signal status BYTE 16 80 AV9 Associated value message value 9 STRUCT AV9 Value Value REAL 0 0 AV9 ST Signal status BYTE 16 80 AV10 Associated value message value 10 STRUCT AV10 Value Value REAL 0 0 AV10 ST Signal status BYTE 16 80 AV11 Associated value message value 11 STRUCT AV11 Value Value REAL 0 0 AV11 ST Sig...

Page 134: ... value 21 STRUCT AV21 Value Value REAL 0 0 AV21 ST Signal status BYTE 16 80 Output parameters Parameter Description Type Default ENO BOOL 0 SwitchPerm_Out Switch permission DWORD 16 00000001 OSStat_Out WinCC status DWORD 16 00000000 OSStat2_Out Status 2 WinCC DWORD 16 00000000 OSStatAl_Out Bit reporting procedure WinCC flexi ble parameter DWORD 16 00000000 PanelAct Panel active BOOL 0 MsgLock_Out ...

Page 135: ...put STATUS 19 WORD 16 0000 MsgStat20 Message Output STATUS 20 WORD 16 0000 MsgStat21 Message Output STATUS 21 WORD 16 0000 MsgAckn01 Message Output ACK_STATE 1 BOOL 0 MsgAckn02 Message Output ACK_STATE 2 BOOL 0 MsgAckn03 Message Output ACK_STATE 3 BOOL 0 MsgAckn04 Message Output ACK_STATE 4 BOOL 0 MsgAckn05 Message Output ACK_STATE 5 BOOL 0 MsgAckn06 Message Output ACK_STATE 6 BOOL 0 MsgAckn07 Mes...

Page 136: ...t Bit18 BOOL VF_WL_Act Bit19 BOOL VF_AL_Act Bit20 BOOL ErrReadConfig Bit21 BOOL ErrWriteConfig Bit22 BOOL DiagMess Bit23 BOOL DosingMess Bit24 BOOL Tot1_AH_Act Bit25 BOOL Tot1_WH_Act Bit26 BOOL Tot1_WL_Act Bit27 BOOL Tot1_AL_Act Bit28 BOOL Tot2_AH_Act Bit29 BOOL Tot2_WH_Act Bit30 BOOL Tot2_WL_Act Bit31 BOOL Tot2_AL_Act Status word allocation for OSStat and OSStat_Out parameters Bit0 BOOL Local1Act...

Page 137: ...SP_Ext Bit31 BOOL Errror Status word allocation for OSStat2 and OSStat2_Outs Parameters Bit0 BOOL DosingEnded Bit1 BOOL Bit2 BOOL ForcedStart Bit3 BOOL ForcedAbort Bit4 BOOL ForcedPause Bit5 BOOL ForcedCont Bit6 BOOL Request01 Bit7 BOOL InvalidSig Bit8 BOOL Flow Bit9 BOOL Bit31 BOOL 5 2 4 Operator Control and Monitoring WinCC Operator Control and Monitoring WinCC You will find more information in ...

Page 138: ...ng WinCC flexible The block provides the following views Standard view of PMag6T Page 138 Message view Associated value view 5 2 5 1 Standard view of PMag6T Totalizer and dosing unit SITRANS F M MAG 6000 5 2 PMag6T SITRANS Library for PCS 7 138 Function Manual 05 2019 A5E35351976 11 ...

Page 139: ...izer 1 und Totalizer 2 5 2 5 2 Block icon for PMag6T Totalizer and dosing unit Totalizer 1 and Totalizer 2 SITRANS F M MAG 6000 5 2 PMag6T SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 139 ...

Page 140: ...ement is not configured in HW Config The SubnTyp input parameter is set to 1 if the MAG6000 is connected to a CPU via CP external DP interface otherwise to 0 The Mode in out parameter is interconnected to the corresponding OMode_xx output parameter of the MOD_XXXX block The DataXchg in out parameter is interconnected to the corresponding DataXchg_xx output parameter of the MOD_XXXX block The MS pa...

Page 141: ...ent changes of the totalizer states Dosing commands DCtr 16 00 no enable no command Status word allocation for Status parameter This block does not have the Status parameter 5 3 2 Operating modes for FbMag6T This block does not have any operating modes 5 3 3 Functions of FbMag6T The functions for this block are listed below Read cyclic values from process image The process values are read from the...

Page 142: ...rom the higher level error or from the signal state returned by MAG6000 In the case of higher level errors such as rack failure inputs Mode 16 80xxxxxx or RackF TRUE status ST 16 00 is output and otherwise the value provided by MAG6000 Simulating signals The block does not have a function for simulating process values 5 3 4 Error handling of FbMag6T Error handling of FbMag6T The following errors c...

Page 143: ...SetTot1 2 ModeTot1 2 DCtr DSetP DComp and their QualityCodes BOOL 0 SetTot1 Totalizer 1 16 01 Reset command transferred to the module SET_TOT from HW Config BYTE 16 16 0000 ModeTot1 Totalizer 1 Command transferred to the module MODE_TOT from HW Con fig BYTE 16 00 SetTot2 Totalizer 2 16 01 reset command output to the module SET_TOT from HW Config BYTE 16 00 ModeTot2 Totalizer 2 Command transferred ...

Page 144: ...red to the module MODE_TOT from HW Config DCtr INT Address dosing unit Command transferred to the module B_CTR from HW Config DSta INT Address dosing unit Dosing status B_STA DSetP INT Setpoint address of the dosing unit SETP DComp INT Compensation address of the dosing unit COMP END_STRUCT In out parameters Parameter Description Type Default Mode Value status and measuring type DWORD 16 00000000 ...

Page 145: ...set totalizer 1 configured SET_TOT Bit 12 1 Command totalizer 1 configured MODE_TOT Bit 13 1 Reset totalizer 2 configured SET_TOT Bit 14 1 Command totalizer 2 configured MODE_TOT Bit 15 1 Dosing commands configured B_CTR Input STRUCT Input data VolFlow STRUCT Value BOOL ST BYTE Volume flow AI Tot1VF STRUCT Value BOOL ST BYTE Volume flow totalizer 1 Tot2VF STRUCT Value BOOL ST BYTE Volume flow tota...

Page 146: ...omp STRUCT Value BOOL ST BYTE Dosing compensation COMP END_STRUCT END_STRUCT 5 3 7 Block diagram of FbMag6T A block diagram is not provided for this block SITRANS F M MAG 6000 5 3 FbMag6T SITRANS Library for PCS 7 146 Function Manual 05 2019 A5E35351976 11 ...

Page 147: ...configuration of the LUT400 in the HW Config the function block supports one or two totalizers or instead of the second totalizer the dosing functionality of the LUT400 Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB100 Moreover to connect the I O signals it is imperative to call the driver b...

Page 148: ...9 that are not supplied with the SITRANS Library are called internally by the Lut400 block If not yet installed in your project copy both blocks from the APL library to your project before you download the project to the PLC Startup characteristics Use the Feature Bit Setting the startup characteristics Page 50 to define the startup characteristics of this block The messages are suppressed after s...

Page 149: ... Not used 31 MS_RelOp Status word allocation for Status3 parameter Status bit Parameter 0 Effective signal 1 of the message block interconnected via EventTsIn 1 Effective signal 2 of the message block interconnected via EventTsIn 2 Effective signal 3 of the message block interconnected via EventTsIn 3 Effective signal 4 of the message block interconnected via EventTsIn 4 Effective signal 5 of the ...

Page 150: ... on them 6 1 3 Functions of Lut400 The functions for this block are listed below Configuration data The configuration data comprises units limits configuration of the 4 to 20 mA signal and HART variables scaling of the 4 to 20 mA signal and calibration of the sensor After a change is made in the device reading of configuration data must be triggered with Read configuration data in the parameter vi...

Page 151: ...Lim Value InL_ALIBLim L_ALIBLim Value InL_ALOBLim L_ALOBLim Value InT_AHOnLim T_AHOnLim Value InT_ALOnLim T_ALOnLim Value InFr_AHOnLim Fr_AHOnLim Value InFr_ALOnLim Fr_ALOnLim Value R W 198 199 0 Message limits Alarm Off InL_AHOffLim L_AHOffLim Value InL_ALOffLim L_ALOffLim Value InT_AHOffLim T_AHOffLim Value InT_ALOffLim T_ALOffLim Value InFr_AHOffLim Fr_AHOffLim Value InFr_ALOffLim Fr_ALOffLim V...

Page 152: ...l level high limit for alarm outside the band InL_ALOBLim Fill level low limit for alarm outside the band The messages Within band or Outside band are sent when the level is within or outside the configured band No alarm is generated by the block for the temperature The values are only transferred to the module in order to trigger alarms there if needed InT_AHOnLim Temperature high alarm limit ON ...

Page 153: ...ithin band alarm limits of the fill level L_AOB_En 1 Monitoring of the Outside band alarm limits of the fill level Fr_AH_En 1 Monitoring of the high alarm limit of the flow Fr_AL_En 1 Monitoring of the low alarm limit of the flow T_AH_En 1 Monitoring of the high alarm limit of the temperature can be configured in the block but there is no message from the block in WinCC T_AL_En 1 Monitoring of the...

Page 154: ...sure This block provides the standard function Selecting a unit of measure Page 13 The units for the 4 to 20 mA signal and the HART variables are configured on the device of the LUT400 via PDM and read by operator action in the faceplate view Parameters with Read configuration Forming the signal status for blocks This block provides the standard Form and output signal status for technological bloc...

Page 155: ...itch to Out of service mode 4 1 Operator can activate bypass functionality 5 1 Operator can deactivate bypass functionality 6 1 Operator can change the simulation values SimPV0 4 7 10 Not used 11 1 Operator can activate the Simulation function 12 1 Operator can activate the Release for maintenance function 13 1 Operator can change the limit for the fill level high alarm ON InL_AHOnLim 14 1 Operato...

Page 156: ...ion 0 1 Operator can activate deactivate messages with L_AH_MsgEn 1 1 Operator can activate deactivate messages with L_AL_MsgEn 2 1 Operator can activate deactivate messages with L_AIB_MsgEn 3 1 Operator can activate deactivate messages with L_AOB_MsgEn 4 1 Operator can activate deactivate messages with Fr_AH_MsgEn 5 1 Operator can activate deactivate messages with Fr_AL_MsgEn 6 31 Not used Simula...

Page 157: ...lues function UserAna1 or UserAna2 inputs for more information refer to the APL Online Help Opening additional faceplates This block provides the standard Call further faceplates function that is described in the APL Online Help Generating instance specific messages This block provides the standard Generate instance specific messages function that is described in the APL Online Help Time stamp Thi...

Page 158: ...e can no longer be displayed in the REAL number field PV_In Error0Num PV Error1Num SV Error2Num TV Error3Num QV Error4Num Control system fault CSF An external signal can be activated via the CSF input A process control error is triggered if this signal 1 Refer to the Error handling section in the APL Online Help See also Lut400 connections Page 161 6 1 5 Lut400 messaging Messaging The following me...

Page 159: ...rm limit violated SIG2 Alarm low BlockComment Fill level low alarm limit violated SIG3 Alarm high BlockComment Fill level Within band limits violated SIG4 Alarm high BlockComment Fill level Outside band limits violated SIG5 Alarm high BlockComment Flow high alarm limit violated SIG6 Alarm low BlockComment Flow low alarm limit violated Instance specific messages You can use up to three instance spe...

Page 160: ...n is available in the Process Control System PCS 7 Engineering System manual Associated values for message instance MsgEvId2 Associated value Block parameters 1 BatchName 2 StepNo 3 BatchID 4 ExtVa204 5 ExtVa205 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 4 and 8 are allocated to the ExtVa204 ExtVa208 parameters and you can use them Additional information is avail...

Page 161: ...nterconnec tion STRUCT Value BOOL ST BYTE 0 16 80 RstBypLi 1 Reset bypass PV via interconnec tion STRUCT Value BOOL ST BYTE 0 16 80 BypPV Substitution value if block is in bypass STRUCT Value REAL ST BYTE 0 0 16 80 BypLock 1 Bypass activation or deactivation is locked for operator STRUCT Value BOOL ST BYTE 0 16 80 PV_In Process value 4 to 20 mA signal STRUCT Value REAL ST BYTE 0 0 16 80 PV First H...

Page 162: ...n the module not in WinCC REAL 0 0 InT_ALOnLim Temperature alarm limit ON low The alarm is only in the module not in WinCC REAL 0 0 InFr_AHOnLim Flow alarm limit ON high REAL 0 0 InFr_AHOffLim Flow alarm limit OFF high REAL 0 0 InFr_ALOffLim Flow alarm limit OFF low REAL 0 0 InFr_ALOnLim Flow alarm limit ON low REAL 0 0 LagTime Delay time s REAL 10 0 PV_OpScale Limit for scale in PV bar graph of f...

Page 163: ...1 T_AL_En 1 Enable temperature alarm limit low The alarm is only in the module and on ly made editable in the WinCC faceplate here BOOL 1 Fr_AH_DC Delay time for incoming flow alarm with overrange process value s REAL 0 0 Fr_AH_DG Delay time for outgoing flow alarm with overrange process value s REAL 0 0 Fr_A_DC Delay time for incoming flow alarm with overrange underrange process value or only wit...

Page 164: ...CT Value REAL ST BYTE 0 0 16 80 UA2unit Unit of measure for analog auxiliary val ue 2 INT 0 MsgLock 1 Suppress process messages STRUCT Value BOOL ST BYTE 0 16 80 SampleTime Sampling time s assigned automatical ly REAL 0 1 SimLiOp Activation deactivation of the simulation by 0 Operator 1 Interconnection or SFC STRUCT Value BOOL ST BYTE 0 16 80 SimOnLi 1 Simulation via interconnection or SFC control...

Page 165: ...Flow value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimHead Head value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 RunUpCyc Number of cycles in startup messages are suppressed during these cycles INT 3 MsgEvId1 Message number assigned automatical ly DWORD 16 00000000 MsgEvId2 Message number assigned automatical ly DWORD 16 000000...

Page 166: ...ue 6 for messages MsgE vID2 ANY ExtVa207 Associated value 7 for messages MsgE vID2 ANY ExtVa208 Associated value 8 for messages MsgE vID2 ANY UserStatus Freely assignable bits for use in PCS 7 OS BYTE 16 00 SelFp1 1 Call a block saved in this parameter as an additional faceplate in the standard view ANY SelFp2 1 Call a block saved in this parameter as additional faceplate in preview ANY OS_Perm I ...

Page 167: ...e that is interconnected at the PV_In input 0 Manual value 1 Fill level 2 Space 3 Distance 4 Volume 5 Flow 6 Head 7 not used BYTE 7 PV_Meas1 Measured value that is interconnected at the PV input 0 Fill level 1 Space 2 Distance 3 Volume 4 Flow 5 Head 6 not used BYTE 6 PV_Meas2 Measured value that is interconnected at the SV input 0 Fill level 1 Space 2 Distance 3 Volume 4 Flow 5 Head 6 not used BYT...

Page 168: ...High REAL Low REAL 0 0 0 0 Values can be written back to these inputs during processing of the block by the block algorithm In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 in terconnect this input with AcyclData out put of PiDr64 STRUCT SlotRd INT RetValWr WORD Input STRUCT Output STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter De...

Page 169: ...0 mA sig nal STRUCT Value REAL ST BYTE 0 0 16 80 Level Output fill level STRUCT Value REAL ST BYTE 0 0 16 80 Space Output space STRUCT Value REAL ST BYTE 0 0 16 80 Distance Output distance STRUCT Value REAL ST BYTE 0 0 16 80 Volume Output volume STRUCT Value REAL ST BYTE 0 0 16 80 Flow Output flow STRUCT Value REAL ST BYTE 0 0 16 80 Head Output head STRUCT Value REAL ST BYTE 0 0 16 80 L_AH_Act 1 F...

Page 170: ...e bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 Fr_AL_Act 1 Flow alarm low enabled You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 SumMsgAct Summary message Active ...

Page 171: ...or number for the first HART variable primary variable For error numbers that can be output by this block see Error handling of Lut400 Page 157 INT 1 Error2Num Output of current error number for the second HART variable secondary vari able For error numbers that can be out put by this block see Error handling of Lut400 Page 157 INT 1 Error3Num Output of current error number for the third HART vari...

Page 172: ... 80 L_ALIBLim Fill level alarm limit Within band low STRUCT Value REAL ST BYTE 0 0 16 80 L_AHOBLim Fill level alarm limit Outside band high STRUCT Value REAL ST BYTE 0 0 16 80 L_ALOBLim Fill level alarm limit Outside band low STRUCT Value REAL ST BYTE 0 0 16 80 T_AHOnLim Temperature alarm limit ON high The alarm is only in the module not in WinCC STRUCT Value REAL ST BYTE 0 0 16 80 T_AHOffLim Temp...

Page 173: ...he PCS 7 AP Library in the CFC using Drag Drop in order for the blocks to be copied into the library The newly created CFC can be deleted once this is completed The cyclic values are transferred by the PCS 7 standard blocks Pcs7AnIn 4 to 20 mA signal and FbAnIn HART variables the acyclic values are transferred by the PiDr64 block to and from the device The process tag type contains the required in...

Page 174: ... monitoring 6 1 9 1 Views of Lut400 Views of the Lut400 block The Lut400 block provides the following views Standard view of Lut400 Page 175 Limit view of Lut400 Page 177 Trend view Page 36 Limit view Parameter view of Lut400 Page 179 Preview of Lut400 Page 180 Memo view Page 35 Batch view Page 33 For general information on the faceplate and block icon refer to the sections Faceplate structure and...

Page 175: ...g modes can be shown here On see the APL online help Out of service see APL Online Help For more information on changing the operating mode refer to the Switching operating states and operating modes section in the APL Online Help 2 High and low scale range for the process value 4 to 20 mA signal These values provide information on the display range for the bar graph of the process value 4 to 20 m...

Page 176: ...of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional faceplates in the APL Online Help 11 and 12 Display area for block states This area provides additional information on the operating state of the block Simulation Maintenance 13 ...

Page 177: ...e form of a bar graph The visible area in the bar graph depends on the configuration in the engineering system ES see Display and operating range for process values and limits 6 1 9 3 Limit view of Lut400 SITRANS LUT400 6 1 Lut400 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 177 ...

Page 178: ...hange the limits of the Within band alarm in this area H Within band alarm L Within band alarm 3 Display and change the limits for the Outside band alarm of the fill level You can change the limits of the Outside band alarm in this area H Outside band alarm L Outside band alarm 4 Display and change the high and low alarm limits for the temperature You can change the temperature limits in this area...

Page 179: ...on indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application...

Page 180: ...izations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross the OS operator cannot control this parameter due to the configured AS operator control permis...

Page 181: ...rvice mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorization chapter in the APL Online Help 3 Button for switching to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button...

Page 182: ...the interface to the operator panel for the technological block Lut400 It is a message capable block and generates the same Alarm_DQ messages as the associated technological block Configuration notes The BlockConnector input of the PLut400 must be interconnected to any desired Lut400 output So the data that are important for the block as information about states or messages are automatically analy...

Page 183: ...ode WORD 16 0000 Op_PV0 Process value 0 REAL 0 0 Op_PV1 Process value 1 REAL 0 0 Op_PV2 Process value 2 REAL 0 0 Op_PV3 Process value 3 REAL 0 0 Op_PV4 Process value 4 REAL 0 0 Op_PV_Meas0 Measurement of Process Value 0 BYTE 16 00 Op_PV_Meas1 Measurement of Process Value 1 BYTE 16 00 Op_PV_Meas2 Measurement of Process Value 2 BYTE 16 00 Op_PV_Meas3 Measurement of Process Value 3 BYTE 16 00 Op_PV_M...

Page 184: ...m Panel operating level DWORD 16 00000004 BlockConnector Connection to CalcWatP block ANY RunUpCyc Number of run up cycles with message suppression INT 10 AS_Nr AS number for message filter max 999 INT 1 SelFp1 Call a block saved in this param eter as additional faceplate in standard view ANY SelFp2 Call a block saved in this param eter as additional faceplate in pre view ANY MsgLock Message suppr...

Page 185: ... Value REAL 0 0 AV4 ST Signal status BYTE 16 80 AV5 Associated value message value 5 STRUCT AV5 Value Value REAL 0 0 AV5 ST Signal status BYTE 16 80 AV6 Associated value message value 6 STRUCT AV6 Value Value REAL 0 0 AV6 ST Signal status BYTE 16 80 AV7 Associated value message value 7 STRUCT AV7 Value Value REAL 0 0 AV7 ST Signal status BYTE 16 80 AV8 Associated value message value 8 STRUCT AV8 V...

Page 186: ...MsgSup 1 Message suppression active BOOL 0 MsgStat01 Message Output STATUS 1 WORD 16 0000 MsgStat02 Message Output STATUS 2 WORD 16 0000 MsgStat03 Message Output STATUS 3 WORD 16 0000 MsgStat04 Message Output STATUS 4 WORD 16 0000 MsgStat05 Message Output STATUS 5 WORD 16 0000 MsgStat06 Message Output STATUS 6 WORD 16 0000 MsgStat07 Message Output STATUS 7 WORD 16 0000 MsgStat08 Message Output STA...

Page 187: ...OSStatAl and OSStatAl_Out parameters Bit0 BOOL External error oc curred CSF Bit1 BOOL Bit4 BOOL Bit5 BOOL External message 1 Bit6 BOOL External message 2 Bit7 BOOL External message 3 Bit8 BOOL Bit15 BOOL Bit16 BOOL L_AH_Act Bit17 BOOL L_AL_Act Bit18 BOOL L_AIB_Act Bit19 BOOL L_AOB_Act Bit20 BOOL Fr_AH_Act Bit21 BOOL Fr_AL_Act Bit22 BOOL ErrReadConfig Bit23 BOOL ErrWriteConfig Bit24 BOOL Bit31 BOOL...

Page 188: ...ng WinCC You will find more information in Panel blocks general Page 39 6 2 5 Operator Control and Monitoring WinCC flexible 6 2 5 1 Views Operator Control and Monitoring WinCC flexible The block provides the following views Standard view of PLut400 Page 189 Message view Associated value view SITRANS LUT400 6 2 PLut400 SITRANS Library for PCS 7 188 Function Manual 05 2019 A5E35351976 11 ...

Page 189: ...andard view of PLut400 Standard view See also Views Page 188 6 2 5 3 Block icon for PLut400 Block icons for PLut400 SITRANS LUT400 6 2 PLut400 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 189 ...

Page 190: ...SITRANS LUT400 6 2 PLut400 SITRANS Library for PCS 7 190 Function Manual 05 2019 A5E35351976 11 ...

Page 191: ...on The block can be connected with a digital limit switch for this purpose The block can generate the digital position signals itself through the adjustable limits for the Open Closed position Missing feedback can be derived from the control in the block Various inputs are available for control purposes The next chapters provide more detailed information on configuration operating principles visua...

Page 192: ...s Page 50 to define the startup characteristics of this block The messages are suppressed after startup for the number of cycles set at RunUpCyc If the Feature bit Set startup characteristics 0 the following applies to the startup characteristics With Feature bit 16 0 the main valve Sipart PS2 HA is closed With Feature bit 16 1 the main valve Sipart PS2 HA travels to the neutral position Status wo...

Page 193: ...ommands disabled command line not visible 2 1 Display for interlocks in block icon 3 1 Neutral position control valve Open 4 1 Neutral position control valve Closed 5 1 Neutral position control valve Stop 6 1 Operator can reset the valve 7 WarnAct Value 8 1 External manipulated variable active MV_ExtAct Value 9 1 Forced manipulated variable MV_Forced is output unlimited at output MV 10 1 Tracking ...

Page 194: ... 5 Effective Signal 6 of the message block interconnected via EventTsIn 6 Effective Signal 7 of the message block interconnected via EventTsIn 7 Effective Signal 8 of the message block interconnected via EventTsIn 8 1 Interlock button is enabled 9 1 Permission button is enabled 10 1 Protection button is enabled 11 1 Manipulated variable difference high limit violated ER_AH_Act Value 12 1 Manipulat...

Page 195: ... process values on Sipart 7 Cbk16 1 stroke integral exceeded 8 Bin1 1 Message 9 Bin1 1 Configuration change blocked 10 Bin1 1 Configuration change blocked manual 11 Bin1 1 Travel to end value 12 Bin1 1 Travel to start value 13 Bin1 1 Movement blocked 14 Bin2 1 Message 15 Bin2 1 Travel to end value 16 Bin2 1 Travel to start value 17 Bin2 1 Movement blocked 18 1 Limit violation of alarm SIA or MLS m...

Page 196: ... A2 A2WL_Act Value 9 1 Readback value violates high alarm limit A2 A2AH_Act Value 10 1 Readback value general module error AModFlt_Act Value 11 1 Readback value fail safe position FailSav_Act Value 12 1 Readback value emergency operation EmergOp_Act Value 13 1 Readback value stroke integral exceeded PIExeed_Act Value 14 1 Limit violation of alarm SIA or MLS module warning 15 Bin1 1 PST 16 Bin1 2 P...

Page 197: ...ports the local operating modes 2 and 4 The control settings for the block are therefore always made based on internal tracking of the feedback value You can find general information on local mode switching modes and bumpless switchover in the Local mode section Automatic mode You can find general information on automatic mode switching modes and bumpless switchover in the section Manual and autom...

Page 198: ...valve which you can Open OpenMan 1 Close CloseMan 1 Note If no auxiliary valve is configured no external manipulated variable specifications can be made in the manual operating mode Manipulated variable specification is set to internal when the mode is switched to manual Out of service You can find general information about the out of service mode in the Out of service section 7 1 3 Functions of S...

Page 199: ...provides the following interlocks Activation enable Permission Interlock without reset Interlock Interlock with reset Protection Refer to the Interlocks and Influence of the signal status on the interlock sections in the APL Online Help Resetting the block in case of interlocks or errors This block provides the standard Resetting the block in case of interlocks or errors function that is described...

Page 200: ...bk 0 the manipulated variable output is corrected to the tracking value MV_Trk The manipulated variable output MV is limited to the MV_HiLim and MV_LoLim parameters If the parameter MV_TrkRbk 1 the manipulated variable output is tracked to the position feedback Rbk There are no limits here The Tracking text is displayed additionally in the standard view of the faceplate Tracking has a higher prior...

Page 201: ...t ST LocalLi ST Forcing operating modes This block provides the standard Forcing operating modes function that is described in the APL Online Help Note If the block is operated with a auxiliary valve the OpenForce and CloseForce commands also affect the auxiliary valve The high range limit MV_HiLim and the low range limit MV_LoLim are output at MV for OpenForce and CloseForce respectively With Clo...

Page 202: ...NoFbkOpen 0 The valve is considered open when FbkOpenOut is set FbkOpenOut is set when Rbk PosDiOpen and FbkOpen 1 Without a binary limit switch for the Open position NoFbkOpen 1 The valve is considered open when FbkOpenOut is set FbkOpenOut is set when Rbk PosDiOpen Valve opens If the control valve travels in the direction of the Open position the output FbkOpngOut 1 FbkOpngOut is set when MV Val...

Page 203: ...within the operating range The Open end position is targeted MV PosDiOpen and this position FbkOpenOut is not reached within the monitoring time MonTiDynamic The Open end position is targeted MV PosDiOpen and the feedback of the binary limit switch FbkOpen is already within the operating range Static monitoring The monitoring is based on the effective feedback signals FbkOpenOut and FbkCloseOut an...

Page 204: ...liary valve open feedback signal FbkAuxVClose 1 Auxiliary valve closed feedback signal NoFbkAuxVOpen 1 No feedback present for auxiliary valve open default 1 NoFbkAuxVClose 1 No feedback present for auxiliary valve closed default 1 MonitorAuxV 1 Feedback monitoring of the auxiliary valve default 0 MonAuxVTime Monitoring time after auxiliary valve operation in s MonDynAuxVErr Dynamic monitoring err...

Page 205: ...t of service mode Page 54 2 Resetting the commands for changing the mode Page 55 3 Enabling resetting of commands for the control settings Page 55 4 Set switch or button mode Page 56 5 Control via auxiliary valve Page 51 6 Disabling opening and closing Page 51 8 Separate delay times for each alarm Page 52 9 Resetting interlock via automatic input signals in automatic mode 10 Exiting local mode Pag...

Page 206: ...t used 3 1 The values of Tim monitoring time for control deviation and Lim trigger threshold for control deviation are read out of the Sipart PS2 written into the Sipart PS2 and visualized in the faceplate 4 1 The Sipart PS2 has a firmware version 5 00 00 5 Not used 6 Separate evaluation of bypassed AND simulated interlock signals 7 31 Not used For more information about the feature bits please re...

Page 207: ...ime of the auxiliary valve for startup 25 Not used 26 1 Operator can activate the monitoring function for the feedback signals of the auxiliary valve bit 24 27 28 Not used 29 1 Operator may read the configuration data from Sipart PS2 30 1 Operator may write the configuration data to Sipart PS2 31 Not used The block has the following operating permissions for the OS1Perm parameter Bit Function 0 3 ...

Page 208: ...erator can change the limit position feedback for the high warning RbkWH_Lim 30 1 Operator can change the hysteresis position feedback RbkHyst 31 1 The operator can change the hysteresis position feedback for low warning RbkWL_Lim Note If you interconnect a parameter that is also listed in OS_Perm as a parameter you have to reset the corresponding OS_Permbit Generation of manipulated variables The...

Page 209: ...igh MV_OpS cale High Forced open 0 0 0 MV_Int MV_HiLim MV_LoLim Manual mode with internal ma nipulated variable 0 0 1 MV_ExtOut MV_HiLim MV_LoLim Manual mode with external ma nipulated varia ble and limit 0 0 1 MV_Int MV_HiLim MV_LoLim Automatic with external manipu lated variable and limit 0 0 1 MV_ExtOut MV_HiLim MV_LoLim Automatic with external manipu lated variable and limit 0 1 0 MV_Trk MV_Hi...

Page 210: ...nd the manipulated variable is considered reached Manipulated variable difference generation and dead band The manipulated variable difference is formed by the effective manipulated variable MV and the position feedback Rbk and sent to the ER output A dead band can be set at the PosDeadBand input PosDeadBand 0 Dead band is disabled PosDeadBand 0 Dead band is enabled Limit monitoring of manipulated...

Page 211: ...ions are not displayed The disable setting is made with the NoFbkOpen and NoFbkClose parameters for the control valve The disable setting is made with the NoFbkAuxVOpen and NoFbkAuxVClose parameters for the auxiliary valve Time stamp This block receives a time stamp value via the EventTSIn input parameter Refer to the Functions of EventTs that are described in the APL Online Help Button labels Thi...

Page 212: ...utput by the block see the Error handling section in the APL Online Help Invalid input signals This error can be output by the block see the Error handling section in the APL Online Help 7 1 5 SipPS2HA messaging Messaging The following messages can be generated for this block Process control error Process messages Instance specific messages Process control error The following control system fault ...

Page 213: ...vId1 SIG2 Alarm high BlockComment ER high alarm limit violated SIG3 Alarm low BlockComment ER low alarm limit violated SIG4 Warning high BlockComment Rbk high limit violated SIG5 Warning low BlockComment Rbk low limit violated SIG7 Alarm high BlockComment Sipart PS2 HART high alarm limit violated SIG8 Warning high BlockComment Sipart PS2 HART high warning lim it violated MsgEvId2 SIG1 Warning low ...

Page 214: ...ues for message instance MsgEvId1 Associated value Block parameters 1 BatchName 2 StepNo 3 BatchID 4 ExtVa104 5 ExtVa105 6 ExtVal06 7 ExtVa107 8 ExtVa108 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa104 ExtVa108 and can be used Additional information is available in the Process Control System PCS 7 Engineering System manual Associated values for message ins...

Page 215: ...is available in the Process Control System PCS 7 Engineering System manual 7 1 6 SipPS2HA connections Input parameters Parameter Description Type Default A1 Response threshold alarm 1 Si part alarm module REAL 0 0 A1Act 1 Alarm 1 of alarm module ac tive STRUCT Value BOOL ST BYTE 0 16 FF A2 Response threshold alarm 2 Si part alarm module REAL 0 0 A2Act 1 Alarm 2 of alarm module ac tive STRUCT Value...

Page 216: ...essage from the Sipart alarm module STRUCT Value BOOL ST BYTE 0 16 FF AutModLi 1 Automatic mode via intercon nection or SFC controlled via ModLiOp 1 STRUCT Value BOOL ST BYTE 0 16 80 AutModOp 1 Automatic mode via opera tor controlled via ModLiOp 0 BOOL 0 BatchEn 1 Enable allocation BOOL 0 BatchID Batch ID DWORD 16 00000000 BatchName Batch name S7 String BE1 Binary input 1 see Bin1 function STRUCT ...

Page 217: ... BE1 1 Message only NCC 2 Message only NOC 3 Travel valve to position YE NOC 4 Travel valve to position YA NOC 5 Block movement NOC 6 Travel valve to position YE NCC 7 Travel valve to position YA NCC 8 Block movement NCC 9 Partial stroke test NOC 10 Partial stroke test NCC BYTE 0 BypProt 1 Bypassing interlock is active in local mode and in simulation BOOL 0 Cbk0 1 Sipart in fail safe position STRU...

Page 218: ...ock of a series valve if this is present STRUCT Value BOOL ST BYTE 0 16 FF EN 1 Called block will be processed BOOL 1 ER_A_DC Delay for incoming alarms during manipulated variable difference monitoring REAL 0 0 ER_A_DG Delay for outgoing alarms during manipulated variable difference monitoring REAL 0 0 ER_AH_DC Delay time for incoming alarms with overrange control deviation s REAL 0 0 ER_AH_DG Del...

Page 219: ...he technological block STRUCT Value BYTE ST BYTE 16 00 16 FF ExtMsg1 Binary input for freely selectable message 1 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg2 Binary input for freely selectable message 2 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg3 Binary input for freely selectable message 3 STRUCT Value BOOL ST BYTE 0 16 80 ExtVa104 Associated value 4 for messages MsgEvID1 ANY ExtVa105 Associated valu...

Page 220: ...UCT Value BOOL ST BYTE 0 16 FF FbkClose 1 Valve closed feedback signal STRUCT Value BOOL ST BYTE 0 16 FF FbkOpen 1 Valve open feedback signal STRUCT Value BOOL ST BYTE 0 16 FF Feature I O for additional functions STRUCT Bit 0 BOOL Bit 31 BOOL 0 0 0 Feature2 I O for additional functions STRUCT Bit 0 BOOL Bit 31 BOOL 0 0 0 Intl_En 1 Interlock without reset inter lock Intlock parameter is active BOOL...

Page 221: ...neutral position in the event of monitoring errors BOOL 1 MonTiDynamic Monitoring time after operation in s REAL 3 0 MonTiStatic Monitoring time for feedback er rors without operation in s REAL 3 0 MS_RelOp 1 Release for maintenance via OS operator BOOL 0 MsgEvId1 Message number assigned auto matically DWORD 16 00000000 MsgEvId2 Message number assigned auto matically DWORD 16 00000000 MsgEvId3 Mes...

Page 222: ...BOOL 1 MV_LiOp Select manipulated variable source internal external 1 Via interconnection 0 Via operator STRUCT Value BOOL ST BYTE 0 16 80 MV_LoLim Limit low for manipulated varia ble MV REAL 0 0 MV_OpScale OS display range for manipulated variable MV STRUCT High REAL Low REAL 100 0 0 0 MV_Trk Tracking value for manipulated variable MV STRUCT Value REAL ST BYTE 0 0 16 80 MV_TrkExt 1 Bumpless switc...

Page 223: ...tor authorization to be interconnec ted with the Out output parameter of the upstream OpStations block DWORD 16 00000000 OS_Perm I O for operating permissions STRUCT Bit 0 BOOL Bit 12 BOOL Bit 31 BOOL 1 1 1 OS1Perm I O for operating permissions STRUCT Bit 0 BOOL Bit 31 BOOL 1 1 1 Perm_En 1 Activation enable enable Permit parameter is active BOOL 1 Permit 1 Enable for opening closing from neutral p...

Page 224: ...me for incoming warning message of the position feedback with overrange underrange proc ess value or only with underrange process value s REAL 0 0 Rbk_WH_DG Delay time for outgoing warning message of the position feedback with overrange underrange proc ess value or only with underrange process value s REAL 0 0 Rbk_W_DC Delay time for incoming warning of the position feedback with over range underr...

Page 225: ..._DC A2 Delay time for incoming alarms warnings with overrange underrange process value or only with underrange process value s REAL 0 0 A2_AW_DG A2 Delay time for outgoing alarms warnings with overrange underrange process value or only with underrange process value s REAL 0 0 RbkWH_MsgEn 1 Enable messages for warning high for position feedback BOOL 1 RbkWL_En 1 Enable warning low for posi tion fee...

Page 226: ... 0 16 80 SimOn 1 Simulation on BOOL 0 SimRbk Position feedback used for Si mOn 1 REAL 0 0 SimCnDev Control Deviation value used for SimOn 1 REAL 0 0 SimCnDevLi Linkable simulation value for Con trol Deviation STRUCT Value BOOL ST BYTE 0 16 80 SimCurrentTemp Current Temeprature value used for SimOn 1 REAL 0 0 SimCurrentTempLi Linkable simulation value for Cur rent Temeprature STRUCT Value BOOL ST B...

Page 227: ...arning of valve movement in manual mode in s REAL 0 0 WrCfgOp 1 Write all configuration data to Sipart BOOL 0 Values can be written back to these inputs during processing of the block by the block algorithm Output parameters Parameter Description Type Default A1_Act 1 Alarm 1 of alarm module active STRUCT Value BOOL ST BYTE 0 16 80 A1AH_Act 1 A1 High alarm enabled STRUCT Value BOOL ST BYTE 0 16 80...

Page 228: ... Out of service enabled STRUCT Value BOOL ST BYTE 0 16 80 AuxClosed 1 Auxiliary valve is closed STRUCT Value BOOL ST BYTE 0 16 80 AuxClsing 1 Auxiliary valve is closing STRUCT Value BOOL ST BYTE 0 16 80 AuxOpened 1 Valve is open STRUCT Value BOOL ST BYTE 0 16 80 AuxOpning 1 Auxiliary valve is opening STRUCT Value BOOL ST BYTE 0 16 80 CascaCut Cascade connection 1 Control chain from master con trol...

Page 229: ...ifference violated You can change the response for this parameter by setting Feature bit 28 deacti vate switching points and Feature bit 29 high low sig nal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 ErrorNum Output of current error number For error numbers that can be out put by this block see the error handling of VlvAnL INT 1 FailSav_Act 1 Field device in fail safe posi tion ...

Page 230: ... due to control change STRUCT Value BOOL ST BYTE 0 16 80 MonStaAuxVErr 1 Feedback error from auxiliary valve due to unexpected feedback change STRUCT Value BOOL ST BYTE 0 16 80 MonStaErr 1 Feedback error from control valve due to unexpected feedback change STRUCT Value BOOL ST BYTE 0 16 80 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 MsgAckn1 Messa...

Page 231: ...1 Limit high of manipulated var iable violated STRUCT Value BOOL ST BYTE 0 16 80 MV_LoAct 1 Limit low of manipulated var iable violated STRUCT Value BOOL ST BYTE 0 16 80 MV_RateTarget Target manipulated variable for the gradient limitation REAL 0 0 MV_UnitOut Unit of measure for manipulated variable INT 0 OosAct 1 Block is Out of service STRUCT Value BOOL ST BYTE 0 16 80 Opened 1 Valve is open STR...

Page 232: ...lt message STRUCT Value REAL ST BYTE 0 0 16 80 QWronDev 1 Wrong device connected BOOL 1 RbkOut Position feedback output STRUCT Value REAL ST BYTE 0 0 16 80 CnDevOut Control Deviation output STRUCT Value REAL ST BYTE 0 0 16 80 CurrentTempOut Current Temeprature output STRUCT Value REAL ST BYTE 0 0 16 80 RbkWH_Act 1 Warning high active You can change the response for this parameter by setting Featur...

Page 233: ...ailable to connect the SIPART PS2 HART to PCS 7 Each template is designed for the maximum configuration so you may need to delete some unused functions Before copying the templates into a project you must first copy the standard PCS 7 blocks from the APL into the SITRANS library because they are not supplied due to licensing reasons These are the driver blocks Or08 SelST16 Pcs7InDi Pcs7AnIn Pcs7An...

Page 234: ...plate is used when SIPART PS2 is connected to the controller via a HART module The driver blocks BE1 BE2 Rbk HART variable MV A1Act A2Act and AModF must be interconnected either to the corresponding I O address or deleted if their functionality is not needed The Laddr input of the AcyclicData block is assigned the base address of the Sipart PS2 HA from the HW Config The slot of the HART module mus...

Page 235: ...dard view of SipPS2HA Standard view with auxiliary valve 1 Display and switch the operating mode This area provides information on the currently valid operating mode The following operating modes can be shown here Manual mode see the APL Online Help Automatic mode see the APL Online Help Local mode see the APL Online Help Out of service see APL Online Help SIPART PS2 HART 7 1 SipPS2HA SITRANS Libr...

Page 236: ...ipulated variable can be specified as follows By the application External CFC SFC By the user directly in the faceplate Internal For more information on switching over of the manipulated variable specification refer to the Switchover of operating state and operating mode section in the APL Online Help 4 Resetting the block Click Reset for interlocks or errors For more information refer to the Rese...

Page 237: ...unit 10 Bar graph for manipulated variable This area shows the current manipulated variable in the form of a bar graph The visible area in the bar graph depends on the configuration in the Engineering System ES When the ramp function is enabled the ramp target value is identified by the letter R The external manipulated variable is identified by the letter E 11 Bar graph for position feedback The ...

Page 238: ...utton for switching to the standard view of any faceplate This display is only visible when the corresponding block input is connected Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES Refer to the Calling further faceplates section in the APL Online Help 15 Dis...

Page 239: ...ng MV_ForOn Tracking MV_TrkOn Request 0 1 A reset to automatic mode is expected For more information refer to the Forcing operating states section in the APL Online Help 19 Display area for state of the Sipart PS2 This area provides additional information on the Sipart PS2 module Local operation 20 Display area for state of the Sipart PS2 Display area for block states Fail safe position 21 Display...

Page 240: ...ong Device 25 Display area for state of the Sipart PS2 HART This area provides additional information on the Sipart PS2 module Stroke integral exceeded 26 Automatic preview This display is only visible in manual mode in local mode or with a reset request in automatic mode when the current output signals are not identical to the control in automatic mode The display shows what state the valve would...

Page 241: ...h special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured A...

Page 242: ...put in WinCC If the limits LIM and TIM are not to be displayed the Feature2 Bit3 must be set to FALSE 4 Manipulated variable difference limits In this area you can enter the limits for the manipulated variable error Refer to the Changing values section in the APL Online Help You can change the following limits H alarm High alarm Hysteresis L alarm Low alarm 5 Readback value limits MV In this area ...

Page 243: ...y default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application of alarm delays section in the APL Online Help 8 Suppress messages You can activate deactivate messages by selecting the check mark See also Views of SipPS2HA Page 234 7 1 8 4 Parameter view of SipPS2HA SIPART PS2 HART 7 1 ...

Page 244: ...itoring You can enable monitoring by selecting the check box For more information refer to the Monitoring feedbacks section in the APL Online Help 3 Monitoring auxiliary valve As under 2 Monitoring but only visible when there is an auxiliary valve Only one common monitoring time can be entered for dynamic and static monitoring 4 Settings MV Rbk in tracking mode Correction is performed with the pos...

Page 245: ...itchover of operating state and operating mode section in the APL Online Help You can find information on this area in the section Simulating signals in the APL Online Help Release for maintenance in the APL Online Help See also Views of SipPS2HA Page 234 SIPART PS2 HART 7 1 SipPS2HA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 245 ...

Page 246: ...he operating status of the control valve after it has switched from manual to automatic mode If the block is in automatic mode the current block state is displayed SIPART PS2 HART 7 1 SipPS2HA SITRANS Library for PCS 7 246 Function Manual 05 2019 A5E35351976 11 ...

Page 247: ... time of the auxiliary valve Valve monitoring Display of current monitoring time of the valve 3 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the...

Page 248: ...rvice mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorization section in the APL Online Help 4 Inputs and outputs This area shows the most important parameters for this block with the current selection Enable This display is only visible when the corresponding block input is connected 0 Valve a...

Page 249: ...channel block 5 Button for switching to the standard view of any faceplate This display is only visible when the corresponding block input is connected Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES For more information refer to the Calling further faceplates...

Page 250: ...wing chapters Configuring the block icons in the APL Online Help Block icon structure in the APL Online Help Operation via the block icon in the APL Online Help Valve status display The following valve states are shown here Icon Meaning Valve open Valve closed Error at valve Valve is opening Valve is closing Valve stopped See also Views of SipPS2HA Page 234 Standard view of SipPS2HA Page 235 SIPAR...

Page 251: ... MsgLock_Out output is connected to the MsgLock input of the SipPS2 technological block the messages of the technological block are locked to avoid duplicate messages at the OS operator station If control system messages CSF and external messages ExtMsgx are to be suppressed as well Feature bit 25 1 Suppress all messages if MsgLock 1 must also be set at the technological block The IDBNo output has...

Page 252: ...RD 16 00000000 OSStat2 Status 2 WinCC DWORD 16 00000000 OSStatAl Bit Reporting Procedure DWORD 16 00000000 Op_MsgFilter Message filter for WinCC flexi ble DINT 0 Op_PermLog Operator permission DWORD 16 00000000 Op_Visibility Objects visibility DWORD 16 00000000 SwitchPerm Switch permission DWORD 16 00000001 PanelPerm Panel permission DWORD 16 00000004 BlockConnector Connection to SipPS2 block ANY ...

Page 253: ...0021 MsgEvId15 Message ID_15 DWORD 16 60000022 MsgEvId16 Message ID_16 DWORD 16 60000023 MsgEvId17 Message ID_17 DWORD 16 60000024 MsgEvId18 Message ID_18 DWORD 16 60000025 MsgEvId19 Message ID_19 DWORD 16 60000026 CmpID Area code DWORD 16 00000001 AV1 Auxiliary value Message value 1 STRUCT AV1 Value Value REAL 0 0 AV1 ST Signal status BYTE 16 80 AV2 Auxiliary value Message value 2 STRUCT AV2 Valu...

Page 254: ...V12 Value Value REAL 0 0 AV12 ST Signal status BYTE 16 80 AV13 Auxiliary value Message value 13 STRUCT AV13 Value Value REAL 0 0 AV13 ST Signal status BYTE 16 80 AV14 Auxiliary value Message value 14 STRUCT AV14 Value Value REAL 0 0 AV14 ST Signal status BYTE 16 80 AV15 Auxiliary value Message value 15 STRUCT AV15 Value Value REAL 0 0 AV15 ST Signal status BYTE 16 80 AV16 Auxiliary value Message v...

Page 255: ...0 MsgStat05 Message STATUS output 5 WORD 16 0000 MsgStat06 Message STATUS output 6 WORD 16 0000 MsgStat07 Message STATUS output 7 WORD 16 0000 MsgStat08 Message STATUS output 8 WORD 16 0000 MsgStat09 Message STATUS output 9 WORD 16 0000 MsgStat10 Message STATUS output 10 WORD 16 0000 MsgStat11 Message STATUS output 11 WORD 16 0000 MsgStat12 Message STATUS output 12 WORD 16 0000 MsgStat13 Message S...

Page 256: ... output 17 BOOL 0 MsgAckn18 Message ACK_STATE output 18 BOOL 0 MsgAckn19 Message ACK_STATE output 19 BOOL 0 MsgErr 1 Message error BOOL 0 Status word allocation for OSStatAl and OSStatAl_Out parameters Bit0 BOOL External error oc curred CSF Bit1 BOOL Feedback error Bit2 BOOL Sipart High alarm limit violated Bit3 BOOL Sipart High warn ing limit violated Bit4 BOOL Sipart Fault Bit5 BOOL Sipart Low w...

Page 257: ...Bit0 BOOL LocalAct Bit1 BOOL ManAct Bit2 BOOL Bit3 BOOL PanelAct Bit4 BOOL AutoAct Bit5 BOOL SimAct Bit6 BOOL Bit7 BOOL Error Bit8 BOOL Opened Bit9 BOOL Closed Bit10 BOOL Stopped Bit11 BOOL Bit12 BOOL Opening Bit13 BOOL Closing Bit14 BOOL OpenForce Bit15 BOOL CloseForce Bit18 BOOL ShowErr Bit22 BOOL OoSAct Bit23 BOOL MV_Ext Bit26 BOOL TxtOpen Bit27 BOOL TxtClose Bit28 BOOL TxtStop Bit31 BOOL SIPAR...

Page 258: ...L Failsafe Bit18 BOOL LocContr Bit19 BOOL OpenForce Bit20 BOOL CloseForce Bit21 BOOL MV_ForOn Bit22 BOOL MV_TrkOn Bit23 BOOL AutRst Bit24 BOOL RuntimeErr Bit25 BOOL ControlErr Bit26 BOOL InvalidSig Bit27 BOOL ErrorMode Bit28 BOOL WarnAct Bit29 BOOL MS_RelOp Bit31 BOOL 7 2 4 Operator Control and Monitoring WinCC 7 2 4 1 Operator Control and Monitoring WinCC Operator Control and Monitoring WinCC You...

Page 259: ... flexible The block provides the following views Standard view of PSipPS2 Page 259 Message view Associated value view 7 2 5 2 Standard view of PSipPS2 Standard view See also Standard view of SipPS2HA Page 235 SIPART PS2 HART 7 2 PSipPS2 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 259 ...

Page 260: ...7 2 5 3 Block icon for PSipPS2 PSipPS2 block icons SIPART PS2 HART 7 2 PSipPS2 SITRANS Library for PCS 7 260 Function Manual 05 2019 A5E35351976 11 ...

Page 261: ...be connected with a digital limit switch for this purpose The block can generate the digital position signals itself through the adjustable limits for the Open Closed position Missing feedback can be derived from the control in the block Various inputs are available for control purposes The next chapters provide more detailed information on configuration operating principles visualization and oper...

Page 262: ...tartup characteristics With Feature bit 16 0 the main valve Sipart PS2 PA is closed With Feature bit 16 1 the main valve Sipart PS2 PA travels to the neutral position Status word allocation for Status1 parameter You can find a description for each parameter in section SipPS2PA connections Page 285 Status bit Parameter 0 Occupied 1 BatchEn 2 SimOn 3 OosAct Value 4 OosLi Value 5 AutoAct Value 6 Loca...

Page 263: ...p 6 1 Operator can reset the valve 7 WarnAct Value 8 1 External manipulated variable active MV_ExtAct Value 9 1 Forced manipulated variable MV_Forced is output unlimited at output MV 10 1 Tracking of manipulated variable MV MV_TrkOn Value 1 and MV_ForOn Val ue 0 11 1 Manipulated variable greater than limit low for manipulated variable MV Value ManLoLim 12 1 Input parameter Rbk is not interconnecte...

Page 264: ...nterlock button is enabled 9 1 Permission button is enabled 10 1 Protection button is enabled 11 1 Manipulated variable difference high limit violated ER_AH_Act Value 12 1 Manipulated variable difference low limit violated ER_AL_Act Value 13 1 Monitor manipulated variable difference high limit ER_AH_En 14 1 Monitor manipulated variable difference low limit ER_AL_En 15 1 Alarm manipulated variable ...

Page 265: ...1 1 Configuration change blocked manual 11 Bin1 1 Travel to end value 12 Bin1 1 Travel to start value 13 Bin1 1 Movement blocked 14 Bin2 1 Message 15 Bin2 1 Travel to end value 16 Bin2 1 Travel to start value 17 Bin2 1 Movement blocked 18 1 Limit violation of alarm SIA or MLS module 19 1 A1 High alarm limit 20 1 A1 High warning limit 21 1 A1 Low warning limit 22 1 A1 Low alarm limit 23 1 A2 High a...

Page 266: ...rror AModFlt_Act Value 11 1 Readback value fail safe position FailSav_Act Value 12 1 Readback value emergency operation EmergOp_Act Value 13 1 Readback value stroke integral exceeded PIExeed_Act Value 14 1 Limit violation of alarm SIA or MLS module warning 15 Bin1 1 PST 16 Bin1 2 PST 17 1 Message delay ER_AH_Lim 18 1 Message delay ER_AL_Lim 19 1 Message delay Rbk_WH_Lim 20 1 Message delay Rbk_WL_L...

Page 267: ...des and bumpless switchover in the section Manual and automatic mode for motors valves and dosing units With auxiliary valve In automatic mode the automatic commands affect the auxiliary valve which you can Open OpenAut 1 Close CloseAut 1 Without auxiliary valve In automatic mode the automatic commands affect the control valve which you can Open OpenAut 1 Close CloseAut 1 Note If no auxiliary valv...

Page 268: ...The functions for this block are listed below Reading and writing configuration data This block uses the inputs RdCfgOp and WrCfgOp to read and write the configuration data from and to the Sipart The inputs are set using the buttons Read Config or Write Config in the Parameter faceplate view Read parameters Bin1 Bin2 function of BE1 BE2 MV_OpScale Low High manipulated variable limit start end Alar...

Page 269: ... Help Group error This block provides the standard Output group error function that is described in the APL Online Help The following parameters are taken into consideration when forming the group error CSF MonDynErr MonStaErr MonDynAuxVErr MonStaAuxVErr Outputting a signal for start readiness This block provides the standard Suppress messages function using the MsgLock parameter that is described...

Page 270: ...is block provides the standard Form and output signal status for technological blocks function that is described in the APL Online Help The signal status of the output for the manipulated variable feedback RbkOut always corresponds to the signal status of the Rbk input or when the block is in simulation the signal status of the 16 60output The signal status of the FbkCloseOut and FbkOpenOut output...

Page 271: ...al feedback signals for the Open and Closed positions are formed from the position feedback Feedback for Open position Rbk PosDiOpen Feedback for Closed position Rbk PosDiClose Specifying control valve positions There are the positions Valve closed Closed Valve closes Valve open Open Valve opens Valve has reached defined position Valve closed Closed When the control valve reaches the Closed positi...

Page 272: ...lve is set to the end position Open MV Value PosDiOpen this position is reached when ER Value 0 0 and also FbkOpenOut Value 1 If the control valve is set to the end position Closed MV Value PosDiClose this position is reached when ER Value 0 0 and also FbkCloseOut Value 1 When the control valve reaches the specified position the output PosReached 1 is set Dynamic monitoring The monitoring is based...

Page 273: ... FbkCloseOut 1 the feedback for the binary limit switch FbkClose is gone and monitoring time MonTiStatic has expired The Open end position FbkOpenOut 1 is exited without a command having been issued first and the monitoring time MonTiStatic has expired The Open end position is reached FbkOpenOut 1 the feedback for the binary limit switch FbkOpen is gone and monitoring time MonTiStatic has expired ...

Page 274: ...nd actuators function that is described in the APL Online Help The neutral position de energized state for the auxiliary valve is set using the SafePosAux parameter SafePosAux 0 means that the auxiliary valve closes with Ctrl 0 and opens with Ctrl 1 SafePosAux 1 means that the auxiliary valve opens with Ctrl 0 and closes with Ctrl 1 The setting is made with the SafePos parameter for the control va...

Page 275: ...changeover to automatic mode only for operator 22 Update acknowledgment and error status of the message call Page 60 24 Enabling local operating permission Page 60 25 Suppress all messages if MsgLock 1 26 Reaction of the switching points in Out of service mode 27 Interlock display with LocalSetting 2 or 4 28 Disabling operating points Page 61 29 Signaling limit violation Page 62 30 Resetting depen...

Page 276: ...lays with two time values per limit pair This block has the standard alarm delay function Two time values per limit pair for limit monitoring of the feedback and limit monitoring of the manipulated variable difference This function is described in the APL Online Help The function here relates solely to the limits of the manipulated variable difference Digital feedback from the readback value This ...

Page 277: ...hange the manual manipulated variable MV_Int 8 9 Not used 10 1 Operator can change the high limit of the manipulated variable MV_HiLim 11 1 Operator can change the low limit of the manipulated variable MV_LoLim 12 1 Operator can activate deactivate messages with Rbk_AH_MsgEn 13 1 Operator can activate deactivate messages with Rbk_AL_MsgEn 14 1 Operator can activate deactivate messages with A1_MsgE...

Page 278: ...State 1 0 0 MV_Forced None Forced tracking without limit 1 0 MV_OpScale Low MV_OpS cale Low Forced close 0 1 MV_OpScale High MV_OpS cale High Forced open 0 0 0 1 0 MV_Int MV_HiLim MV_LoLim Manual mode with internal ma nipulated variable 0 0 0 1 0 MV_ExtOut MV_HiLim MV_LoLim Manual mode with external ma nipulated variable and limit 0 0 0 0 1 MV_Int MV_HiLim MV_LoLim Automatic with external manipu l...

Page 279: ... lim itation 0 1 1 Rbk None Tracking to posi tion feedback without limit 1 Rbk None Local mode with tracking to posi tion feedback without limit Actuator active information With PosReached Value 0 the following applies With PosDiClose MV PosDiOpen the control valve is detected as active and bit 24 is set in Status1 The following applies to PosReached Value 1 Status1 Bit 24 0 This status can be use...

Page 280: ...he control valve is in the neutral position Specifying warning times for control functions at motors and valves This block provides the standard Specifying warning times for control functions with motors and valves function that is described in the APL Online Help The warning time affect the analog manipulated variable MV The output is updated only with the specification of a new manipulated varia...

Page 281: ...r general information on error handling at all blocks refer to the Error handling section in the APL Online Help The following errors can be displayed for this block Error numbers Mode switchover error Invalid input signals Overview of error numbers The ErrorNum I O can be used to output the following error numbers Error number Meaning of the error number 1 Predefined value when inserting the bloc...

Page 282: ... SIG1 AS process control message fault BlockComment Feed back error SIG6 AS process control message fault BlockComment External error has occurred MsgEvId2 SIG3 AS process control message fault BlockComment Sipart PS2 PA error SIG7 AS process control message fault BlockComment Error while reading the configura tion data SIG8 AS process control message fault BlockComment Error while writing the con...

Page 283: ...t PS2 PA low alarm limit vio lated SIG4 Alarm high BlockComment Sipart PS2 PA fail safe position SIG5 Alarm high BlockComment Sipart PS2 PA emergency opera tion SIG6 Alarm high BlockComment Sipart PS2 PA path integral excee ded Instance specific messages You can use up to three instance specific messages with this block Message instance Message identifier Message class Event MsgEvId3 SIG1 AS proce...

Page 284: ...ssage instance MsgEvId2 Associated value Block parameters 1 BatchName 2 StepNo 3 BatchID 4 ExtVa204 5 ExtVa205 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 4 and 8 are allocated to the ExtVa204 ExtVa208 parameters and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Associated values for message inst...

Page 285: ...t alarm module REAL 0 0 A1Act 1 Alarm 1 of alarm module ac tive STRUCT Value BOOL ST BYTE 0 16 FF A2 Response threshold alarm 2 Si part alarm module REAL 0 0 A2Act 1 Alarm 2 of alarm module ac tive STRUCT Value BOOL ST BYTE 0 16 FF A_AH_MsgEn 1 Enable A1 A2 alarm limit high BOOL 1 A_AL_MsgEn 1 Enable A1 A2 alarm limit low BOOL 1 A_WH_MsgEn 1 Enable A1 A2 warning limit high BOOL 1 A_WL_MsgEn 1 Enab...

Page 286: ...ST BYTE 0 16 FF AutModLi 1 Automatic mode via intercon nection or SFC controlled via ModLiOp 1 STRUCT Value BOOL ST BYTE 0 16 80 AutModOp 1 Automatic mode via opera tor controlled via ModLiOp 0 BOOL 0 BatchEn 1 Enable allocation BOOL 0 BatchID Batch ID DWORD 16 00000000 BatchName Batch name S7 String BE1 Binary input 1 see Bin1 function STRUCT Value BOOL ST BYTE 0 16 FF BE2 Binary input 2 see Bin2...

Page 287: ...Function of the binary input BE1 0 No function 1 Message only NCC 2 Message only NOC 3 Travel valve to position YE NOC 4 Travel valve to position YA NOC 5 Block movement NOC 6 Travel valve to position YE NCC 7 Travel valve to position YA NCC 8 Block movement NCC 9 Partial stroke test NOC 10 Partial stroke test NCC BYTE 0 BypProt 1 Bypassing interlock is active in local mode and in simulation BOOL ...

Page 288: ...lChnST Signal status of output channel of Ctrl Is connected to the output chan nel block of a series valve if this is present STRUCT Value BOOL ST BYTE 0 16 FF EN 1 Called block will be processed BOOL 1 ER_A_DC Delay for incoming alarms during manipulated variable difference monitoring REAL 0 0 ER_A_DG Delay for outgoing alarms during manipulated variable difference monitoring REAL 0 0 ER_AH_DC De...

Page 289: ...essages of the EventTs block are displayed and can also be acknowledged on the OS in the message view of the technological block STRUCT Value BYTE ST BYTE 16 00 16 FF ExtMsg1 Binary input for freely selectable message 1 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg2 Binary input for freely selectable message 2 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg3 Binary input for freely selectable message 3 STRUCT...

Page 290: ...nal error STRUCT Value BOOL ST BYTE 0 16 FF FbkAuxVClose 1 Auxiliary valve closed feed back signal STRUCT Value BOOL ST BYTE 0 16 FF FbkAuxVOpen 1 Auxiliary valve open feedback signal STRUCT Value BOOL ST BYTE 0 16 FF FbkClose 1 Valve closed feedback signal STRUCT Value BOOL ST BYTE 0 16 FF FbkOpen 1 Valve open feedback signal STRUCT Value BOOL ST BYTE 0 16 FF Feature I O for additional functions ...

Page 291: ...ST BYTE 0 16 80 MonAuxVTime Monitoring time for feedback monitoring of the auxiliary valve REAL 3 0 Monitor 1 Monitoring of control valve feedback BOOL 1 MonitorAuxV 1 Monitoring of auxiliary valve feedback BOOL 1 MonSafePos 1 Go to neutral position in the event of monitoring errors BOOL 1 MonTiDynamic Monitoring time after operation in s REAL 3 0 MonTiStatic Monitoring time for feedback er rors w...

Page 292: ...vari able MV REAL 100 0 MV_Int Internal manipulated variable REAL 0 0 MV_IntLi Select internal manipulated varia ble via interconnection STRUCT Value BOOL ST BYTE 0 16 80 MV_IntOp Select internal manipulated varia ble via operator BOOL 1 MV_LiOp Select manipulated variable source internal external 1 Via interconnection 0 Via operator STRUCT Value BOOL ST BYTE 0 16 80 MV_LoLim Limit low for manipul...

Page 293: ... OS oper ator BOOL 0 OpenAut 1 Select Open valve in auto matic mode STRUCT Value BOOL ST BYTE 0 16 80 OpenForce 1 Forced open of control valve STRUCT Value BOOL ST BYTE 0 16 80 OpenMan 1 Select Open valve in manual mode BOOL 0 OpSt_In Input parameter for local operator authorization to be interconnec ted with the Out output parameter of the upstream OpStations block DWORD 16 00000000 OS_Perm I O f...

Page 294: ...proc ess value or only with underrange process value s REAL 0 0 Rbk_WH_DG Delay time for outgoing warning message of the position feedback with overrange underrange proc ess value or only with underrange process value s REAL 0 0 Rbk_W_DC Delay time for incoming warning of the position feedback with over range underrange process value or only with underrange process value s REAL 0 0 Rbk_W_DG Delay ...

Page 295: ...outgoing alarms warnings with overrange underrange process value or only with underrange process value s REAL 0 0 RbkWH_MsgEn 1 Enable messages for warning high for position feedback BOOL 1 RbkWL_En 1 Enable warning low for posi tion feedback BOOL 0 RbkWL_Lim Limit for position feedback of warning low REAL 10 0 RbkWL_MsgEn 1 Enable messages for warning low for position feedback BOOL 1 RdCfgOp 1 Re...

Page 296: ...Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SlotHart Number of the slot channel with in the AO modules connected to the Sipart in the HW Config INT 0 StepNo Batch step number DWORD 16 00000000 Tim Monitoring time for setting of Controller error fault message REAL 0 0 TimeFactor Time unit 0 seconds 1 minutes 2 hours INT 0 UA1unit Unit of measure for analog auxili ary value 1 INT 0 U...

Page 297: ... Value BOOL ST BYTE 0 16 80 A1WH_Act 1 A1 High warning enabled STRUCT Value BOOL ST BYTE 0 16 80 A1WL_Act 1 A1 Low warning enabled STRUCT Value BOOL ST BYTE 0 16 80 A2_Act 1 Alarm 2 of alarm module active STRUCT Value BOOL ST BYTE 0 16 80 A2AH_Act 1 A2 High alarm enabled STRUCT Value BOOL ST BYTE 0 16 80 A2AL_Act 1 A2 Low alarm enabled STRUCT Value BOOL ST BYTE 0 16 80 A2WH_Act 1 A2 High warning e...

Page 298: ...output for auxiliary valve depends on SafePosAuxV STRUCT Value BOOL ST BYTE 0 16 80 Closed 1 Valve is closed STRUCT Value BOOL ST BYTE 0 16 80 Closing 1 Valve is closing STRUCT Value BOOL ST BYTE 0 16 80 ENO 1 Block algorithm completed without errors BOOL 0 EmergOp_Act 1 Emergency operation is active Cbk3 STRUCT Value BOOL ST BYTE 0 16 80 ER Manipulated variable difference STRUCT Value REAL ST BYT...

Page 299: ...STRUCT Value BOOL ST BYTE 0 16 80 FbkAuxVOpenOut 1 Auxiliary valve is open STRUCT Value BOOL ST BYTE 0 16 80 FbkCloseOut 1 Control valve is open STRUCT Value BOOL ST BYTE 0 16 80 FbkClsgOut Control valve closing feedback STRUCT Value BOOL ST BYTE 0 16 80 FbkOpenOut 1 Control valve is open STRUCT Value BOOL ST BYTE 0 16 80 FbkOpngOut Control valve opening feedback STRUCT Value BOOL ST BYTE 0 16 80 ...

Page 300: ...2 output STATUS of first ALARM_8P WORD 16 0000 MsgAckn3 Message acknowledgment status 3 output STATUS of first ALARM_8P WORD 16 0000 MsgErr1 Message error 1 output ERROR of first ALARM_8P BOOL 0 MsgErr2 Message error 2 output ERROR of first ALARM_8P BOOL 0 MsgErr3 Message error 3 output ERROR of first ALARM_8P BOOL 0 MsgStat1 Alarm status 1 output ERROR of first ALARM_8P WORD 16 0000 MsgStat2 Mess...

Page 301: ... Bit 31 of this parameter is used by Feature bit 24 DWORD 16 00000000 OS_PermLog Display of OS_Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS_PermOut Display of OS_Perm DWORD 16 FFFFFFFF OS1PermLog Display of OS1Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS1PermOut Display of OS1Perm DWORD 16 FFFFFFFF P_Rst 1 Pulse output for reset The parameter per...

Page 302: ...yToReset 1 Ready for reset via RstLi input or commands in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 RdyToStart 1 Active start readiness STRUCT Value BOOL ST BYTE 0 16 80 ST_Worst Worst signal status BYTE 16 80 Status1 Status word 1 DWORD 16 00000000 Status2 Status word 2 DWORD 16 00000000 Status3 Status word 3 DWORD 16 00000000 Status4 Status word 4 DWORD 16 00000000 Status5 Status word 5 D...

Page 303: ...ld Alarm1 Alarm2 When an alarm module is used inputs A1Act A2Act Tim Lim 48 TIM 49 LIM Monitoring time Response threshold for fault message Controller error When LIM and TIM are to be displayed in the faceplate SIPART PS2 PA This template is used when SIPART PS2 PA is connected to the controller via a PROFIBUS module The driver blocks BE1 BE2 Rbk MV A1Act A2Act and AModF must be interconnected eit...

Page 304: ...2PA Page 305 Limit view of SipPS2PA Page 310 Alarm view Page 34 Trend view Page 36 Parameter view of SipPS2PA Page 313 Preview of SipPS2PA Page 315 Memo view Page 35 Batch view Page 33 SipPS2PA block icon Page 318 For general information on the faceplate and block icon refer to the sections Faceplate structure and Block icon structure in the APL Online Help SIPART PS2 PA 8 1 SipPS2PA SITRANS Libra...

Page 305: ...the APL Online Help Out of service see APL Online Help For more information on switching over of the operating mode refer to the Switchover of operating state and operating mode section in the APL Online Help 2 Opening closing and stopping the control valve This area shows you the default operating state for the valve The following states can be shown and executed here Open Close Stop display only...

Page 306: ...ock Click Reset for interlocks or errors For more information refer to the Resetting the block in case of interlocks or errors section in the APL Online Help 5 High and low scale range for the manipulated variable These values provide information on the display range for the bar graph of the manipulated variable The scale range is defined on the Sipart and read by the block there 6 Displaying and ...

Page 307: ...nterlock information section in the APL Online Help for example Signal status see Form and output signal status for technological blocks section in the APL Online Help for example Bypass information If there is a bypass it is displayed instead of the signal status 11 Display of auxiliary values This display is only visible when the corresponding block input is connected You can use this area to di...

Page 308: ...er error Additional information on these errors is available in the sections Monitoring the feedbacks Error handling subsection Invalid input signals and Mode switchover error in the APL Online Help 16 Display area for block states This area provides additional information on the operating state of the block Forced open OpenForce Forced close CloseForce Forced tracking MV_ForOn Tracking MV_TrkOn R...

Page 309: ...the configuration of Bin1 Message Bin1 Configuration change blocked Configuration change blocked Manual mode Travel to end value Travel to start value Movement blocked PST Partial Stroke Test 21 Display area for block states This area provides additional information on the operating state of the block Limit violated 22 Display area for block states This area provides additional information on the ...

Page 310: ...rmed a reset to automatic mode 25 Status display of the control valve You can find additional information on this in section SipPS2PA block icon Page 318 8 1 8 3 Limit view of SipPS2PA Several values can be set by default in this view Manipulated variable difference limits Readback value limits Manipulated variable operating range The toolbars of the faceplate and the block icon indicate when the ...

Page 311: ...ct and A2Act 3 Limit and monitoring time manipulated variable difference Sipart This area displays and may allow you to change the limit for the maximum manipulated variable difference LIM and the monitoring time TIM which must deviate from the manipulated variable before a fault message is triggered in the device In the event of a limit violation the general message Sipart error is output in WinC...

Page 312: ...ssage is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application of alarm delays section in the APL Online Help 8 Sup...

Page 313: ...me due to the process Red cross the OS operator cannot control this parameter due to the configured AS operator control permissions OS_Perm or OS1Perm 2 Monitoring In this area you change parameters and therefore influence the control valve Refer to the Changing values section in the APL Online Help You can influence the following parameters Control Monitoring time during opening and closing of th...

Page 314: ...ess switchover of the manipulated variable for manipulated variable switchover from external to internal The internal manipulated variable is tracked to the external one Set MV_TrkExt parameter 5 Read write configuration data This area lets you read all configuration data from the Sipart PS2 PA or transfer all configuration data from the block to Sipart PS2 PA 6 Service You can select the followin...

Page 315: ...the operating status of the control valve after it has switched from manual to automatic mode If the block is in automatic mode the current block state is displayed SIPART PS2 PA 8 1 SipPS2PA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 315 ...

Page 316: ...g time of the auxiliary valve Valve monitoring Display of current monitoring time of the valve 3 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark th...

Page 317: ...ervice mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorization section in the APL Online Help 4 Inputs and outputs This area shows the most important parameters for this block with the current selection Enable This display is only visible when the corresponding block input is connected 0 Valve ...

Page 318: ...5 Button for switching to the standard view of any faceplate This display is only visible when the corresponding block input is connected Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES For more information refer to the Calling further faceplates section in th...

Page 319: ...llowing chapters Configuring the block icons in the APL Online Help Block icon structure in the APL Online Help Operation via the block icon in the APL Online Help Valve status display The following valve states are shown here Icon Meaning Valve open Valve closed Error at valve Valve is opening Valve is closing Valve stopped SIPART PS2 PA 8 1 SipPS2PA SITRANS Library for PCS 7 Function Manual 05 2...

Page 320: ...SIPART PS2 PA 8 1 SipPS2PA SITRANS Library for PCS 7 320 Function Manual 05 2019 A5E35351976 11 ...

Page 321: ...he CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB100 Moreover to connect the I O signals it is imperative to call the driver blocks Pcs7AnIn cyclic data 4 to 20 mA FbAnIn HART variables and PiDr64 acyclic data in the same interrupt OB and startup OB OB100 before the SitransT block in each case The output structur...

Page 322: ...ct to the controller Startup characteristics Use the Feature Bit Setting the startup characteristics Page 50 to define the startup characteristics of this block The messages are suppressed after startup for the number of cycles set at RunUpCyc Status word allocation for Status1 parameter You can find a description for each parameter in section I Os of SitransT Page 332 Status bit Parameter 0 Occup...

Page 323: ...tus3 parameter Status bit Parameter 0 Effective signal 1 of the message block interconnected via EventTsIn 1 Effective signal 2 of the message block interconnected via EventTsIn 2 Effective signal 3 of the message block interconnected via EventTsIn 3 Effective signal 4 of the message block interconnected via EventTsIn 4 Effective signal 5 of the message block interconnected via EventTsIn 5 Effecti...

Page 324: ...he parameter view of the faceplate If the parameters were read back before a complete download to the PLC the configuration does not need to be reloaded from the device The message limits of the SitransT are not transferred to the device and therefore do not belong to the configuration data The SitransT function block has the following configuration data which can be read out of the Sitrans TH300 ...

Page 325: ...hot Monitoring is always enabled using the input parameters PV_AH_En 1 Monitoring of the high alarm limits PV_AL_En 1 Monitoring of the low alarm limits PV_WH_En 1 Monitoring of the high warning limits PV_WL_En 1 Monitoring of the low warning limits The corresponding message is suppressed using the parameters PV_AH_MsgEn 0 Alarm high messages are suppressed PV_AL_MsgEn 0 Alarm low messages are sup...

Page 326: ...V ST Release for maintenance This block provides the standard Maintenance enable function that is described in the APL Online Help Configurable reactions using the Feature I O The following response features are available for this block at the respective bits of the Feature I O Bit Feature 0 Setting the startup characteristics 1 Reaction to the Out of service mode 2 1 HART communication present be...

Page 327: ...the limit of PV_In for the high alarm 14 1 Operator can change the limit of PV_In for the high warning 15 Not used 16 1 Operator can change the limit of PV_In for the hysteresis 17 1 Operator can change the limit of PV_In for the low alarm 18 1 Operator can change the limit of PV_In for the low warning 19 22 Not used 23 1 Operator can change the deadband parameter Deadband 24 27 Not used 28 1 Oper...

Page 328: ... Voltage The electronics temperature SimETLi ElecTemp The outputs Resist Resist2 DifR1R2 AvgR1R2 Temp Temp2 DifT1T2 AvgT1T2 Voltage und ElecTemp are also simulated in accordance with the module configuration when simulation is carried out via the faceplate For TH420 you can simulate the following values via an interconnection in the CFC The Input 1 SimInput1Li Input1 The Input 2 SimInput2Li Input2...

Page 329: ...al Displaying auxiliary values This block provides the standard Display auxiliary values function UserAna1 or UserAna2inputs for more information refer to the APL online help Opening additional faceplates This block provides the standard Call further faceplates function that is described in the APL Online Help Generating instance specific messages This block provides the standard Generate instance...

Page 330: ...e REAL number field PV_In Error0Num PV Error1Num SV Error2Num TV Error3Num QV Error4Num Control system fault CSF An external signal can be activated via the CSF input A process control error is triggered if this signal 1 Refer to the Error handling chapter in the APL Online Help See also I Os of SitransT Page 332 9 1 5 Message behavior of SitransT Messaging The following messages can be generated ...

Page 331: ...ess messages Message in stance Message identifier Message class Event MsgEvId1 SIG1 Alarm high BlockComment PV high alarm limit violated SIG2 Warning high BlockComment PV high warn ing limit violated SIG3 Warning low BlockComment PV low warn ing limit violated SIG4 Alarm low BlockComment PV low alarm limit violated Instance specific messages You can use up to three instance specific messages with ...

Page 332: ... the ET200M from HW Config INT 0 DevType Device type of Sitrans T 0 No Device 1 Sitrans TH R300 2 Sitrans TH Rx20 INT 1 PV_In Process value 4 to 20 mA signal STRUCT Value REAL ST BYTE 0 0 16 80 PV First HART variable primary variable STRUCT Value REAL ST BYTE 0 0 16 80 SV Second HART variable secondary vari able STRUCT Value REAL ST BYTE 0 0 16 80 TV Third HART variable tertiary variable STRUCT Va...

Page 333: ...V_W_DC Delay time for incoming PV warnings s REAL 0 0 PV_W_DG Delay time for outgoing PV warnings s REAL 0 0 PV_AH_En 1 Enable PV alarm limit high BOOL 1 PV_WH_En 1 Enable PV warning limit high BOOL 1 PV_WL_En 1 Enable PV warning limit low BOOL 1 PV_AL_En 1 Enable PV alarm limit low BOOL 1 GradEn 1 Enable gradient monitoring BOOL 0 MS_RelOp 1 Release for maintenance by OS op erator BOOL 0 OnOp 1 O...

Page 334: ...E 0 16 80 BypPV Substitution value if block is in bypass STRUCT Value REAL ST BYTE 0 0 16 80 BypLock 1 Bypass activation or deactivation is locked for operator STRUCT Value BOOL ST BYTE 0 16 80 SimLiOp Activation deactivation of the simulation by 0 Operator 1 Interconnection or SFC STRUCT Value BOOL ST BYTE 0 16 80 SimOnLi 1 Simulation via interconnection or SFC controlled via SimLiOp 1 STRUCT Val...

Page 335: ...ature that is used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimT2Li Process value for the temperature of channel 2 that is used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimDifTLi Process value for the difference in tem perature that is used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimAvgTLi Process value for the average value of the temperature that is used for SimOnLi 1...

Page 336: ...ed for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimMaxI1I2Li Process value for the Maximum of Input 1 and Input 2 that is used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimI1I2BckLi Process value for the Input 1 and Input 2 as back up that is used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimI2I1BckLi Process value for the Input 2 and Input 2 as back up that is used for SimOnL...

Page 337: ...sgEvID1 ANY ExtVa106 Associated value 6 for messages MsgEvID1 ANY ExtVa107 Associated value 7 for messages MsgEvID1 ANY ExtVa108 Associated value 8 for messages MsgEvID1 ANY UserStatus Freely assignable bits for use in PCS 7 OS BYTE 16 00 SelFp1 1 Call of a block stored in this parame ter as an additional faceplate in the stand ard view ANY SelFp2 1 Call a block saved in this parameter as addition...

Page 338: ... EventTsOut of the EventTs block When this interconnection is con figured the messages of the EventTs block are displayed on the OS in the message view of the technological block and can also be acknowledged there STRUCT Value BYTE ST BYTE 0 16 FF PV_Meas0_TH420 PVMeas0 for TH420 PV BYTE PV_Meas2_TH420 PVMeas2 for TH420 SV BYTE PV_Meas3_TH420 PVMeas3 for TH420 TV BYTE PV_Meas4_TH420 PVMeas4 for TH...

Page 339: ...nput 2 15 Difference of Input 1 and Input 2 16 Difference of Input 2 and Input 1 17 Absolute Difference of Input 1 and Input 2 18 Minimum of Input 2 and Input 1 19 Maximum of Input 2 and Input 1 20 Input 1 and Input 2 as back up 21 Input 2 and Input 1 as back up 22 Average of Input 1 and Input2 as backup 23 Minimum of Input 2 and Input 1 as backup 24 Maximum of Input 2 and Input 1 as backup 25 Not...

Page 340: ...put 2 15 Difference of Input 1 and Input 2 16 Difference of Input 2 and Input 1 17 Absolute Difference of Input 1 and Input 2 18 Minimum of Input 2 and Input 1 19 Maximum of Input 2 and Input 1 20 Input 1 and Input 2 as back up 21 Input 2 and Input 1 as back up 22 Average of Input 1 and Input2 as backup 23 Minimum of Input 2 and Input 1 as backup 24 Maximum of Input 2 and Input 1 as backup 25 Not ...

Page 341: ...put 2 15 Difference of Input 1 and Input 2 16 Difference of Input 2 and Input 1 17 Absolute Difference of Input 1 and Input 2 18 Minimum of Input 2 and Input 1 19 Maximum of Input 2 and Input 1 20 Input 1 and Input 2 as back up 21 Input 2 and Input 1 as back up 22 Average of Input 1 and Input2 as backup 23 Minimum of Input 2 and Input 1 as backup 24 Maximum of Input 2 and Input 1 as backup 25 Not ...

Page 342: ...put 2 15 Difference of Input 1 and Input 2 16 Difference of Input 2 and Input 1 17 Absolute Difference of Input 1 and Input 2 18 Minimum of Input 2 and Input 1 19 Maximum of Input 2 and Input 1 20 Input 1 and Input 2 as back up 21 Input 2 and Input 1 as back up 22 Average of Input 1 and Input2 as backup 23 Minimum of Input 2 and Input 1 as backup 24 Maximum of Input 2 and Input 1 as backup 25 Not ...

Page 343: ...2 as back up 21 Input 2 and Input 1 as back up 22 Average of Input 1 and Input2 as backup 23 Minimum of Input 2 and Input 1 as backup 24 Maximum of Input 2 and Input 1 as backup 25 Not used Values 0 to 8 are for TH300 10 to 24 are for TH420 9 and 25 are common to TH300 and TH420 BYTE 25 RdCfgOp 1 Read all configuration data from Si trans TH300 TH420 BOOL 0 RstMinP 1 Reset low slave pointer values ...

Page 344: ...Data STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connected BOOL 1 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 BypassAct 1 Bypass is activated in this block STRUCT Value BOOL ST BYTE 0 16 80 PV_Out0 Process value output 4 to 20 mA signal STRUCT Value REAL ST BYTE 0 0 16 80 PV_Out1 Output first HART variable p...

Page 345: ...ent STRUCT Value REAL ST BYTE 0 0 16 80 Temp Output for process value for temperature STRUCT Value REAL ST BYTE 0 0 16 80 Temp2 Output for process value for temperature of chan nel 2 STRUCT Value REAL ST BYTE 0 0 16 80 DifT1T2 Output for process value for difference in temper ature STRUCT Value REAL ST BYTE 0 0 16 80 AvgT1T2 Output for process value for average value of temperature STRUCT Value RE...

Page 346: ...cess value for Absolute Difference of Input 1 and Input 2 STRUCT Value REAL ST BYTE 0 0 16 80 MinI1I2 Output for process value for Minimum of Input 2 and Input 1 STRUCT Value REAL ST BYTE 0 0 16 80 MaxI1I2 Output for process value for Maximum of Input 2 and Input 1 STRUCT Value REAL ST BYTE 0 0 16 80 I1I2Bck Output for process value for Input 1 and Input 2 as back up STRUCT Value REAL ST BYTE 0 0 ...

Page 347: ...hange the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 SumMsgAct Summary message Active STRUCT Value BOOL ST BYTE 0 16 80 ScaleOut Measuring range of 4 to 20 mA signal STRUCT High REAL Low REAL 0 0 0 0 MaxPVRst Maximum value slave pointer PV REAL 0 0 MaxPVRst Minimu...

Page 348: ...ng of SitransT Page 329 INT 1 Error1Num Output of current error number for the first HART variable primary variable For error numbers that can be output by this block see Error han dling of SitransT Page 329 INT 1 Error2Num Output of current error number for the second HART variable secondary variable For error numbers that can be output by this block see Er ror handling of SitransT Page 329 INT 1...

Page 349: ...tag type contains the required interconnections between the blocks mentioned above If not all four HART variables are used the unneeded driver blocks for reading the values PV SV TV and QV can be accordingly removed from the template The PV_In inputs of the Pcs7AnIn 4 to 20 mA and FbAnIn PV SV TV QV blocks must be interconnected with the corresponding input word or double word from HW Config for i...

Page 350: ...sT Memo view Page 35 Batch view Page 33 Slave pointer view of SitransT For general information on the faceplate and block icon refer to the sections Faceplate structure and Block icon structure in the APL online help See also Standard view of SitransT Page 351 Preview of SitransT Page 356 Slave pointer view of SitransT Page 357 Parameter view of SitransT Page 355 SITRANS T 9 1 SitransT SITRANS Lib...

Page 351: ...cs temperature are displayed If a measured value is not assigned to a variable the field is hidden 1 Display and switchover of operating mode This area provides information on the currently valid operating mode The following operating modes can be shown here On see the APL online help Out of service see APL online help For more information on changing the operating mode refer to the Switching oper...

Page 352: ...of the configured measured value is displayed depending on the PV_Meas1 4 variable in this case Resistence Diff resistance Not used and Electronics temperature 8 and 9 Display of auxiliary values You can use this area to display two auxiliary values that have been configured in the Engineering System ES You can find more information on this in the section Opening additional faceplates in the APL O...

Page 353: ... 0 17 Bar graph for the Process value 4 to 20 mA signal This area shows the current Process value 4 to 20 mA signal in the form of a bar graph The visible area in the bar graph depends on the configuration in the engineering system ES see Display and operating range for process values and limits See also Views of SitransT Page 350 9 1 9 3 Limit view of SitransT The process value limits of the 4 to...

Page 354: ...ntrol permissions OS_Perm or OS1Perm 3 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value ...

Page 355: ...this area Bypass Simulation Release for maintenance For more information about this area refer to the following sections of the APL Online Help Bypassing signals Simulating signals Release for maintenance 4 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block...

Page 356: ...SitransT 1 Process values This area displays the real process values PV_In PV SV TV QV and the Bypass value 2 Navigation button to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on t...

Page 357: ...ue to the configured AS operator permissions OS_Perm or OS1Perm The following enabled operationss are shown here General operator input enables for totalizers and dosing units On You can switch to On mode Out of service You can switch to Out of service mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator ...

Page 358: ...lave pointer SV Minimum value slave pointer SV Maximum value slave pointer TV Minimum value slave pointer TV Maximum value electronics temperature QV TH300 Minimum value electronics temperature QV TH300 Maximum value slave pointer QV resetable TH420 Minimum value slave pointer QV resetable TH420 2 Reset minimum values of slave pointers For TH300 in this area you can reset all resettable minimum va...

Page 359: ...een check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm See also Views of SitransT Page 350 9 1 9 7 Block icon for SitransT A variety of block icons is available with the following fu...

Page 360: ...g options in the block icon refer to the following sections in the APL online help Configuring the block icons Block icon structure Operation via the block icon SITRANS T 9 1 SitransT SITRANS Library for PCS 7 360 Function Manual 05 2019 A5E35351976 11 ...

Page 361: ...as the process value if both contain the same physical variable Configuration Use the CFC Editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB100 Moreover to connect the I O signals it is imperative to call the driver blocks Pcs7AnIn cyclic data 4 to 20 mA FbAnIn HART variables and PiDr64 acyclic data in the same interrupt...

Page 362: ...nd SelST16 FC369 that are not supplied with the SITRANS Library are called internally by the SitransP block If these two blocks are not yet installed in your project copy them from the APL library to your project before you download the project to the controller Note The user text library SitransP_MeasVal must be copied from the Sitrans Library to the PCS 7 project prior to the OS compilation To d...

Page 363: ...as delay time for all messages from limit sensor 3 21 29 Not used 30 Auxiliary value 1 visible 31 Auxiliary value 2 visible Status word allocation for Status2 parameter Status bit Parameter 0 MsgLock Value 1 L1_AH_Act Value 2 L1_WH_Act Value 3 Feature Bit2 HART communication on and not QWronDev 4 QWronDev 5 L1_WL_Act Value 6 L1_AL_Act Value 7 L1_AH_En 8 L1_WH_En 9 L1_AH_En or L1_WH_En or L1_WL_En ...

Page 364: ...tTsIn 6 Effective signal 7 of the message block interconnected via EventTsIn 7 Effective signal 8 of the message block interconnected via EventTsIn 8 Message delay InL1_AH_Lim 9 Message delay InL1_WH_Lim 10 Message delay InL1_WL_Lim 11 Message delay InL1_AL_Lim 12 Message delay InL2_AH_Lim 13 Message delay InL2_WH_Lim 14 Message delay InL2_WL_Lim 15 Message delay InL2_AL_Lim 16 Message delay InL3_...

Page 365: ...WH_En or L3_WL_En or L3_AL_En any limit of the limit sensor 3 active 20 L3_WL_En 21 L3_AL_En 22 L3_AH_MsgEn 23 L3_WH_MsgEn 24 L3_WL_MsgEn 25 L3_AL_MsgEn 26 Connected device is a SITRANS P500 27 Alarm limit high for PV_In 4 to 20 mA signal PV_In active 28 Warning limit high for PV_In 4 to 20 mA signal active 29 Warning limit low for PV_In 4 to 20 mA signal active 30 Alarm limit low for PV_In 4 to 2...

Page 366: ...P are only transferred to the device if HART communication is used Feature Bit2 TRUE and the alarm configuration is synchronized with the device Feature Bit7 TRUE No alarm configuration is transferred from and to P420 The SitransP function block has the following configuration data which can be read out of the SitransP by means of the Read configuration data command Description Block parameters I ...

Page 367: ...um value of the limit sensor L1 2 3_Scale High Low for consistency reasons when loading modified active alarm or warning limits or the hysteresis value Note When a P420 is connected the monitored variable InL1 L2 L3_DevVar the alarm configuration L1 2 3_AlmAct L1 2 3_MonAct L1 2 3_MonTrig and the limits of the limiter L1 2 3_Scale High Low must be entered manually because reading out from the devi...

Page 368: ...igh alarm L1 2 3_AL_Lim Limit for low alarm L1 2 3_Hyst Hysteresis L1 2 3_RespT Response time L1 2 3_WH_Lim Limit for high warning L1 2 3_WL_Lim Limit for low warning The result of limit monitoring is returned at the interconnectable output parameters L1 2 3_AH_Act 1 Limit for high alarm reached or exceeded L1 2 3_AL_Act 1 Limit for low alarm reached or undershot L1 2 3_WH_Act 1 Limit for high war...

Page 369: ...radients GradHUpLim Reaching or violation of your defined limits is indicated at the corresponding Active output parameters e g by means of GradHUpAct 1 for the limit high for the positive gradient Messages can be output for these alarms You can activate these as follows Message for alarms high for the positive gradient GradHUpMsgEn 1 Message for alarms high for the negative gradient GradHDnMsgEn ...

Page 370: ...iary variable PV is available and visualized in the faceplate 4 1 2 HART auxiliary variable SV is available and visualized in the faceplate 5 1 3 HART auxiliary variable TV is available and visualized in the faceplate 6 1 4 HART auxiliary variable QV is available and visualized in the faceplate 7 1 Alarm configuration is read from the device not for P420 8 Separate delay times for each alarm Page ...

Page 371: ...limit sensor 2 15 1 Operator can change the value for the hysteresis of limit sensor 2 16 1 Operator can change the value for the response time of limit sensor 2 17 1 Operator can change the limit for the low warning of limit sensor 2 18 1 Operator can change the limit for the low alarm of limit sensor 2 19 Not used 20 1 Operator can change the value for the high gradient limit for positive gradie...

Page 372: ... 13 1 Operator can activate deactivate messages with L2_AH_MsgEn 14 1 Operator can activate deactivate messages with L2_WH_MsgEn 15 1 Operator can activate deactivate messages with L2_WL_MsgEn 16 1 Operator can activate deactivate messages with L2_AL_MsgEn 17 1 Operator can activate deactivate messages with L3_AH_MsgEn 18 1 Operator can activate deactivate messages with L3_WH_MsgEn 19 1 Operator c...

Page 373: ...tput of the Pcs7AnIn block default connection in the CFC template of the SitransP is used as the display and operating range PV_OpScale for the 4 to 20 mA signal The simulation value of the 4 to 20 mA signal has a higher priority than the value of the first HART auxiliary variable PV Displaying auxiliary values This block provides the standard Display auxiliary values function UserAna1 or UserAna2...

Page 374: ...sed to output the following error numbers Error number Meaning of the error number 1 Predefined value when inserting the block the block is not executed 0 There is no error 30 The process value can no longer be displayed in the REAL number field PV_In Error0Num PV Error1Num SV Error2Num TV Error3Num QV Error4Num Control system fault CSF An external signal can be activated via the CSF input A proce...

Page 375: ...ing a data record SIG2 AS process control message error BlockComment Error writing a data record SIG6 AS process control message error BlockComment Wrong password SIG7 AS process control message error BlockComment Reset of min max pointers in SIL mode not possible Explanation BlockComment Content of the instance specific comment The content of the message text library SitransP_MeasVal is explained...

Page 376: ...w BlockComment 5Y t SitransP_MeasVal low alarm limit violated MsgEvId2 SIG1 Alarm high BlockComment 4Y t SitransP_MeasVal high alarm limit violated SIG2 Warning high BlockComment 4Y t SitransP_MeasVal high warning limit violated SIG3 Warning low BlockComment 4Y t SitransP_MeasVal low warning limit violated SIG4 Alarm low BlockComment 4Y t SitransP_MeasVal low alarm limit violated SIG5 Warning high...

Page 377: ...ck parameters 1 BatchName 2 StepNo 3 BatchID 4 InL1_DevVar 5 InL2_DevVar 6 ExtVa106 7 ExtVa107 8 ExtVa108 9 Reserved 10 reserved The input parameters InL1_DevVar and InL2_DevVar contain a number for the physical variable of the limit sensors 1 and 2 The associated values 6 8 are allocated to the parameters ExtVa106 ExtVa108 and can be used freely Additional information is available in the Process ...

Page 378: ...a305 6 ExtVa306 7 ExtVa307 8 ExtVa308 9 reserved 10 reserved The associated values 4 8 are allocated to the parameters ExtVa304 ExtVa308 and you can use them Additional information is available in the Process Control System PCS7 Engineering System manual Message texts and their text numbers The following table shows the message texts and their numbers in the text library SitransP_MeasVal for the S...

Page 379: ...QV Fourth HART variable quaternary variable STRUCT Value REAL ST BYTE 0 0 16 80 Lx_Scale x 1 2 3 Limit sensor x Maximum and minimum values for the alarm and warning limits Note If the Feature Bit7 synchronize alarm configuration with module is set this input is written with the measuring range limits available in the module to the corresponding L1 2 3_Scale inputs when reading the configuration da...

Page 380: ...x_MonAct x 1 2 3 Limit sensor x Monitoring action 1 Warning 2 Warning and alarm BYTE 16 00 Lx_MonTrig x 1 2 3 Limit sensor x Monitoring trigger 1 High limit 2 Low limit 3 High and low limit BYTE 16 00 Lx_AH_DC x 1 2 3 Limit sensor x Delay time for incoming alarms with overrange process value s REAL 0 0 Lx_AH_DG x 1 2 3 Limit sensor x Delay time for outgoing alarms with overrange process value s RE...

Page 381: ...nsor x 1 Enable warning limit low BOOL 1 Lx_AL_En x 1 2 3 Limit sensor x 1 Enable alarm limit high BOOL 1 Lx_AH_MsgEn x 1 2 3 Limit sensor x 1 Message for BOOL 1 Lx_WH_MsgEn x 1 2 3 Limit sensor x 1 activate warning high message BOOL 1 Lx_WL_MsgEn x 1 2 3 Limit sensor x 1 activate warning low message BOOL 1 Lx_AL_MsgEn x 1 2 3 Limit sensor x 1 activate alarm high message BOOL 1 GradHUpLim Gradient...

Page 382: ...adient high message for positive changes BOOL 1 GradHDnMsgEn 1 Enable gradient high message for negative changes BOOL 1 GradLMsgEn 1 Enable gradient high message for negative changes BOOL 1 TimeFactor Time unit 0 seconds 1 minutes 2 hours INT 0 UserAna1 Analog auxiliary value 1 STRUCT Value REAL ST BYTE 0 0 16 80 UA1unit Unit of measure for analog auxiliary value 1 INT 0 UserAna2 Analog auxiliary ...

Page 383: ...ess value of the first HART variable primary variable that is used for SimOn 1 REAL 0 0 SimPV2 Process value of the second HART variable sec ondary variable that is used for SimOn 1 REAL 0 0 SimPV3 Process value of the third HART variable tertiary variable that is used for SimOn 1 REAL 0 0 SimPV4 Process value of the fourth HART variable qua ternary variable that is used for SimOn 1 REAL 0 0 SimPL...

Page 384: ...s value for the static pressure that is used for SimOnLi 1 RunUpCyc Number of cycles in startup messages are sup pressed during these cycles INT 3 MsgEvId1 Message number assigned automatically DWORD 16 00000000 MsgEvId2 Message number assigned automatically DWORD 16 00000000 MsgEvId3 Message number assigned automatically DWORD 16 00000000 BatchEn 1 Enable allocation BOOL 0 BatchID Batch ID DWORD ...

Page 385: ...7 Associated value 7 for messages MsgEvID3 ANY ExtVa308 Associated value 8 for messages MsgEvID3 ANY UserStatus Freely assignable bits for use in PCS 7 OS BYTE 16 00 SelFp1 1 Call of a block stored in this parameter as an additional faceplate in the standard view ANY SelFp2 1 Call a block saved in this parameter as addi tional faceplate in preview ANY OS_Perm I O for operating permissions STRUCT B...

Page 386: ...onics temperature 3 Pressure untrimmed 4 Fill level 5 Volume 6 Mass 7 Volume flow 8 Mass flow 9 User value 10 Static pressure 11 Not used BYTE 11 PV_Meas1 Measured value that is interconnected at the PV input 0 Pressure 1 Sensor temperature 2 Electronics temperature 3 Pressure untrimmed 4 Fill level 5 Volume 6 Mass 7 Volume flow 8 Mass flow 9 User value 10 Static pressure 11 Not used BYTE 11 PV_Me...

Page 387: ...ointer pressure BOOL 0 RMinPOp 1 Reset min slave pointer pressure BOOL 0 RMaxSPOp 1 Reset max slave pointer static pressure BOOL 0 RMinSPOp 1 Reset min slave pointer static pressure BOOL 0 RMaxSTOp 1 Reset max slave pointer sensor temperature BOOL 0 RMinSTOp 1 Reset min slave pointer sensor temperature BOOL 0 RMaxETOp 1 Reset max slave pointer electronics temper ature BOOL 0 RMinETOp 1 Reset min s...

Page 388: ...ointer electronics temper ature via interconnection or SFC 0 1 edge tran sition BOOL 0 RdMinMaxLi 1 Read all slave pointer values from the device via interconnection or SFC 0 1 edge transition BOOL 0 ScaleIn Measuring range of the 4 to 20 mA signal This input is only used to read back the values to the CFC STRUCT High REAL Low REAL 0 0 0 0 InPassword Password for writing data to the P420 DWORD 16 ...

Page 389: ...imum pressure MaxSTRst Maximum value of resettable slave pointer for sensor temperature MinSTRst Minimum vlaue of resettable slave pointer for sensor temperature MaxETRst Maximum value of resettable slave pointer for electronics temperature MinETRst Minimum value of resettable slave pointer for electronics temperature AlarmLimitsP500 Alarm limits of P500 LxUpperLim Limiter x High limit LxLowerLim ...

Page 390: ... pressure ResetMaxSenT Resetting the maximum sensor temperature ResetMinSenT Resetting the minimum sensor temperature ResetMaxElT Resetting the maximum electronics temperature ResetMinElT Resetting the minimum electronics temperature AlarmLimitsP500 Alarm limits of P500 LxUpperLim Limiter x High limit LxLowerLim Limiter x Low limit LxHyst Limiter x Hysteresis LxRespT Limiter x Response time InputP...

Page 391: ...ctronics temperature PUntUnit Unit of untrimmed pressure LevelUnit Unit of level VolUnit Unit of volume MassUnit Unit of mass VFlowUnit Unit of volume flow MFlowUnit Unit of mass flow UserUnit Unit of user value UsrUnitS Unit of static pressure PV_Meas0 Measured variable of process variable PV 4 to 20 mA PV_Meas1 Measured variable of process variable PV PV_Meas2 Measured variable of process variab...

Page 392: ...Release for high warning Lx_WL_En Limiter x Release for low warning Lx_AL_En Limiter x Release for low alarm AccLevel Access rights P420 SilTMode Sil Target Mode P420 xusedPV 1 HART variable PV is used not to the device xusedSV 1 HART variable SV is used not to the device xusedTV 1 HART variable TV is used not to the device xusedQV 1 HART variable QV is used not to the device END_STRUCT Output par...

Page 393: ... value STRUCT Value REAL ST BYTE 0 0 16 80 PV_GradNP0 Gradient value minimum peak value STRUCT Value REAL ST BYTE 0 0 16 80 Pressure Output for process value for pressure STRUCT Value REAL ST BYTE 0 0 16 80 SenTemp Output for process value for sensor temperature STRUCT Value REAL ST BYTE 0 0 16 80 ElecTemp Output for process value for electronics tempera ture STRUCT Value REAL ST BYTE 0 0 16 80 Le...

Page 394: ...ints and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 Lx_WL_Act x 1 2 3 Limit sensor x 1 Warning low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 Lx_AL_Act x 1 2 3 Limit sensor x 1 Alarm low a...

Page 395: ... BYTE 0 16 80 GradLAct 1 Gradient alarm low You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 OosAct 1 Block is Out of service STRUCT Value BOOL ST BYTE 0 16 80 OnAct 1 On mode enabled STRUCT Value BOOL ST BYTE 1 16 80 OS_PermOut Display of OS_Perm DWO...

Page 396: ...output by this block see Error handling of SitransP Page 374 INT 1 MsgErr1 1 Message error 1 output ERROR of first ALARM_8P BOOL 0 MsgStat1 Message status 1 output ERROR of first ALARM_8P WORD 16 0000 MsgAckn1 Message acknowledgment status 1 output STA TUS of first ALARM_8P WORD 16 0000 MsgErr2 1 Message error 2 output ERROR of second ALARM_8P BOOL 0 MsgStat2 Message status 2 output ERROR of secon...

Page 397: ...REAL 0 0 MinPRst Minimum value of resettable slave pointer for pres sure REAL 0 0 MaxSPRst Maximum value of resettable slave pointer for stat ic pressure REAL 0 0 MinSPRst Minimum value of resettable slave pointer for static pressure REAL 0 0 MaxSTRst Maximum value of resettable slave pointer for sen sor temperature REAL 0 0 MinSTRst Minimum value of resettable slave pointer for sen sor temperatur...

Page 398: ...ned above If not all four HART variables are used the unneeded driver blocks for reading the values PV SV TV and QV can be accordingly removed from the template The PV_In inputs of the Pcs7AnIn 4 to 20 mA and FbAnIn PV SV TV QV blocks must be interconnected with the corresponding input word or double word from HW Config for instantiation of the template The Laddr input of the PiDr64 block AcyclicD...

Page 399: ... 403 Trend view Page 36 Parameter view of SitransP Page 406 Preview of SitransP Page 407 Memo view Page 35 Batch view Page 33 Slave pointer view of SitransP resettable Page 409 For general information on the faceplate and block icon refer to the sections Faceplate structure and Block icon structure in the APL online help SITRANS P 10 1 SitransP SITRANS Library for PCS 7 Function Manual 05 2019 A5E...

Page 400: ...ovides information on the currently valid operating mode The following operating modes can be shown here On see the APL online help Out of service see APL online help For more information on changing the operating mode refer to the Switching operating states and operating modes section in the APL Online Help 2 High and low scale range for the process value 4 to 20 mA signal These values provide in...

Page 401: ...nd maximum gradient value functions like a slave pointer The current gradient value is displayed if one of the monitoring functions is enabled Gradient monitoring for positive changes GradHUpEn 1 Gradient monitoring for negative changes GradHDnEn 1 Gradient monitoring GradLEn 1 The maximum peak gradient value is displayed if the gradient monitoring function for positive changes is enabled GradHUpE...

Page 402: ...gles indicate the specified limits in the respective bar graph They are only visible if the 4 to 20 mA signal is monitored by a limiter 18 Bar graph for the Process value 4 to 20 mA signal This area shows the current Process value 4 to 20 mA signal in the form of a bar graph The visible area in the bar graph depends on the configuration in the engineering system ES see Display and operating range ...

Page 403: ... the limits for the gradient monitoring of the 4 to 20 mA signal can be specified in this two part view The displayed texts depend on the configuration of the limit sensors on the block or in the module SITRANS P 10 1 SitransP SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 403 ...

Page 404: ... configured limits are not shown in the faceplate Note The maximum and minimum values for the alarm and warning limits of the limiters 1 to 3 are configured at the inputs L1 2 3_Scale If the Feature bit 7 synchronize alarm configuration with module is set the measuring range limits available in the module are written to the corresponding L1 2 3_Scale inputs when reading the configuration data SITR...

Page 405: ...ection in the APL online Help You can change the following limits H alarm Gradient for the upper gradient for positive changes H alarm Gradient for the upper rate of rise for negative changes L alarm Gradient for the lower rate of rise absolute 7 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgE...

Page 406: ... following functions in this area Bypass Simulation Release for maintenance For more information about this area refer to the following sections of the APL Online Help Bypassing signals Simulating signals Release for maintenance 4 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES th...

Page 407: ...me due to the process Red cross the OS operator cannot control this parameter due to the configured AS operator control permissions OS_Perm or OS1Perm See also Views of SitransP Page 399 10 1 9 5 Preview of SitransP Figure 10 1 Preview SITRANS P300 P310 P500 and P DS III SITRANS P 10 1 SitransP SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 407 ...

Page 408: ...e visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional faceplates in the APL Online Help 3 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block S...

Page 409: ...tionss are shown here General operator input enables for totalizers and dosing units On You can switch to On mode Out of service You can switch to Out of service mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorizations section in the APL Online Help See also Views of SitransP Page 399 10 1 9 6 ...

Page 410: ... Figure 10 3 SITRANS P300 P310 P500 und P DS III Figure 10 4 SITRANS P420 SITRANS P 10 1 SitransP SITRANS Library for PCS 7 410 Function Manual 05 2019 A5E35351976 11 ...

Page 411: ...he two faceplate views Display of the slave pointers is divided between two faceplate views It is possible to toggle between the two views here 4 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS opera...

Page 412: ...traPDr Object name type number and family Type number FB 2640 Family SitransP Application area of SiFC43Dr The block is used for the following application Interface block between the technological block SitraPDr and the driver block PiDr64 for reading and writing acyclic data How it works The SitraPDr block receives requests via its output structures SxRdReq and SxWrReq to read data from the devic...

Page 413: ...eq WrReq and Para inputs of the SitransP block Startup characteristics This block does not have startup characteristics 10 2 2 Operating modes of SitraPDr This block does not have any operating modes 10 2 3 I Os of SitraPDr In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 in terconnect this input with AcyclData out put of PiDr64 STRUCT SlotRd INT...

Page 414: ...MinPRst Resettable slave pointer for minimum pressure MaxSTRst Maximum value of resettable slave pointer for sensor temperature MinSTRst Minimum value of resettable slave pointer for sensor temperature MaxETRst Maximum value of resettable slave pointer for electronics temperature MinETRst Minimum value of resettable slave pointer for electronics temperature AlarmLimitsP500 Alarm limits of P500 LxU...

Page 415: ...static pressure ResetMinStatP Resetting the minimum static pressure ResetMaxSenT Resetting the maximum sensor temperature ResetMinSenT Resetting the minimum sensor temperature ResetMaxElT Resetting the maximum electronics temperature ResetMinElT Resetting the minimum electronics temperature AlarmLimitsP500 Alarm limits of P500 LxUpperLim Limiter x High limit LxLowerLim Limiter x Low limit LxHyst L...

Page 416: ...velUnit Unit of level VolUnit Unit of volume MassUnit Unit of mass VFlowUnit Unit of volume flow MFlowUnit Unit of mass flow UserUnit Unit of user trend StPrUnit Unit of static pressure PV_Meas0 Measured variable of process variable PV 4 to 20 mA PV_Meas1 Measured variable of process variable PV PV_Meas2 Measured variable of process variable SV PV_Meas3 Measured variable of process variable TV PV_...

Page 417: ... x Release for high warning Lx_WL_En Limiter x Release for low warning Lx_AL_En Limiter x Release for low alarm AccLevel Access rights P420 SilTMode Sil Target Mode P420 xusedPV 1 HART variable PV is used not to the device xusedSV 1 HART variable SV is used not to the device xusedTV 1 HART variable TV is used not to the device xusedQV 1 HART variable QV is used not to the device END_STRUCT 10 2 4 ...

Page 418: ...SITRANS P 10 2 SitraPDr SITRANS Library for PCS 7 418 Function Manual 05 2019 A5E35351976 11 ...

Page 419: ...he SitransPwith and without totalizer Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB 100 Moreover to connect the I O signals it is imperative to call each of the driver blocks FbAnIn cyclic data and PiDr64 acyclic data in the same cyclic interrupt OB and startup OB OB100 before the SitP_PA b...

Page 420: ...ry directory Blocks Templates Text Libraries into a user text library folder created using the S7 program in your PCS 7 project Startup characteristics Use the Feature Bit Setting the startup characteristics Page 50 to define the startup characteristics of this block The messages are suppressed after startup for the number of cycles set at RunUpCyc Status word allocation for Status1 parameter You ...

Page 421: ...tic preview totalizer command 1 Hold 28 Message delay PV_WH_Lim 29 Message delay PV_WL_Lim 30 Auxiliary value 1 visible 31 Auxiliary value 2 visible Status word allocation for Status2 parameter Status bit Parameter 0 MsgLock Value 1 PV_AH_Act Value 2 PV_WH_Act Value 3 PV_WL_Act Value 4 PV_AL_Act Value 5 6 Not used 7 PV_AH_En 8 PV_WH_En 9 Not used 10 Not used 11 PV_WL_En 12 PV_AL_En 13 PV_AH_MsgEn ...

Page 422: ...terconnected via EventTsIn 6 Effective signal 7 of the message block interconnected via EventTsIn 7 Effective signal 8 of the message block interconnected via EventTsIn 8 Tot_AH_Act Value 9 Tot_WH_Act Value 10 Tot_WL_Act Value 11 Tot_AL_Act Value 12 Tot_AH_En 13 Tot_WH_En 14 15 Not used 16 Tot_WL_En 17 Tot_AL_En 18 Tot_AH_MsgEn 19 Tot_WH_MsgEn 20 21 Not used 22 Tot_WL_MsgEn 23 Tot_AL_MsgEn 24 QWro...

Page 423: ...PA and the APL refer to the online help for the standard APL blocks for information on them Operating modes of SitrP_PA with totalizer The block can be operated using the following modes Local mode Automatic mode Manual mode Out of service The general descriptions of the operating modes are identical for SitrP_PA and the APL refer to the online help for the standard APL blocks for information on t...

Page 424: ...itive edge PosMan Negative positive edge NegMan Hold HoldMan 1 Out of service For general information about the out of service mode refer to the APL Online Help 11 1 3 SitrP_PA functions The functions for this block are listed below Configuration data The configuration data comprises the units the configuration of PV input and the limits for messages After a change is made in the device reading of...

Page 425: ...ted into the process image of the controller Configuration of the limits is carried out either by means of PDM and imported by reading the configuration data from the block or can be carried out on the block independent of the module see Feature bit 7 You can monitor the process value PV and the totalizer value Tot for the following high and low alarm and warning thresholds PV Tot_AH_Lim Limit for...

Page 426: ... These are reset when the operator enters the corresponding command for resetting The slope of the gradient PV_Grad can be monitored for the following limits Limit high for the positive gradient GradHUpLim Limit high for the negative gradient GradHDnLim Limit low for the absolute gradient GradLLim Activation of the individual monitoring functions is carried out at the corresponding Enable paramete...

Page 427: ...tive bits of the Feature I O The characteristics are described in the APL online help Bit Feature 0 Setting the startup characteristics Page 50 1 Reaction to the out of service mode Page 54 2 Reset the commands for switching the operating mode 3 Enabling resetting of commands for the control settings 4 Set switch or button mode 6 Activation of cyclic reading of sensor and electronics temperature W...

Page 428: ... switch to local mode 3 1 Operator can switch to Out of service mode 4 1 Operator can switch to On mode 5 Not used 6 1 Operator can change simulation values 7 1 Operator can reset the maximum values 8 1 Operator can activate deactivate messages with GradHUpMsgEn 9 1 Operator can activate deactivate messages with GradHDnMsgEn 10 1 Operator can activate deactivate messages with GradLMsgEn 11 1 Opera...

Page 429: ...ges with Tot_AL_MsgEn 9 1 Operator may input the positive and negative count totalizer command 10 1 Operator may input the only positive count totalizer command 11 1 Operator may input the only negative count totalizer command 12 1 Operator may input the Hold totalizer command 13 1 Operator can reset the totalizer 14 1 Operator can preset the totalizer 15 1 Operator can read the configuration data...

Page 430: ...xiliary values This block provides the standard Display auxiliary values function UserAna1 or UserAna2inputs for more information refer to the APL online help Opening additional faceplates This block provides the standard Call further faceplates function that is described in the APL Online Help Generating instance specific messages This block provides the standard Generate instance specific messag...

Page 431: ...vated via the CSF input A process control error is triggered if this signal 1 Refer to the Error handling chapter in the APL Online Help 11 1 5 I Os of SitrP_PA Input parameters Parameter Description Type Default DevType Device type of SITRANS P 1 SitransP DSIII PA 1 SitransP P300 PA INT 0 PV Process value STRUCT Value REAL ST BYTE 0 0 16 80 Tot Totalizer value STRUCT Value REAL ST BYTE 0 0 16 80 ...

Page 432: ...connection or SFC BOOL 0 AutModLi 1 Automatic mode via operator controlled by Mod1LiOp 0 STRUCT Value BOOL ST BYTE 0 16 80 ManModLi 1 Manual mode via interconnection or SFC controlled by Mod1LiOp 1 STRUCT Value BOOL ST BYTE 0 16 80 LocalLi 1 Activate local mode via plant signals STRUCT Value BOOL ST BYTE 0 16 80 LocalOp 1 Local mode via operator BOOL 0 OnOp 1 On mode via operator BOOL 0 OosOp 1 Ou...

Page 433: ... value InPreValvia operator input BOOL 0 BalLocal Totalizer Up counter for positive flow and down counter for negative flow in Local mode STRUCT Value BOOL ST BYTE 0 16 80 PosLocal Totalizer Increment only for positive flow in Local mode STRUCT Value BOOL ST BYTE 0 16 80 NegLocal Totalizer Decrement only for negative flow in Local mode STRUCT Value BOOL ST BYTE 0 16 80 HoldLocal Totalizer Stop cou...

Page 434: ...nly with under range process value s REAL 0 0 PV_W_DC Limiter PV Delay time for incoming warnings with overrange underrange process value or only with under range process value s REAL 0 0 PV_W_DG Limiter PV Delay time for outgoing warnings with overrange underrange process value or only with under range process value s REAL 0 0 PV_AH_En 1 Activate process value alarm high BOOL 1 PV_WH_En 1 Activat...

Page 435: ...ange process value or only with under range process value s REAL 0 0 Tot_A_DG Limiter Tot Delay time for outgoing alarms with overrange underrange process value or only with under range process value s REAL 0 0 Tot_W_DC Limiter Tot Delay time for incoming warnings with overrange underrange process value or only with under range process value s REAL 0 0 Tot_W_DG Limiter Tot Delay time for outgoing ...

Page 436: ...e for maintenance by OS operator BOOL 0 GradHUpMsgEn 1 Enable gradient high message for positive changes BOOL 1 GradHDnMsgEn 1 Enable gradient high message for negative changes BOOL 1 GradLMsgEn 1 Enable gradient high message for negative changes BOOL 1 TimeFactor Time unit 0 seconds 1 minutes 2 hours INT 0 UserAna1 Analog auxiliary value 1 STRUCT Value REAL ST BYTE 0 0 16 80 UA1unit Unit of measu...

Page 437: ...s value PV_Out used for SimOn 1 REAL 0 0 SimTot Totalizer value Tot_Out used for SimOn 1 REAL 0 0 SimSTemp Sensor temperature SenTemp used for SimOn 1 REAL 0 0 SimETemp Electronics temperature ElecTemp used for SimOn 1 REAL 0 0 SimPVLi Process value PV_Out used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimTotLi Totalizer value Tot_Out used for SimOnLi 1 STRUCT Value REAL ST BYTE 0 0 16 80 ...

Page 438: ...ated value 4 for messages MsgEvID2 ANY ExtVa205 Associated value 5 for messages MsgEvID2 ANY ExtVa206 Associated value 6 for messages MsgEvID2 ANY ExtVa207 Associated value 7 for messages MsgEvID2 ANY ExtVa208 Associated value 8 for messages MsgEvID2 ANY UserStatus Freely assignable bits for use in PCS 7 OS BYTE 16 00 SelFp1 1 Call of a block stored in this parameter as an additional faceplate in ...

Page 439: ...e device BOOL 0 RMaxPOp 1 Reset max slave pointer pressure BOOL 0 RMinPOp 1 Reset min slave pointer pressure BOOL 0 RMaxSTOp 1 Reset max slave pointer sensor temperature BOOL 0 RMinSTOp 1 Reset min slave pointer sensor temperature BOOL 0 RMaxETOp 1 Reset max slave pointer electronics temper ature BOOL 0 RMinETOp 1 Reset min slave pointer electronics temper ature BOOL 0 RMaxPLi 1 Reset max min max ...

Page 440: ... by the block algorithm In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 intercon nect this input with AcyclData output of PiDr64 STRUCT SlotRd INT RetValWr WORD Input STRUCT Output STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connected BOOL 1 MS_Release Release for maintenance 1 ...

Page 441: ...GradNP Gradient value PV minimum peak value STRUCT Value REAL ST BYTE 0 0 16 80 PV_AH_Act Limiter PV 1 Alarm high active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_WH_Act Limiter PV 1 Warning high active You can change the response for this p...

Page 442: ...onse for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 GradLAct 1 Gradient alarm low You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 ...

Page 443: ... this block see Error handling of SitrP_PA Page 430 INT 1 MsgErr1 1 Message error 1 output ERROR of first ALARM_8P BOOL 0 MsgStat1 Message status 1 output ERROR of first ALARM_8P WORD 16 0000 MsgAckn1 Message acknowledgment status 1 output STA TUS of first ALARM_8P WORD 16 0000 MsgErr2 1 Message error 2 output ERRORof second ALARM_8P BOOL 0 MsgStat2 Message status 2 output ERRORof second ALARM_8P ...

Page 444: ... value of resettable slave pointer for elec tronics temperature REAL 0 0 11 1 6 Block diagram of SitrP_PA A block diagram is not provided for this block 11 1 7 Template of SitrP_PA This process tag type is used to connect a SITRANS P PA with driver blocks to PCS 7 with and without totalizer SitransP PA Totalizer template and SitransP PA template respectively Note Since the APL driver blocks Or08 S...

Page 445: ... PV not interconnected The connected module type is configured at the DevType input At the Feature bits 18 and 19 it must be configured whether a totalizer is connected and which of its functions are used if necessary All required information can be found in HW Config 11 1 8 Operator control monitoring 11 1 8 1 Views of SitrP_PA Views of the SitrP_PA block The SitrP_PA block has the following view...

Page 446: ... variable the field is hidden The gradient values always refer to the process value PV 1 Display and switch the operating mode This area provides information on the currently valid operating mode The operating mode switchover depends on whether or not a totalizer is configured Without totalizer The following operating modes can be shown here On see APL Online Help Out of service see APL Online Hel...

Page 447: ...see Display and operating range for process values and limits 4 Display of the process value PV including signal status This area indicates the current process value PV with the associated signal status The name of the configured measured value is displayed depending on the PV_Meas variable in this case Pressure 5 High and low scale range for the gradient value These values provide information on ...

Page 448: ...ed if the gradient monitoring function for positive GradHUpEn 1 or negative changes GradHDnEn 1 is enabled 8 Display of the totalizer value This area shows the current totalizer value If a totalizer is not configured the area is switched to invisible 9 Resetting the totalizer value Click on this button to reset the totalizer value If a totalizer is not configured the area is switched to invisible ...

Page 449: ... depends on the configuration in the engineering system ES see Display and operating range for process values and limits 19 Display of gradient process value PV This display indicates whether the gradient is moving up or down The gradient monitoring is displayed when the gradient value is PV_Grad 0 20 Bar graph for the gradient process value PV This area shows the current gradient value in the for...

Page 450: ...the configuration of the process value PV 1 Process value limits In this area you can enter the limits for the process value PV You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm SITRANS P PA 11 1 SitrP_PA SITRANS Library for PCS 7 450 Function Manual 05 2019 A5E35351976 11 ...

Page 451: ...enter gradient limits in this area Refer to the Changing values section in the APL online Help You can change the following limits H alarm Gradient for the upper gradient for positive changes H alarm Gradient for the upper rate of rise for negative changes L alarm Gradient for the lower rate of rise absolute 4 Enabled operations This area shows all operations for which special operator authorizati...

Page 452: ...bled Alarm delays are also displayed in this state refer to the Application of alarm delays section in the APL Online Help 6 Suppress messages You can activate deactivate messages by selecting the check mark 11 1 8 4 Parameter view of SitrP_PA 1 Reading the configuration data In this area you can read all configuration data relevant to the block from Sitrans P 2 Writing the configuration data In t...

Page 453: ...or more information about this area refer to the following sections of the APL Online Help Bypassing signals Simulating signals Release for maintenance 8 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The ...

Page 454: ...r command is displayed 2 3 and 4 process values This area shows the real process values PV Tot and the Bypass values 5 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block SITRANS P PA 11 1 SitrP_PA SITRANS Library for PCS 7 454 Function Manual 05 2019 A5E353...

Page 455: ...ther Read temperature You can read the sensor and electronics temperature Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorizations section in the APL Online Help 6 Display current control signals This area shows the most important parameters for this block with the current selection Local Tot 1 Tota...

Page 456: ...set if applicable Min max pointers which are not available in the device are not displayed Maximum value slave pointer for pressure Minimum value resettable slave pointer for pressure Maximum value slave pointer for sensor temperature Minimum value slave pointer for sensor temperature Maximum value slave pointer for electronics temperature Minimum value slave pointer for electronics temperature SI...

Page 457: ...ions OS_Perm or OS1Perm 11 1 8 7 Block icon for SitrP_PA A variety of block icons is available with the following functions Process tag type Limits high low Violation of alarm and warning limits as well as the control system fault CSF Operating modes Signal status release for maintenance Memo display Process value PV The block icons from template TemplateAPL_SITRANS PDL Icons Selection of the bloc...

Page 458: ...SITRANS P PA 11 1 SitrP_PA SITRANS Library for PCS 7 458 Function Manual 05 2019 A5E35351976 11 ...

Page 459: ...ived by driver blocks from a FC430 and makes the data available for further use in the user program and for visualization Data entered in the faceplate or via the block inputs is transferred to the FC430 by means of driver blocks and the SiFC43Dr block FB2631 The function block supports all PDM configurations of the max four HART auxiliary variables of the FC430 Note Below block parameters are ide...

Page 460: ...If dosing is used the following must be configured 1 Configuration of a dosing mode in PDM 2 Setting of Feature bit 14 activate dosing to TRUE 3 Supply of SV input with the current dosing quantity via a 4 to 20 mA input 4 Supply of FbkDosVlv input with the current feedback of the dosing valve via a digital input Note The dosing valve requires a binary feedback of its current state The feedback of ...

Page 461: ...e suppressed after startup for the number of cycles set at RunUpCyc Status word allocation for Status1 parameter You can find a description for each parameter in section I Os of SitrFC43 Page 481 Status bit Parameter 0 Occupied 1 BatchEn 2 SimOn 3 OosPVAct Value 4 OosPVLi Value 5 Not used 6 OnPVAct Value 7 OosSVAct Value 8 OosSVLi Value 9 AutSVAct Value 10 LocalSVAct Value 11 OnSVAct Value 12 OosT...

Page 462: ...Lim 16 SV Current totalizer command 1 Positive and negative 17 SV Current totalizer command 1 Positive 18 SV Current totalizer command 1 Negative 19 SV Current totalizer command 1 Hold 20 SV Automatic preview totalizer command 1 Positive and negative 21 SV Automatic preview totalizer command 1 Positive 22 SV Automatic preview totalizer command 1 Negative 23 SV Automatic preview totalizer command 1...

Page 463: ...Negative 9 QV Automatic preview totalizer command 1 Hold 10 PV_AH_Act Value 11 PV_WH_Act Value 12 PV_WL_Act Value 13 PV_AL_Act Value 14 PV_AH_En 15 PV_WH_En 16 PV_WL_En 17 PV_AL_En 18 PV_AH_MsgEn 19 PV_WH_MsgEn 20 PV_WL_MsgEn 21 PV_AL_MsgEn 22 GradHUpAct Value 23 GradHDnAct Value 24 GradLAct Value 25 GradHUpEn 26 GradHDnEn 27 GradLEn 28 GradHUpMsgEn 29 GradHDnMsgEn 30 GradLMsgEn 31 0 falling measu...

Page 464: ...ted via EventTsIn 27 Effective signal 4 of the message block interconnected via EventTsIn 28 Effective signal 5 of the message block interconnected via EventTsIn 29 Effective signal 6 of the message block interconnected via EventTsIn 30 Effective signal 7 of the message block interconnected via EventTsIn 31 Effective signal 8 of the message block interconnected via EventTsIn Status word allocation...

Page 465: ...ion of one cycle 31 1 Error when writing acyclic data active only for the duration of one cycle Status word allocation for Status6 parameter Status bit Parameter 0 QWronDev 1 External control system fault CSF 2 Mode switchover error 3 SV is configured as dosing unit 4 SV is configured as totalizer 5 TV is configured as totalizer 6 QV is configured as totalizer 7 Hidden bypass signal in Permit 8 Hi...

Page 466: ...u can find general information about the On mode in the On section Out of service You can find general information about the Out of service mode in the Out of service section The descriptions of the operating modes are identical for SitrFC43 and the APL refer to the online help for the standard APL blocks for information on them Operating modes of SitrFC43 for totalizer or dosing value The block c...

Page 467: ... the general description only the values 0 1 and 3 can be set at the LocalSetting parameter Tracking in local mode is not possible with SitrFC43 Automatic mode Automatic mode supports the transfer of the following commands to the totalizer Positive and negative positive edge BalSV TV QVAut Positive positive edge PosSVTV QVAut Negative positive edge NegSV TV QVAut Hold HoldSV TV QVAut 1 Automatic m...

Page 468: ...to be reloaded from the device The message limits of the SitrFC43 are only transferred to the device when the alarm configuration is synchronized with the device Feature Bit 7 TRUE The SitrFC43 function block has the following configuration data which can be read out of the FC430 by means of the Read configuration data command Description Block parameters I O Configuration of PV SV TV QV in puts P...

Page 469: ...or the process values PV_In SV TV and QV for the following high and low alarm and warning limits In PV SV TV QV_AH_Lim Limit for high alarm In PV SV TV QV_AL_Lim Limit for low alarm In PV SV TV QV_Hyst Hysteresis In PV SV TV QV_WH_Lim Limit for high warning In PV SV TV QV_WL_Lim Limit for low warning The result of limit monitoring is returned at the interconnectable output parameters PV SV TV QV_A...

Page 470: ...t high for the positive gradient GradHUpLim Limit high for the negative gradient GradHDnLim Limit low for the absolute gradient GradLLim Activation of the individual monitoring functions is carried out at the corresponding Enable parameters e g GradHUpEn for activating the high gradient limit for positive gradients GradHUpLim Reaching or violation of your defined limits is indicated at the corresp...

Page 471: ...f commands for the control settings 4 Set switch or button mode 6 Release the zero balancing in the parameter view in the faceplate 7 1 Message limits are read from the device and transferred to the device in case of a change 8 Separate delay times for each alarm Page 52 9 Reset via input signals in the event of interlocking Protection or errors 10 Exit local mode 11 Stop dosing in the event of a ...

Page 472: ...n switch SV to Local mode 5 1 Operator can switch SV to On mode 6 1 Operator can switch SV to Out of service mode 7 1 Operator can switch TV to Automatic mode 8 1 Operator can switch TV to Manual mode 9 1 Operator can switch TV to Local mode 10 1 Operator can switch TV to On mode 11 1 Operator can switch TV to Out of service mode 12 1 Operator can switch QV to Automatic mode 13 1 Operator can swit...

Page 473: ...or can change the limit SV for the low warning 9 1 Operator can activate deactivate messages with SV_AH_MsgEn 10 1 Operator can activate deactivate messages with SV_WH_MsgEn 11 1 Operator can activate deactivate messages with SV_WL_MsgEn 12 1 Operator can activate deactivate messages with SV_AL_MsgEn 13 1 Operator can change the limit TV for the high alarm 14 1 Operator can change the limit TV for...

Page 474: ...alizer 11 TV 1 Operator can preset the totalizer 12 QV 1 Operator can enter the totalizer command Positive and negative count 13 QV 1 Operator can enter the Only positive count totalizer command 14 QV 1 Operator can enter the Only negative count totalizer command 15 QV 1 Operator can enter the Hold totalizer command 16 QV 1 Operator can reset the totalizer 17 QV 1 Operator can preset the totalizer...

Page 475: ...alizer value Tot_Out in the standard view via the input SimTot The sensor temperature SenTemp in the standard view via the input SimSTemp The electronics temperature ElecTemp in the standard view via the input SimETemp Display and operating range for process values and limits The scaling of the driver block ScaleOut output of the PCS7AnIn block default connection in the CFC template of the SitrFC4...

Page 476: ...Os Error0Num process value PV_In and Error1 4Num PV SV TV and QV can be used to output the following error numbers Error number Meaning of the error number 1 Predefined value when inserting the block the block is not executed 0 There is no error 30 The process value cannot be displayed in the REAL number field Control system fault CSF An external signal can be activated via the CSF input A control...

Page 477: ...4 Process messages Message in stance Message identi fier Message class Event MsgEvId1 SIG1 Alarm high BlockComment 4Y t SitrFC43_MeasVal high alarm limit violated SIG2 Warning high BlockComment 4Y t SitrFC43_MeasVal high warning limit violated SIG3 Warning low BlockComment 4Y t SitrFC43_MeasVal low warning limit violated SIG4 Alarm low BlockComment 4Y t SitrFC4_MeasVal low alarm limit violated SIG...

Page 478: ...olated MsgEvId3 SIG1 Warning high BlockComment limit high for positive gradient violated SIG2 Warning high BlockComment limit high for negative gradient violated SIG3 Alarm low BlockComment limit low for absolute gradient violated SIG8 AS process control message fault BlockComment wrong pass word MsgEvId4 SIG2 AS process control message error BlockComment no current dosing state read out of module...

Page 479: ...mation is available in the Process Control System PCS 7 Engineering System manual Associated values for message instance MsgEvId2 Associated value Block parameter 1 BatchName 2 StepNo 3 BatchID 4 PV_Meas3 5 PV_Meas4 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The input parameters PV_Meas3 and PV_Meas4 contain a number for the physical variable of the process values TV and QV The associ...

Page 480: ...ter 1 BatchName 2 StepNo 3 BatchID 4 ExtVa404 5 ExtVa405 6 ExtVa406 7 ExtVa407 8 ExtVa408 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa404 ExtVa408 and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Message texts and their text numbers The following table shows the message texts and their t...

Page 481: ...ar iable STRUCT Value REAL ST BYTE 0 0 16 80 SV Second HART variable secon dary variable STRUCT Value REAL ST BYTE 0 0 16 80 TV Third HART variable tertiary var iable STRUCT Value REAL ST BYTE 0 0 16 80 QV Fourth HART variable quaterna ry variable STRUCT Value REAL ST BYTE 0 0 16 80 FbkDosVlv Feedback from dosing valve BOOL 0 LagTime Delay time s REAL 10 0 PV_OpScale Limit for scale in PV bar grap...

Page 482: ...TrkExt Dosing unit 1 Bumpless switch over from external to internal set point active BOOL 1 DSP_Int Dosing unit Internal setpoint REAL 0 0 DSP_Ext Dosing unit External setpoint STRUCT Value REAL ST BYTE 0 0 16 80 DSP1 5HiLim Dosing unit High limit for set point recipe 1 5 STRUCT Value REAL ST BYTE 100 0 16 80 DSP1 5LoLim Dosing unit Low limit for setpoint recipe 1 5 STRUCT Value REAL ST BYTE 0 0 1...

Page 483: ...STRUCT Value REAL ST BYTE 0 0 16 80 SimCVFlLi Corrected volume flow value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimDenLi Density value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimPMTLi Process media temperature val ue used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimFrALi Fraction A value used...

Page 484: ...ng limits REAL 0 0 InPV_AH_Lim analog SV TV QV Limiter PV Alarm limit high REAL 0 0 InPV_WH_Lim analog SV TV QV Limiter PV Warning limit high REAL 0 0 InPV_WL_Lim analog SV TV QV Limiter PV Limit warning low REAL 0 0 InPV_AL_Lim analog SV TV QV Limiter PV Alarm limit low REAL 0 0 PV_AH_DC analog SV TV QV Limiter PV Delay time for incoming alarms with overrange process value s REAL 0 0 PV_AH_DG ana...

Page 485: ...warning BOOL 1 PV_WL_En analog SV TV QV 1 Activate process value PV low warning BOOL 1 PV_AL_En analog SV TV QV 1 Activate process value PV low alarm BOOL 1 PV_AH_MsgEn analog SV TV QV 1 Activate message for process value PV high alarm BOOL 1 PV_WH_MsgEn analog SV TV QV 1 Activate message for process value PV high warning BOOL 1 PV_WL_MsgEn analog SV TV QV 1 Activate message for process value PV l...

Page 486: ...ive flow in manual mode BOOL 0 PosSVMan analog TV QV Totalizer SV Increment only for positive flow in manual mode BOOL 0 NegSVMan analog TV QV Totalizer SV Decrement only for negative flow in manual mode BOOL 0 HoldSVMan analog TV QV Totalizer SV Stop totalizer in manual mode BOOL 0 ReTotSVOp analog TV QV 1 Reset totalizer SV via opera tor input BOOL 0 PreSVOp analog TV QV 1 Set totalizer SV via i...

Page 487: ... mode BYTE 0 InDCyclCnt Dosing cycle counter only for readback DWORD 0 InDinputSel Selection of dosing variable 0 Mass flow 1 Volume flow 4 Corrected volume flow 5 Fraction A 6 Fraction B only for readback BYTE 0 InDCompMode Compensation mode of dosing unit only for readback BYTE 0 InDComp Compensation value of dosing unit only for readback STRUCT Value REAL ST BYTE 0 0 16 80 InDSP_Unit Dosing set...

Page 488: ...Op 1 Write all configuration data to FC430 BOOL 0 ZeroAdjOp 1 Start automatic zero balanc ing BOOL 0 InMflZFSupp Low flow cut off suppression mass flow only for readback STRUCT Value REAL ST BYTE 0 0 16 80 InVflZFSupp Low flow cut off suppression vol ume flow only for readback STRUCT Value REAL ST BYTE 0 0 16 80 GradHUpEn 1 Enable gradient monitoring high for positive changes BOOL 1 GradHDnEn 1 En...

Page 489: ... BOOL 0 AutModSVLi analog TV QV 1 Automatic mode SV via in terconnection or SFC controlled by ModLiSVOp 0 STRUCT Value BOOL ST BYTE 0 16 80 ManModSVLi analog TV QV 1 Manual mode via intercon nection or SFC controlled by ModLiSVOp 1 STRUCT Value BOOL ST BYTE 0 16 80 LocalSVLi analog TV QV 1 Activate SV Local mode via plant signals STRUCT Value BOOL ST BYTE 0 16 80 LocalSVOp analog TV QV 1 SV Local ...

Page 490: ... 1 Bypass interlock in Local mode and in simulation BOOL 0 Permit 1 Enable dosing start 0 no activation enabled on OS for dosing start STRUCT Value BOOL ST BYTE 1 16 FF Perm_En 1 Activation enable enable Permit parameter is active BOOL 1 Intlock 0 Interlock of the dosing unit without reset is active you can operate the block without reset once the interlock condition has been cleared 1 Interlock o...

Page 491: ...e 1 INT 0 UserAna2 Analog auxiliary value 2 STRUCT Value REAL ST BYTE 0 0 16 FF UA2unit Unit of measure for analog auxili ary value 2 INT 0 MsgLock 1 Suppress process messages For more information refer to the Suppressing messages using the MsgLock parameter chapter in the APL online Help STRUCT Value BOOL ST BYTE 0 16 80 SampleTime Sampling time s assigned auto matically REAL 0 1 BypLiOp 1 Bypass...

Page 492: ...pressed during these cycles INT 3 MsgEvId1 Message number assigned auto matically DWORD 16 00000000 MsgEvId2 Message number assigned auto matically DWORD 16 00000000 MsgEvId3 Message number assigned auto matically DWORD 16 00000000 MsgEvId4 Message number assigned auto matically DWORD 16 00000000 BatchEn 1 Enable allocation BOOL 0 BatchID Batch ID DWORD 16 00000000 BatchName Batch name S7 String S...

Page 493: ...e standard view ANY SelFp2 1 Call a block saved in this pa rameter as additional faceplate in preview ANY OS_Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS1Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS2Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS3Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OpSt_In In...

Page 494: ...ange of the process value PV This input is only used to read back the values in the CFC STRUCT High REAL Low REAL 0 0 0 0 FractnUType Measuring mode for fractions 0 Mass 1 Volume BYTE 16 00 FractnAtxt Name for fraction A configured in PDM S7 String FractnBtxt Name for fraction B configured in PDM S7 String Tot1Ch analog Totalizer 2 und 3 Process value totalizer 1 0 Mass flow 1 Volume flow 4 Correc...

Page 495: ...essages fractions A and B DosCfg Dosing configuration ZFSupp Low flow cut off suppression CTMode Custody transfer mode PV_Limits Limits PV SV_Limits Limits SV TV_Limits Limits TV QV_Limits Limits QV FractUnitType Fraction unit type FractnATxt Text fraction A FractnBTxt Text fraction B DosingActRec Active dosing recipe DosingRecNames13 Names of dosing recipes 1 3 DosingRecNames45 Names of dosing re...

Page 496: ...w warning limit TV_AL_Lim TV low alarm limit TV_Hyst TV hysteresis QV_AH_Lim QV high alarm limit QV_WH_Lim QV high warning limit QV_WL_Lim QV low warning limit QV_AL_Lim QV low alarm limit QV_Hyst QV hysteresis ForceZerAdj Force zero balancing ZeroAdjCmd Zero balancing command DosingActRec Active dosing recipe DosingComp Dosing compensation DSetpoint Dosing setpoint DosingCmd Dosing command DRstCy...

Page 497: ...Parameter Description ModeTotTV Preset totalizer TV ModeTotQV Preset totalizer QV SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 497 ...

Page 498: ...izer 2 Tot3Ch Measured value totalizer 3 SlotHart Slot of AI Hart module SxDC Internal use CTModeAct Custody transfer mode active PV_Unit Unit for PV SV_Unit Unit for SV TV_Unit Unit for TV QV_Unit Unit for QV Mfl_Unit Unit for mass flow Vfl_Unit Unit for volume flow ZeroAdjOp Start zero balancing MflZFSupp Low flow cut off suppression for mass flow VflZFSupp Low flow cut off suppression for volum...

Page 499: ...imit PV alarm low PV_Hyst Hysteresis for PV alarm and warning limits InSV_AH_Lim Limit SV alarm high for writing to device InSV_WH_Lim Limit SV warning high for writing to device InSV_WL_Lim Limit SV warning low for writing to device InSV_AL_Lim Limit SV alarm low for writing to device InSV_Hyst Hysteresis for SV alarm and warning limits for writing to device SV_AH_Lim Limit SV alarm high SV_WH_Li...

Page 500: ...cyclData Acyclic data from driver block PiDr64 in terconnect this input with AcyclData out put of PiDr64 STRUCT SlotRd INT RetValWr WORD Input STRUCT Output STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connected BOOL 1 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 BypassAct 1 Bypass ...

Page 501: ...this parameter by setting Feature bit 28 de activate switching points and Feature bit 29 high low signal limit violation ac cordingly STRUCT Value BOOL ST BYTE 0 16 80 GradHDnAct 1 Gradient alarm low 1 Alarm low active You can change the response for this parameter by setting Feature bit 28 de activate switching points and Feature bit 29 high low signal limit violation ac cordingly STRUCT Value BO...

Page 502: ... InDinputSel Selection of dosing variable 0 Mass flow 1 Volume flow 4 Corrected volume flow 5 Fraction A 6 Fraction B BYTE 0 InDCompMode Compensation mode of dosing unit BYTE 16 00 InDComp Compensation value of dosing unit STRUCT Value REAL ST BYTE 0 0 16 80 InDSP_Unit Dosing setpoint unit INT 0 DState Current state of dosing unit 16 01 Start 16 02 Stop 16 03 Pause 16 04 Resume 16 05 Cleaning prog...

Page 503: ...adiness STRUCT Value BOOL ST BYTE 0 16 80 RdyToResetSV Dosing unit 1 Ready for reset via DRstLi input or commands in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 OosPVAct analog SV TV QV 1 Process value PV is Out of service STRUCT Value BOOL ST BYTE 0 16 80 OnPVAct analog SV TV QV 1 Process value PV On is active STRUCT Value BOOL ST BYTE 1 16 80 PSVRst 1 Pulse output for resetting of dosing un...

Page 504: ...rature STRUCT Value REAL ST BYTE 0 0 16 80 FractA Current fraction A value STRUCT Value REAL ST BYTE 0 0 16 80 FractB Current fraction B value STRUCT Value REAL ST BYTE 0 0 16 80 FractAP Current fraction A value STRUCT Value REAL ST BYTE 0 0 16 80 FractBP Current fraction B value STRUCT Value REAL ST BYTE 0 0 16 80 Tot1 Current totalizer 1 value STRUCT Value REAL ST BYTE 0 0 16 80 Tot2 Current tot...

Page 505: ... high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_WL_Act analog SV TV QV Limiter PV 1 Warning low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_AL_Act ana log SV TV QV Limiter PV 1 Alarm low active You can ...

Page 506: ...ing unit 1 Low limit for external setpoint has been reached STRUCT Value BOOL ST BYTE 0 16 80 Status1 Status word 1 DWORD 16 00000000 Status2 Status word 2 DWORD 16 00000000 Status3 Status word 3 DWORD 16 00000000 Status4 Status word 4 DWORD 16 00000000 Status5 Status word 5 DWORD 16 00000000 Status6 Status word 6 DWORD 16 00000000 Error0Num Output of current error number for the 4 to 20 mA signal...

Page 507: ...of OS3Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OpSt_Out Value of the input parameter OpSt_In for further interconnection with other blocks Bit 31 of this parameter is used by feature bit 24 DWORD 16 00000000 ST_Worst Worst signal status BYTE 16 80 MsgErr1 1 Message error 1 ERROR output of first ALARM_8P BOOL 0 MsgStat1 Alarm status 1 output ERROR of first ALARM_8P WORD 1...

Page 508: ...der for the blocks to be copied into the library The newly created CFC can be deleted once this is completed The cyclic values are transferred by the PCS 7 standard blocks Pcs7AnIn process value PV 4 to 20 mA signal and FbAnIn Hart auxiliary variable the acyclic values are transferred by the SiFC43DR and PiDr64 blocks to and from the device The process tag type contains the required interconnectio...

Page 509: ... current process values for mass flow volume flow density process media temperature corrected volume flow fraction A or B fraction A or B in percent or counter 1 2 or 3 are displayed in the standard view depending on the configuration of the process value and the Hart auxiliary variables If a measured value is not assigned to a variable the field is hidden The gradient values always refer to the p...

Page 510: ...erating modes can be shown here On see the APL online help Out of service see APL Online Help For more information on changing the operating mode refer to the Switching operating states and operating modes section in the APL Online Help SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 510 Function Manual 05 2019 A5E35351976 11 ...

Page 511: ...for positive changes GradHUpEn 1 Gradient monitoring for negative changes GradHDnEn 1 Gradient monitoring GradLEn 1 5 Display of gradient This area shows the current minimum and maximum gradient values of the process value PV as well as rising and falling of the value This display of the minimum and maximum gradient values functions like a slave pointer The current gradient value is displayed if o...

Page 512: ...perating mode refer to the Switching operating states and operating modes section in the APL Online Help 8 Display and change the setpoint if dosing is configured The following states can be shown and changed here Internal External For more information refer to the Manual and automatic mode for motors valves and dosing units section in the APL Online Help 9 Display and change the dosing unit Start...

Page 513: ...on this in the section Opening additional faceplates in the APL Online Help 16 17 18 19 and 20 Display area for block states This area provides additional information on the operating state of the block Maintenance Simulation Forced control of dosing unit Forced start Resume Pause Stop Wrong device Invalid signal Switchover error 21 Limit display These small colored triangles indicate the specifie...

Page 514: ... Display of process value PV including signal status This area indicates the current process value PV with the associated signal status The name of the configured measured value is displayed depending on the PV_Meas1 variable in this case Volume flow 3 Display and switchover of operating mode TV This area provides information on the currently valid operating mode The operating mode switchover depe...

Page 515: ...on the currently valid operating mode The operating mode switchover depends on whether or not a totalizer is configured The following operating modes can be shown here Without totalizer The following operating modes can be shown here On see the APL online help Out of service see APL Online Help With totalizer The block can be operated using the following modes Local mode Automatic mode Manual mode...

Page 516: ...e PV and the totalizer value can be specified in this view The displayed texts depend on the configuration of the process value PV Note If the Feature bit 7 synchronize alarm configuration with module is set the measuring range limits available in the module are written to the corresponding inputs when reading the configuration data If a process value is not configured its limits are switched to i...

Page 517: ...limits for the process value PV You can change the following limits HH alarm High alarm H warning High warning Hysteresis L warning Low warning LL alarm Low alarm SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 517 ...

Page 518: ...epend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm 6 Message s...

Page 519: ...re Second limit view 1 Change to first limit view The first part of the two part limit view of the faceplate can be selected here 2 Process value limits TV In this area you can enter the limits for the process value TV You can change the following limits HH alarm High alarm H warning High warning SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 519 ...

Page 520: ...ark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operating permissions OS_Perm or OS1Perm 6 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not...

Page 521: ...rea you can read all configuration data relevant to the block from FC430 2 Write configuration data In this area you can write all relevant configuration data i e limits to the FC430 SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 521 ...

Page 522: ...ayed in this area 12 13 and 14 Service You can select the following functions in this area Bypass Simulation Release for maintenance For more information about this area refer to the following sections of the APL Online Help Bypassing signals Simulating signals Release for maintenance 15 Password A password must be entered before message limits can be changed in the device when writing all configu...

Page 523: ...t control this parameter at this time due to the process Red cross The OS operator is generally prohibited from using this parameter due to the configured AS operator control permissions OS_Perm or OS1Perm 12 1 9 5 Preview of SiFC43 SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 523 ...

Page 524: ...permissions are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions...

Page 525: ...ive and negative modes Start Positive You can start the totalizer in positive mode Start Negative You can start the totalizer in negative mode Hold You can stop the totalizer Reset You can reset the totalizer Dosing Start dosing You can start the dosing procedure Pause dosing You can pause the dosing procedure Resume dosing You can resume the dosing procedure after a pause or cancellation Stop dos...

Page 526: ...l resume 1 Dosing is resumed in Local mode Local stop 1 Dosing is stopped in Local mode Totalizer Local tot 1 Totalizer is operated in Local mode Local P N tot 1 Totalizer counts positive and negative in Local mode Local pos tot 1 Totalizer counts positive in Local mode Local Neg tot 1 Totalizer counts negative in Local mode Local Neg Hold 1 Totalizer is in hold in Local mode 9 Change to second pr...

Page 527: ...matic preview TV QV Totalizer This area shows you the totalizer command of TV or QV that is input after a switch from manual mode to automatic mode If the block is in automatic mode the current dosing or totalizer command is displayed SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 527 ...

Page 528: ...led operationss are shown here Measured value On You can switch to On mode Out of service You can switch to Out of service mode Totalizer Automatic You can switch to automatic mode Manual You can switch to manual mode Local You can switch to local mode Out of service You can switch to Out of service mode Start Pos Neg You can start the totalizer in positive and negative modes Start Positive You ca...

Page 529: ...cal mode Local Neg Hold 1 Totalizer is in hold in Local mode 7 Button for switching to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional facepl...

Page 530: ...ng values from the FC430 Names of all configured dosing recipes Active dosing recipe Current dosing setpoint Unit of current dosing setpoint Current dosing status Dosing counter value Compensation value of dosing unit 2 Active dosing recipe The active dosing recipe is selected and displayed here SITRANS FC430 12 1 SitrFC43 SITRANS Library for PCS 7 530 Function Manual 05 2019 A5E35351976 11 ...

Page 531: ... the operating mode refer to the Switching operating states and operating modes section in the APL Online Help 7 Display and change of setpoint if dosing is configured The following states can be shown and changed here Internal External For more information refer to the Manual and automatic mode for motors valves and dosing units section in the APL Online Help 8 Display and change the dosing unit ...

Page 532: ...tpoint This area displays the current dosing unit setpoint and lets you edit the setpoint in manual mode 13 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the ...

Page 533: ...ss values PV_In SV TV QV The block icons from template TemplateAPL_SITRANS PDL Icons Selection of the block icon in CFC Special features 1 PV SV TV and QV are used SV dosing unit TV totalizer 2 PV SV TV and QV are used SV totalizer TV totalizer no dosing unit configured 3 PV SV and TV are used SV dosing unit TV totalizer 4 PV SV and TV are used SV totalizer TV totalizer no dosing unit configured 5...

Page 534: ...me type number and family Type number FB 2631 Family SitrFC43 Application area of SiFC43Dr The block is used for the following application Interface block between the technological block SiFC43Dr and the driver block PiDr64 for reading and writing acyclic data How it works The SiFC43Dr block receives requests via its output structures SxRdReq and SxWrReq to read data from the device or to write da...

Page 535: ...haracteristics This block does not have startup characteristics 12 2 2 Operating modes of SiFC43Dr This block does not have any operating modes 12 2 3 I Os of SiFC43Dr Input parameters Parameter Description Type Default SampleTime Sampling time s assigned automatically REAL 0 1 In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 interconnect this in...

Page 536: ...fractions A and B DosCfg Dosing configuration ZFSupp Low flow cut off suppression CTMode Custody transfer mode PV_Limits Limits PV SV_Limits Limits SV TV_Limits Limits TV QV_Limits Limits QV FractUnitType Fraction unit type FractnATxt Text fraction A FractnBTxt Text fraction B DosingActRec Active dosing recipe DosingRecNames13 Names of dosing recipes 1 3 DosingRecNames45 Names of dosing recipes 4 ...

Page 537: ...m TV Low alarm limit TV_Hyst TV Hysteresis QV_AH_Lim QV High alarm limit QV_WH_Lim QV High warning limit QV_WL_Lim QV Low warning limit QV_AL_Lim QV Low alarm limit QV_Hyst QV Hysteresis ForceZerAdj Force zero balancing ZeroAdjCmd Zero balancing command DosingActRec Active dosing recipe DosingComp Dosing compensation DSetpoint Dosing setpoint DosingCmd Dosing command DRstCycCnt Reset dosing counte...

Page 538: ...Parameter Description ModeTotQV Preset totalizer QV SITRANS FC430 12 2 SiFC43Dr SITRANS Library for PCS 7 538 Function Manual 05 2019 A5E35351976 11 ...

Page 539: ...izer 2 Tot3Ch Measured value totalizer 3 SlotHart Slot of AI Hart module SxDC Internal use CTModeAct Custody transfer mode active PV_Unit Unit for PV SV_Unit Unit for SV TV_Unit Unit for TV QV_Unit Unit for QV Mfl_Unit Unit for mass flow Vfl_Unit Unit for volume flow ZeroAdjOp Start zero balancing MflZFSupp Low flow cut off suppression for mass flow VflZFSupp Low flow cut off suppression for volum...

Page 540: ...imit PV alarm low PV_Hyst Hysteresis for PV alarm and warning limits InSV_AH_Lim Limit SV alarm high for writing to device InSV_WH_Lim Limit SV warning high for writing to device InSV_WL_Lim Limit SV warning low for writing to device InSV_AL_Lim Limit SV alarm low for writing to device InSV_Hyst Hysteresis for SV alarm and warning limits for writing to device SV_AH_Lim Limit SV alarm high SV_WH_Li...

Page 541: ...rm high QV_WH_Lim Limit QV warning high QV_WL_Lim Limit QV warning low QV_AL_Lim Limit QV alarm low QV_Hyst Hysteresis for QV alarm and warning limits 12 2 4 Block diagram of SiFC43Dr A block diagram is not provided for this block 12 2 5 Template of SiFC43Dr The SiFC43Dr block is used in the templates of the SitrFC43 12 2 6 Operator control monitoring SiFC43Dr Operator control monitoring The SiFC4...

Page 542: ...SITRANS FC430 12 2 SiFC43Dr SITRANS Library for PCS 7 542 Function Manual 05 2019 A5E35351976 11 ...

Page 543: ...ks and the FC43PADr block FB 2637 The function block supports all PDM configurations of the max four auxiliary variables of the FC430 PA Note Below block parameters are identified e g by PV1 PV2 PV3 PV4_OpScale where the PV1_OpScale PV2_OpScale PV3_OpScale and PV4_OpScale inputs are intended for the PA variables PV1 PV2 PV3 and PV4 Totalizer high resolution is not supported due to data type 64 bit...

Page 544: ...s Dosing function If dosing is used the following must be configured 1 Configuration of a dosing mode in PDM 2 Setting of Feature bit 14 activate dosing to TRUE Note The dosing valve requires a binary analog feedback of its current state The feedback of the dosing valve is read cyclically via DFbkDigVlv1 DFbkDigVlv2 DFbkAnaVlv Start of dosing is also transmitted to the device by means of cyclic co...

Page 545: ... Value 17 OosPV4Act Value 18 OosPV4Li Value 19 AutPV4Act Value 20 LocalPV4Act Value 21 OnPV4Act Value 22 SimLiOp Value 23 Not used 24 Dosing state Stopped 25 Dosing state Running 26 Dosing state Pause 27 Dosing state Cleaning 28 Automatic preview 1 Dosing Stopped 29 Automatic preview 1 Dosing Running 30 Automatic preview 1 Dosing Pause 31 Automatic preview 1 Dosing Cleaning Status word allocation ...

Page 546: ...tive 23 Not used 24 PV3 Current totalizer command 1 Positive and negative 25 PV3 Current totalizer command 1 Positive 26 PV3 Current totalizer command 1 Negative 27 Not used 28 PV3 Automatic preview totalizer command 1 Positive and negative 29 PV3 Automatic preview totalizer command 1 Positive 30 PV3 Automatic preview totalizer command 1 Negative 31 Not used Status word allocation for Status3 para...

Page 547: ...adHDnEn 27 GradLEn 28 GradHUpMsgEn 29 GradHDnMsgEn 30 GradLMsgEn 31 0 falling measured value 1 rising measured value Status word allocation for Status4 parameter Status bit Parameter 0 MS_RelOp 1 DSP_ExtAct 2 Collection of message delays 3 MsgLock 4 PV2_AH_Act Value 5 PV2_WH_Act Value 6 PV2_WL_Act Value 7 PV2_AL_Act Value 8 PV2_AH_En 9 PV2_WH_En 10 PV2_WL_En 11 PV2_AL_En 12 PV2_AH_MsgEn 13 PV2_WH_...

Page 548: ...al 6 of the message block interconnected via EventTsIn 30 Effective signal 7 of the message block interconnected via EventTsIn 31 Effective signal 8 of the message block interconnected via EventTsIn Status word allocation for Status5 parameter Status bit Parameter 0 PV3_AH_Act Value 1 PV3_WH_Act Value 2 PV3_WL_Act Value 3 PV3_AL_Act Value 4 PV4_AH_Act Value 5 PV4_WH_Act Value 6 PV4_WL_Act Value 7 ...

Page 549: ...onfigured as totalizer 7 Hidden bypass signal in Permit 8 Hidden bypass signal in Intlock 9 Hidden bypass signal in Protect 10 Feature2 Bit 23 Separate bypass signal 11 PV2 input is used 12 PV3 input is used 13 PV4 input is used 14 1 At least one PV1 message is released 15 1 At least one PV2 message is released 16 1 At least one PV3 message is released 17 1 At least one PV4 message is released 18 ...

Page 550: ...utput forced 7 31 Not used 13 1 2 Operating modes of SiFC43PA The operating modes of the SiFC43PA block selectable in each case depend on whether a totalizer or dosing value is configured for the respective simple measured value Operating modes of SiFC43PA for simple measured value The block can be operated using the following modes On Out of service On You can find general information about the O...

Page 551: ...positive edge NegPV2 PV3 PV4Local Local mode supports the transfer of the following command to the totalizer Hold positive edge HoldPV2 PV3 PV4Local Totalize positive edge TotalizePV2 PV3 PV4Local If you set the block to Local mode the control is only influenced by the local signals of the totalizers input parameters BalPV2 PV3 PV4Local 1 PosPV2 PV3 PV4Local 1 NegPV2 PV3 PV4Local 1 and HoldPV2 PV3...

Page 552: ...orts the transfer of the following direction to the totalizer Positive and Negative Balanced positive edge BalPV2 PV3 PV4Man Positive positive edge PosPV2 PV3 PV4Man Negative positive edge NegPV2 PV3 PV4Man Manual mode supports the transfer of the following command to the totalizer Hold positive edge HoldPV2 PV3 PV4Man Totalize positive edge TotalizePV2 PV3 PV4Man Manual mode enables the transfer ...

Page 553: ...tion of dosing value InDinputSel DinputSel Units PV1 PV2 PV3 PV4 PV1 PV2 PV3 PV4_Unit Mfl_Unit Vfl_Unit DSP_Unit Scaling PV1 ScaleIn Names for fractions A and B FractnATxt FractnBTxt Limits PV1 PV2 PV3 PV4 InPV1 PV2 PV3 PV4_AH_Lim PV1 PV2 PV3 PV4_AH_Lim InPV1 PV2 PV3 PV4_WH_Lim PV1 PV2 PV3 PV4_WH_Lim InPV1 PV2 PV3 PV4_WL_Lim PV1 PV2 PV3 PV4_WL_Lim InPV1 PV2 PV3 PV4_AL_Lim PV1 PV2 PV3 PV4_AL_Lim In...

Page 554: ... undershot Monitoring is always enabled using the input parameters PV1 PV2 PV3 PV4_AH_En 1 Monitoring of the high alarm limits PV1 PV2 PV3 PV4_AL_En 1 Monitoring of the low alarm limits PV1 PV2 PV3 PV4_WH_En 1 Monitoring of the high warning limits PV1 PV2 PV3 PV4_WL_En 1 Monitoring of the low warning limits The corresponding message is suppressed using the parameters PV1 PV2 PV3 PV4_AH_MsgEn 0 Ala...

Page 555: ...ng messages using the MsgLock parameter This block provides the standard Suppressing messages using the MsgLock parameter function that is described in the APL Online Help Bypass function This block provides the standard function Interlocking functions Page 13 Selecting a unit of measure This block provides the standard function Selecting a unit of measure Page 13 The units for the process values ...

Page 556: ...c communication Note Only 8 acyclic read jobs can be executed simultaneously for each Profibus line If addi tional devices want to read acyclic data simultaneously the read job is canceled with an error Alternatively the dosing state can be read with the click of a button in the faceplate 14 Enable dosing mode 17 Activate smooth change from manual to automatic mode 20 Substitution value is active ...

Page 557: ...ssages with GradHUpMsgEn 20 1 Operator can activate deactivate messages with GradHDnMsgEn 21 1 Operator can activate deactivate messages with GradLMsgEn 22 1 Operator can enable the Simulation function 23 1 Operator can activate the Release for maintenance function 24 1 Operator can change the limit PV1 for the high alarm 25 1 Operator can change the limit PV1 for the high warning 26 1 Operator ca...

Page 558: ...perator can activate deactivate messages with PV3_AL_MsgEn 22 1 Operator can change the limit PV4 for the high alarm 23 1 Operator can change the limit PV4 for the high warning 24 1 Operator can change the limit PV4 for the hysteresis 25 1 Operator can change the limit PV4 for the low alarm 26 1 Operator can change the limit PV4 for the low warning 27 1 Operator can activate deactivate messages wi...

Page 559: ...of totalizer 29 PV3 1 Operator can change preset value of totalizer 30 PV4 1 Operator can change preset value of totalizer 31 1 Operator can start automatic zero balancing The block has the following permissions for the OS3Perm parameter Bit Function 0 1 Operator can read configuration data and dosing state from device 1 1 Operator can write configuration data to device 2 1 Operator can enter pass...

Page 560: ...all further faceplates function that is described in the APL Online Help Generating instance specific messages This block provides the standard Generate instance specific messages function that is described in the APL Online Help Time stamp This block receives a time stamp value via the EventTSIn input parameter Refer to the Functions of EventTs in the APL Online Help SIMATIC BATCH functionality T...

Page 561: ...or this block Process control error Process messages Instance specific messages Process control error The following control system fault messages can be output Message instance Message identifier Message class Event MsgEvId3 SIG4 AS process control message fault BlockComment External fault has occurred SIG5 AS process control message error BlockComment Error reading a data record SIG6 AS process c...

Page 562: ...mment 4Y t SiFC43PA_MeasVal high warning limit violated SIG3 Warning low BlockComment 4Y t SiFC43PA_MeasVal low warning limit violated SIG4 Alarm low BlockComment 4Y t SiFC43PA_MeasVal low alarm limit violated SIG5 Alarm high BlockComment 5Y t SiFC43PA_MeasVal high alarm limit violated SIG6 Warning high BlockComment 5Y t SiFC43PA_MeasVal high warning limit violated SIG7 Warning low BlockComment 5Y...

Page 563: ...ue Block parameter 1 BatchName 2 StepNo 3 BatchID 4 PV_Meas1 5 PV_Meas2 6 ExtVa106 7 ExtVa107 8 ExtVa108 9 Reserved 10 Reserved The input parameters PV_Meas1 and PV_Meas2 contain a number for the physical variable of the process values PV1 and PV2 The associated values 6 8 are allocated to the parameters ExtVa106 ExtVa108 and you can use them Additional information is available in the Process Cont...

Page 564: ...6 7 ExtVa307 8 ExtVa308 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa304 ExtVa308 and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Associated values for message instance MsgEvId4 Associated value Block parameter 1 BatchName 2 StepNo 3 BatchID 4 ExtVa404 5 ExtVa405 6 ExtVa406 7 ExtVa407 8 ...

Page 565: ...action B 11 Corrected volume flow 12 Sensor frame temperature 13 Totalizer 3 13 1 6 I Os of SiFC43PA I Os of SiFC43PA Input parameters Parameter Description Type Default PV1 First PA variable PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV2 Second PA variable PV2 STRUCT Value REAL ST BYTE 0 0 16 80 PV3 Third PA variable PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV4 Fourth PA variable PV4 STRUCT Value REA...

Page 566: ...low 11 Sensor frame temperature 12 Totalizer 3 13 Control commands 14 Not used 15 Dosing only PV_Meas2 BYTE PV_Meas3 4 Measurement of Process Value 3 and 4 0 Mass flow 1 Density 2 Process media temperature 3 Totalizer 1 4 Totalizer 2 5 Volume flow 6 Fraction A 7 Fraction B 8 Fraction A 9 Fraction B 10 Corrected volume flow 11 Sensor frame temperature 12 Totalizer 3 13 Control commands 14 Not used ...

Page 567: ...Value REAL ST BYTE 100 0 16 80 DSP1 5Lo Lim Dosing unit Low limit for setpoint recipe 1 5 STRUCT Value REAL ST BYTE 0 0 16 80 PV1_Unit Unit of PV1 INT 0 PV2_Unit Unit of PV2 INT 0 PV3_Unit Unit of PV3 INT 0 PV4_Unit Unit of PV4 INT 0 MF_Unit Unit for mass flow INT 0 VF_Unit Unit for volume mass INT 0 Den_Unit Unit for density INT 0 Temp_Unit Unit for temperature INT 0 Tot1_Unit Unit for totalizer ...

Page 568: ... Value REAL ST BYTE 0 0 16 80 SimVFlLi Volume flow value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimFrALi Fraction A value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimFrBLi Fraction B value used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimFrAPLi Fraction A value used for SimOnLi Value 1 SimLiOp ...

Page 569: ...alog PV2 PV3 PV4 Limiter PV1 Alarm limit high REAL 0 0 InPV1_WH_Li m analog PV2 PV3 PV4 Limiter PV1 Warning limit high REAL 0 0 InPV1_WL_Li m analog PV2 PV3 PV4 Limiter PV1 Limit warning low REAL 0 0 InPV1_AL_Li m analog PV2 PV3 PV4 Limiter PV1 Alarm limit low REAL 0 0 PV1_AH_DC analog PV2 PV3 PV4 Limiter PV1 Delay time for incoming alarms with overrange process value s REAL 0 0 PV1_AH_DG analog P...

Page 570: ...nly with underrange process value s REAL 0 0 PV1_W_DG analog PV2 PV3 PV4 Limiter PV1 Delay time for outgoing warnings with over range underrange process value or only with underrange process value s REAL 0 0 PV1_AH_En analog PV2 PV3 PV4 1 Activate process value PV1 high alarm BOOL 1 PV1_WH_En analog PV2 PV3 PV4 1 Activate process value PV1 high warning BOOL 1 PV1_WL_En analog PV2 PV3 PV4 1 Activat...

Page 571: ...L ST BYTE 0 16 80 NegPV2Aut analog PV3 PV4 Totalizer PV2 Decrement only for negative flow in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 HoldPV2Aut analog PV3 PV4 Totalizer PV2 Hold totalizer in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 TotPV2Aut analog PV3 PV4 Totalizer PV2 Totalize the totalizer in auto matic mode STRUCT Value BOOL ST BYTE 0 16 80 ReTotPV2Li analog PV3 PV4 1 Reset to...

Page 572: ...ut_Frcd 1 Control Command Output_Forced BOOL Out put_UnFrcd 1 Control Command Output_UnForced BOOL DosingEn 1 Connected FC430 PA has the dosing func tionality BOOL 0 DMode Dosing mode 0 Deactivated 1 One step dosing 2 Two step dosing 3 Analog dosing BYTE 0 DSrtAut Dosing unit 1 Select Start in automatic mode STRUCT Value BOOL ST BYTE 0 16 80 DStpAut Dosing unit 1 Select Cancel in automatic mode ST...

Page 573: ...or readback STRUCT Value REAL ST BYTE 0 0 16 80 InDSP_Unit Dosing setpoint unit only for readback INT 0 InRcp1 5Na me Dosing recipe name S7 String Rcp1 5Op Selection of active dosing recipe in manual mode BOOL 0 RdDdataOp Request from faceplate to read dosing data BOOL 0 DRstCyclCOp Request from faceplate to reset dosing totaliz er BOOL 0 DRstOp Dosing unit 1 Reset interlock via operator BOOL 0 DR...

Page 574: ...sPV1Op analog PV2 PV3 PV4 1 PV1 Out of service via OS operation BOOL 0 OosPV1Li analog PV2 PV3 PV4 1 PV1 Out of service via interconnection or SFC 0 1 edge transition STRUCT Value BOOL ST BYTE 0 16 80 ModPV2LiOp analog PV3 PV4 Switchover of PV2 operating mode between 0 Operator 1 Interconnection or SFC STRUCT Value BOOL ST BYTE 0 16 80 Aut ModPV2Op analog PV3 PV4 1 Automatic mode PV2 via operator ...

Page 575: ...n Local mode STRUCT Value BOOL ST BYTE 0 16 80 TotPV2Local analog PV3 PV4 Totalizer PV2 Totalize the totalizer in Local mode STRUCT Value BOOL ST BYTE 0 16 80 DSrtLocal Dosing unit 1 Select start in local mode STRUCT Value BOOL ST BYTE 0 16 80 DStpLocal Dosing unit 1 Select stop in local mode STRUCT Value BOOL ST BYTE 0 16 80 DPauseLocal Dosing unit 1 Select Pause in local mode STRUCT Value BOOL S...

Page 576: ...Protective interlock of the dosing unit pro tection parameter Protect is active BOOL 1 ForceDSrt Dosing unit 1 Force start STRUCT Value BOOL ST BYTE 0 16 80 ForceDStp Dosing unit 1 Force stop STRUCT Value BOOL ST BYTE 0 16 80 ForceDPause Dosing unit 1 Force pause STRUCT Value BOOL ST BYTE 0 16 80 ForceDCont Dosing unit 1 Force continue STRUCT Value BOOL ST BYTE 0 16 80 UserAna1 Analog auxiliary va...

Page 577: ... 1 Simulation via interlock or SFC activated selection with SimLiOp 1 no function yet STRUCT Value BOOL ST BYTE 0 16 80 RunUpCyc Number of cycles in startup messages are suppressed during these cycles INT 3 MsgEvId1 Message number assigned automatically DWORD 16 00000000 MsgEvId2 Message number assigned automatically DWORD 16 00000000 MsgEvId3 Message number assigned automatically DWORD 16 0000000...

Page 578: ...NY ExtVa206 8 Associated values 6 8 for messages MsgEvID2 ANY ExtVa304 8 Associated values 4 8 for messages MsgEvID3 ANY ExtVa404 8 Associated values 4 8 for messages MsgEvID4 ANY SelFp1 1 Call of a block stored in this parameter as an additional faceplate in the standard view ANY SelFp2 1 Call a block saved in this parameter as additional faceplate in preview ANY SITRANS FC430 PA 13 1 SiFC43PA SI...

Page 579: ...H_delayed BOOL xPV3_WL_delayed BOOL xPV3_AL_delayed BOOL xPV4_AH_delayed BOOL xPV4_WH_delayed BOOL xPV4_WL_delayed BOOL xPV4_AL_delayed BOOL END_STRUCT OS_Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS1Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS2Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 SITRANS FC430 PA 13 1 SiFC43PA SITR...

Page 580: ...nd can also be acknowl edged on the OS in the message view of the technological block STRUCT Value BYTE ST BYTE 0 16 FF Old CmdTotPV2 analog PV3 PV4 Last command of the totalizer PV2 only for readback BYTE 16 03 FractnUType Measuring mode for fractions 0 Mass 1 Volume BYTE 16 00 FractnAtxt Name for fraction A configured in PDM S7 String FractnBtxt Name for fraction A configured in PDM S7 String To...

Page 581: ...cess Value 1 Interconnection to Driver Block PV_Meas2_IO Measurement of Process Value 2 Interconnection to Driver Block PV_Meas3_IO Measurement of Process Value 3 Interconnection to Driver Block PV_Meas4_IO Measurement of Process Value 4 Interconnection to Driver Block SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 581 ...

Page 582: ...3 PV1_OpScale PV1 scaling PV2_OpScale PV2 scaling PV3_OpScale PV3 scaling PV4_OpScale PV4 scaling DosCfg Dosing configuration Hardware cfg ch 2 Dosing mode and Dosing input selection ZFSupp Zero flow suppression CTMode Custody transfer mode PV1_Limits PV1 limits PV2_Limits PV2 limits PV3_Limits PV3 limits PV4_Limits PV4 limits FractUnitType Fraction unit type FractnATxt Text of fraction A FractnBT...

Page 583: ...of totalizer 2 0 Balanced 1 Positive 2 Negative ModeTot3 Read mode of totalizer 3 0 Balanced 1 Positive 2 Negative CmdTot1 Command Totalizer 1 CmdTot2 Command Totalizer 2 CmdTot3 Command Totalizer 3 END_STRUCT SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 583 ...

Page 584: ...High Warning Limit value PV2_WL_Lim PV2 Low Warning Limit PV2_WL_Lim_val PV2 Low Warning Limit value PV2_AL_Lim PV2 Low Alarm Limit PV2_AL_Lim_val PV2 Low Alarm Limit value PV2_Hyst PV2 Alarm Hysteresis PV2_Hyst_val PV2 Alarm Hysteresis value PV3_AH_Lim PV3 High Alarm Limit PV3_AH_Lim_val PV3 High Alarm Limit value PV3_WH_Lim PV3 High Warning Limit PV3_WH_Lim_val PV3 High Warning Limit value PV3_W...

Page 585: ...etValTot1 Write Modbus Register No of Totalizer1 PresetValTot2 Write preset values of totalizer 2 read back current value PresetValTot3 Write preset values of totalizer 3 read back current value ModeTot1 Preset Totalizer 1 ModeTot2 Preset Totalizer 2 ModeTot3 Preset Totalizer 3 SetTot1 Set Totalizer 1 SetTot2 Set Totalizer 2 SetTot3 Set Totalizer 3 DCtr Dosing Control command CmdTot1 Command Total...

Page 586: ... Mass 1 Volume 2 Corr Volume 80 Frac tA 81 FractB SxDC CTModeAct Custody transfer mode active MassFlowUnit Unit of Mass Flow Unit DensityUnit Unit of Density Unit TempUnit Unit of TempUnit Tot1Unit Unit of Tot1Unit Tot2Unit Unit of Tot2Unit VolflowUnit Unit of VolflowUnit FracFlowUnit Unit of FracFlowUnit FracFlowPCTUnit Unit of FracFlowPCTUnit StdVolFlowUnit Unit of StdVolFlowUnit Tot3Unit Unit o...

Page 587: ... High High Value Low Low Value END_STRUCT PV3_OpScale Range of process value High High Value Low Low Value END_STRUCT PV4_OpScale Range of process value High High Value Low Low Value END_STRUCT InPV1_AH_Lim InPV1_WH_Lim InPV1_WL_Lim InPV1_AL_Lim InPV1_Hyst PV1_AH_Lim PV1_WH_Lim PV1_WL_Lim PV1_AL_Lim PV1_Hyst InPV2_AH_Lim InPV2_WH_Lim InPV2_WL_Lim InPV2_AL_Lim InPV2_Hyst PV2_AH_Lim PV2_WH_Lim PV2_W...

Page 588: ...im PV4_WL_Lim PV4_AL_Lim PV4_Hyst AnaVal Tot1Mode Mode totalizer 1 Tot2Mode Mode totalizer 2 Tot3Mode Mode totalizer 3 Tot1Set Set totalizer 1 Tot2Set Set totalizer 2 Tot3Set Set totalizer 3 CmdTot1 Command Totalizer 1 CmdTot2 Command Totalizer 2 CmdTot3 Command Totalizer 3 DosCmd Dosing command SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 588 Function Manual 05 2019 A5E35351976 11 ...

Page 589: ...arm Delay Time Coming High s PV3_AH_DG PV3 Alarm Delay Time Going High s PV3_WH_DC PV3 Warning Delay Time Coming High s PV3_WH_DG PV3 Warning Delay Time Going High s PV3_A_DC PV3 Alarm Delay Time Coming High Low or only Low s PV3_A_DG PV3 Alarm Delay Time Going High Low or only Low s PV3_W_DC PV3 Warning Delay Time Coming High Low or only Low s PV3_W_DG PV3 Warning Delay Time Going High Low or onl...

Page 590: ... HUp Gradient Enable GradHDnEn HDn Gradient Enable GradLEn Absolute Low Gradient Enable END_STRUCT Limit_S STRUCT PV1_AH_Lim PV1 High Alarm Limit PV1_WH_Lim PV1 High Warning Limit PV1_WL_Lim PV1 Low Warning Limit PV1_AL_Lim PV1 Low Alarm Limit PV1_Hyst PV1 Alarm Hysteresis PV2_AH_Lim PV2 High Alarm Limit PV2_WH_Lim PV2 High Warning Limit PV2_WL_Lim PV2 Low Warning Limit PV2_AL_Lim PV2 Low Alarm Li...

Page 591: ...ue STRUCT Value REAL ST BYTE 0 0 16 80 PV_GradNP Gradient value for PV1 minimum peak value STRUCT Value REAL ST BYTE 0 0 16 80 GradHUpAct 1 Gradient alarm high for positive changes 1 Alarm low active You can change the response for this parameter by setting Feature bit 28 de activate switching points and Feature bit 29 high low signal limit violation ac cordingly STRUCT Value BOOL ST BYTE 0 16 80 ...

Page 592: ...t dosing STRUCT Value BOOL ST BYTE 0 16 80 DStp 1 Stop dosing STRUCT Value BOOL ST BYTE 0 16 80 DPause 1 Set dosing unit to pause STRUCT Value BOOL ST BYTE 0 16 80 DResume 1 Resume dosing STRUCT Value BOOL ST BYTE 0 16 80 DActRec Active dosing recipe 1 5 BYTE 16 00 DCyclCnt Dosing cycle counter DWORD 0 DinputSel Selection of dosing variable 0 Mass flow 1 Volume flow 4 Corrected volume flow 5 Fract...

Page 593: ...t state of dosing unit unknown in block STRUCT Value BOOL ST BYTE 0 16 80 DLockAct Dosing unit 1 at least one interlock in puts Permit Interlock or Protect is ac tive STRUCT Value BOOL ST BYTE 0 16 80 GrpErr 1 Group error pending STRUCT Value BOOL ST BYTE 0 16 80 RdyToStartPV2 Dosing unit 1 Active start readiness STRUCT Value BOOL ST BYTE 0 16 80 RdyToResetPV2 Dosing unit 1 Ready for reset via DRs...

Page 594: ...mode active STRUCT Value BOOL ST BYTE 1 16 80 MassFlow Current mass flow STRUCT Value REAL ST BYTE 0 0 16 80 Density Current density STRUCT Value REAL ST BYTE 0 0 16 80 PMedTemp Current process media temperature STRUCT Value REAL ST BYTE 0 0 16 80 Tot1 Current totalizer 1 value STRUCT Value REAL ST BYTE 0 0 16 80 Tot2 Current totalizer 2 value STRUCT Value REAL ST BYTE 0 0 16 80 VolFlow Current vo...

Page 595: ...4 Limiter PV1 1 Alarm high active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV1_WH_Act analog PV2 PV3 PV4 Limiter PV1 1 Warning high active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and...

Page 596: ...T BYTE 0 0 16 80 InPV1_Hyst analog PV2 PV3 PV4 Limiter PV1 Hysteresis for alarm and warning limits REAL 0 0 DSP Active setpoint for the dosing unit STRUCT Value REAL ST BYTE 0 0 16 80 DSP_ExtAct 1 External dosing setpoint is active 0 internal dosing setpoint is active STRUCT Value BOOL ST BYTE 0 16 80 DSP_ExtOut External dosing setpoint corresponds to input parameter DSP_Ext limited by DSP_LoLim a...

Page 597: ...16 FFFFFFFF OS_PermLog Display of OS_Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS1PermOut Display of OS1Perm DWORD 16 FFFFFFFF OS1PermLog Display of OS1Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS2PermOut Display of OS2Perm DWORD 16 FFFFFFFF OS2PermLog Display of OS2Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS3PermOut Di...

Page 598: ...wledgment status 4 STATUS output of second ALARM_8P WORD 16 0000 PV1_OpScale Limit for scale PV1 STRUCT High REAL Low REAL END_STRUCT 0 0 0 0 PV2_OpScale Limit for scale PV2 STRUCT High REAL Low REAL END_STRUCT 0 0 0 0 PV3_OpScale Limit for scale PV3 STRUCT High REAL Low REAL END_STRUCT 0 0 0 0 PV4_OpScale Limit for scale PV4 STRUCT High REAL Low REAL END_STRUCT 0 0 0 0 13 1 7 Block diagram of SiF...

Page 599: ...CyclicData and Laddr of the PiDr64 block AcyclicData with the mass flow address from the configuration of the FC430 PA in the HW Config 13 1 9 Operator Control Monitoring 13 1 9 1 SiFC43PA views Views of the SiFC43PA block The SiFC43PA block has the following views Standard view of SiFC43PA Page 600 Alarm view Page 34 Limit view of SiFC43PA Page 607 Trend view Page 36 Parameter view of SiFC43PA Pa...

Page 600: ...n the configuration of the process variables The gradient values always refer to the process value PV1 The standard view is divided into three parts Note The following screenshots show a sample configuration for PV1 mass flow PV2 dosing PV3 mass flow and PV4 totalizer The structure of the faceplate is always based on the individual configuration in PDM SITRANS FC430 PA 13 1 SiFC43PA SITRANS Librar...

Page 601: ...on on the display range for the bar graph of the gradient The scale range corresponds to 10 of the scale range for the process value PV1 If you have entered a scale range for the process value of 0 to 100 for example the scale range for the gradient is automatically defined as 10 to 10 The current gradient value is displayed if one of the monitoring functions is enabled Gradient monitoring for pos...

Page 602: ...s configured The following operating modes can be shown here Without totalizer dosing The following operating modes can be shown here On see the APL online help Out of service see APL Online Help With totalizer or dosing The block can be operated using the following modes Local mode Automatic mode Manual mode Out of service For more information on changing the operating mode refer to the Switching...

Page 603: ...aceplates in the APL Online Help 14 Change to second standard view The second part of the two part standard view of the faceplate can be selected here 15 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES...

Page 604: ...s display indicates whether the gradient is moving up or down The gradient monitoring is displayed when the gradient value PV1_Grad 0 24 Bar graph for the gradient process value PV1 This area shows the current gradient value in the form of a bar graph The visible area in the bar graph depends on the configuration in the engineering system ES see Display and operating range for process values and l...

Page 605: ... PV3 The following states can be shown and executed here Hold Totalize If a totalizer is not configured the area is switched to invisible 4 Reset totalizer PV3 Reset the totalizer value to zero here 5 Display of process value PV3 including signal status This area indicates the current process value PV3 with the associated signal status The name of the configured measured value is displayed dependi...

Page 606: ...talize If a totalizer is not configured the area is switched to invisible 8 Reset totalizer PV4 Reset the totalizer value to zero here 9 Display of process value PV4 including signal status This area indicates the current process value PV4 with the associated signal status The name of the configured measured value is displayed depending on the PV_Meas4 variable in this case Totalizer3 Corrected Vo...

Page 607: ...the process value PV1 and the totalizer value can be specified in this view The displayed texts depend on the configuration of the process value PV1 Note If the Feature bit 7 synchronize alarm configuration with module is set the measuring range limits available in the module are written to the corresponding inputs when reading the configuration data If a process value is not configured its limits...

Page 608: ... Hysteresis L warning Low warning L alarm Low alarm 2 Process value limits PV2 In this area you can enter the limits for the process value PV2 You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 608 Function Manual 05 2019 A5E35351976 11 ...

Page 609: ...associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application of alarm delays section in the APL Onli...

Page 610: ...e PV3 You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm 3 Process value limits PV4 In this area you can enter the limits for the process value PV4 You can change the following limits H alarm High alarm H warning High warning Hysteresis SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 610 Function Manual 05 2019 ...

Page 611: ...an only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application of alarm delays section in the APL Online Help 7 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block ...

Page 612: ...data i e limits to the FC430 PA 3 Zero adjustment The zero balancing in the FC430 PA is triggered here 4 and 5 Low flow cut off suppression The low flow cut off suppression for mass and volume flows is displayed in this area 6 7 and 8 Service You can select the following functions in this area Bypass Simulation Release for maintenance SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 612 Fu...

Page 613: ...alizer or Dosing operations 11 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to th...

Page 614: ...alue In this area you can set the totalizers to the preset value of PV2 PV3 PV4 respectively with the click of a button If a totalizer is not configured the area is switched to invisible 4 Display and change the totalizer direction PV2 Positive and negative positive and negative This area shows you the default direction state for the totalizer PV2 The following states can be shown and executed her...

Page 615: ... can be changed in the device when writing all configuration data this is entered here Note Password entry is must for performing Totalizer or Dosing operations 12 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check...

Page 616: ... dosing PV3 measured value and PV4 totalizer The structure of the faceplate is always based on the individual configuration in PDM 1 Process value PV1 This area displays the real process values PV1 SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 616 Function Manual 05 2019 A5E35351976 11 ...

Page 617: ...ator permissions OS_Perm or OS1Perm The following enabled operationss are shown here Reset You can reset the peak value of the gradient On You can switch to On mode Out of service You can switch to Out of service mode 5 Enabled operations PV2 This area shows the operations for the process value PV2 for which special operating permissions are assigned They depend on the configuration in the enginee...

Page 618: ...rocedure Pause dosing You can pause the dosing procedure Resume dosing You can resume the dosing procedure after a pause or cancellation Stop dosing You can cancel the dosing procedure Start cleaning You can start the cleaning program External dosing SP You can use the external setpoint Internal dosing SP You can use the internal setpoint Dosing SP Change You can change the setpoint Reset You can ...

Page 619: ...resume 1 Dosing is resumed in Local mode Local stop 1 Dosing is stopped in Local mode Totalizer Local tot 1 Totalizer is operated in Local mode Local P N tot 1 Totalizer counts positive and negative in Local mode Local pos tot 1 Totalizer counts positive in Local mode Local Neg tot 1 Totalizer counts negative in Local mode Local Neg Hold 1 Totalizer is in hold in Local mode 9 Change to second prev...

Page 620: ...ic preview PV3 PV4 Totalizer This area shows you the totalizer command of PV3 or PV4 that is input after a switch from manual mode to automatic mode If the block is in automatic mode the current dosing or totalizer command is displayed SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 620 Function Manual 05 2019 A5E35351976 11 ...

Page 621: ...abled operationss are shown here Measured value On You can switch to On mode Out of service You can switch to Out of service mode Totalizer Automatic You can switch to automatic mode Manual You can switch to manual mode Local You can switch to local mode Out of service You can switch to Out of service mode Start Pos Neg You can start the totalizer in positive and negative modes Start Positive You ...

Page 622: ...al mode Local Neg Hold 1 Totalizer is in hold in Local mode 7 Button for switching to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional facepla...

Page 623: ...values from the FC430 PA Names of all configured dosing recipes Active dosing recipe Current dosing setpoint Unit of current dosing setpoint Current dosing status Dosing counter value Compensation value of dosing unit 2 Active dosing recipe The active dosing recipe is selected and displayed here SITRANS FC430 PA 13 1 SiFC43PA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 623 ...

Page 624: ...he operating mode refer to the Switching operating states and operating modes section in the APL Online Help 7 Display and change of setpoint if dosing is configured The following states can be shown and changed here Internal External For more information refer to the Manual and automatic mode for motors valves and dosing units section in the APL Online Help 8 Display and change the dosing unit St...

Page 625: ...dosing unit setpoint and lets you edit the setpoint in manual mode 13 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional faceplates ...

Page 626: ...he block icons from template TemplateAPL_SITRANS PDL Icons Selection of the block icon in CFC Special features 1 PV1 PV2 PV3 and PV4 are used PV2 dosing unit PV3 totalizer PV4 totalizer 2 PV1 PV2 PV3 and PV4 are used PV2 totalizer PV3 totalizer PV4 totalizer no dosing unit configured 3 PV1 PV2 and PV3 are used PV2 dosing unit PV3 totalizer 4 PV1 PV2 and PV3 are used PV2 totalizer PV3 totalizer no ...

Page 627: ...me type number and family Type number FB 2637 Family SiFC43PA Application area of FC43PADr The block is used for the following application Interface block between the technological block FC43PADr and the driver block PiDr64 for reading and writing acyclic data How it works The FC43PADr block receives requests via its output structures SxRdReq and SxWrReq to read data from the device or to write da...

Page 628: ...racteristics This block does not have startup characteristics 13 2 2 Operating modes of FC43PADr This block does not have any operating modes 13 2 3 I Os of FC43PADr Input parameters Parameter Description Type Default SampleTime Sampling time s assigned automatically REAL 0 1 In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 interconnect this inpu...

Page 629: ...re written to the device or read from it 13 2 4 Block diagram of FC43PADr A block diagram is not provided for this block 13 2 5 Template of FC43PADr The FC43PADr block is used in the templates of the SiFC43PA 13 2 6 Operator control monitoring FC43PADr Operator control monitoring The FC43PADr block cannot be operated or monitored 13 3 FC43PATi 13 3 1 Description of FC43PATi Object name type number...

Page 630: ... 3 2 Operating modes of FC43PATi This block does not have any operating modes 13 3 3 I Os of FC43PATi I Os of FC43PATi Input parameters Parameter Description Type PV_Out1 Process Value 1 STRUCT Value AnaVal PV_Out2 Process Value 2 STRUCT Value AnaVal PV_Out3 Process Value 3 STRUCT Value AnaVal PV_Out4 Process Value 4 STRUCT Value AnaVal Values can be written back to these inputs during processing ...

Page 631: ...lay Time Coming High s PV2_WH_DG PV2 Warning Delay Time Going High s PV2_A_DC PV2 Alarm Delay Time Coming High Low or only Low s PV2_A_DG PV2 Alarm Delay Time Going High Low or only Low s PV2_W_DC PV2 Warning Delay Time Coming High Low or only Low s PV2_W_DG PV2 Warning Delay Time Going High Low or only Low s PV3_AH_DC PV3 Alarm Delay Time Coming High s PV3_AH_DG PV3 Alarm Delay Time Going High s ...

Page 632: ... High Low or only Low s GradHUpLim High alarm limit for positive gradient GradHDnLim High alarm limit for negative gradi ent GradLLim Low alarm limit for positive and negative gradient Enable PV1_AH_En PV1 High Alarm Enable PV1_WH_En PV1 High Warning Enable PV1_WL_En PV1 STRUCT Value BOOL 13 3 4 Block diagram of FC43PATi A block diagram is not provided for this block 13 3 5 Template of FC43PATi Th...

Page 633: ...tnA FractnB Fractn Ap FractnBp CorVolFlow FrameTemp Tot3 SetTot3 CtrlCmdStatus CtrlCmd CtrlCmdEnable DCtr DAmt DState DFbkDigVlv1 DFbkDigVlv2 DFbkAnaVlv are assigned the address parameters configured in HW Config The member variable is assigned the value 1 if an element is not configured in HW Config The SubnTyp input parameter is set to 1 if the FC430 is connected to a CPU via CP external DP inte...

Page 634: ...transfers the following values to the module if the corresponding modules are configured in HW Config Reset the totalizer SET_TOT 16 00 no Reset Command of totalizers MODE_TOT 16 04 invalid command to prevent changes of the totalizer states Dosing commands DCtr 16 00 no enable no command Status word allocation for Status parameter This block does not have the Status parameter 13 4 2 Operating mode...

Page 635: ...eturned by FC430 In the case of higher level errors such as rack failure inputs Mode 16 80xxxxxx or RackF TRUE status ST 16 00 is output and otherwise the value provided by FC430 PA Simulating signals The block does not have a function for simulating process values 13 4 4 Error handling of FbFC43PA Error handling of FbFC43PA The following errors can be displayed for this block Higher level error M...

Page 636: ... Address of Mass Flow AI INT 1 Addr Addresses in the process image STRUCT 1 1 SubnTyp 1 external DP interface BOOL 0 PerAcc 0 periphery access via process image 1 direct periphery access BOOL 0 RackF 1 Rack failure BOOL 0 SelStrInputs 0 Output Data from Structure CyclDa ta 1 Output data from inputs BOOL 0 SetTot1 Reset control totalizer 1 SET_TOT BYTE 16 00 SetTot2 Reset control totalizer 2 SET_TO...

Page 637: ...Reset control totalizer 3 Reset Preset Hold Totalize CtrlCmdStatus INT Control command status CtrlCmd INT Control command CtrlCmdEnable INT Control command enable DCtr INT Dosing control command DAmt INT Dosing Amount DState INT Dosing State DFbkDigVlv1 INT Dosing Feedback Digital Valve 1 DFbkDigVlv2 INT Dosing Feedback Digital Valve 2 DFbkAnaVlv INT Dosing Feedback Analog Valve END_STRUCT In out ...

Page 638: ...Ap AnaVal Fraction Flow A FractnBp AnaVal Fraction Flow B CorVolFlow AnaVal Correctted Volume Flow FrameTemp AnaVal Frame Temperature Tot3 AnaVal Totalizer 3 CtrlCmdStatus BYTE Control Command Status DAmt AnaVal Dosing Amount DState BYTE Dosing State DFbkDigVlv1 DigVal Dosing Feedback Digital Valve 1 DFbkDigVlv2 DigVal Dosing Feedback Digital Valve 2 DFbkAnaVlv AnaVal Dosing Feedback Analog Valve ...

Page 639: ...ectID Standard volume flow FrameTemp BOOL Frame temperature Tot3 BOOL Totalizer 3 SetTot3 BOOL Reset control totalizer 3 Reset Preset Hold Total ize CtrlCmdStatus BOOL Control command status CtrlCmd BOOL Control command CtrlCmdEnable BOOL Control command enable DCtr BOOL Dosing control command DAmt BOOL Dosing Amount DState BOOL Dosing State DFbkDigVlv1 BOOL Dosing Feedback Digital Valve 1 DFbkDig...

Page 640: ...SITRANS FC430 PA 13 4 FbFC43PA SITRANS Library for PCS 7 640 Function Manual 05 2019 A5E35351976 11 ...

Page 641: ...s of driver blocks The function block supports configuring of the Sitrans LR 250 with one or two inputs Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 The block is also installed automatically in the startup OB OB 100 Moreover to connect the I O signals it is imperative to call each of the driver blocks FbAnIn cyclic data and PiDr64 acyclic data in the ...

Page 642: ...older created using the S7 program in your PCS 7 project Startup characteristics Use the Feature Bit Setting the startup characteristics Page 50 to define the startup characteristics of this block The messages are suppressed after startup for the number of cycles set at RunUpCyc Status word allocation for Status1 parameter You can find a description for each parameter in section I Os of SitrLRPA P...

Page 643: ...3 PV1WL_Act Value 4 PV1AL_Act Value 5 6 Not used 7 PV1AH_En 8 PV1WH_En 9 10 Not used 11 PV1WL_En 12 PV1AL_En 13 PV1AH_MsgEn 14 PV1WH_MsgEn 15 16 Not used 17 PV1WL_MsgEn 18 PV1AL_MsgEn 19 GradHUpAct Value 20 GradHDnAct Value 21 GradLAct Value 22 GradHUpEn 23 GradHDnEn 24 GradLEn 25 GradHUpMsgEn 26 GradHDnMsgEn 27 GradLMsgEn 28 0 decreasing measured value 1 increasing measured value 29 BypassAct Val...

Page 644: ... one cycle 27 Analog input 2 PV2 configured 28 Show value for fill time 29 Show value for empty time 30 Fill time and empty time visible 31 1 display Write configuration data in the faceplate 14 1 2 Operating modes of SitrLRPA The block can be operated using the following modes On Out of service On You can find general information about the On mode in the On chapter Out of service You can find gen...

Page 645: ...ts PV1 and PV2 user specific units as well as maximum and minimum values for the alarm and warning limits of the process values PV1Unit PV2Unit UsrUnit1 UsrUnit2 PV1OpScale PV2OpScale Limits PV1 InPV1AH_Lim PV1AH_Lim InPV1WH_Lim PV1WH_Lim InPV1WL_Lim PV1WL_Lim InPV1AL_Lim PV1AL_Lim InPV1Hyst PV1Hyst LimitsPV2 InPV2AH_Lim PV2AH_Lim InPV2WH_Lim PV2WH_Lim InPV2WL_Lim PV2WL_Lim InPV2AL_Lim PV2AL_Lim I...

Page 646: ...r the limits for example to suppress signal flatter You can also modify the limits and hysteresis via the faceplate Gradient monitoring The gradient PV1Grad is calculated by means of a delay function configurable using LagTime During calculation of the gradient jumps in the input value PV1 are smoothed The peak values of the gradient are output in the output parameters PV1GradNP negative gradient ...

Page 647: ...PDM and read by operator action in the Parameters faceplate view with Read configuration Forming the signal status for blocks This block provides the standard Form and output signal status for technological blocks function that is described in the APL Online Help The worst signal status ST_Worst for the block is formed from the process values PV1 ST PV2 ST Release for maintenance This block provid...

Page 648: ...ching points 29 Signaling limit violation For more information about the feature bits please refer to the APL online help Operator authorizations This block provides the standard operating permissions that are described in the APL online help The block has the following permissions for the OS_Perm parameter Bit Function 0 Not used 1 1 Operator can switch to On mode 2 Not used 3 1 Operator can swit...

Page 649: ...r the high alarm 1 1 Operator can change the limit PV2 for the high warning 2 1 Operator can change the limit PV2 for the hysteresis 3 1 Operator can change the limit PV2 for the low alarm 4 1 Operator can change the limit PV2 for the low warning 5 1 Operator can activate deactivate messages with PV2AH_MsgEn 6 1 Operator can activate deactivate messages with PV2WH_MsgEn 7 1 Operator can activate d...

Page 650: ... APL Online Help SIMATIC BATCH functionality This block provides the standard SIMATIC BATCH functionality function that is described in the APL Online Help 14 1 4 Error handling of SitrLRPA For general information on error handling at all blocks refer to the Error handling section in the APL Online Help The following errors can be displayed for this block Error numbers Control system fault CSF Ove...

Page 651: ... output Message in stance Message ID Message class Event MsgEvId2 SIG4 AS process control message fault BlockComment External fault has occurred SIG5 AS process control message error BlockComment Error reading a data record SIG6 AS process control message error BlockComment Error writing a data record Explanation BlockComment Content of the instance specific comment You can interconnect an externa...

Page 652: ...RPA_MeasVal low alarm limit violated MsgEvId2 SIG1 Warning high BlockComment Limit high for the positive gradi ent violated SIG2 Warning high BlockComment Limit high for the negative gra dient violated SIG3 Alarm low BlockComment Limit low for the absolute gradi ent violated Explanation BlockComment Content of the instance specific comment The content of the message text library SitrLRPA_MeasVal i...

Page 653: ... values for message instance MsgEvId2 Associated value Block parameter 1 BatchName 2 StepNo 3 BatchID 4 ExtVa204 5 ExtVa205 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa204 ExtVa208 and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Message texts and their t...

Page 654: ... INT 1 Channel2AI Channel 2 read by device INT 1 TankType Vessel form BYTE 0 PV1Unit Measurement unit for process value 1 PV1 INT 0 PV2Unit Measurement unit for process value 2 PV2 INT 0 UsrUnit1 User specific unit for process value 1 PV1 S7 String UsrUnit2 User specific unit for process value 2 PV2 S7 String InAlgorithm Echo algorithm BYTE 16 00 InConfidenc Echo confidence BYTE 16 00 InEchoStren ...

Page 655: ...sensor PV1 Delay time for incoming alarms with overrange underrange process value or only with under range process value s REAL 0 0 PV1A_DG Limit sensor PV1 Delay time for outgoing alarms with overrange underrange process value or only with under range process value s REAL 0 0 PV1W_DC Limit sensor PV1 Delay time for incoming warnings with overrange underrange process value or only with under range...

Page 656: ...me for incoming warning messages with overrange process value s REAL 0 0 PV2WH_DG Limit sensor PV2 Delay time for outgoing warning messages with overrange process value s REAL 0 0 PV2A_DC Limit sensor PV2 Delay time for incoming alarms with overrange underrange process value or only with under range process value s REAL 0 0 PV2A_DG Limit sensor PV2 Delay time for outgoing alarms with overrange und...

Page 657: ...lue for display of fill time empty time REAL 0 0 LagTime Delay time s REAL 10 0 PV1OpScale Limit for scale in PV1 bar graph of faceplate STRUCT High REAL Low REAL 100 0 0 0 PV2OpScale Limit for scale in PV2 bar graph of faceplate STRUCT High REAL Low REAL 100 0 0 0 GradHUpEn 1 Enable gradient monitoring high for positive changes BOOL 1 GradHDnEn 1 Enable gradient monitoring high for nega tive chan...

Page 658: ...T Value BOOL ST BYTE 0 16 80 BypPV1 Substitution value PV1 if block is in bypass STRUCT Value REAL ST BYTE 0 0 16 80 BypPV2 Substitution value PV2 if block is in bypass STRUCT Value REAL ST BYTE 0 0 16 80 BypLock 1 Bypass activation or deactivation is locked for operator STRUCT Value BOOL ST BYTE 0 16 80 SimLiOp Activation deactivation of the simulation by 0 Operator 1 Interconnection or SFC STRUC...

Page 659: ... Value BOOL ST BYTE 0 16 80 ExtVa106 Associated value 6 for messages MsgEvID1 ANY ExtVa107 Associated value 7 for messages MsgEvID1 ANY ExtVa108 Associated value 8 for messages MsgEvID1 ANY ExtVa204 Associated value 4 for messages MsgEvID2 ANY ExtVa205 Associated value 5 for messages MsgEvID2 ANY ExtVa206 Associated value 6 for messages MsgEvID2 ANY ExtVa207 Associated value 7 for messages MsgEvID...

Page 660: ... to these inputs during processing of the block by the block algorithm In out parameters Parameter Description Type Default AcyclData Acyclic data from driver block PiDr64 intercon nect this input with AcyclData output of PiDr64 STRUCT SlotRd INT RetValWr WORD Input STRUCT Output STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connect...

Page 661: ...EmptyUnit STRUCT Value REAL ST BYTE 0 0 16 80 TFillUnit Unit of TimeFill INT 0 TEmptyUnit Unit of TimeEmpty INT 0 Algorithm Echo algorithm BYTE 16 00 Confidenc Echo confidence BYTE 16 00 EchoStren Echo strength BYTE 16 00 PV1Grad Gradient value for process value PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV1GradPP Gradient value for PV1 max peak value STRUCT Value REAL ST BYTE 0 0 16 80 PV1GradNP Gra...

Page 662: ...ameter by setting Feature bit 28 deactivate switching points and Feature bit 29 high low signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV2WH_Act Limit sensor PV2 1 Warning high active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation according ly STRUCT Value BOOL ST BYTE 0 16 80 PV2...

Page 663: ... OS_Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS1PermOut Display of OS1Perm DWORD 16 FFFFFFFF OS1PermLog Display of OS1Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OpSt_Out Value of the input parameter OpSt_In for further interconnection with other blocks Bit 31 of this pa rameter is used by feature bit 24 DWORD 16 00000000 ST_Worst Worst signal sta...

Page 664: ...16 80 PV1WL_Lim Warning limit low PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV1AL_Lim Alarm limit low PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV2AH_Lim Alarm limit high PV2 STRUCT Value REAL ST BYTE 0 0 16 80 PV2WH_Lim Warning limit high PV2 STRUCT Value REAL ST BYTE 0 0 16 80 PV2WL_Lim Warning limit low PV2 STRUCT Value REAL ST BYTE 0 0 16 80 PV2AL_Lim Alarm limit low PV2 STRUCT Value REAL ST BYTE ...

Page 665: ...en the blocks mentioned above If a 2nd analog input is not configured in the HW Config please use the Sitrans LR250 PA template otherwise the Sitrans LR250 PA 2AI template The PV inputs of the FbAnIn blocks process values PV1 and PV2 must be interconnected with the corresponding input double word from HW Config for instantiation of the template The Laddr input of the PiDr64 block AcyclicData is co...

Page 666: ...erating modes can be shown here On see the APL online help Out of service see the APL Online Help For more information on changing the operating mode refer to the Switching operating states and operating modes section in the APL Online Help 2 High and low scale range of the first process value PV1 These values provide information on the display range for the bar graph of the first process value PV...

Page 667: ...e This display of the minimum and maximum gradient value functions like a slave pointer The current gradient value is displayed if one of the monitoring functions is enabled Gradient monitoring for positive changes GradHUpEn 1 Gradient monitoring for negative changes GradHDnEn 1 Gradient monitoring GradLEn 1 The maximum peak gradient value is displayed if the gradient monitoring function for posit...

Page 668: ... the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the section Opening additional faceplates in the APL documentation 13 14 and 15 Display area for block states This area provides additi...

Page 669: ... section of SitrLRPA The display is only present if the bar for the gradient is also displayed 20 Display of type of tank and level This display shows you the configured type of tank This is specified by the TankType value In addition the current level in the tank is displayed 21 Limit display These small colored triangles indicate the specified limits of the first process value PV1 in the bar gra...

Page 670: ... configuration of the process values PV1 and PV2 1 Process value limits PV1 In this area you can enter the limits for the first process value PV1 You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm SITRANS LR PA 14 1 SitrLRPA SITRANS Library for PCS 7 670 Function Manual 05 2019 A5E35351976 11 ...

Page 671: ...in this area Refer to the Changing values section in the APL online Help You can change the following limits H alarm Gradient for the upper gradient for positive changes H alarm Gradient for the upper rate of rise for negative changes L alarm Gradient for the lower rate of rise absolute 4 Enabled operations This area shows all operations for which special operator authorizations are assigned They ...

Page 672: ...s messages You can activate deactivate messages by selecting the check mark 14 1 9 4 Parameter view of SitrLRPA 1 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block Symbols for enabled operations Green check mark The OS operator can control this parameter G...

Page 673: ...s set 4 Diagnostic values In this area the following values are displayed Algorithm Confidence Echo strength 5 Reading the Diagnostic values In this area you can read all Diagnostic Values 6 7 and 8 Service You can select the following functions in this area Bypass Simulation Release for maintenance For more information about this area refer to the following chapters of the APL Online Help Bypassi...

Page 674: ...his parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm The following enabled operationss are shown here General enabled operationss Reset You can reset the peak value of the gradient On You can switch to On mode Out of service You can switch to Out of service mode Local operator authoriz...

Page 675: ...Limits high low Violation of alarm and warning limits as well as the control system fault CSF Operating modes Signal status release for maintenance Memo display Process value PV1 and process value PV2 The block icons from template TemplateAPL_SITRANS PDL Icons Selection of the block icon in CFC Special features 1 2 Block icon in Out of service mode example of block icon type 1 For more information...

Page 676: ...SITRANS LR PA 14 1 SitrLRPA SITRANS Library for PCS 7 676 Function Manual 05 2019 A5E35351976 11 ...

Page 677: ...er blocks The function block supports all PDM configurations of the up to four HART auxiliary variables of the Sitrans LR NOTE In the following block parameters are identified e g by PV SV TV QV_OpScale where the PV_OpScale SV_OpScale TV_OpScale and QV_OpScale inputs are meant for the HART variables PV SV TV and QV Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30...

Page 678: ...REAL FC260 und SelST16 FC369 that are not supplied with the SITRANS Library are called internally by the SitrLRHA block If not yet installed in your project copy both blocks from the APL library to your project before you download the project to the PLC Note The user text library SitrLRPA_MeasVal must be copied from the Sitrans Library to the PCS 7 project prior to the OS compilation To do this op...

Page 679: ...Status word allocation for Status2 parameter You can find a description for each parameter in section I Os of SitrLRHA Page 690 Status bit Parameter 0 MsgLock Value 1 PV_AH_Act Value 2 PV_WH_Act Value 3 PV_WL_Act Value 4 PV_AL_Act Value 5 6 Not used 7 PV_AH_En 8 PV_WH_En 9 10 Not used 11 PV_WL_En 12 PV_AL_En 13 PV_AH_MsgEn 14 PV_WH_MsgEn 15 16 Not used 17 PV_WL_MsgEn 18 PV_AL_MsgEn 19 GradHUpAct V...

Page 680: ... visualized in the faceplate 4 23 Not used 24 QWronDev 25 1 error when reading acyclic data active only for the duration of one cycle 26 Not used 27 Not used 28 Show value for fill time 29 Show value for empty time 30 Fill time and empty time visible 31 Not used 15 1 2 Operating modes of SitrLRHA The block can be operated using the following modes On Out of service On You can find general informat...

Page 681: ...ata command Description Block parameters I O Configuration of PV SV TV QV inputs PV_Meas0 PV_Meas1 PV_Meas2 PV_Meas3 PV_Meas4 Vessel form TankType Units PV SV TV QV PV_Unit0 PV_Unit1 PV_Unit2 PV_Unit3 PV_Unit4 PV_InUnit LevelUnit VolUnit DistUnit SpaceUnit Scaling 4 20 mA signal ScaleIn Low ScaleOut Low ScaleIn High ScaleOut High Diagnostics values InAlgorithm Algorithm InConfidenc Confidenc InEch...

Page 682: ...H_MsgEn 0 Alarm high messages are suppressed PV_AL_MsgEn 0 Alarm low messages are suppressed PV_WH_MsgEn 0 Warning high messages are suppressed PV_WL_MsgEn 0 Warning low messages are suppressed You can define a hysteresis PV_Hyst for the limits for example to suppress signal flatter You can also modify the limits and hysteresis via the faceplate Gradient monitoring The gradient PV_Grad0 is calcula...

Page 683: ...ecting a unit of measure This block provides the standard function Selecting a unit of measure Page 13 The units for the 4 to 20 mA signal and the HART variables are configured on the device of the Sitrans LR via PDM and read by an operator action in the Parameters faceplate view with Read configuration or configured by the user himself if HART communication does not exist If volume is selected fo...

Page 684: ...help Operator authorizations This block provides the standard operating permissions that are described in the APL online help The block has the following permissions for the OS_Perm parameter Bit Function 0 Not used 1 1 Operator can switch to On mode 2 Not used 3 1 Operator can switch to Out of service mode 4 5 Not used 6 1 Operator can change simulation values 7 1 Operator can reset the maximum v...

Page 685: ...perator can read the diagnostics values from the device 15 1 Operator can read the configuration data from the device 16 31 Not used Simulating signals Simulation is triggered during runtime in the faceplate s parameter view by clicking on the Simulation button You can simulate the following values in the faceplate via an input The 4 to 20 mA signal PV_Out0 in the standard view is specified via th...

Page 686: ... specific messages This block provides the standard Generate instance specific messages function that is described in the APL Online Help SIMATIC BATCH functionality This block provides the standard SIMATIC BATCH functionality function that is described in the APL Online Help 15 1 4 Error handling of SitrLRHA For general information on error handling at all blocks refer to the Error handling secti...

Page 687: ...rocess control error The following control system fault messages can be output Message in stance Message iden tifier Message class Event MsgEvId1 SIG8 AS process control mes sage fault BlockComment External fault has occurred MsgEvId2 SIG1 AS process control mes sage error BlockComment Error reading a data record SIG2 AS process control mes sage error BlockComment Error writing a data record Expla...

Page 688: ... Explanation BlockComment Content of the instance specific comment The content of the message text library SitrLRHA_MeasVal is described below Instance specific messages You can use up to three instance specific messages with this block Message in stance Message iden tifier Message class Event MsgEvId2 SIG3 AS process control mes sage fault BlockComment External message 1 SIG4 AS process control m...

Page 689: ...ameter 1 BatchName 2 StepNo 3 BatchID 4 ExtVa204 5 ExtVa205 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa204 ExtVa208 and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Message texts and their text numbers The following table shows the message texts and thei...

Page 690: ...tiary variable STRUCT Value REAL ST BYTE 0 0 16 FF QV Fourth HART variable quaternary variable STRUCT Value REAL ST BYTE 0 0 16 FF InPV_AH_Lim Limit sensor PV_In Alarm limit high REAL 0 0 InPV_WH_Lim Limit sensor PV_In Warning limit high REAL 0 0 InPV_Hyst Limit sensor PV_In Hysteresis for alarm and warning limits REAL 0 0 InPV_WL_Lim Limit sensor PV_In Limit warning low REAL 0 0 InPV_AL_Lim Limit...

Page 691: ... REAL 0 0 PV_AH_En 1 Activate process value PV_In high alarm BOOL 1 PV_WH_En 1 Activate process value PV_In high warning BOOL 1 PV_WL_En 1 Activate process value PV_In low warning BOOL 1 PV_AL_En 1 Activate process value PV_In low alarm BOOL 1 PV_AH_MsgEn 1 Activate message for process value PV_In high alarm BOOL 1 PV_WH_MsgEn 1 Activate message for process value PV_In high warning BOOL 1 PV_WL_Ms...

Page 692: ...Algorithm BYTE 16 00 InConfidenc Echo quality BYTE 16 00 InEchoStren Echo strength BYTE 16 00 GradHUpEn 1 Enable gradient monitoring high for positive changes BOOL 1 GradHDnEn 1 Enable gradient monitoring high for negative changes BOOL 1 GradLEn 1 Enable gradient monitoring low BOOL 0 MS_RelOp 1 Release for maintenance by OS operator BOOL 0 OnOp 1 On mode via operator BOOL 0 OosOp 1 Out of service...

Page 693: ...stBypLi 1 Reset bypass PV via interconnection STRUCT Value BOOL ST BYTE 0 16 80 BypPV Substitution value if block is in bypass STRUCT Value REAL ST BYTE 0 0 16 80 BypLock 1 Bypass activation or deactivation is locked for op erator STRUCT Value BOOL ST BYTE 0 16 80 SimLiOp Activation deactivation of the simulation by 0 Operator 1 Interconnection or SFC STRUCT Value BOOL ST BYTE 0 16 80 SimOnLi 1 Si...

Page 694: ... automatically DWORD 16 00000000 MsgEvId2 Message number assigned automatically DWORD 16 00000000 BatchEn 1 Enable allocation BOOL 0 BatchID Batch ID DWORD 16 00000000 BatchName Batch name S7 String StepNo Batch step number DWORD 16 00000000 Occupied 1 Occupied by batch control BOOL 0 CSF 1 External error control system fault STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg1 Binary input for freely select...

Page 695: ...ions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OS1Perm I O for operating permissions STRUCT Bit 0 BOOL Bit31 BOOL 1 1 OpSt_In Input parameter for local operator authorization to be interconnected with the Out output parameter of the upstream OpStations block DWORD 16 00000000 Feature I O for additional functions STRUCT Bit 0 BOOL Bit 1 BOOL Bit 2 BOOL Bit 6 BOOL Bit 7 BOOL Bit31 BOOL 0 0 1 0 0 0 PV_Meas0 M...

Page 696: ... INT RetValWr WORD Input STRUCT Output STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connected BOOL 1 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 BypassAct 1 Bypass is activated in this block STRUCT Value BOOL ST BYTE 0 16 80 PV_Out0 Process value output 4 to 20 mA signal STRUCT Val...

Page 697: ...nit STRUCT Value REAL ST BYTE 0 0 16 80 TimeEmpty Empty time calculated with current gradient value TEmptyUnit STRUCT Value REAL ST BYTE 0 0 16 80 TFillUnit Unit of TimeFill INT 0 TEmptyUnit Unit of TimeEmpty INT 0 TEmptyUnit Unit of TimeEmpty INT 0 Algorithm Algorithm BYTE 16 00 Confidenc Echo quality BYTE 16 00 EchoStren Echo strength BYTE 16 00 PV_Grad0 Process value gradient 4 to 20 mA signal ...

Page 698: ... PV_WH_Act Limit sensor PV_In 1 Warning low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_AL_Act Limit sensor PV_In 1 Alarm low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature...

Page 699: ...ut Display of OS_Perm DWORD 16 FFFFFFFF OS_PermLog Display of OS_Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS1PermOut Display of OS1Perm DWORD 16 FFFFFFFF OS1PermLog Display of OS1Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OpSt_Out Value of the input parameter OpSt_In for further interconnection with other blocks Bit 31 of this parameter is used b...

Page 700: ...put of first ALARM_8P WORD 16 0000 MsgErr2 1 Message error 2 ERROR output of second ALARM_8P BOOL 0 MsgStat2 Alarm status 2 output ERROR of second ALARM_8P WORD 16 0000 MsgAckn2 Alarm acknowledgment status 2 output STATUS of second ALARM_8P WORD 16 0000 PV_AH_Lim Alarm limit high PV_In STRUCT Value REAL ST BYTE 0 0 16 80 PV_WH_Lim Warning limit high PV_In STRUCT Value REAL ST BYTE 0 0 16 80 PV_WL_...

Page 701: ...driver blocks for reading the values PV SV TV and QV can be accordingly removed from the template The PV_In inputs of the Pcs7AnIn 4 to 20 mA and FbAnIn PV SV TV QV blocks must be interconnected with the corresponding input word or double word from HW Config for instantiation of the template The Laddr input of the PiDr64 block AcyclicData is configured with the address of the 4 to 20 mA signal not...

Page 702: ...ndard view of SitrLRHA Depending on the configuration of the 4 to 20 mA signal and the up to four HART variables in the standard view the current process values for volume fill level distance and space are displayed If a measured value is not assigned to a variable the field is hidden The gradient values always refer to the 4 to 20 mA signal Figure 15 1 Standard view for SitrLRHA SITRANS LR HART 1...

Page 703: ...values provide information on the display range for the bar graph of the gradient The scale range corresponds to 10 of the scale range for the process value 4 to 20 mA signal If you have entered a scale range for the process value of 0 to 100 for example the scale range for the gradient is automatically defined as 10 to 10 The current gradient value is displayed if one of the monitoring functions ...

Page 704: ...d With a positive gradient value a value is calculated for the fill time With a negative gradient value a value is calculated for the empty time The calculated times are only shown if the gradient value is outside the deadband DeadTFiEm 12 and 13 Display of auxiliary values You can use this area to display two auxiliary values that have been configured in the Engineering System ES You can find mor...

Page 705: ...play of gradient 4 to 20 mA signal This display indicates whether the gradient is moving up or down The gradient monitoring is displayed when the gradient value is PV Grad0 0 21 Display of limits in the bar graph This area provides information on the specified limits Refer to the Limit view section of SitrLRHA The display is only present if the bar for the gradient is also displayed 22 Display of ...

Page 706: ...nal You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm 2 Gradient limits You can enter gradient limits in this area Refer to the Changing values section in the APL Online Help You can change the following limits H alarm Gradient for the upper gradient for positive changes H alarm Gradient for the upper rate of rise for n...

Page 707: ...or OS1Perm 4 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm del...

Page 708: ...ime due to the process Red cross The OS operator cannot control this parameter due to the configured AS operating permissions OS_Perm or OS1Perm 2 Reading the configuration data In this area you can read all configuration data relevant to the block from SITRANS LR 3 Diagnostics values The diagnostics values for algorithm echo quality and echo strength of the Sitrans LR are displayed in this area 4...

Page 709: ...Release for maintenance 15 1 9 5 Preview of SitrLRHA 1 Process values This area shows the real process values PV_In PV SV TV QV and the Bypass value 2 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block SITRANS LR HART 15 1 SitrLRHA SITRANS Library for PCS 7...

Page 710: ... more information refer to the Operator authorizations section in the APL Online Help 3 Jump button for switching to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the sec...

Page 711: ...mode ex ample of block icon type 1 For more information on the block icon and operating options in the block icon refer to the following sections in the APL online help Configuring the block icons Block icon structure Operation via the block icon SITRANS LR HART 15 1 SitrLRHA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 711 ...

Page 712: ...SITRANS LR HART 15 1 SitrLRHA SITRANS Library for PCS 7 712 Function Manual 05 2019 A5E35351976 11 ...

Page 713: ...lly in the startup OB OB 100 Moreover to connect the I O signals it is imperative to call each of the driver blocks FbMr200 cyclic data and PiDr64 acyclic data in the same cyclic interrupt OB and startup OB OB100 before the Mr200 block is called The output structure AcyclData of the PiDr64 block is interconnected to the input with the same name of the Mr200 block The SITRANS Library contains templ...

Page 714: ...ter in section I Os of Mr200 Page 732 Status bit Parameter 0 Occupied 1 BatchEn 2 xSimAct 3 OosAct Value 4 OosLi Value 5 Not used 6 OnAct Value 7 9 Not used 10 SimLiOp Value 11 Delay of the PV1AH_Lim or PV1AHOn Off_Lim message 12 Delay of the PV1WH_Lim or PV1WHOn Off_Lim message 13 14 Not used 15 Delay of the PV1WL_Lim or PV1WLOn Off_Lim message 16 Delay of the PV1AL_Lim or PV1ALOn Off_Lim message...

Page 715: ... Not used 7 PV1AH_En 8 PV1WH_En 9 10 Not used 11 PV1WL_En 12 PV1AL_En 13 PV1AH_MsgEn 14 PV1WH_MsgEn 15 16 Not used 17 PV1WL_MsgEn 18 PV1AL_MsgEn 19 GradHUpAct_PV1 Value 20 GradHDnAct_PV1 Value 21 GradLAct_PV1 Value 22 GradHUpEn_PV1 23 GradHDnEn_PV1 24 GradLEn_PV1 25 GradHUpMsgEn 26 GradHDnMsgEn_PV1 27 GradLMsgEn 28 0 falling measured value of PV1 1 rising measured value of PV1 29 BypassAct Value 3...

Page 716: ...t Value 21 PV3WH_Act Value 22 PV3WL_Act Value 23 PV3AL_Act Value 24 QWronDev Wrong device connected 25 SxRdDrErr Error while reading data record 26 SxWrDrErr Error while writing data record 27 Process value 2 available 28 Display Time to fill PV1 29 Display Time to empty PV1 30 Calculation of Time to fill time to empty enabled PV1 31 Feature Bit7 Status word allocation for Status4 parameter You ca...

Page 717: ...d 16 PV3 Hysteresis enabled 17 18 Not used 19 GradHUpAct_PV2 Value 20 GradHDnAct_PV2 Value 21 GradLAct_PV2 Value 22 GradHUpEn_PV2 23 GradHDnEn_PV2 24 GradLEn_PV2 25 GradHUpMsgEn_PV2 26 GradHDnMsgEn_PV2 27 GradLMsgEn 28 0 falling measured value of PV2 1 rising measured value of PV2 29 Not used 30 Calculation of Time to fill time to empty enabled PV2 31 Not used Status word allocation for Status5 pa...

Page 718: ...ons for this block are listed below Configuration data The configuration data comprises the units the configuration of the PV inputs Diagnostic Data Relay Data Discrete Data and the limits for messages After a change is made in the device reading of configuration data must be triggered with Read configuration data in the parameter view of the faceplate If the parameters were read back before a com...

Page 719: ... process value 2 if Operation OCM PV2Unit2 2 61 R Unit of process value 3 PV3Unit 5 62 Relay source PV1 2 or 3 SrcR1 6 4 59 64 R Relay output function CtrFctR1 6 4 59 64 R Setpoints On alarm warning high low PV1 2 3_AH WH WL AL_Lim 4 59 64 R W Setpoints Off alarm warning high low PV1 2 3_AH WH WL ALOff_Lim 4 59 64 R W Discrete input number DI1 2Fct 1 or 2 57 R Level override value DI1 2_OverrideVa...

Page 720: ...y alarm configuration is used Feature Bit7 TRUE PV1 PV2 PV3AL_Lim Limit for low alarm or Limit for low alarm on when relay alarm configuration is used Feature Bit7 TRUE PV1 PV2 PV3Hyst Hysteresis PV1 PV2 PV3WH_Lim Limit for high warning or Limit for high warning on when relay alarm configuration is used Feature Bit7 TRUE PV1 PV2 PV3WL_Lim Limit for low warning or Limit for low warning on when rela...

Page 721: ...re reset when the operator enters the corresponding command for resetting The slope of the gradient PV1 PV2 PV3Grad can be monitored for the following limits Limit high for the positive gradient GradHUpLim_PV1 PV2 PV3 Limit high for the negative gradient GradHDnLim_PV1 PV2 PV3 Limit low for the absolute gradient GradLLim_PV1 PV2 PV3 Activation of the individual monitoring functions is carried out ...

Page 722: ...ce This block provides the standard Maintenance enable function that is described in the APL Online Help Configurable reactions using the Feature I O The following response features are available for this block at the respective bits of the Feature connection If a description is not available here it can be referenced in the APL Online Help Bit Feature 0 Setting the startup characteristics 1 React...

Page 723: ...able the function simulation 12 1 Operator can activate the function maintenance release 13 1 Operator can enter InPV2AH_Lim 14 1 Operator can enter InPV2WH_Lim 15 1 Operator can enter InPV2_Hyst 16 1 Operator can enter InPV2WL_Lim 17 1 Operator can enter InPV2AL_Lim 18 19 Not used 20 1 Operator can enter Gradient High Alarm value for PV1 21 1 Operator can enter Gradient Low Alarm value for PV1 22...

Page 724: ...perator can activate deactivate message over PV2_AL_MsgEn 20 1 Operator can activate deactivate message over PV3_AH_MsgEn 21 1 Operator can activate deactivate message over PV3_WH_MsgEn 22 1 Operator can activate deactivate message over PV3_WL_MsgEn 23 1 Operator can activate deactivate message over PV3_AL_MsgEn 24 25 Not used 26 1 Operator can reset the Gradient values of PV1 27 1 Operator can re...

Page 725: ... the input SimPV3 Totalizer value 1 Tot1Out in the Totalizer view via the input SimTot1 Totalizer value 1 Tot2Out in the Totalizer view via the input SimTot2 Display and operating range for process values and limits The scalings from the Mr200 are read out as the display and operating range PV1OpScale PV2OpScale and PV3OpScale for the process values PV1 PV2 and PV3 If feature bit2 is TRUE 1 Read r...

Page 726: ... can be displayed for this block Error numbers Control system fault CSF Overview of error numbers The I Os Error0Num process value PV1 Error1Num process value PV2 Error2Num process value PV3 Error3Num totalizer 1 value and Error4Num totalizer 2 value can be used to output the following error numbers Error number Meaning of the error number 1 Predefined value when inserting the block the block is n...

Page 727: ...d 8Y t Mr200_Relay SIG7 Operational Message Without Acknowledgment BlockComment PV 5 d 6Y t Mr200_Relay SIG8 Operational Message Without Acknowledgment BlockComment PV 7 d 8Y t Mr200_Relay MsgEvId4 SIG6 PLC Process Control Message Failure BlockComment Discrete input 1 4Y t Mr200_DI Function SIG7 PLC Process Control Message Failure BlockComment Discrete input 2 5Y t Mr200_DI Function SIG8 PLC Proce...

Page 728: ...iolated SIG3 Warning low BlockComment PV3 4Y t Mr200_Meas Val Low warning limit violated SIG4 Alarm low BlockComment PV3 4Y t Mr200_Meas Val Low alarm limit violated MsgEvId4 SIG1 Alarm high BlockComment PV1 Limit value high for the negative gradient violated SIG2 Alarm low BlockComment PV1 Limit value low for abso lute gradient violated SIG3 Alarm high BlockComment PV1 Limit value high for the po...

Page 729: ...value Block parameters SD_1 BatchName SD_2 StepNo SD_3 BatchID SD_4 PV1Meas SD_5 SrcR1 SD_6 CtrFctR1 SD_7 SrcR2 SD_8 CtrFctR2 The input parameter PV1Meas contains a number for the physical variable of the process value 1 The parameters SrcR1 2 contain relay source information and CtrFctR1 2 contain the relay control function for Relay 1 and Relay 2 Additional information is available in the Proces...

Page 730: ...Meas contains a number for the physical variable of the process value 1 The parameters SrcR5 6 contain relay source information and CtrFctR5 6 contain the relay control function for Relay 5 and Relay 6 Additional information is available in the Process Control System PCS 7 Engineering System manual Associated values for message instance MsgEvId4 Associated value Block parameter SD_1 BatchName SD_2...

Page 731: ...ge texts and their text numbers The following table shows the message texts and their numbers in the text library Mr200_MeasVal for the Mr200 block FB 2635 Text number Message text 0 Invalid value message disabled 1 Volume 2 Space 3 Distance 4 Difference 5 Average 6 Flow 7 8 Level The following table shows the message texts and their numbers in the text library Mr200_Relay for the Mr200 block Inde...

Page 732: ...bus communication The following table shows the message texts and their numbers in the text library Mr200_DIFunction for the Mr200 block Index Text 0 1 PV1 overwritten 2 PV2 overwritten 16 1 6 I Os of Mr200 Input parameters Parameter Description Type Default PV1Meas Measured value that is interconnected at the PV1 input 0 Out of service 1 Level volume PD 2 Fill level 3 Distance 6 OCM BYTE 0 PV2Mea...

Page 733: ...t 26 Pump control fixed duty backup 30 Pump control alternate auty assist 31 Pump control alternate futy backup 35 Pump control service ratio duty assist 36 Pump control service ratio duty backup 40 PmpFIFO Pump control FiFo active 65 Flush valve active 66 Relay controlled by bus communication BYTE 0 MaxVolume_PV1 Maximum volume REAL 0 MaxVolume_PV2 Maximum volume REAL 0 MinVolume_PV1 Minimum volu...

Page 734: ...nalog input 1 STRUCT Value REAL ST BYTE 100 0 16 FF UserAna2 User analog input 2 STRUCT Value REAL ST BYTE 100 0 16 FF UA1unit Unit of UserAna1 S7 String UA2unit Unit of UserAna2 S7 String TankType1 Vessel form BYTE 0 TankType2 Vessel form BYTE 0 RstOpPV1 Reset Peak Values PV1 BOOL 0 RstOpPV2 Reset Peak Values PV2 BOOL 0 RstOpPV3 Reset Peak Values PV3 BOOL 0 DeadTFiEm_PV1 Deadband of the gradient ...

Page 735: ... mode via operator BOOL 0 OosOp 1 Out of service via OS operator BOOL 0 OosLi 1 Out of service via interconnection or SFC 0 1 edge transition STRUCT Value BOOL ST BYTE 0 16 80 InPV1AH_Lim Limit sensor PV1 Alarm limit high REAL 0 0 InPV1WH_Lim Limit sensor PV1 Warning limit high REAL 0 0 InPV1Hyst Limit sensor PV1 Hysteresis for alarm and warn ing limits REAL 0 0 InPV1WL_Lim Limit sensor PV1 Limit ...

Page 736: ...m low BOOL 1 PV1AH_MsgEn 1 Activate message for PV1 alarm high BOOL 1 PV1WH_MsgEn 1 Activate message for PV1 warning high BOOL 1 PV1WL_MsgEn 1 Activate message for PV1 warning low BOOL 1 PV1AL_MsgEn 1 Activate message for PV1 alarm low BOOL 1 InPV2AH_Lim Limit sensor PV2 Alarm limit high REAL 0 0 InPV2WH_Lim Limit sensor PV2 Warning limit high REAL 0 0 InPV2Hyst Limit sensor PV2 Hysteresis for ala...

Page 737: ...tivate PV2 warning high BOOL 0 PV2WL_En 1 Activate PV2 warning low BOOL 0 PV2AL_En 1 Activate PV2 alarm low BOOL 0 PV2AH_MsgEn 1 Activate message for PV2 alarm high BOOL 1 PV2WH_MsgEn 1 Activate message for PV2 warning high BOOL 1 PV2WL_MsgEn 1 Activate message for PV2 warning low BOOL 1 PV2AL_MsgEn 1 Activate message for PV2 alarm low BOOL 1 InPV3AH_Lim Limit sensor PV3 Alarm limit high REAL 0 0 ...

Page 738: ...e s REAL 0 0 PV3AH_En 1 Activate PV3 alarm high BOOL 0 PV3WH_En 1 Activate PV3 warning high BOOL 0 PV3WL_En 1 Activate PV3 warning low BOOL 0 PV3AL_En 1 Activate PV3 alarm low BOOL 0 PV3AH_MsgEn 1 Activate message for PV3 alarm high BOOL 1 PV3WH_MsgEn 1 Activate message for PV3 warning high BOOL 1 PV3WL_MsgEn 1 Activate message for PV3 warning low BOOL 1 PV3AL_MsgEn 1 Activate message for PV3 alar...

Page 739: ...3 REAL 10 0 GradLLim_PV3 Gradient monitoring Limit low for the absolute gradient of PV3 REAL 1 0 GradHUpEn_PV3 PV3 positive gradient enable BOOL 0 GradHDnEn_PV3 PV3 negative gradient enable BOOL 0 GradLEn_PV3 PV3 absolute low gradient enable BOOL 0 GradHUpMsgEn_PV3 PV3 positive gradient alarm messages enable BOOL 1 GradHDnMsgEn_PV3 PV3 negative gradient alarm messages enable BOOL 1 GradLMsgEn_PV3 ...

Page 740: ...that is used for SimOn 1 REAL 0 0 SimPV2 Process value 2 that is used for SimOn 1 REAL 0 0 SimPV3 Process value 3 that is used for SimOn 1 REAL 0 0 SimPV1Li Process value 1 that is used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimPV2Li Process value 2 that is used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimPV3Li Process value 3 that is...

Page 741: ...reely selectable message5 STRUCT Value BOOL ST BYTE 0 16 80 ExtVa406 Associated value 6 for messages MsgEvID4 ANY ExtVa407 Associated value 7 for messages MsgEvID4 ANY ExtVa408 Associated value 8 for messages MsgEvID4 ANY ExtVa504 Associated value 4 for messages MsgEvID5 ANY ExtVa505 Associated value 5 for messages MsgEvID5 ANY ExtVa506 Associated value 6 for messages MsgEvID5 ANY ExtVa507 Associa...

Page 742: ...tion value totalizer 2 that is used for SimOn 1 REAL 0 0 SimTot1Li Simulation value totalizer 1 that is used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 SimTot2Li Simulation value totalizer 2 that is used for SimOnLi Value 1 SimLiOp Value 1 STRUCT Value REAL ST BYTE 0 0 16 80 PV1_RdDiaVal 1 Read diagnostic values of PV1 from device BOOL 0 PV2_RdDiaVal 1 Read diagnostic ...

Page 743: ...e Default QWronDev 1 Wrong device connected BOOL 1 BypassAct 1 Bypass is activated in this block STRUCT Value BOOL ST BYTE 0 16 80 PV1Out Output for process value PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV2Out Output for process value PV2 STRUCT Value REAL ST BYTE 0 0 16 80 PV3Out Output for process value PV3 STRUCT Value REAL ST BYTE 0 0 16 80 DigitalInputs Value of digital inputs WORD 16 0000 Ov...

Page 744: ...Range of calibration values PV3 STRUCT High REAL Low REAL 0 0 0 0 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 TankFilled_PV1 PV1 tank filled Reserved for further use STRUCT Value REAL ST BYTE 0 0 16 80 TankFilled_PV2 PV2 tank filled Reserved for further use STRUCT Value REAL ST BYTE 0 0 16 80 TimeFillS_ PV1 PV1 fill time calculated with current gr...

Page 745: ...Fill INT 0 TFillUnit_PV2 PV2 Unit of TimeFill INT 0 TEmptyUnit_PV1 PV1 Unit of TimeEmpty INT 0 TEmptyUnit_PV2 PV2 Unit of TimeEmpty INT 0 PV1Grad Gradient value for process value PV1 STRUCT Value REAL ST BYTE 0 0 16 80 PV1GradPP Gradient value for PV1 max peak value STRUCT Value REAL ST BYTE 0 0 16 80 PV1GradNP Gradient value for PV1 min peak value STRUCT Value REAL ST BYTE 0 0 16 80 PV2Grad Gradi...

Page 746: ...gly STRUCT Value BOOL ST BYTE 0 16 80 PV1AL_Act Limit sensor PV1 1 Alarm low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV2AH_Act Limit sensor PV2 1 Alarm high active You can change the response for this parameter by setting Feature bit 28 deactiv...

Page 747: ...ly STRUCT Value BOOL ST BYTE 0 16 80 PV3AL_Act Limit sensor PV3 1 Alarm low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation ac cordingly STRUCT Value BOOL ST BYTE 0 16 80 SumMsgAct 1 Group signal is active STRUCT Value BOOL ST BYTE 0 16 80 GradHUpAct_PV1 1 Gradient alarm high for positive changes ...

Page 748: ...cording ly STRUCT Value BOOL ST BYTE 0 16 80 GradHDnAct_PV3 1 Gradient alarm high for negative changes You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation according ly STRUCT Value BOOL ST BYTE 0 16 80 GradLAct_PV3 1 Gradient alarm low You can change the response for this parameter by setting Feature bit 28 ...

Page 749: ...Mr200 Page 726 INT 1 Error4Num Output of current error number for Totalizer2 For error numbers that can be output by this block see Error handling of Mr200 Page 726 INT 1 MsgErr1 1 Message error 1 ERROR output of first ALARM_8P BOOL 0 MsgStat1 Alarm status 1 output ERROR of first ALARM_8P WORD 16 0000 MsgAckn1 Alarm acknowledgment status 1 STATUS output of first ALARM_8P WORD 16 0000 MsgErr2 1 Mes...

Page 750: ...RUCT Value REAL ST BYTE 0 0 16 80 PV1AHOff_Lim PV1 high alarm limit relay setpoint Off STRUCT Value REAL ST BYTE 0 0 16 80 PV1WHOff_Lim PV1 high warning limit relay setpoint Off STRUCT Value REAL ST BYTE 0 0 16 80 PV1WLOff_Lim PV1 low warning limit relay setpoint Off STRUCT Value REAL ST BYTE 0 0 16 80 PV1ALOff_Lim PV1 low alarm limit relay setpoint Off STRUCT Value REAL ST BYTE 0 0 16 80 PV2AH_Li...

Page 751: ...mit relay setpoint Off STRUCT Value REAL ST BYTE 0 0 16 80 PV3AH_Lim Alarm limit high PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV3WH_Lim Warning limit high PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV3Hyst Limit hysteresis PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV3WL_Lim Warning limit low PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV3AL_Lim Alarm limit low PV3 STRUCT Value REAL ST BYTE 0 0 16 80 PV3AHO...

Page 752: ...pe contains the required interconnections between the blocks mentioned above To instantiate the template AddrPV input of the FbMr200 block and Laddr input of the PiDr64 block AcyclicData are configured with the first Input address of MR200 from HW config not interconnected 16 1 9 Operator control monitoring 16 1 9 1 Views of Mr200 Views of the Mr200 block The Mr200 block has the following views St...

Page 753: ... online help 16 1 9 2 Standard view of Mr200 Depending on the configuration of the PV1 PV2 and PV3 the current process values for volume level space distance flow difference DPD and average DPA are displayed The gradient values always refer to the process value PV1 PV2 and PV3 MultiRanger 200 16 1 MR200 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 753 ...

Page 754: ...e PV1Meas PV2Meas PV3Meas variable in this case Level for PV1 and PV2 OOS out of service for PV3 4 Display of fill time and empty time PV1 PV2 Fill time and empty time are shown in this area if Feature bit 6 activate calculation of fill time empty time is enabled With a positive gradient value a value is calculated for the fill time With a negative gradient value a value is calculated for the empt...

Page 755: ...rocess values and limits 10 11 and 12 Display area for block states This area provides additional information on the operating state of the block Wrong device Simulation Maintenance 13 Button for switching to the standard view of any faceplate Use this button for the standard view of a block configured in the Engineering System ES The visibility of this navigation button depends on the configurati...

Page 756: ...f the gradient The scale range corresponds to 10 of the scale range for the process value PV1 PV2 and PV3 If you have entered a scale range for the process value of 0 to 100 for example the scale range for the gradient is automatically defined as 10 to 10 MultiRanger 200 16 1 MR200 SITRANS Library for PCS 7 756 Function Manual 05 2019 A5E35351976 11 ...

Page 757: ...tive changes is enabled GradHDnEn_PVx 1 The absolute gradient value is displayed if the gradient monitoring functions for absolute changes is enabled GradLEn_PVx 1 4 Resetting of peak values of the gradient Using these buttons you can reset the maximum or minimum peak value of the gradient output parameters PV1GradPP and PV1GradNP The button is displayed if the gradient monitoring function for pos...

Page 758: ...V2 and PV3 and the limits for the gradient monitoring can be specified in the three limit views The displayed texts depend on the configuration of the limit sensors on the block or in the module Figure 16 1 Limit view Mr200 without relay messages MultiRanger 200 16 1 MR200 SITRANS Library for PCS 7 758 Function Manual 05 2019 A5E35351976 11 ...

Page 759: ...Figure 16 2 Limit view Mr200 only relay messages MultiRanger 200 16 1 MR200 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 759 ...

Page 760: ...its H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm When a relay is configured as an alarm or warning limit you can change the below limits Refer the figure Limit view for Mr200 with relay H alarm On High alarm for relay On Setpoint H alarm Off High alarm for relay Off Setpoint H warning On High warning for relay On Setpoint MultiRanger 200 16 1 MR200 S...

Page 761: ...on indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm delays are also displayed in this state refer to the Application...

Page 762: ... of a relay in the device Others will be visible as normal limit with a hysteresis See Figure Limit view Mr200 relay and normal Note In case of relay configuration as high alarm or warning the Off Setpoint value should not be greater or smaller than On Setpoint in case of low alarm or warning vice versa When Feature bit 7 0 limit view displays the normal PCS 7 limits H Alarm H Warning L Warning an...

Page 763: ...The OS operator can control this parameter Gray check mark the OS operator cannot control this parameter at this time due to the process Red cross The OS operator cannot control this parameter due to the configured AS operator permissions OS_Perm or OS1Perm or OS2Perm 2 Reading the configuration data In this area you can read all configuration data relevant to the block from Mr200 MultiRanger 200 ...

Page 764: ...iagnostics values In this area you can read the diagnostics values from Mr200 6 7 and 8 Service You can select the following functions in this area Bypass Simulation Release for maintenance For more information about this area refer to the following chapters of the APL Online Help Bypassing signals Simulating signals Release for maintenance 16 1 9 5 Preview of Mr200 MultiRanger 200 16 1 MR200 SITR...

Page 765: ...eral enabled operationss Reset You can reset the peak value of the gradient On You can switch to On mode Out of service You can switch to Out of service mode Local operator authorization Use the button to change to the standard view of the OpStations block For more information refer to the Operator authorizations section in the APL Online Help 3 Button for switching to the standard view of any fac...

Page 766: ...MImpGal Unit is defined as 32001 16 1 9 7 Block icons for Mr200 Views of the Mr200 block A variety of block icons is available with the following functions Process tag type Limits high low Violation of alarm and warning limits as well as the control system fault CSF Operating modes Signal status release for maintenance Memo display Process value PV1 PV2 and PV3 Process value and totalizer value Th...

Page 767: ...ck icon type 1 For more information on the block icon and operating options in the block icon refer to the following sections in the APL online help Configuring the block icons Block icon structure Operation via the block icon MultiRanger 200 16 1 MR200 SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 767 ...

Page 768: ...application for FbMr200 The block is used for the following applications Driver block for cyclic data from MR200 module How it works The block reads all cyclic data of a Multiranger 200 from the process image in cyclic mode MultiRanger 200 16 2 FbMr200 SITRANS Library for PCS 7 768 Function Manual 05 2019 A5E35351976 11 ...

Page 769: ...ally The member variables of input structure Addr Laddr0 Laddr1 Laddr2 Laddr3 Laddr4 Laddr5 and Laddr6 are assigned the address parameters configured in HW Config The member variable is assigned the value 1 if an element is not configured in HW Config The SubnTyp input parameter is set to 1 if the Multiranger 200 is connected to a CPU via CP external DP interface otherwise to 0 The Mde in out para...

Page 770: ...cyclic values from process image The process values are read from the process image partition at each block call and then written including their signal states to output structure CyclData The values are addressed via input structure Addr with 1 indicating that the corresponding value was not configured in HW Config Retain last values if I O values are invalid The block retains the last valid valu...

Page 771: ...tput is set in addition Module errors If an incorrect module ID of the connected DP slave is read from the block output QModF will be set The Quality Codes are set to 16 00 similar to the higher level error 16 2 5 FbMr200 message Messaging This block does not offer messaging 16 2 6 I Os of FbMr200 Input parameters Parameter Description Type Default AddrPV AI address INT 0 Addr Addresses in the pro...

Page 772: ...P slave failure rack fault BOOL 0 QModF 1 Module error BOOL 0 CyclData Cyclic data STRUCT 2 0 Bad Bad process value STRUCT Value BOOL ST BYTE 0 16 80 2 Configuration of the output structure CyclData Table 16 1 CyclData STRUCT Description STRUCT Input data PV1 Real Process variable for point 1 PV1_ProfiStatus_Dummy BYTE Profi status PV1 Dummy Byte PV1_ProfiStatus BYTE Profi status PV1 PV1_EchoStren...

Page 773: ...wing applications Convert rack and subnet error from OB_DIAG1 to quality code and mode Evaluate module failure How it works The block converts the rack and subnet error from OB_DIAG1 to quality code and mode After restart of the PLC and reconnection to the Profibus it is checked if the correct device is connected by comparing the expected and the current and expected device type Calling OBs The bl...

Page 774: ...TY and OMODE are interconnected to the MOD_PAX0 MOD_PAL0 block 16 3 2 I Os of Mr200Dia Input parameters Parameter Description Type Default LADDR Logical address of module INT 0 DADDR Diagnostic address of module INT 0 RACKF 1 DP slave failure rack fault BOOL 0 SUBN_TYP 1 external DP interface BOOL 0 SUBN1_ID ID of primary subnet BYTE 16 FF SUBN1_ID ID of redundant subnet BYTE 16 FF SUBN1ERR 1 slav...

Page 775: ...system failure redundant BOOL 0 QUALITY Quality code of process value BYTE 0 OMODE Status MODE DWORD 0 PA_DIAG Diagnostic information for maintenance DWORD 0 MultiRanger 200 16 3 Mr200Dia SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 775 ...

Page 776: ...MultiRanger 200 16 3 Mr200Dia SITRANS Library for PCS 7 776 Function Manual 05 2019 A5E35351976 11 ...

Page 777: ...Sitrans LU and makes the data available for further use in the user program and for visualization Data entered in the faceplate or via the block inputs is transferred to the Sitrans LU by means of driver blocks The function block supports all PDM configurations of the up to two HART auxiliary variables of the Sitrans LU NOTE In the following block parameters are identified e g by PV SV_OpScale whe...

Page 778: ...d cannot be checked by the block Measuring ranges of the corresponding measured values are parameterized at the PV SV_OpScale inputs The SITRANS library contains a template for process tag types as an example with an application scenario for the SitrLuHA block Example of a process tag type see section Template of SitrLuHA Page 801 Note The APL blocks ChkREAL FC260 and SelST16 FC369 that are not su...

Page 779: ...tion of message delays 18 19 Not used 20 1 Local authorization active 21 29 Not used 30 Auxiliary value 1 visible 31 Auxiliary value 2 visible Status word allocation for Status2 parameter You can find a description for each parameter in section I Os of SitrLuHA Page 790 Status bit Parameter 0 MsgLock Value 1 PV_AH_Act Value 2 PV_WH_Act Value 3 PV_WL_Act Value 4 PV_AL_Act Value 5 6 Not used 7 PV_AH...

Page 780: ...Parameter 0 1st HART auxiliary variable PV is available and visualized in the faceplate 1 2nd HART auxiliary variable SV is available and visualized in the faceplate 2 Not used 3 Not used 4 23 Not used 24 QWronDev 25 1 error when reading acyclic data active only for the duration of one cycle 26 Not used 27 Not used 28 Show value for fill time 29 Show value for empty time 30 Fill time and empty tim...

Page 781: ...e If the parameters were read back before a complete download to the PLC the configuration does not need to be reloaded from the device The SitrLuHA function block has the following configuration data which can be read out of the Sitrans LU by means of the Read configuration data command Description Block parameters I O Configuration of PV SV inputs PV_Meas0 PV_Meas1 PV_Meas2 Vessel form TankType ...

Page 782: ...En 1 Monitoring of the low alarm limits PV_WH_En 1 Monitoring of the high warning limits PV_WL_En 1 Monitoring of the low warning limits The corresponding message is suppressed using the parameters PV_AH_MsgEn 0 Alarm high messages are suppressed PV_AL_MsgEn 0 Alarm low messages are suppressed PV_WH_MsgEn 0 Warning high messages are suppressed PV_WL_MsgEn 0 Warning low messages are suppressed You ...

Page 783: ... This block provides the standard Suppressing messages using the MsgLock parameter function that is described in the APL Online Help Bypass function This block provides the standard function Interlocking functions Page 13 Selecting a unit of measure This block provides the standard function Selecting a unit of measure Page 13 The units for the 4 to 20 mA signal and the HART variables are configure...

Page 784: ...help Operator authorizations This block provides the standard operating permissions that are described in the APL online help The block has the following permissions for the OS_Perm parameter Bit Function 0 Not used 1 1 Operator can switch to On mode 2 Not used 3 1 Operator can switch to Out of service mode 4 5 Not used 6 1 Operator can change simulation values 7 1 Operator can reset the maximum v...

Page 785: ...ng permissions for the OS1Perm parameter Bit Function 0 13 Not used 14 1 Operator can read the diagnostics values from the device 15 1 Operator can read the configuration data from the device 16 31 Not used Simulating signals Simulation is triggered during runtime in the faceplate s parameter view by clicking on the Simulation button You can simulate the following values in the faceplate via an in...

Page 786: ...Opening additional faceplates This block provides the standard Call further faceplates function that is described in the APL Online Help Generating instance specific messages This block provides the standard Generate instance specific messages function that is described in the APL Online Help SIMATIC BATCH functionality This block provides the standard SIMATIC BATCH functionality function that is ...

Page 787: ...l error The following control system fault messages can be output Message in stance Message iden tifier Message class Event MsgEvId1 SIG8 AS process control mes sage fault BlockComment External fault has occurred MsgEvId2 SIG1 AS process control mes sage error BlockComment Error reading a data record SIG2 AS process control mes sage error BlockComment Error writing a data record Explanation BlockC...

Page 788: ... Explanation BlockComment Content of the instance specific comment The content of the message text library SitrLuHA_MeasVal is described below Instance specific messages You can use up to three instance specific messages with this block Message in stance Message iden tifier Message class Event MsgEvId2 SIG3 AS process control mes sage fault BlockComment External message 1 SIG4 AS process control m...

Page 789: ...meter 1 BatchName 2 StepNo 3 BatchID 4 ExtVa204 5 ExtVa205 6 ExtVa206 7 ExtVa207 8 ExtVa208 9 Reserved 10 Reserved The associated values 4 8 are allocated to the parameters ExtVa204 ExtVa208 and you can use them Additional information is available in the Process Control System PCS 7 Engineering System manual Message texts and their text numbers The following table shows the message texts and their...

Page 790: ...InPV_AH_Lim Limit sensor PV_In Alarm limit high REAL 0 0 InPV_WH_Lim Limit sensor PV_In Warning limit high REAL 0 0 InPV_Hyst Limit sensor PV_In Hysteresis for alarm and warning limits REAL 0 0 InPV_WL_Lim Limit sensor PV_In Limit warning low REAL 0 0 InPV_AL_Lim Limit sensor PV_In Alarm limit low REAL 0 0 PV_AH_DC Limit sensor PV_In Delay time for incoming alarms with overrange proc ess value s R...

Page 791: ... PV_In high warning BOOL 1 PV_WL_En 1 Activate process value PV_In low warning BOOL 1 PV_AL_En 1 Activate process value PV_In low alarm BOOL 1 PV_AH_MsgEn 1 Activate message for process value PV_In high alarm BOOL 1 PV_WH_MsgEn 1 Activate message for process value PV_In high warning BOOL 1 PV_WL_MsgEn 1 Activate message for process value PV_In low warning BOOL 1 PV_AL_MsgEn 1 Activate message for ...

Page 792: ...ntenance by OS operator BOOL 0 OnOp 1 On mode via operator BOOL 0 OosOp 1 Out of service via OS operator BOOL 0 OosLi 1 Out of service via interconnection or SFC 0 1 edge transition STRUCT Value BOOL ST BYTE 0 16 800 GradHUpMsgEn 1 Enable gradient high message for positive changes BOOL 1 GradHDnMsgEn 1 Enable gradient high message for negative changes BOOL 1 GradLMsgEn 1 Enable gradient high messa...

Page 793: ... by 0 Operator 1 Interconnection or SFC STRUCT Value BOOL ST BYTE 0 16 80 SimOnLi 1 Simulation via interconnection or SFC controlled via SimLiOp 1 STRUCT Value BOOL ST BYTE 0 16 80 SimOn 1 Simulation on BOOL 0 SimPV0 Process value PV_In 4 to 20 mA signal that is used for SimOn 1 REAL 0 0 SimPV1 Process value of first HART variable primary varia ble used for SimOn 1 REAL 0 0 SimPV2 Process value of...

Page 794: ...umber DWORD 16 00000000 Occupied 1 Occupied by batch control BOOL 0 CSF 1 External error control system fault STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg1 Binary input for freely selectable message 1 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg2 Binary input for freely selectable message 2 STRUCT Value BOOL ST BYTE 0 16 80 ExtMsg3 Binary input for freely selectable message 3 STRUCT Value BOOL ST BYTE 0 1...

Page 795: ...or authorization to be interconnected with the Out output parameter of the upstream OpStations block DWORD 16 00000000 Feature I O for additional functions STRUCT Bit 0 BOOL Bit 1 BOOL Bit 2 BOOL Bit 6 BOOL Bit 7 BOOL Bit31 BOOL 0 0 1 0 0 0 PV_Meas0 1 Measured value interconnected at the PV_In PV input 0 Level 1 Space 2 Distance 4 Volume 5 Vol Flow 6 Custom 7 Invalid BYTE 7 PV_Meas2 Measured value...

Page 796: ...t STRUCT NewDiag INT DiagData STRUCT Output parameters Parameter Description Type Default QWronDev 1 Wrong device connected BOOL 1 MS_Release Release for maintenance 1 Release for OS operator STRUCT Value BOOL ST BYTE 0 16 80 BypassAct 1 Bypass is activated in this block STRUCT Value BOOL ST BYTE 0 16 80 PV_Out0 Process value output 4 to 20 mA signal STRUCT Value REAL ST BYTE 0 0 16 80 PV_Out1 Out...

Page 797: ...EmptyUnit Unit of TimeEmpty INT 0 Algorithm Algorithm BYTE 16 00 Confidenc Echo quality BYTE 16 00 EchoStren Echo strength BYTE 16 00 PV_Grad0 Process value gradient 4 to 20 mA signal STRUCT Value REAL ST BYTE 0 0 16 80 PV_GradPP0 Gradient value maximum peak value STRUCT Value REAL ST BYTE 0 0 16 80 PV_GradNP0 Gradient value minimum peak value STRUCT Value REAL ST BYTE 0 0 16 80 Level Current leve...

Page 798: ...e bit 29 signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_WH_Act Limit sensor PV_In 1 Warning low active You can change the response for this parameter by setting Feature bit 28 deactivate switching points and Feature bit 29 signal limit violation accordingly STRUCT Value BOOL ST BYTE 0 16 80 PV_AL_Act Limit sensor PV_In 1 Alarm low active You can change the response for thi...

Page 799: ...6 80 OosAct 1 Block is Out of service STRUCT Value BOOL ST BYTE 0 16 80 OnAct 1 On mode enabled STRUCT Value BOOL ST BYTE 1 16 80 OS_PermOut Display of OS_Perm DWORD 16 FFFFFFFF OS_PermLog Display of OS_Perm with settings changed by the block algorithm DWORD 16 FFFFFFFF OS1PermOut Display of OS1Perm DWORD 16 FFFFFFFF OS1PermLog Display of OS1Perm with settings changed by the block algorithm DWORD ...

Page 800: ... of second ALARM_8P BOOL 0 MsgStat2 Alarm status 2 output ERROR of second ALARM_8P WORD 16 0000 MsgAckn2 Alarm acknowledgment status 2 output STATUS of second ALARM_8P WORD 16 0000 PV_AH_Lim Alarm limit high PV_In STRUCT Value REAL ST BYTE 0 0 16 80 PV_WH_Lim Warning limit high PV_In STRUCT Value REAL ST BYTE 0 0 16 80 PV_WL_Lim Warning limit low PV_In STRUCT Value REAL ST BYTE 0 0 16 80 PV_AL_Lim...

Page 801: ...ded driver blocks for reading the values PV and SV can be accordingly removed from the template The PV_In inputs of the Pcs7AnIn 4 to 20 mA and FbAnIn PV and SV blocks must be interconnected with the corresponding input word or double word from HW Config for instantiation of the template The Laddr input of the PiDr64 block AcyclicData is configured with the address of the 4 to 20 mA signal not int...

Page 802: ...9 2 Standard view of SitrLuHA Depending on the configuration of the 4 to 20 mA signal and the up to two HART variables in the standard view the current process values for level space distance temperature volume volume flow and custom are displayed If a measured value is not assigned to a variable the field is hidden The gradient values always refer to the 4 to 20 mA signal SITRANS LU HART 17 1 Sit...

Page 803: ...values provide information on the display range for the bar graph of the gradient The scale range corresponds to 10 of the scale range for the process value 4 to 20 mA signal If you have entered a scale range for the process value of 0 to 100 for example the scale range for the gradient is automatically defined as 10 to 10 The current gradient value is displayed if one of the monitoring functions ...

Page 804: ... time and empty time are shown in this area if Feature bit 6 Activate calculation of fill time empty time is enabled With a positive gradient value a value is calculated for the fill time With a negative gradient value a value is calculated for the empty time The calculated times are only shown if the gradient value is outside the deadband DeadTFiEm 12 and 13 Display of auxiliary values You can us...

Page 805: ... system ES see Display and operating range for process values and limits 20 Display of gradient 4 to 20 mA signal This display indicates whether the gradient is moving up or down The gradient monitoring is displayed when the gradient value is PV Grad0 0 21 Display of limits in the bar graph This area provides information on the specified limits Refer to the Limit view section of SitrLuHA The displ...

Page 806: ...nal You can change the following limits H alarm High alarm H warning High warning Hysteresis L warning Low warning L alarm Low alarm 2 Gradient limits You can enter gradient limits in this area Refer to the Changing values section in the APL Online Help You can change the following limits H alarm Gradient for the upper gradient for positive changes H alarm Gradient for the upper rate of rise for n...

Page 807: ...or OS1Perm 4 Message suppression delays The message suppression indicates whether suppression of the associated message is activated in the AS block using the xx_MsgEn parameter The output of messages is not suppressed when the block is installed all xx_MsgEn parameters are set to 1 by default Messages can only be output if limit monitoring of the additional analog value has been enabled Alarm del...

Page 808: ...ime due to the process Red cross The OS operator cannot control this parameter due to the configured AS operating permissions OS_Perm or OS1Perm 2 Reading the configuration data In this area you can read all configuration data relevant to the block from SITRANS LU 3 Diagnostics values The diagnostics values for algorithm echo quality and echo strength of the Sitrans LU are displayed in this area 4...

Page 809: ...ls Release for maintenance 17 1 9 5 Preview of SitrLuHA 1 Process values This area shows the real process values PV_In PV SV and the Bypass value 2 Enabled operations This area shows all operations for which special operator authorizations are assigned They depend on the configuration in the engineering system ES that applies to this block SITRANS LU HART 17 1 SitrLuHA SITRANS Library for PCS 7 Fu...

Page 810: ... more information refer to the Operator authorizations section in the APL Online Help 3 Jump button for switching to the standard view of any faceplate Use this navigation button to open the standard view of a block configured in the engineering system The visibility of this navigation button depends on the configuration in the engineering system ES You can find more information on this in the sec...

Page 811: ...mode ex ample of block icon type 1 For more information on the block icon and operating options in the block icon refer to the following sections in the APL online help Configuring the block icons Block icon structure Operation via the block icon SITRANS LU HART 17 1 SitrLuHA SITRANS Library for PCS 7 Function Manual 05 2019 A5E35351976 11 811 ...

Page 812: ...SITRANS LU HART 17 1 SitrLuHA SITRANS Library for PCS 7 812 Function Manual 05 2019 A5E35351976 11 ...

Page 813: ...erate module drivers is used the following occurs automatically The member variables of input structure Addr Laddr0 6 are assigned the address parameters configured in HW Config Input Addr Laddr0 is assigned the diagnostics address and the other inputs Addr Laddr1 6 are assigned the logical address of the respective slot The member variable is assigned the value 1 if a slot is not configured in HW...

Page 814: ...esets the totalizer for the diagnostics data output AcyclData NewDiag to zero and sets an internal bit memory to zero to read the current diagnostics data in the cyclic call Status word allocation for Status parameter This block does not have the Status parameter 18 1 2 Operating modes of PiDr64 256 This block does not have any operating modes 18 1 3 Functions of PiDr64 256 The functions for this ...

Page 815: ...SFB53 to output variable AcyclData RetValRd For information on the meaning of the return value refer to the Online Help of the WRRECblock If a temporary error occurs the block repeats the write job up to five times at delay intervals of one second before the job is closed with a temporary error Otherwise the block does not evaluate the return value Reading diagnostics data If a diagnostics interru...

Page 816: ...ts STRUCT 1 1 AddrSlv Addresses of the individual slots of the slave channel STRUCT 1 1 ProImQB Quality bit of the process image BOOL 0 ProImQBSlv Quality bit of the process image of the slave channel BOOL 0 CFU 1 PA device is connected via CFU BOOL 0 1 Configuration of input structure Addr Addr AddrSlv STRUCT Slot addresses Laddr0 INT Logical base address of slot 0 diagnostics address Laddr1 INT ...

Page 817: ... record with this number 1 no request LenWr INT Length in bytes of the data record to write RdyRead INT The data record with this number was read 1 no data record read RdyWrite INT The data record with this number was written 1 no data record written RetValRd WORD Return value of SFB RDREC SFB52 for the read job RetValWr WORD Return value of SFB WRREC SFB53 for the read job Input STRUCT Data that ...

Page 818: ...lock PiDr64 256 How it works The block initiates reading of the data record via driver block PiDr64 256 on request A parameter of the elementary data type that is addressed via the block inputs is read from the data record and made available at the block output Note The PiDr64 256block is capable of simultaneous processing of several read jobs in successive order only If read jobs are started by s...

Page 819: ...f the parameter to read and of the output at which the parameter is made available 1 data type 101 Simatic Real with quality code output OutRealQC 2 data type Float Simatic Real output OutReal 3 data type Uns8 Simatic Byte output OutByte 4 data type Uns16 Simatic Word output OutWord 5 data type Uns32 Simatic DWord output OutDword SlotNo Number of the slot in HW Config which is assigned the data re...

Page 820: ...to the corresponding output Outxxx 18 2 4 Error handling of PiEl64 256 The following errors can be displayed for this block Parameter assignment error Parameter assignment error A parameter assignment error is given at the following conditions Data record length LenDr is bigger than 64 256 bytes No data type or invalid data type selected input DataType is less than 1 or greater than 5 Offset plus ...

Page 821: ...1 0 1 Configuration of the output structure AcyclData AcyclData STRUCT Description SlotRd INT Number of the slot for read requests ReqRd INT Request for reading the data record with this num ber 1 no request LenRd INT Length in bytes of the data record to read SlotWr INT Number of the slot for write requests ReqWr INT Request for writing the data record with this num ber 1 no request LenWr INT Len...

Page 822: ...b is active which means that it was transferred to the PiDr64 256 block BOOL 0 RdyOK 1 Parameter was read without error BOOL 0 RdyErr 1 error when reading the parameter BOOL 0 RetValRd Return values of the RDREC block SFB52 BOOL 0 OutRealQC Read parameter of data type Real plus qual ity code STRUCT Value REAL ST BYTE 0 0 16 80 OutReal Read parameter of data type Real REAL 0 0 OutByte Read paramete...

Page 823: ...d jobs are started by several blocks the blocks are executed based on the call sequence It is advisable to configure the program so that simultaneous initiation of multiple jobs is safely prevented Note The data records are read by means of acyclic services Since it is not possible to execute more than 8 acyclic services simultaneously per Profibus segment you are responsible for preventing the si...

Page 824: ...ns8 Simatic Byte output OutByte 4 data type Uns16 Simatic Word output OutWord 5 data type Uns32 Simatic DWord output OutDword Cmd Number of HART command with which the data record is read LenUsrDat Length of the read data without header of the HART protocol Offset Start address of the parameter in the read data record without the header of the HART protocol e g as of byte 12 Startup characteristic...

Page 825: ...ignment error A parameter assignment error is given at the following conditions Data record length LenUsrDat 12 bytes header is greater than 256 bytes No data type or invalid data type selected input DataType is less than 1 or greater than 5 Offset plus length of the selected data type exceeds the length of the data record LenUsrDat Output QParaf is set and read jobs are rejected if a parameter as...

Page 826: ... structure AcyclData AcyclData STRUCT Description SlotRd INT Number of the slot for read requests ReqRd INT Request for reading the data record with this num ber 1 no request LenRd INT Length in bytes of the data record to read SlotWr INT Number of the slot for write requests ReqWr INT Request for writing the data record with this num ber 1 no request LenWr INT Length in bytes of the data record t...

Page 827: ... it was transferred to the PiDr256 block BOOL 0 RdyOK 1 Parameter was read without error BOOL 0 RdyErr 1 error when reading the parameter BOOL 0 RetValRd Return values of the RDREC block SFB52 BOOL 0 OutRealQC Read parameter of data type Real plus qual ity code STRUCT ST BYTE 16 80 OutReal Read parameter of data type Real REAL 0 0 OutByte Read parameter of data type Byte BYTE 16 00 OutWord Read pa...

Page 828: ...ted by several blocks the blocks are executed based on the call sequence It is advisable to configure the program so that simultaneous initiation of multiple jobs is safely prevented Note The data records are read by means of acyclic services Since it is not possible to execute more than 8 acyclic services simultaneously per Profibus segment you are responsible for preventing the simultaneous star...

Page 829: ...fset Start address of the parameter in the read data record e g as of byte 12 1 Total length of the string to be read Note For string with a length of 16 bytes and Simatic format for example you must parameterize 18 bytes accordingly because bytes 0 and 1 also contain the maximum and current length of the string Startup characteristics This block has no startup characteristics Status word allocati...

Page 830: ...arameter assignment error Parameter assignment error A parameter assignment error is given at the following conditions Data record length LenDr is bigger than 64 256 bytes No data type or invalid data type selected input DataType is less than 1 or greater than 2 Offset plus length of the string StrLen exceeds the length of the data record LenDr Output QParaf is set and read jobs are rejected if a ...

Page 831: ...r 1 no request LenRd INT Length in bytes of the data record to read SlotWr INT Number of the slot for write requests ReqWr INT Request for writing the data record with this num ber 1 no request LenWr INT Length in bytes of the data record to write RdyRead INT The data record with this number was read 1 no data record read RdyWrite INT The data record with this number was written 1 no data record w...

Page 832: ...Dr64 256 block BOOL 0 RdyOK 1 Parameter was read without error BOOL 0 RdyErr 1 error when reading the parameter BOOL 0 RetValRd Return values of the RDREC block SFB52 BOOL 0 OuStruct Read array of bytes OctStr STRUCT Byte00 BYTE Byte59 255 BYTE 16 00 16 00 OuString Read string STRING 48 254 18 4 7 Block diagram of PiStAr64 256 A block diagram is not provided for this block 18 5 PiSA256H 18 5 1 Des...

Page 833: ... start of more than 8 jobs For this reason you are strongly advised not to use cyclic read services to read acyclic data Each instance of a PiDr 256 block cannot process more than one read or write job simultaneously Configuration Use the CFC editor to install the block in a cyclic interrupt OB OB30 to OB38 Interconnect the in out structure AcyclData of the PiSA256H block to the output of the same...

Page 834: ...nctions for this block are listed below Reading acyclic values The reading of acyclic values is initiated by a positive edge at input RdReq Output ReqDetect is set when the block has detected a positive edge Once the job was transferred to the PiDr256 block output ReqActive will be set to TRUE The end of reading is indicated at outputs RdyOK error free and RdyErr error These outputs remain set unt...

Page 835: ...ameters Parameter Description Type Default SlotHart Number of the slot channel within the AI or AO module to which HART device is connected in the HW Config INT 0 ReqByte0 3 Request bytes that must be transmitted when sending the HART command to the module if required BYTE 0 NumReqB Number of request bytes sent INT 0 Cmd Number of HART command with which the data record is read INT 0 RdReq Read re...

Page 836: ...h this num ber 1 no request LenWr INT Length in bytes of the data record to write RdyRead INT The data record with this number was read 1 no data record read RdyWrite INT The data record with this number was written 1 no data record written RetValRd WORD Return value of SFB RDREC SFB52 for the read job RetValWr WORD Return value of SFB WRREC SFB53 for the read job Input STRUCT Data that was read f...

Page 837: ...rameter was read without error BOOL 0 RdyErr 1 error when reading the parameter BOOL 0 RetValRd Return values of the RDREC block SFB52 BOOL 0 OuStruct Read array of bytes OctStr STRUCT Byte00 BYTE Byte255 BYTE 16 00 16 00 OuString Read string STRING 254 18 5 7 Block diagram of PiSA256H Block diagram of PiSA256H A block diagram is not provided for this block Driver blocks 18 5 PiSA256H SITRANS Libr...

Page 838: ...Driver blocks 18 5 PiSA256H SITRANS Library for PCS 7 838 Function Manual 05 2019 A5E35351976 11 ...

Page 839: ...itransT 331 SitrFC43 479 SitrLRHA 688 SitrLRPA 653 SitrLuHA 788 B Batch view 33 Block diagram FbFC43PA 639 FbMag6T 146 FC43PADr 629 FC43PATi 632 Lut400 173 Mag6T 111 Mr200 752 PiDr64 256 818 PiEl256H 827 PiEl64 256 822 PiSA256H 837 PiStAr64 256 832 SiFC43Dr 541 SiFC43PA 598 SitransP 397 SitransT 349 SitraPDr 417 SitrFC43 508 SitrLRHA 700 SitrLRPA 664 SitrLuHA 800 SitrP_PA 444 Block icon Lut400 181...

Page 840: ...nsP 366 SitransT 324 SitrFC43 468 SitrLRHA 681 SitrLRPA 645 SitrLuHA 781 SitrP_PA 424 Configuration notes PLut400 182 Control system fault SitransP 375 SitransT 331 Customer specific units 14 D Displaying auxiliary values Lut400 157 Mag6T 78 Mr200 725 SiFC43PA 560 SitransP 373 SitransT 329 SitrFC43 475 SitrLRHA 686 SitrLRPA 650 SitrLuHA 786 SitrP_PA 430 Dosing view Mag6T 125 SiFC43PA 623 SitrFC43 ...

Page 841: ... 768 Simulating signals 771 Status word allocation 770 FC43PADr Area of application 627 Block diagram 629 Configuration 628 How it works 627 I Os 628 Object name 627 Operating modes 628 Startup characteristics 628 FC43PATi Area of application 629 Block diagram 632 How it works 630 I Os 630 Object name 629 Startup characteristics 630 Feature 49 Pause in dosing in the event of a flow alarm 59 Specif...

Page 842: ...H 835 PiStAr64 256 830 PMag6T 130 SiFC43Dr 535 SiFC43PA 565 SipPS2HA 215 SipPS2PA 285 SitransP 379 SitransT 332 SitraPDr 413 SitrFC43 481 SitrLRPA 654 690 SitrLuPA 790 SitrP_PA 431 Instance specific messages Lut400 159 Mag6T 87 Mr200 729 SiFC43PA 563 SipPS2HA 214 SipPS2PA 283 SitransP 377 SitransT 331 SitrFC43 478 SitrLRHA 688 SitrLRPA 652 SitrLuHA 788 Interlocks SipPS2HA 199 SipPS2PA 269 L Limit ...

Page 843: ...handling 83 Functions 72 How it works 65 I Os 89 Instance specific messages 87 Limit monitoring 73 Message suppression 74 Messaging 86 Mode switchover error 85 Object name 65 Operating modes 70 Operator authorizations 76 Overview of error numbers 84 Preview 121 Process control error 86 Process messages 87 Result of the limit monitoring 73 Simulating signals 78 Startup characteristics 66 Status wor...

Page 844: ...4 256 828 SiFC43Dr 534 SiFC43PA 543 SipPS2HA 191 SipPS2PA 261 SitransP 361 SitransT 321 SitraPDr 412 SitrFC43 459 SitrLRHA 677 SitrLRPA 641 SitrLuHA 777 SitrP_PA 419 Operating modes FbFC43PA 634 FbMag6T 141 FC43PADr 628 Lut400 150 Mag6T 70 Mr200 718 PiDr64 256 814 PiEl256H 824 PiEl64 256 819 PiSA256H 834 PiStAr64 256 829 SiFC43Dr 535 SiFC43PA 550 SipPS2HA 197 SipPS2PA 267 SitransP 365 SitransT 324...

Page 845: ...cation 824 PiEl64 256 Area of application 818 Block diagram 822 Configuration 819 Error handling 820 Functions 819 How it works 818 I Os 821 Messaging 820 Object name 818 Operating modes 819 Parameter assignment error 820 Startup characteristics 819 Status word allocation 819 PiSA256H Area of application 833 Block diagram 837 Configuration 833 Error handling 834 Functions 834 How it works 833 I Os...

Page 846: ...erating modes 535 Startup characteristics 535 SiFC43PA Area of application 543 Associated values 563 Block diagram 598 Block icon 626 Configuration 544 630 Configuration data 553 Displaying auxiliary values 560 Error handling 560 Functions 552 Gradient monitoring 554 How it works 543 I Os 565 Instance specific messages 563 Limit monitoring 554 Messaging 561 Object name 543 Operating modes 550 Oper...

Page 847: ...izations 276 Overview of error numbers 281 Preview 315 Process control error 282 Process messages 283 Selecting a unit of measure 274 Specifying control valve positions 271 Startup characteristics 262 Static monitoring 273 Status word allocation 262 Time stamp 281 SitransP Area of application 361 Associated values 377 Block diagram 397 Block icon 411 Configuration 361 Configuration data 366 Contro...

Page 848: ... data 681 Displaying auxiliary values 686 Error handling 686 Functions 681 How it works 677 Instance specific messages 688 Limit monitoring 681 Messaging 687 Object name 677 Operating modes 680 Overview of error numbers 686 Preview 709 Process control error 687 Process messages 688 Simulating signals 685 Startup characteristics 678 Status word allocation 678 SitrLRPA Area of application 641 Associ...

Page 849: ... PLut400 189 PMag6T 138 PSipPS2 259 SipPS2 HA 235 SipPS2PA 305 SitransP 400 SitransT 351 SitrLRHA 702 SitrLRPA 666 SitrLuHA 802 SitrP_PA 446 Startup characteristics 50 FbFC43PA 634 FbMag6T 141 FC43PADr 628 FC43PATi 630 Lut400 148 Mag6T 66 PiDr64 256 814 PiEl256H 824 PiEl64 256 819 PiSA256H 834 PiStAr64 256 829 PLut400 183 PMag6T 130 PSipPS2 251 SiFC43Dr 535 SiFC43PA 544 SipPS2HA 192 SipPS2PA 262 S...

Page 850: ...Index SITRANS Library for PCS 7 850 Function Manual 05 2019 A5E35351976 11 ...

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