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NIVELCO MultiCONT, User And Programming Manual

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NIVELCO MultiCONT User And Programming Manual Download Page 41

 

prw2101a0600p_01 

 41 / 105

 

 

5.4.3.1

 

Source 

The quantity to be displayed in the “Main display” can be selected independently for each transmitter. Cross-check your selection in “Main menu”/”MultiCONT 
config.”/”HART”/”CommandSet”, to confirm the selection of the appropriate command containing the desired quantity. 

 

2: SE360

 42

PV
SV
TV
QV
Current
Percent
Level
Level%
TOT1
TOT2

Primary Value
Secondary Value
Tertiary Value
Quaternary Value
Current out of the transmitter*
PV in %
Level
Level in %
TOT1 and TOT2 Totalizer Values
during flow measurement

1: SE380
2: SE360
3 P 8
      :
x: ST340

: S 3 0

Source

 56

           :

Source
Rounding
Step

Main display

 55

           :

 

 

* Output current, as a displayed quantity is recommended to use only if there is only one device in the system, and if the „Short Address” is zero, 
i.e. the current output is not constant. 

 

Summary of Contents for MultiCONT

Page 1: ...BKI 11 ATEX 0017 prw2101a0600p_01 1 105 Manufacturer H 1043 Budapest Dugonics u 11 Tel 36 1 889 0100 Fax 36 1 889 0200 sales NIVELCO Process Control Co E mail nivelco com www nivelco com MultiCONT ...

Page 2: ...prw2101a0600p_01 2 105 ...

Page 3: ...outputs selection of language operation mode etc 26 5 1 3 Assignment of outputs relay and current to the device 27 5 1 4 Entering parameter values 28 5 1 5 Editing character variables e g Short TAG 29 5 2 STEPS OF PUTTING INTO OPERATION A MultiCONT NETWORK 29 5 2 1 Preparation of the Transmitters and the Universal Interface Modules 30 5 2 1 1 Preparation of the Transmitters 30 5 2 1 2 Preparing of...

Page 4: ...possible to enter the Main menu Devices menu 98 9 3 3 A Please wait message appears upon selecting DEV detect 98 9 3 4 The result of DEV detect is the No device message 98 9 3 5 The unit does not start up when switched on 98 9 3 6 The Response error entry is too frequent 98 9 4 ADDITIONAL INFORMATION 99 9 4 1 Problems that may occur during remote programming 99 9 4 2 MultiCONT transmits the parame...

Page 5: ...itters than one MultiCONT can handle further MultiCONT units can be wired in series via an RS485 line Remote programming of the transmitters and downloading of the parameters and measured data is possible using the MultiCONT The various outputs such as 4 20 mA relays and digital outputs can be controlled using measured values and new values calculated from the measured values Measured values Prima...

Page 6: ... mA modulation of the output current t Iout mA 20 mA 4 mA 1 Io 0 5 mA Io Io 0 5 mA 0 The enlarged picture shows that HART communication uses frequency modulation and logical 1 is assigned to 1200 Hz while 0 is assigned to 2200 Hz This is called FSK Frequency Shift Keying modulation The communication is realized with systematic series of impulses above described 1 1 1 The Communication The HART com...

Page 7: ...ers so if permitted by the loop voltage even a local indicator can be included into the loop Essentially the minimal voltage specified in the manual must be kept on the terminals of the transmitters Since the speed of transfer is 1200bit sec communication is slow because the master queries and the slave responds This can be speeded up if the querying is left out and the slave responds continuously...

Page 8: ...nsmitter with 4 20mA output if the polling address is 1 15 then we will have a constant 4 mA There is a deviation possibility for transmitters whose output current can be programmed to an arbitrary fixed value however in this case the minimal voltage drop on the terminal of the transmitters must be the minimum specified voltage otherwise the transmitter s will not be able to work measure or respon...

Page 9: ...nnot be reconfigured The Factory ID the Device Type ID and the Device ID together form the Long Address SW version Software version Software version of the device see device manual HW version Hardware version Hardware version of the device see device manual Apart from this they provide the specification of the HART version according to which the device s commands work 1 1 4 HART Command set We hav...

Page 10: ...alue 2 Read output current in mA and in percent of range 3 Read output current and four dynamic variables The primary secondary tertiary and quaternary variables are transmitted The secondary tertiary and quaternary variables are specified in the manual of the given device 6 Modify short polling address Write polling address If there is more than one device in the loop multidrop each device must h...

Page 11: ...any such commands exist the most important ones are the following 34 damping writing settling time 35 measurement range writing of upper and lower limits and or dimension 36 Upper limit now sets the upper limit 20 mA 37 Lower limit now sets the lower limit 4 mA 40 setting constant current output can be very useful during testing 41 Device self test sends back the result 42 Master reset setting fac...

Page 12: ... Shielded twisted cable pair with a cross section of 0 5 2 5 mm2 Connecting cables HART line Below1500 m shielded twisted cable pair with a min cross section of 0 5mm Above 1500 m shielded twisted cable pair with a min cross section of 0 8mm max resistance 75 ohm max capacitance 200 nF Number of powered transmitters Max 15 non Ex max 4 Ex transmitters Power supply Power consumption max power suppl...

Page 13: ...prw2101a0600p_01 13 105 2 1 ACCESSORIES Warranty Card User s and Programming manual Declaration of Conformity 2 universal cable gland sealings ...

Page 14: ...elay 2 x 4 20 mA Analogue output H 2 relays 2 x 4 20 mA Analogue output J 3 relays 2 x 4 20 mA Analogue output K 4 relays 2 x 4 20 mA Analogue output 9 RS 485 interface A 1 relay RS 485 interface L 2 relays RS 485 interface M 3 relays RS 485 interface N 4 relays RS 485 interface P 5 relays RS 485 interface E 1x 4 20mA Analogue output RS 485 interface B 1 relay 1 x 4 20 mA output RS 485 interface R...

Page 15: ...MENSIONS 160 166 89 5 A B B C A Pg9 or M16 B Pg11 or M20 C Pg11 Pg13 5 or M20 107 160 193 A Pg9 or M16 B Pg11 or M20 C Pg11 Pg13 5 or M20 C B B A 75 5 75 5 112 10 10 R 2 7 R 2 5 P W P C P D ARRANGEMENT OF MOUNTING HOLES P W P C P D ...

Page 16: ...cted against direct sunshine The power supply and ambient temperature values must not exceed the specifications in the Technical data Transmitters installed in hazardous areas must only be connected to the L and L terminals The housing of the transmitter must be grounded The transmitters must be connected using shielded twisted cable pairs ...

Page 17: ... the cables can be connected The same cable should not be used for AC and DC as well as for SELV and mains voltage For wiring of the transmitters shielded twisted cable pair STP should be used with the length depending on the number of connected units and the electrical properties of cable RS485 interface A TRD B TRD COM shielding Only PR types Non Ex versions only 4 1 2 Five relays version 1 2 3 ...

Page 18: ...able between the transmitter and the controller should be grounded at one end connected either to the internal or external part of the earthing screw Intrinsically safe Ex transmitters should be connected through the terminals L L to the controller These points are galvanically isolated from the other parts of the electronics Power supply for the Ex transmitter is current voltage and power limited...

Page 19: ...units with the same Short address See 5 2 Steps of commissioning 4 2 1 1 Wiring of 2 wire units transmitters Shielding grounded at the MultiCONT In non Ex versions only Transmitter 1 T 2 ransmitter T 3 ransmitter T N ransmitter I I SH L L MultiCONT 250 Us Shielded twisted cable pair Universal interface USER RS485 Non Ex area Ex area PJK 100 Universal interface modules MODULE RS485 ...

Page 20: ...rate power supply 85 255 VAC 11 4 28 VAC 11 4 40 VDC Shielding grounded at the MultiCONT I I SH L MultiCONT 250 Transmitter 1 T 2 ransmitter T 3 ransmitter T 15 ransmitter Shielded twisted cable pair Universal interface USER RS485 MODULE RS485 PJK 100 Universal Interface Modules ...

Page 21: ...r 1 T N ransmitter T 1 ransmitter T M ransmitter 85 255 VAC 11 4 28 VAC 11 4 40 VDC T 2 ransmitter T 3 ransmitter Shielding grounded at MultiCONT I I I SH I L L MultiCONT 250 Us Shielded twisted cable pair Shielded twisted cable pair Universal interface USER RS485 MODULE RS485 PJK 100 Universal Interface Modules ...

Page 22: ... The value of the terminal resistor depends on the wave impedance of the connecting cable The interface contains a 120 terminal resistor so please use a cable with appropriate impedance A configuration whereby there aren t 2 terminal resistors or where the 2 terminal resistors are not at the farthest points from each other is a bad configuration In such cases especially if the data transfer cable ...

Page 23: ...ers Formation of functional values difference of 2 measured values sum or average of 2 or more measured values Remote programming of devices although it is practical to program the devices in the laboratory before installation and wiring parameters of the transmitters e g P01 P02 etc will be used in this Manual in the same way as described in the Installation and User s Manual Programming of Multi...

Page 24: ... be performed Scanning HART line Device 3 HART logical error Click OK See a summary of the programming below A complete menu system is in Appendix 2 The relevant menu item and the value or character to be edited appears in a highlighted form and are used to select options within the menu The buttons are repetitive i e steadily pressing the button results in continuous stepping the menu repeats at ...

Page 25: ... with button The desired menu item can be selected using and repetitive functioning i e steady pressing results continuous stepping and jumping to the beginning at the end 1 SE300 1 M 2 Errors 2 3 125 m Relays 18 02 R_IN_2 03 R_IN_3 01 R_IN_1 Main menu 05 Current outs Devices Relays Error report E 02 SE300 2 Sensor 01 SE300 1 Reply 123456789ABDCDEF R R1 R2 R3 01 R_IN_1 19 Info Programming Default ...

Page 26: ...lays are de energized while inactive current outputs remain 0 mA Relays 18 02 R_IN_2 03 R_IN_3 01 R_IN_1 No active relay R_IN_1 is active Relays 18 02 R_IN_2 03 R_IN_3 01 R_IN_1 Use to switch between active and inactive relay states Selection of the various modes Relay mode current output mode language etc is done similarly Language 43 German French Hungarian Language 43 French English German Lang...

Page 27: ...380 1 2 SE380 2 3 SE360 1 Source 21 1 SE380 1 2 SE380 2 3 SE360 1 Source 21 Source Function Parameter Programming 20 Program Info Short TAG ID 01 R_IN_1 19 57 TV PV SV QV 1 SE380 1 2 SE380 2 3 SE360 1 Source 21 Relay R_IN_1 is controlled by the difference of the measured values of SE380 1 and SE380 2 1 SE380 1 2 SE380 2 3 SE360 1 Source 21 Relay R_IN_1 is controlled by the average of the measured ...

Page 28: ...witching between the and signs RP3 0 RP2 0 000 Parameter 23 RP1 0000 000 RP3 0 RP2 0 000 Parameter 23 RP1 0000 000 Changing cursor position RP3 0 RP2 0 000 Parameter 23 RP1 0000 000 RP3 0 RP2 0 000 Parameter 23 RP1 0000 000 Modifying the value of the digit no carry over RP3 0 RP2 0 000 Parameter 23 RP1 0010 000 RP3 0 RP2 0 000 Parameter 23 RP1 0000 000 can be used to quit without saving To save th...

Page 29: ...the device list see chapter 5 2 3 Configuration of the state of the transmitters Devices transmitters placed in the device list during the detection process automatically become active i e the MultiCONT queries them constantly This can be avoided by setting their state to be inactive see chapter 5 2 3 Detecting Universal Interface Modules The detected modules relays current outputs become inactive...

Page 30: ...erate There may happen that the transmitters could operate but HART signals will be distorted because the decreased terminal voltage and communication may be failed or not be able to work In networks with only one transmitter the short address of the unit can be 0 so the output of the transmitter operates in 4 20mA range In case of multiple transmitters the short addresses should be set between 1 ...

Page 31: ...sses Two or more modules with the same address must not be in one system Configuration is possible using the row of DIP switches that can be found on the top of the modules 0 31 1 2 4 8 16 ON OFF ADDR Example for setting the address 4 8 12 this is the Short Address of the module 5 2 2 Wiring Wiring has to be done according to the previous instructions See chapters 2 Technical Data and 4 1 Arrangem...

Page 32: ... MultiCONT config DEV detect program It is essential not to confuse the Short address with the List tag of the units In order to make possible to search and identify HART capable devices it is necessary to assign Short addresses ranging from 1 15 to the devices during their laboratory programming MultiCONT however registers the devices on the basis of the List tags ranging from 1 8 9 A B F At this...

Page 33: ... Programming current generator mode of operation and parameters see chapter 5 8 Information about UIM s TAG modification Programming of parameters affecting operation see chapter 5 4 Saves the actual configuration Loads the saved configuration Reset to default Clears device list relay and current output assignments and resets the parameters of MultiCONT conf Does not clear the switching number and...

Page 34: ...l Devices Current outs Inputs UIM s Default config Restart Relays MultiCONT config Save config Load config Main menu 01 DEV detect Main display List display User display Language Backlight Display contrast Report Prog CS EXT detect Sorting Trend HART USER RS485 LOG Password Clock MultiCONT conf 35 Select menu items using and buttons Enter by pressing ...

Page 35: ...e Scanning HART line Device N Same address M No HART device Deetect DEV 37 2 SEA 360 07 SAVE 1 SPA 440 01 Message appears and detection starts N 0 15 MultiCONT found devices with the same long address This is an error state and detection stops Return to by clicking OK MultiCONT config see next page No device found device list will remain empty see next page List of detected devices Short TAG Short...

Page 36: ...menu Devices menu item see chapter 5 5 programming devices The Long addresses of the transmitters can be read using the Eview configuration software preset to work with Short Addresses provided with HART capable devices Since the Long address can not be modified please send such a unit back to the manufacturer or call our Export Sales Department for help Question what happens if the MultiCONT does...

Page 37: ...line are not in the list but have responded to a query The Short Address Polling Address appears in brackets Whereby a unit in the list responds the Short Address will appear in brackets otherwise a will appear instead Upon selecting any unit that has responded either above or below the line an pressing OK the Short Tag can be changed MultiCONT only handles units above the line Note If the number ...

Page 38: ...elected device above the SAVE line it means that the list above the SAVE line is full and you cannot add more devices The lenght of the list depends on the type of the MultiCONT 1 2 4 8 15 see order code DEV detect 37 SAVE 2 SEA 360 3 SEA 360 07 4 SPA 380 08 1 ST 300 01 DEV detect 37 SAVE 2 SEA 360 3 SEA 360 07 4 SPA 380 08 1 ST 300 01 DEV detect 37 SAVE 2 SEA 360 07 3 SPA 380 08 4 SEA 360 1 ST 30...

Page 39: ...re not needed temporarily no need to delete it from the list it is enough to inactivate it in the following manner Main menu 01 Current outs Devices Relays Main menu 05 Current outs Devices Relays Devices 06 02 SE300 03 ST HCL 01 ST300 Devices 06 02 SE300 03 ST HCL 01 ST300 OK OK ESC ESC Upon re entering measuring mode the measured values of the inactive device are not shown on the display and sta...

Page 40: ...splay List display and Status field See 5 10 Among these the Main display and List display can be freely selected for each device The quantity to be displayed and the rounding of the decimal part can be set in the Main display This is where to configure the stepping of the results of the transmitters on the display n S 300 E 11 M FLOW A 06 41 2006 04 11 5 486 m Code of the device error or Locked m...

Page 41: ...ty 2 SE360 42 PV SV TV QV Current Percent Level Level TOT1 TOT2 Primary Value Secondary Value Tertiary Value Quaternary Value Current out of the transmitter PV in Level Level in TOT1 and TOT2 Totalizer Values during flow measurement 1 SE380 2 SE360 3 P 8 x ST340 S 3 0 Source 56 Source Rounding Step Main display 55 Output current as a displayed quantity is recommended to use only if there is only o...

Page 42: ...p Main display 55 5 4 3 3 Stepping Stepping is related to the display only The query of the transmitters and the control of the relays and current outputs operates constantly depending on the cycle time set in the background Main menu MultiCONT config HART Cycle time Source Rounding Step Main display 55 Step 48 Manual Auto step 5s Auto step 10s Polled manual stepping of the devices on the display ...

Page 43: ...ing hours of the instrument Level h for calculate instantaneous flow in case of flowmetering 1 80 2 E 6 3 P 8 x ST340 SE3 S 3 0 S 3 0 Source 61 Source List display 60 The output current as a display quantity is recommended to use only if there is only one device in the system and if the Short Address is zero i e if the current output is not constant The MultiCONT calculates the value of PV rate of...

Page 44: ...e difference or average In the case of difference or average display for given transmitters the values or dimensions are different 5 4 5 1 Editing the user display Type 6 51 Multiple Difference Average 1 PA 380 2 EA 8 3 PA 6 S S 3 0 S 3 0 Difference 52 1 PA 380 2 EA 8 3 PA 6 S S 3 0 S 3 0 Multiple 52 1 PA 380 2 EA 8 3 PA 6 4 SPA 380 S S 3 0 S 3 0 Average 52 SPA 380 65 PV SV TV QV SPA 380 65 PV SV ...

Page 45: ...erence 1 SPA 360 LEV PV 3 SPA 380 LEV PV 12 45 m 15 32 m 2 87 m U difference of SPA 360 and SPA 380 Average A 134 3 P 380 LEV PV S A 3 19 m 15 32 m U the calculated average List number of devices whose average value is calculated by MultiCONT The average value calculated from the measurement result of the selected devices can be stepped using and ...

Page 46: ...ttings related to the transmitter query and also to choose the HART commands which the MultiCONT uses to communicate with the devices HART 68 Short TAG Polling address Message Description Date Command set MultiCONT properties 5 4 6 1 MultiCONT Short TAG Arbitrary 8 character identifier Short TAG 54 P 100 ...

Page 47: ...rentiates them Polling address 54 00 5 4 6 3 Message An arbitrary message usually related to the operation and max 32 characters can be assigned to a device To change rows use OK and ESC Message 54 MULTICONT PROCESS CONTROLLER 5 4 6 4 Description An arbitrary text that can be assigned to a device max 16 characters Description 54 MULTICONT P 100 ...

Page 48: ...ays and current outputs This can be checked or modified in this menu point If a command became unselected which is needed for appropriate operation Program failure message will be generated in the relays and current outputs The display flashes showing that the result will not be refreshed because the needed HART command for this operation is unactivated So the modification of this option is not re...

Page 49: ... EasyTREK P01 PV SV TV QV PV SV TV QV PV SV TV QV PV SV TV QV 0 DIST LEV DIST Temp DIST Temp DIST Temp 1 LEV LEV DIST Temp LEV DIST Temp LEV DIST Temp LEV 2 LE LEV DIST Temp LE LEV DIST Temp LE LEV DIST Temp LE LEV 3 VOL LEV DIST Temp VOL LEV DIST Temp VOL LEV DIST Temp VOL LEV 4 VO LEV DIST Temp VO LEV DIST Temp VO LEV DIST Temp VO LEV 5 FLO LEV DIST Temp FLO LEV DIST Temp NIVOPRESS UNICONT THERM...

Page 50: ...or range Value of the difference in level between the Maximum range H P04 and the Minimum range dead zone near blocking in empty tank DIST H 0 full tank DIST Minimum range 100 Necessary for displaying the bargraph NIV129 NIVELCO device specific commands optimized for FLOW measurement TOT1 and TOT2 in float format EchoTREK 4 wire EchoTREK 2 wire EasyTREK EasyTREK NIVOTRACK NIVOCAP P01 PV Base 3 Pos...

Page 51: ... MODBUS prot Parity 83 No parity ODD parity EVEN parity STOP bit 84 1 STOP bit 2 STOP bit 5 4 8 Data Logger Logger capability of the MultiCONT has two main parts with the following functions Trend logger in a separate board in PED and PRD types Storing can be done to the FLASH or the memory card In case of trend logging the ID of the transmitter the primary value and three additional selectable va...

Page 52: ...3 0030 SV TV QV Current Percent Level Level TOT1 TOT2 PV rate of change Working Head of flow 5 SPA 360 144 PV abs change PV change PV limit mon PV zone mon Event controlled 146 1 hr 2 hrs 4 hrs 8 hrs 12 hrs 24 hrs Time window TOT 147 1 month 6 months 12 months Time window FM 148 01 I1 02 I2 12 I2n Áramgenerátorok 27 1 SEA 380 151 T001 2009 05 12 12 00 TOT 12568m3 Qave 35 6 l s Qmax 58 6 l s 2009 0...

Page 53: ...FLASH memory in the first step Capacity of the FLASH memory is 65000 entries Then if data are stored into an SD Secure Digital card the capacity is depended on the SD card The readout of the on board memory can be performed via the USB port with an ordinary commercial USB cable USB A B cable Usage of the SD card is detailed in the chapter 5 4 8 4 SEA 380 LEP 100 SEA 340 SPA 360 Source 143 Setting ...

Page 54: ...alue in LP1 LP1 PV relative change in Logging when relative change of Primary value PV reaches the value in LP1 in percentage LP1 PV limit value monitoring The logging monitors and stores the timestamps when Primary value PV exceeds or falls under the value in LP1 LP1 PV zone monitoring The logging monitors and stores the timestamps when Primary value PV quits from the zone defined by LP1 LP2 or w...

Page 55: ...al flow TOT the average flow Qave and monitors the maximal and the minimal flow Length of this time interval should be entered in minutes in LP3 parameter in the Parameters menu point Up to 256 time windows can be stored Read logging data Main menu MultiCONT conf LOG Show time window TOT OK and buttons are used for stepping in the list OK moves down 10 lines moves up 10 lines in the list T000 is t...

Page 56: ...gging entry is created the red LED wire indicates when data are stored to the SD card For storing data an SD Secure Digital memory card with maximum 2 GB capacity can be used SDHC MMC Compact Flash MiniSD MicroSD and other types of memory cards are not available to use In case of PED and PRD type devices which are able to trend logging checking of the LOGGER unit is done when turning it on Then th...

Page 57: ... is 2 GB One entry is about 200 byte so this capacity provides storing entries more than a million The LOGGER unit of the MultiCONT senses automatically the inserted SD card Then saving the FLASH memory into the memory card commences automatically State of this process can be followed in the trend bargraph Before remove the memory card the end of the write process when the red LED does not flash h...

Page 58: ... contain max 1000 entries but new logging files are created when turning ON OFF restart of the MultiCONT and exiting from the LOG menu After finishing the saving process to the SD card data are able to open in any PC with appropriate SD card reader The logging file is a special TAB articulated text file which can be read with any spreadsheet application if necessary Name of the sub directories on ...

Page 59: ... Logging entry code LG logger ST status SD mem card operation ER error message Date Logging entry date 2010 05 07 Time Logging entry time 13 01 40 Type Logging entry type see Type codes 2 Dev List tag of the source device 3 Addr HART Long address of the transmitter 151 30 2555904 Tag Short tag SAP 300 Err Error 0 Status Status 0 Curr1 FLOW Value1 125 67 Unit1 Primary Value m3 h Curr2 LEV Value2 0 ...

Page 60: ...lled In case of ST entries the selected values in LP1 LP2 and LP3 parameters can be read out from Value1 Value2 and Value3 In case of ST entries the following codes are in the Type and Dev columns Type B7 B6 B5 B4 B3 B2 B1 B0 00 absolute value change 01 value change in 10 limit value monitoring 11 zone monitoring 1 event controlled ON 1 time controlled ON Dev B7 B6 B5 B4 B3 B2 B1 B0 SD saving mode...

Page 61: ... TOT2 clear Clearing TOT2 from a NIVELCO instrument used for flow metering 6 MultiCONT clock set 7 Transmitter DEVICE default load Loading default settings of the transmitter from menu 8 MultiCONT default load 9 Logger delete from menu 10 MultiCONT error list clear 11 Transmitter program CRC altered MultiCONT checks CRC when entering and quitting remote programming mode Logging entries are created...

Page 62: ... process No access Scope 46 All Modify Password is 00000000 no restriction The Password is not 00000000 To enter and modify a password is needed Password modification permission is denied thus unable to modify password Go back to Unlock menu If Password is unlocked the key flashes if there was no password there is no key Password can be deleted by typing 00000000 Access to view parameters but not ...

Page 63: ...will be switched to immediately Language 43 English German French Hungarian select using Default english 5 4 11 Background lighting The background lighting of the display can be modified here Backlight 36 Low Auto High In auto mode pressing any button sets the backlight to high 10 s after the last button was pressed the backlight turns off ...

Page 64: ...05 11 15 6 18 59 224 18 C 22 C 35 C 2 devices transmitters in the loop max 15 No of Universal Interface Modules PJK 100 No of relays 64 sum of maximal internal and external relays No of current outputs Other inputs RS485 u interface RS485 m interface needed for UIM functioning No of bindings Type of MultiCONT S ser odule oftware type of MultiCONT Software version of MultiCONT Serial no of MultiCON...

Page 65: ...he device Factory setting 0 Factory ID for NIVELCO devices 151 Device type ID Software version of the transmitter see manual H version of the transmitter see amnual To query and modify the ardware Manufacturer s electronic serial number HART revision 0 Device selection with and buttons then press to query and modify parameters Device is active Device is not active but can be programmed as if it we...

Page 66: ... the device If the device is password protected parameters are only readable Editing the linearisation table see chapter 5 6 1 Draws the Echo map for ultrasonic transmitters returns with unknown DEV comm error for devices where this is not defined Clears TOT1 for with flow measurement function devices Password Password Password Return to default settings Clear TOT2 temperature calibration DIST cal...

Page 67: ...To correct the problem see the User s Manual of the respective device transmitter Explanation of the Echo Map of ultrasonic transmitters On enter 13 Echo 5 1 1 40 m 3 2 dB No of echoes No of selected echo on enter 1 select with or Measured echo is blinking 0 70 m 17 5 dB Amplitude and distance of the measured blinking echo The echo map Selected echo marking amplitude and distance after pressing bu...

Page 68: ... 300 Lin 04 OK OK OK OK Table with two rows Data pair to be edited Edit of 3 row has finished rd Edit using and buttons Editing left sided element of the data pair Right sided element of the data pair 0001 980 m 0 000 m s 3 Warning For the transmitter to compute the measurement results using the linearisation table linearisation has to be enabled in parameter P47 See the Installation and Programmi...

Page 69: ...such that the dimensions of RP1 and RP2 are determined by the devices assigned to them Thus if the chosen value is LEVEL m then the RPx parameters also have to be entered in LEVEL m 5 7 1 Relay Selection It is impossible to enter the relay menu if the system does not contain a single relay The number of relays in the system can be viewed under Main menu MultiCONT config Report See chapter 5 4 12 D...

Page 70: ...ent Location 1789 67 0 589 BE 9729718161 9728718160 Internal Info 74 Number of state changes of the relay The energisation and release are each considered a different state Relay energisation time The value that the relay state was calculated from if RP1 RP3 are known Actual state of the relay Relay ID number In case of an internal relay the h MultiCONT s ID if not then the module s ID Location of...

Page 71: ...he above example Relay R1_IN is controlled by the difference of the secondary values of SE300 and SP380 In case of a single unit the sign is indifferent in fact average might as well be selected In case of the selection of multiple devices control depends on the result of the mathematical sum If in the case of selected multiple devices the dimensions of the quantities are different the unit will d...

Page 72: ...ction Hyst Alarm Alarm K Alarm G Window Window D Error Impulse F TOT 1 Alt S Sequential PV rate of change 19 Relay R1_IN Program Short TAG Info Program Source Function Parameter Invert Clear TOT Update TOT Test Not selected Selected Select using ...

Page 73: ...ay will be energized below RP1 or by selecting Invert ON Hysterisis 2 5 of RP1 If RP1 0 the relay will be constantly energized RP1 t Energised De energised Relay RP1 Alarm K with delayed switching Default Invert OFF below RP1 relay will be de energized using delay in RP3 Factory default t 0 sec Delay can be set under RP3 in sec RP1 t Energised delay K De energised Relay K K RP1 RP3 Alarm G group A...

Page 74: ...nd RP2 relay will be de energized or by selecting Invert ON RP1 RP2 t Energised Delay K De energised Relay K K K K RP1 RP2 RP3 Error Default Invert OFF In case of error relay will be de energized RP3 0 for any error RP3 n for error of code n Inverted operation in case of error relay will be energized or by selecting Invert ON RP3 Impulse F Default Invert OFF relay will be energized for appr 200ms ...

Page 75: ...itching number will be the same for all of them In this case the connected relays will be energized and de energized one after the other irrespective of which relay s conditions are fulfilled As in the diagram relays programmed in this manner operate in the following sequence for Mode Alt S 1 23 1 23 Energised 123 1 2 3 De energised Mode Hysterisis 3 32 2 21 Energised 123 3 2 2 De energised t R3 E...

Page 76: ...n PVt1 PVt2 60 t1 t2 There are two operation m odes depending on the value of the parameters 1 RP1 RP2 0 For example Relay becomes energized when level is increasing in the tank too fast 2 RP1 RP2 0 For example Relay becomes energized when level is decreasing in the tank too fast Inversion of the operation can be performed with selecting Invert ON RP1 RP2 PV rate of change t RP1 RP2 Energized De E...

Page 77: ...ys max 8 relays can be operating in a group Sequential 1 Different switching points for the relays for turning ON and OFF Rx RP1 Rx RP2 Emptying with energized relay RP1 RP2 Sequential 2 Same switching points for turning ON and different switching points for turning OFF for the relays Rx RP1 Rx RP2 Emptying with energized relay RP1 RP2 LEV R2 ON RP1 R1 ON RP1 R1 OFF RP2 R2 OFF RP2 ON RP1 RELAY 1 O...

Page 78: ...erating alternately RP1 RP2 Sequential 4 Different switching points for the relays for turning ON and OFF Rx RP1 RX RP2 Filling with energized relay RP1 RP2 LEV 1 cycle 2 cycle ON RP1 RELAY 1 OFF RP2 ON RP1 RELAY 2 OFF RP2 R1 OFF RP2 R2 OFF RP2 R1 ON RP1 R2 ON RP1 LEV R2 ON RP1 R1 ON RP1 R2 ON RP1 R1 OFF RP2 R2 OFF RP2 ON RP1 RELAY 1 OFF RP2 ON RP1 RELAY 2 OFF RP2 1 cycle 2 cycle ...

Page 79: ...hing points for turning ON and same switching points for turning OFF for the relays Rx RP1 RX RP2 Filling with energized relay In case of x x 2 8 relays relays are operating alternately RP1 RP2 LEV 1 cycle 2 cycle ON RP1 RELAY 1 OFF RP2 ON RP1 RELAY 2 OFF RP2 R1 OFF RP2 R2 OFF RP2 R1 ON RP1 R2 ON RP1 R1 ON RP1 LEV 1 cycle 2 cycle ON RP1 RELAY 1 OFF RP2 ON RP1 RELAY 2 OFF RP2 R1 OFF RP2 R2 OFF RP2 ...

Page 80: ...r TOT Update TOT Test Parameter to be edited Selection of digit position Modifying sign and number For RP1 steps back to Programming sub menu for RP2 and RP3 steps back to the previous parameter Accepts parameter change and steps to the next pressing for RP3 values of RP1 RP3 are loaded to the memory and steps back to Programming sub menu ...

Page 81: ... the automatic saving done every 6 minutes The relay impulses that occur in the time elapse between the last save and the return of power get counted again after the power supply is turned on In order to avoid repeated counting use a UPS Example Let the TOT2 value of the transmitter be 1000m3 Let the TOTAL value of the relay also be 1000m3 Let the PULSE value of the relay be 0 At the same time ass...

Page 82: ...lay s PULSE The transmitter and the MultiCONT become synchronised The update operation is followed by the window below Updating TOT Press OK 5 7 3 7 Testing Relay operation can be tested as seen below Test 24 On Off Toggle Not selected Selected Select using Changing the selection will change the state of relay immediately In toggle mode pressing causes the state of the relay to switch ...

Page 83: ... are added 6 The result of the transmitters marked with is subtracted from the sum of the result of the transmitters marked with 7 Computes the average of the results of the transmitters marked with 8 If the Error function is selected no source assignment is required since errors of all active devices will be monitored 9 Relay state will not be changed HOLD if its assigned source does not reply 10...

Page 84: ...e dimensions of CP1 and CP2 be determined by the transmitter s Thus if the measurement mode is LEVEL m e g for SE 300 P01 x1 P00 00x then the programming has to be in LEVEL m too Main menu Current outputs Program Parameter For a detailed overview of the programming steps see Appendix 4 5 8 1 Selection of Current outputs It is impossible to enter the current output menu if the system does not conta...

Page 85: ... current output For an internal curr out this is the MultiCONT s ID for an external one this is the module s ID Location of the curr out Internal in MultiCONT external in module 5 8 3 Current Output programming 5 8 3 1 Source selection One or more devices can be assigned to a single current output 01 SE300 PV SV TV QV 19 01 C1_IN Program Short TAG Info Program Source Function Parameter Test 1 0 2 ...

Page 86: ... Function Parameter Test Variable Error 3 6 mA Error 22 mA Variable H Variable H 3 6mA 22mA Function 31 Not selected Selected Select using FUNCTION DESCRIPTION OF OPERATION PROG PAR Variable Operates in accordance to the selected PV SV TV QV value in the Source menu point The value in CP1 parameter is assigned to 4mA the value in CP2 parameter is assigned to 20mA CP1 CP2 Error 3 6mA Error 22mA CP3...

Page 87: ...ssing 5 8 3 3 Parameter configuration CP3 0 CP2 12 45 Parameter 32 CP1 0003 45 Program Source Function Parameter Test Parameter to be edited Selection of digit position Sign and number modification from P1 steps back to Programming sub menu from P2 and P3 steps back to the previous parameter Accepts parameter change and steps to the next row Pressing when P3 is highlighted loads the values of P1 P...

Page 88: ...ESENT RESTARTING In case of DATA FLASH or page CRC error DATA FLASH ERROR RESTARTING Number of the wrong page IA2 FLASH ERROR IA1 FLASH ERROR VARIABLE ERROR RESTARTING VERSION UPDATE DEFAULT LOADING DEVICE ERROR RESTARTING ROUTE ERROR RESTARTING RELAY ERROR RESTARTING CURRENT ERROR RESTARTING LOGER ERROR TYPE ERROR RESTARTING U485 NOT PRESENT RESTARTING M485 NOT PRESENT RESTARTING Checking clock i...

Page 89: ...dware check is successful MultiCONT is in measurement mode and queries the active transmitter 2010 01 21 A 09 32 1 SE300 DIST 1 M 2010 01 21 A 09 32 On the display the result of the first number list tagged transmitter can be seen Query of the 2 nd transmitter is in progress see 5 10 Measurement Mode ...

Page 90: ...Variable PV SV TV QV menu display ID op mode device ID short TAG n number of the in the list 1 9 A F device Code of the device error or Locked message if program protecting switch is on No of error logs Acknowledge erase with RS 485 communication SV 0 852 m LEV 0 514 m TOT1 1542 m3 TOT2 1 25 E7 m3 Main display List display Status field Actual date and time Err11 Errors 4 PV l s no errors max 4 row...

Page 91: ... of the safety copy can be performed in the Main menu Load config menu point When turning ON or restarting memory content is replaced into the operative memory from the FLASH memory if it is faultless calculated and stored CRC are the same If there is a safety copy from the settings the content of this FMS is copied to the operative memory OM and the automatic saving storage FMA FLASH memory when ...

Page 92: ...Sensor failure on the device Check device transmitter 4 Device Other device Error See chart next page Check programming of device See relevant Install and Prog Manual and measurement conditions 5 Program Error occurred during programming of relay or current output Check programming 6 Save Error occurred in the course of saving to memory If this happens repeatedly send device to the manufacturer 7 ...

Page 93: ...l be caused if assignment of more than one source with different dimensions to a relay or current output an appropriate value PV SV etc is assigned to a current output and CP1 CP2 see 5 8 Operation and parameters of current outputs assignment of flow value Impulse F to a relay and there is more than one source see 5 7 Relay configuration assignment of flow value Impulse F to a relay and RP3 0 see ...

Page 94: ...dification of parameters affecting operation such as relay parameters current output parameters activation of devices remote programming denying access to the Service menu denying permission to run DEV detect EXT detect under MultiCONT config The switch does not prevent modifications that do not influence the operation of the MultiCONT such as language backlight user image sorting restart etc ...

Page 95: ...front panel carefully tilt the front panel forward such that the cable band is not under tension and replace the fuse Warning Only use fuses specified in the table below The device contains 1 network fuse Its value depends on the power supply POWER SUPPLY FUSE B1 85 255 V AC 50 60Hz T400mA 11 4 28 V AC 50 60Hz 11 4 40 V DC T1A ...

Page 96: ...dev comm The address Long address in the HART message is not found in the list 14 Parameter saved Successful save of the parameter 15 Save error Error in writing to FLASH memory 16 Device added The selected device in the Device detect menu has been included into the list 18 Unknown param Unknown parameter during device detection 19 Default loaded Loading of Factory default depending on type was su...

Page 97: ...RP mode Unsuccessful exit after remote programming of device 9 2 OTHER MESSAGES No Message Explanation 1 Scanning HART line Displayed during device detection 2 Logical error Displayed instead of user s image if difference or average is selected but there is only one active device Displayed if the dimensions of the results of the selected devices are different 3 No user screen In Main menu MultiCON...

Page 98: ...een L and L the voltage is 0V The line is open circuited cut if there is no voltage between L és SH because there is no voltage drop on the sensing resistor Rfi 255Ω connected between these 2 points whereas the loop current should never be 0mA Check the terminal voltage at the devices transmitters If the terminal voltage is small it might be due to bad wiring big intermediate resistance or big loo...

Page 99: ...e other master can be connected to the L and SH terminals with a 255 Ohm sensing resistor inside 9 4 4 Upon exiting remote programming the unit tests to see if the transmitter really exited the remote programming mode During remote programming RP appears on the display of the transmitter If this is not successful then the Stuck in RP mode box message keeps us informed In this case it is not possib...

Page 100: ... Endress Hauser 18 Elsag Bailey 19 Fisher Controls 20 Foxboro 21 Fuji 22 ABB Automation 23 Honeywell 24 ITT Barton 25 Kay Ray Sensall 26 ABB Automation 27 Leeds Northrup 28 Leslie 29 M System Co 30 Measurex 31 Micro Motion 32 Moore Industries 33 Moore Products 34 Ohkura Electric 35 Paine 36 Rochester Instrument Systems 37 Ronan 38 Rosemount 39 Peek Measurement 40 Schlumberger 41 Sensall 42 Siemens...

Page 101: ... rate of change Parameter 23 RP1 0001 25 RP2 12 45 RP3 0 Function 31 Variable Error 3 6mA Error 22mA Variable H 3 6mA Variable H 22mA Parameter 32 CP1 0001 25 CP2 12 45 CP3 0 Source 30 1 SE380 2 ST360 n ST330 Source 21 1 SE380 2 ST360 n ST330 Parameter 11 P01 Meas mode P02 Unit P03 Round P19 Polling addr P20 Damping Short TAG 25 R_IN_3 Short TAG 34 C_IN_1 Info 74 Cycle 1785 Working 586 Input 0 39 ...

Page 102: ...064 Currents 002 016 Inputs 000 000 U485 YES M485 NO Bindings 012 100 Type PRC2M9 SW type 01 SW version 01 00 Serial No 123456 Date 2005 01 13 Working 6 8 29 Power cnt 125 Temp min 13 C Temperature 25 C Temp max 38 C Language 43 English German French Hungarian Backlight 36 High Low Auto SE380 67 COM 1 COM 2 COM 3 NIV 128 NIV 129 Detected DEV 37 1 SE300 01 2 SP360 SAVE 3 SCA380 08 4 STD330 12 Detec...

Page 103: ...ange Function 22 Not selected Selected Select using button Param ter e 23 RP1 0003 45 RP2 12 45 RP3 0 Parameter to be changed Selection of digit position Sign and number modification From RP1 exits to menu from RP2 and RP3 steps back to the previous parameter Programming Accepts parameter change and moves on Pressing when RP3 is highlighted loads RP1 RP3 to the memory and steps back to menu Progra...

Page 104: ... button Param ter e 32 C C C P1 0003 45 P2 12 45 P3 0 Parameter to be changed Selection of digit position Modify sign and number From CP1 exits to menu from CP2 and CP3 steps back to the previous parameter Accepts parameter change and moves on pressing when CP3 is highlighted loads CP1 CP3 to the memory and steps back to menu Programming Programming Info 64 Test 33 18 565 Short TAG 34 R132 HCL Mod...

Page 105: ...relay Double Difference Average List no of curr out Enter by pressing Exir by pressing Main menu Main menu Not assigned Assigned Not assigned Assigned de energised Assigned energised Scroll using and buttons Error type Device ID List no of error n SE300 11 M FLOW Err11 Errors 2 5 486 m bargraph menu ID mode device ID Short char TAG max 8 Line no of the device in the list Error code of the device s...

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