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Siemens SITRANS F Coriolis FCT030 Function Manual Download Page 132

View 6 settings

Table 4-56

View 6 settings   

Modbus 

register

Data type / 

Size in bytes

Parameter

Description

Default value 

[unit]

(unit register)

Value range / 

Setting options

Access 

level

9017

Unsigned / 2

Enable or disa‐

ble

Enable or disable view. 1

● 0: Disabled.
● 1: Enabled.

Read / 

write

9012

Unsigned / 2

View

Type of appearance.

2

● 1: Single value.
● 2: Active diagnostic 

events.

● 3: Three values.
● 4: Totalizer.
● 6: 1 value and bar 

graph.

● 7: 1 value and graph.
● 8: Six values.
● 9: Six diagnostic 

values.

Read / 

write

9033

Unsigned / 2

1

st

 value

Selection of the first val‐

ue.

12

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

9034

Unsigned / 2

2

nd

 value

Selection of the second 

value. Depending on 

the number of values.

2

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

9035

Unsigned / 2

3

rd

 value

Selection of the third 

value. Depending on 

the number of values.

3

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

9090

Unsigned / 2

4

th

 value

Selection of the fourth 

value. Depending on 

the number of values.

1

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

9091

Unsigned / 2

5

th

 value

Selection of the fifth val‐

ue. Depending on the 

number of values.

11

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

9092

Unsigned / 2

6

th

 value

Selection of the sixth 

value. Depending on 

the number of values.

0

See Selectable values 

dependent on the view 

type (Page 133).

Read / 

write

8080

Unsigned / 2

Trend scale 

mode

Scaling mode for the 

graph and totalizer 

view.

0

● 0: Automatic scaling.
● 1: Fixed scaling 

defined by Trend 
scale lower limit 
(8082) and Trend 
scale upper limit 
(8084).

Read / 

write

MODBUS commands
4.10 Modbus holding registers tables

FCT030 Modbus (From firmware 4.0)

132

Function Manual, 06/2018, A5E39931813-AB

Summary of Contents for SITRANS F Coriolis FCT030

Page 1: ...SITRANS F Coriolis Flowmeters FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB Introduction 1 Communication 2 Commissioning 3 MODBUS commands 4 Definitions A ...

Page 2: ...se 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 used these ...

Page 3: ... steps 17 3 5 Initial Setup 17 3 6 Adding a device to communication network 20 3 7 Configuring a new device 21 3 8 Wizard Quick Start via PDM 22 3 9 Wizard Zero Point adjustment 29 3 10 Changing parameter settings using SIMATIC PDM 30 3 11 Parameters accessed via drop down menus 31 4 MODBUS commands 33 4 1 Modbus addressing model 33 4 2 Modbus communication 33 4 3 Coil configuration 35 4 4 Modbus ...

Page 4: ...vents 139 4 10 7 1 Active events 139 4 10 7 2 Diagnostic log 143 4 10 7 3 Alarm items 145 4 10 8 Diagnostics 152 4 10 8 1 Device diagnostics 152 4 10 8 2 Temperature monitoring 152 4 10 8 3 Dosing 153 4 10 8 4 Inputs and outputs 165 4 10 8 5 Peak values 170 4 10 9 Characteristics 174 4 10 9 1 Product 174 4 10 9 2 Transmitter 174 4 10 10 SensorFlash 175 4 10 10 1 SensorFlash 175 4 10 10 2 Data logg...

Page 5: ...A Definitions 191 A 1 Definitions 191 Index 195 Table of contents FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 5 ...

Page 6: ...Table of contents FCT030 Modbus From firmware 4 0 6 Function Manual 06 2018 A5E39931813 AB ...

Page 7: ...and FSC300 In order to operate a Coriolis flow meter you also need Operating Instructions See Flow documentation http www siemens com flowdocumentation 1 2 Document history The following table shows major changes in the documentation compared to the previous edition The most important changes in the documentation when compared with the respective previous edition are given in the following table E...

Page 8: ...IC V8 2 Service Pack 1 or later 5 00 xx xx Modbus SIMATIC V8 2 Serv ice Pack 1 or later 5 00 xx xx HART SIMATIC V8 2 Serv ice Pack 1 or later 5 00 xx xx HART SITRANS DTM V4 1 5 00 xx xx HART AMS Device manager V12 5 00 xx xx PROFIBUS SIMATIC V8 2 Service Pack 1 or later 1 00 xx xx PROFIBUS SITRANS DTM V4 1 1 00 xx xx Introduction 1 3 Product compatibility FCT030 Modbus From firmware 4 0 8 Function...

Page 9: ...erating instructions The points below provide an overview of the major design criteria For further details contact Siemens 2 2 System configuration Non hazardous areas The following figures show examples of installations in point to point and multidrop configurations in non hazardous areas 56 0DVWHU 0HDVXULQJ GHYLFH Figure 2 1 Point to point configuration in non hazardous locations FCT030 Modbus F...

Page 10: ...Q ER RQQHFWLRQ ER RQQHFWLRQ ER 56 0DVWHU ZLUH FDEOH 3RZHU VXSSO Figure 2 2 Multidrop configuration branch in non hazardous area Communication 2 2 System configuration FCT030 Modbus From firmware 4 0 10 Function Manual 06 2018 A5E39931813 AB ...

Page 11: ...ures show examples of installations in point to point and multidrop configurations in hazardous areas 0DVWHU 56 D DUGRXV ORFDWLRQ 1RQ KD DUGRXV ORFDWLRQ RQGXLW VHDOV 0HDVXULQJ GHYLFH Figure 2 4 Point to point configuration in hazardous area Communication 2 2 System configuration FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 11 ...

Page 12: ...e device is slave in a 2 wire Modbus RTU RS 485 bus system Terminal A on the device must be connected to terminal A on the master host system Terminal B on the device must be connected to terminal B on the master host system This corresponds to a half duplex communication where the slave will only reply to a request from the master This example shows an EMC shielded enclosure for multidrop install...

Page 13: ...ranch cables Note Multidrop examples in this document show a trunk cable with short branch cables Maximum cable lengths The end to end length of the trunk cable must be limited The maximum length depends on the baud rate the cable gauge capacitance or characteristic impedance the number and types of loads on the daisy chain and the network configuration Note Maximum branch cable length Branch cabl...

Page 14: ...g the EOL termination DIP switches changed 2 4 1 Connecting the Modbus CH1 1 Remove cap and ferrule from cable gland and slide onto cable 2 Push cable through open gland and cable path 3 Restore ferrule and tighten cap to lightly hold cable in place 4 Signal cable screen is folded back over outer sheath and grounded beneath cable clamp Communication 2 4 Connecting FCT030 Modbus From firmware 4 0 1...

Page 15: ...r Modbus In B In A Out B Out A Functional Earth 6 Connect wires to terminals using wiring tool wall mount transmitter Modbus In B In A Out B Out A 7 Tighten cable gland Communication 2 4 Connecting FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 15 ...

Page 16: ...Communication 2 4 Connecting FCT030 Modbus From firmware 4 0 16 Function Manual 06 2018 A5E39931813 AB ...

Page 17: ...play compare adjust verify and simulate process device data also to set schedules for calibration and maintenance 3 4 Commissioning steps In the following it is described how to commission the device with SIMATIC PDM The steps are divided into the following sections 1 Initial Setup Page 17 2 Adding a device to communication network Page 20 3 Wizard Quick Start via PDM Page 22 4 Wizard Zero Point a...

Page 18: ...ion 2 Click on Hardware and Sound and then on Device Manager 3 Open Ports folder and double click the COM Port used by the system to open the Communications Port Properties window 4 Select the Port Settings tab and click the Advanced button 5 If the Use FIFO buffers check box is deselected click to select 6 Set Receiver Buffer and Transmitter Buffer to Low 1 Figure 3 1 COM Port Setting For serial ...

Page 19: ... the most recent Service Pack SP and the most recent hot fix HF Installing a new EDD 1 Download the EDD from the product page of our website www siemens com FC430 and save the files to your computer 2 Extract the zipped file to an easily accessed location 3 Launch the SIMATIC PDM Device Integration Manager browse to the unzipped EDD file and select it See also Commissioning steps Page 17 Wizard Qu...

Page 20: ...etwork Click on Assign Device Type and select Modbus Network Click OK two times Your PC is now added to the Modbus Network Right click Modbus Network and select Insert New Object Object Click on Assign Device Type and select Devices Modbus Sensors Flow Coriolis SIEMENS AG SITRANS FC Click OK two times Figure 3 2 Assigning Modbus device to network 2 Set up the communication parameters for SIMATIC M...

Page 21: ...tworks Right click on the object name SITRANS FC and select Object Properties Select the Communication tab and configure the Modbus address Figure 3 4 Set the Modbus address Click OK 3 7 Configuring a new device Note Clicking on Cancel during an upload from device to SIMATIC PDM will result in some parameters NOT being updated Commissioning 3 7 Configuring a new device FCT030 Modbus From firmware ...

Page 22: ...ccess level control The parameters are protected against changes by access level control To gain access select Access Management from the device menu select User and enter the PIN code The default user PIN code is 2457 Quick start Note The Quick Start wizard settings are inter related and changes apply only after you click on Apply and Transfer at the end of step 5 to save settings offline and tra...

Page 23: ...ialog boxes shown may vary according to the resolution setting for your computer monitor The recommended resolution is 1280 x 960 Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 23 ...

Page 24: ...PC PG and ensure PDM is synchronized with the device 2 Click on Next to accept the default values Descriptor Message and Date fields can be left blank Figure 3 5 Quick start step 1 Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 24 Function Manual 06 2018 A5E39931813 AB ...

Page 25: ...n overview of the various recommended installation orientations depending on the application Figure 3 6 Quick start step 2 Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 25 ...

Page 26: ... can be ordered with M12 connection or with terminated cable for example conduit connections Figure 3 7 Quick start step 3 Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 26 Function Manual 06 2018 A5E39931813 AB ...

Page 27: ... Flow Direction if necessary Figure 3 8 Quick start step 4 Reduce the sensitivity of the flow measurement signal by clicking on the Pulsating Flow button and selecting the appropriate filter Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 27 ...

Page 28: ... Apply to save settings offline or Apply and Transfer to save settings offline and transfer them to the device Figure 3 10 Quick start step 5 The message Quick Start was successful will appear Click on OK Commissioning 3 8 Wizard Quick Start via PDM FCT030 Modbus From firmware 4 0 28 Function Manual 06 2018 A5E39931813 AB ...

Page 29: ...Select Auto Click on Next It is recommended to use the default settings Change the Zero Point Adjustments Settings if necessary Click on Auto Zero Point Adjustment Commissioning 3 9 Wizard Zero Point adjustment FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 29 ...

Page 30: ...ote Clicking on Cancel during an upload from device to SIMATIC PDM will result in some parameters NOT being updated Commissioning 3 10 Changing parameter settings using SIMATIC PDM FCT030 Modbus From firmware 4 0 30 Function Manual 06 2018 A5E39931813 AB ...

Page 31: ...meter value field then click on Enter The status fields read Changed 3 Open the Device menu click on Download to device then use File Save to save settings offline The status fields are cleared 3 11 Parameters accessed via drop down menus Click on Device or View to open the associated drop down menus Commissioning 3 11 Parameters accessed via drop down menus FCT030 Modbus From firmware 4 0 Functio...

Page 32: ...ces Set the device checked The device can be set to checked or unchecked Check configuration Check configuration if it contains errors Wizard Quick Start Guide for a quick commissioning Wizard Zero Point Adjustment Guide for zero point adjustment automatic and manual Table 3 2 View menus View menus Description Process Variables online dialog Shows all process values Device Diagnostic online dialog...

Page 33: ...nge Setting options Access level 8291 Unsigned 2 Restart com munication Restarts the communication using configured slave address baud rate and parity framing 0 Cancel 1 Restart Write only 8005 Unsigned 2 Slave address HW DIP switch setting on the transmitter cassette Address is used if DIP switch is set to a value 0 Read only 8297 Unsigned 2 Slave address SW Software address of Modbus inter face ...

Page 34: ...200 Bit s 2 115200 Bit s 3 Reserved 4 38400 Bit s 5 57600 Bit s 6 76800 Bit s 7 1200 Bit s 8 2400 Bit s 9 4800 Bit s Read write 8299 Unsigned 2 Parity and framing Parity and framing of the Modbus communication interface Even pari ty 1 stop 0 Even parity 1 stop 1 Odd parity 1 stop 2 No parity 2 stops Read write MODBUS commands 4 2 Modbus communication FCT030 Modbus From firmware 4 0 34 Function Man...

Page 35: ...ied with Modbus coil reg ister 1 to determine the coil value If any bit of the register value is set which is also set in the bit mask then the coil value is true otherwise the coil is false 0 0 4294967295 Read write 10304 Unsigned 2 Modbus coil length 1 Output parameter that informs about the size in bytes of the parameter that is specified by Modbus coil address 1 Could be used to identify the r...

Page 36: ...ter that is specified by Modbus coil address 2 Could be used to identify the relevant bits of the Modbus coil bitmask 2 Read only 10399 Unsigned 2 Modbus coil length 20 Output parameter that informs about the size in bytes of the parameter that is specified by Modbus coil address 20 Could be used to identify the relevant bits of the Modbus coil bitmask 20 Read only 1 If default value is the comman...

Page 37: ... 2 Register 1 source Modbus register that ap pears within Modbus re quest is redirected to the pa rameter specified by Target register 1 65535 0 65535 Read write 10451 Unsigned 2 Register 1 target Register of an existing prod uct parameter to which a Modbus request is redirected 65535 0 65535 Read write 10488 Unsigned 2 Register 20 source Modbus register that ap pears within Modbus re quest is red...

Page 38: ...at transmission The Float Byte Order function ensures that the master and slave use the same sequence of the bytes when transmitting float values This enables the user to configure the FCT030 and operate the device with all types of PLCs without reprogramming the PLC The transmission order is configured by setting the parameter Byte Order in the submenu Device Communication Note The command Restar...

Page 39: ...ntent of multiple 16 bit registers 04 Read Input Registers Reads the binary content of multiple 16 bit registers 05 Write Single Coil Writes a single on off bit 06 Write Single Register Writes the binary content of single 16 bit register 07 Read Exception Status Delivers the global alarm status of the device 08 Diagnostics Provides a series of tests for checking the communication sys tem 15 Write ...

Page 40: ...ss 1 byte Function code 1 byte 17 Byte count 1 byte 62 Slave ID 1 byte Sensor device type 0 SITRANS FC Run indicator 1 byte 255 Running Manufacturer name 12 bytes SIEMENS Product name 32 bytes SITRANS F Product firmware version 16 bytes CRC 2 bytes 4 9 Access control Access control manages whether the Modbus master is allowed to modify device parameters Reading of parameters is always possible The...

Page 41: ...t expert PIN with Modbus register 8293 to reach this access level The Modbus master is able to modify the configuration of the device If an incorrect user PIN or an incorrect expert PIN is entered or if the device does not receive any request within 10 minutes the device resets the access level to read only 4 10 Modbus holding registers tables 4 10 1 Modbus holding registers tables intro In the fo...

Page 42: ...7964 Read only 7871 Float 4 Fraction A Fractional flow of medi um A Kg h 7865 mass flow m3 h 7867 volu meflow Read only 7881 Float 4 Fraction B Fractional flow of medi um B Kg h 7865 mass flow m3 h 7867 volu meflow Read only 7800 Float 4 Fraction A Fraction Flow Media A in Percent Read only 7810 Float 4 Fraction B Fraction Flow Media B in Percent Read only Table 4 9 IO values Modbus register Data ...

Page 43: ...lated status at output channel 3 0 1 Read only 10503 Float 4 Input current CH3 Measured current at in put channel 3 mA Read only 9129 Unsigned 2 Digital input sig nal CH3 Detected logical level at channel 3 0 1 Read only 9303 Float 4 Loop current CH4 Calculated current at output channel 3 mA Read only 9400 Float 4 Output frequen cy CH4 Calculated frequency at output channel 4 Hz Read only 9469 Flo...

Page 44: ...hich will be used when Totalizer 1 set is set to 2 8321 8320 8322 Read write 8319 Unsigned 2 Totalizer 1 tar get mode Sets the desired mode for the totalizer 8 8 Auto the totalizer algorithm running 16 Man the totalizer algorithm is stopped The totalizer value can be written Read write 8400 Float 4 Totalizer 2 value Totalized value of total izer 2 Units depends on the selected proc ess value the t...

Page 45: ...rite 8503 Unsigned 2 Totalizer 3 set Run reset or preset to talizer 3 0 0 Totalize 1 Reset 2 Preset to Totalizer 1 preset value Read write 8504 Unsigned 2 Totalizer 3 di rection Totalizer 3 direction 1 0 Balanced 1 Positive 2 Negative 3 Hold Read write 8516 Float 4 Totalizer 3 pre set value Preset value which will be used when Totalizer 3 set is set to 2 8321 8320 8322 Read write 8519 Unsigned 2 T...

Page 46: ...day 24 l s liters per second 25 Ml d million liters per day 26 ft s cubic feet per second 27 ft d cubic feet per day 28 m s cubic meters per second 29 m d cubic meters per day 30 i gal h Imperial gallons per hour 31 i gal d Imperial gallons per day 130 ft h cubic feet per hour 131 m min cubic meters per minute 132 BBL42 s 1 barrel 42 US gallons 133 BBL42 min 1 barrel 42 US gallons 134 BBL42 h 1 ba...

Page 47: ...ond 74 kg min kilograms per minute 75 kg h kilograms per hour 76 kg d kilograms per day 77 t min 1 t 1000 kg 78 t h 1 t 1000 kg 79 t d 1 t 1000 kg 80 lb s pounds per second 81 lb min pounds per minute 82 lb h pounds per hour 83 lb d pounds per day 84 STon min 1 STon 2000 lb 85 STon h 1 STon 2000 lb 86 STon d 1 STon 2000 lb 87 T h 1 T 2240 lb 88 T d 1 T 2240 lb 253 custom units see Custom mass flow...

Page 48: ...r hour 179 Sl min standard liters per minute 180 Sl s standard liters per second 181 Nm d normal cubic meters per day 182 Nm min normal cubic meters per minute 183 Nm s normal cubic meters per second 184 Sft d standard cubic feet per day 185 Sft h standard cubic feet per hour 186 Sft s standard cubic feet per second 187 Sm d standard cubic meters per day 188 Sm h standard cubic meters per hour 189...

Page 49: ...sity units string 8464 factor 8462 Read write 7700 Unsigned 2 Temperature units Units for tempera ture values 32 32 C degrees Celsius 33 F degrees Fahrenheit 34 R degrees Rankine 35 K kelvins Read write 8321 Unsigned 2 Totalizer 1 units Units for volume quantities of totalizer 1 totalizer 1 is config ured to vol ume flow 41 40 US gallons 41 l liters 42 i gal Imperial gallons 43 m cubic meters 46 B...

Page 50: ...to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft standard cubic feet 171 Sl standard liters 172 Sm standard cubic meters Read write 8421 Unsigned 2 Totalizer 2 units Units for volume quantities of totalizer 2 totalizer 2 is config ured to vol ume flow 41 40 US gallons 41 l liters 42 i gal Imperial gallons 43 m cubic meters 46 BBL42 1 barrel 42 US gallons 110 bush...

Page 51: ... Units for standard volume quantities of totalizer 2 totalizer 2 is config ured to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft standard cubic feet 171 Sl standard liters 172 Sm standard cubic meters Read write 8520 Unsigned 2 Totalizer 3 units Units for mass quan tities of to talizer 3 to talizer 3 is configured to mass flow 61 60 g grams 61 kg kilograms 62 t 1...

Page 52: ... US gallons 170 BBL31 1 barrel 31 US gallons 236 hl hectoliters 253 custom units see Custom volume units string 8452 factor 8450 Read write 8522 Unsigned 2 Totalizer 3 units Units for standard volume quantities of totalizer 3 totalizer 3 is config ured to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft standard cubic feet 171 Sl standard liters 172 Sm standard cubi...

Page 53: ...Read write 8992 Usigned 2 Mass units CH2 Units for mass quan tities rela ted to CH2 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units string 8476 factor 8474 Read write 8994 Unsigned 2 Standard vol ume units CH2 Units for standard volume quantities related to CH2 171 166 Nm norma...

Page 54: ...d write 9292 Unsigned 2 Mass units CH3 Units for mass quan tities rela ted to CH3 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units string 8476 factor 8474 Read write 9294 Unsigned 2 Standard vol ume units CH3 Units for standard volume quantities related to CH3 171 166 Nm normal ...

Page 55: ...8450 Read write 9492 Unsigned 2 Mass units CH4 Units for mass quan tities rela ted to CH4 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units string 8476 factor 8474 Read write 9494 Unsigned 2 Standard vol ume units CH4 Units for standard volume quantities related to CH4 171 166 Nm...

Page 56: ...lues related to Sm3 s 1 0 Read write 8458 String 8 Custom mass flow units string User specif ic string for mass flow values Read write 8456 Float 4 Custom mass flow units factor Conversion factor for user specif ic mass flow values related to kg s 1 0 Read write 8464 String 8 Custom density units string User specif ic string for density val ues Read write 8462 Float 4 Custom density units factor C...

Page 57: ...pecif ic string for volume quantities Read write 8450 Float 4 Custom volume units factor Conversion factor for user specif ic volume quantities related to m3 1 0 Read write 8476 String 8 Custom mass units string User specif ic string for mass quan tities Read write 8474 Float 4 Custom mass units factor Conversion factor for user specif ic mass quantities related to kg 1 0 Read write MODBUS command...

Page 58: ...amping Select process noise dampinglevel 0 55 ms filtering Centrifugal Pump 1 110 ms filter ing TriplexPump 2 220 ms filtering Du plexPump 3 400 ms fil tering Simplex Pump 4 800 ms filter ing CamPump 1 0 Low to 4 High Read write 2125 Float 4 Low Massflow Cut Off Set massflow limit for lowflow cut off Below this limit massflowout put is forced to zero If Low Flow Cut Off is set to0 the cut off func...

Page 59: ...Define threshold value of empty tube 500 kg m3 14 000 to 14 000 Read write 2129 Unsigned 2 Empty Tube De tection Set automatic detec tion of Empty Tube On Off 0 off Empty tube is off 1 on a density value below Empty Tube Limit trig gers an alarm All flow rate val ues are forced to zero 0 0 to1 Read write MODBUS commands 4 10 Modbus holding registers tables FCT030 Modbus From firmware 4 0 Function ...

Page 60: ... 0 5 set the density factor to 1 005 The displayed density value will now be 0 5 higher than before 1 1 999 to 1 999 Read write 2444 Float 4 Density Correc tion Offset Set density compensa tion value offset in order to make an offset on the measured density To make the flowmeter show 2 kg m3 change the density offset to 2 000 kg m3 in the Sensor menu 1 kg m3 1 400 to 1 400 Read write MODBUS comman...

Page 61: ... actual percentage of unsta ble measurements is calculated 5 s 1 to 10 Expert 3 9 6 Filter Start Hysteresis Set the hysteresis value The fil ter is active when the hysteresis value is exceeded 0 02 mV 0 to 0 124 Expert 3 9 7 Minimum Filtering Time Set the filtering time The filter ing time is reset each time hys teresis band is exceeded 100 cycles 0 to 65535 Expert 3 9 8 Filter Iteration Set the n...

Page 62: ...n zero adjust is initiated by selecting Start Zero Point Adjustment the massflow values are acquired and totalized for the configured period Duration The default zero point adjustment period 30 s is normally sufficient for a stable zero point measurement Note Extremely low flow quantity If the flow quantity is extremely small extremely precise measurement is necessary In this case a long zero poin...

Page 63: ...f the fluid for example on the presence of bubbles or particles The standard deviation must be within the determined Standard Deviation Limit Modbus address 2138 Note Exceeded standard deviation limit If the standard deviation is greater than the configured limit proceed as follows Check that the tube is completely filled and that the flow rate is absolute zero Check that the installation is vibra...

Page 64: ...ription Default value units units register Value range Setting options Access level 7409 Unsigned 2 Mass flow sta tus Quality sta tus code of the process value Mass flow Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not limited Process data status bit 6 7 11 Good 01 Poor Accuracy 10 Manual Fixed 00 Bad Read only 7509 Unsigned 2 Volume flow status Quality sta tus code of the pr...

Page 65: ...e status Quality sta tus code of the process value Me dia temper ature Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not limited Process data status bit 6 7 11 Good 01 Poor Accuracy 10 Manual Fixed 00 Bad 7714 Unsigned 2 Frame tempera ture status Quality sta tus code of the process value Frame tem perature Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not ...

Page 66: ...B Per cent status Quality sta tus code of the process value Frac tion B Per cent Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not limited Process data status bit 6 7 11 Good 01 Poor Accuracy 10 Manual Fixed 00 Bad 7891 Unsigned 2 Fraction A flow status Quality sta tus code of the process value Frac tion A flow Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00...

Page 67: ... status Quality sta tus code of the process value Ref erence den sity Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not limited Process data status bit 6 7 11 Good 01 Poor Accuracy 10 Manual Fixed 00 Bad Read only 7963 Unsigned 2 Corrected vol ume flow status Quality sta tus code of the process Corrected value vol ume flow Limit status bit 4 5 11 Constant 01 Low limited 10 Hig...

Page 68: ...izer 2 sta tus Quality sta tus code of the process value Total izer 2 Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not limited Process data status bit 6 7 11 Good 01 Poor Accuracy 10 Manual Fixed 00 Bad Read only 8518 Unsigned 2 Totalizer 3 sta tus Quality sta tus code of the process value Total izer 3 Limit status bit 4 5 11 Constant 01 Low limited 10 High limited 00 Not lim...

Page 69: ...ower alarm limit Falling below this limit causes an alarm max volume flow m3 s 7500 max volume flow max volume flow Read write 7512 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 0 m3 s 7500 0 max volume flow Read write Mass flow settings Table 4 17 Mass flow settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value r...

Page 70: ... limit causes a warning max density kg m3 7600 0 max density Read write 7605 Float 4 Lower warning limit Falling below this limit causes a warning 1 0 kg m3 7600 0 max density Read write 7607 Float 4 Lower alarm limit Falling below this limit causes an alarm 1 0 kg m3 7600 0 max density Read write 7612 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 kg m3 7600 0 max densi...

Page 71: ...ng this limit causes a warning max medium temperature C 7700 min medium temperature max medium temperature Read write 7719 Float 4 Lower warning limit Falling below this limit causes a warn ing min medium temperature C 7700 min medium temperature max medium temperature Read write 7721 Float 4 Lower alarm limit Falling below this limit causes an alarm min medium temperature C 7700 min medium temper...

Page 72: ...0 0 100 Read write 7818 Float 4 Lower alarm limit Falling below this limit causes an alarm 0 0 100 Read write 7859 Float 4 Hysteresis Hysteresis that af fects the alarm and warning limits 0 0 100 Read write Table 4 23 Fraction mass flow A settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 7873 Float 4 U...

Page 73: ...options Access level 7883 Float 4 Upper alarm limit Exceeding this limit causes an alarm 100 0 100 Read write 7885 Float 4 Upper warning limit Exceeding this limit causes a warning 100 0 100 Read write 7887 Float 4 Lower warning limit Falling below this limit causes a warn ing 0 0 100 Read write 7889 Float 4 Lower alarm limit Falling below this limit causes an alarm 0 0 100 Read write 7863 Float 4...

Page 74: ...ting options Access level 8305 Unsigned 2 Process value Select process value for totalization 0 0 Cut off filtered mass flow 1 Cut off filtered volume flow 4 Corrected volume flow 5 Fractional flow medium A 5 Fractional flow medium B Read write 8302 Unsigned 2 Fail safe behav ior Behavior of the totaliz er during the occur ence of bad input value 0 0 RUN totalization is continued using the bad inp...

Page 75: ...s a warning when mass flow is selected as input Max floating point value kg 8320 Read write 8310 Float 4 Mass lower warning limit Falling below this limit causes a warning when mass flow is selected as input Min floating point value kg 8320 Read write 8312 Float 4 Mass lower alarm limit Falling below this limit causes an alarm when mass flow is selected as input Min floating point value kg 8320 Re...

Page 76: ...rocess value for totalization 0 0 Cut off filtered mass flow 1 Cut off filtered volume flow 4 Corrected volume flow 5 Fractional flow medium A 5 Fractional flow medium B Read write 8402 Unsigned 2 Fail safe behav ior Behavior of the totaliz er during the occur ence of bad input value 0 0 RUN totalization is continued using the bad input value 1 HOLD totalization is stopped 2 MEMORY totalization is...

Page 77: ... Read write 8410 Float 4 Mass lower warning limit Falling below this limit causes a warning when mass flow is selected as input Min floating point value kg 8420 Read write 8412 Float 4 Mass lower alarm limit Falling below this limit causes an alarm when mass flow is selected as input Min floating point value kg 8420 Read write 8414 Float 4 Mass alarm hys teresis Hysteresis that affects the alarm a...

Page 78: ...rocess value for totalization 0 0 Cut off filtered mass flow 1 Cut off filtered volume flow 4 Corrected volume flow 5 Fractional flow medium A 5 Fractional flow medium B Read write 8502 Unsigned 2 Fail safe behav ior Behavior of the totaliz er during the occur ence of bad input value 0 0 RUN totalization is continued using the bad input value 1 HOLD totalization is stopped 2 MEMORY totalization is...

Page 79: ... Read write 8510 Float 4 Mass lower warning limit Falling below this limit causes a warning when mass flow is selected as input Min floating point value kg 8520 Read write 8512 Float 4 Mass lower alarm limit Falling below this limit causes an alarm when mass flow is selected as input Min floating point value kg 8520 Read write 8514 Float 4 Mass alarm hys teresis Hysteresis that affects the alarm a...

Page 80: ... Default value units units register Value range Setting options Access level 8801 Unsigned 2 Operation mode Operation mode 0 0 Off 1 Current output 2 Frequency output 3 Pulse output 4 Signal output Read write 7420 Unsigned 2 Active passive operation Shows application pos sibilities 0 Active operation not possible use passive wiring 1 Active operation possible hardware is able to drive the current ...

Page 81: ...806 Unsigned 2 Current mode Mode of current output 0 0 4 20 mA 3 5 3 8 20 5 22 6 NAMUR 1 4 20 mA 3 75 4 0 20 8 22 6 US 2 4 20 mA 2 0 4 0 20 5 22 0 3 4 20 mA 2 0 4 0 24 0 25 0 4 0 20 mA 0 0 0 0 20 5 22 0 5 0 20 mA 0 0 0 0 24 0 25 0 Read write 8866 Float 4 Upper range value volume flow Upper volume flow val ue that is mapped to the upper nominal range boundary selec ted by Current mode 8806 Applicab...

Page 82: ...rrent mode 8806 Applicable if Process value 8802 2 Max density kg m3 7600 Read write 8872 Float 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary selec ted by Current mode 8806 Applicable if Process value 8802 2 0 08 kg m3 7600 Read write 8874 Float 4 Upper range value tempera ture Upper medium temper ature value that is map ped to the upper...

Page 83: ...pper nominal range boundary selected by Current mode 8806 Applicable if Process value 8802 18 19 or 31 1 0 m s 8014 7648 Read write 10002 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Current mode 8806 Applicable if Process value 8802 18 19 or 31 0 0 m s 8014 7648 Read write 10004 Float 4 Upper range value pressure Upper proc...

Page 84: ... range boundary selected by Current mode 8806 Applicable if Process value 8802 25 or 26 20 0 mA Read write 10014 Float 4 Lower range value current Lower current value that is mapped to the lower nominal range boundary selected by Current mode 8806 Applicable if Process value 8802 25 or 26 4 0 mA Read write 10016 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to t...

Page 85: ...a fault 0 0 Lower fault current 1 Upper fault current 2 Last valid value 3 Disabled 4 Custom value Read write 8815 Float 4 Fail safe value Output value in case of a fault and when Fail safe behavior 8814 is configured to 4 0 0 mA 0 0 25 0 Read write 7146 Float 4 Forced value Forced value when forcing is active 4 0 mA 3 5 25 0 Read write 8886 Float 4 Offset adjust ment Command to trim the lower ran...

Page 86: ...d write 8937 Float 4 Frequency val ue low Lower frequency value Lower nominal output range boundary 0 0 Hz 0 0 12500 0 Read write 8915 Float 4 Upper range value volume flow Upper volume flow val ue that is mapped to the upper nominal range boundary selec ted by Frequency value high 8935 Applicable if Process value 8904 1 0 4 max volume flow m3 s 7500 Read write 8917 Float 4 Lower range value volum...

Page 87: ...e if Process value 8904 2 600 kg m3 7600 Read write 8923 Float 4 Upper range value tempera ture Upper medium temper ature value that is map ped to the upper nomi nal range boundary se lected by Frequency value high 8935 Ap plicable if Process val ue 8904 3 Max medium temperature C 7700 Read write 8925 Float 4 Lower range value tempera ture Lower medium temper ature value that is map ped to the low...

Page 88: ...Lower current value that is mapped to the lower nominal range boundary selected by Frequency value low 8937 Applicable if Process value 8904 25 or 26 4 0 mA Read write 8908 Float 4 Damping value Time constant of damp ing filter for frequency output signal 0 0 s 0 0 100 0 Read write 8939 Unsigned 2 Fail safe behav ior Frequency output reac tion in case of a fault 2 0 Frequency value low 1 Frequency...

Page 89: ...utput pulse Ap plicable if Process val ue 8960 is set to 0 1 0 kg 8992 Read write 8967 Float 4 Amount of standard vol ume Amount value to gener ate an output pulse Ap plicable if Process val ue 8960 is set to 27 1 0 NI 8994 Read write 10055 Unsigned 2 Pulses per amount Number of pulses which will be output when configured amount is reached 1 Read write 8974 Float 4 Pulse width Pulse duration 0 1 s...

Page 90: ...ection of alarm classes which impact the status out put Each diagnostic event is allocated to an alarm class See Alarm items Page 145 Applicable if Status mode 0 0 Bit 0 Process value alarm PA Bit 1 Process value warning PW Bit 2 Maintenance alarm MA Bit 3 Maintenance warning MW Bit 4 Maintenance required MR Bit 5 Function check FC Read write 8899 Unsigned 2 NAMUR status signals Bit encoded select...

Page 91: ...t the output See Alarm items Page 145 Applicable if Status mode 1 0 Read write 10056 Unsigned 4 Alarm items 9 Bit encoded selection of alarm items that im pact the output See Alarm items Page 145 Applicable if Status mode 1 0 Read write 8854 Unsigned 4 Alarm items 7 Bit encoded selection of alarm items that im pact the output See Alarm items Page 145 Applicable if Status mode 1 0 Read write 8852 U...

Page 92: ... Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9101 Unsigned 2 Operation mode Operation mode 0 0 Off 1 Current output 2 Frequency output 3 Pulse output 4 Signal output 5 Discrete input 6 Analog input Read write 7430 Unsigned 2 Active passive operation Shows application pos sibilities 0 Active operation not possible use passive wirin...

Page 93: ... 9106 Unsigned 2 Current mode Mode of current output 0 0 4 20 mA 3 5 3 8 20 5 22 6 NAMUR 1 4 20 mA 3 75 4 0 20 8 22 6 US 2 4 20 mA 2 0 4 0 20 5 22 0 3 4 20 mA 2 0 4 0 24 0 25 0 4 0 20 mA 0 0 0 0 20 5 22 0 5 0 20 mA 0 0 0 0 24 0 25 0 Read write 9166 Float 4 Upper range value volume flow Upper volume flow val ue that is mapped to the upper nominal range boundary selec ted by Current mode 9106 Aplica...

Page 94: ...rrent mode 9106 Applicable if Process value 9102 2 Max density kg m3 7600 Read write 9172 Float 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary selec ted by Current mode 9106 Applicable if Process value 9102 2 0 08 kg m3 7600 Read write 9174 Float 4 Upper range value tempera ture Upper medium temper ature value that is map ped to the upper...

Page 95: ...pplicable if Process value 9102 25 or 26 20 0 mA Read write 10114 Float 4 Lower range value current Lower current value that is mapped to the lower nominal range boundary selected by Current mode 9106 Applicable if Process value 9102 25 or 26 4 0 mA Read write 9107 Float 4 Damping value Time constant of damp ing filter for current out put signal 0 0 s 0 0 100 0 Read write 9591 Unsigned 2 Filter sa...

Page 96: ...e loop current Simulate a loop current of 20 0 mA measure the current with an am pere meter and write the measured value to this register 0 25 Write on ly Channel 3 frequency output settings Table 4 37 Channel 3 frequency output settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9299 Unsigned 2 Redundan...

Page 97: ...pper nominal range boundary selec ted by Frequency value high 9235 Applicable if Process value 9204 1 0 4 max volume flow m3 s 7500 Read write 9217 Float 4 Lower range value volume flow Lower volume flow val ue that is mapped to the lower nominal range boundary selec ted by Frequency value low 9237 Applicable if Process value 9204 1 0 0 m3 s 7500 Read write 9211 Float 4 Upper range value mass flow...

Page 98: ...p plicable if Process val ue 9204 3 Max medium temperature C 7700 Read write 9225 Float 4 Lower range value tempera ture Lower medium temper ature value that is map ped to the lower nomi nal range boundary se lected by Frequency value low 9237 Appli cable if Process value 9204 3 Min medium temperature C 7700 Read write 9227 Float 4 Upper range value standard volume flow Upper standard volume flow ...

Page 99: ... 0 100 0 Read write 9591 Unsigned 2 Fail safe activa tion condition Fail safe activation con dition 1 0 Bad status of selected process value 1 Active Maintenance alarm or Failure NAMUR Read write 9281 Unsigned 2 Fail safe min time Minimum time the out put stays in fail safe be havior 0 s 0 100 Read write 9239 Unsigned 2 Fail safe behav ior Frequency output reac tion in case of a fault 2 0 Frequenc...

Page 100: ...Positive and negative directions Read write 9265 Float 4 Amount of vol ume Amount value to gener ate an output pulse Ap plicable if process val ue 9260 is set to 1 0 001 m3 8993 Read write 9263 Float 4 Amount of mass Amount value to gener ate an output pulse Ap plicable if process val ue 9260 is set to 0 1 0 kg 8992 Read write 9267 Float 4 Amount of standard vol ume Amount value to gener ate an ou...

Page 101: ...es s 0 0 12500 0 Read write 7158 Float 4 Forced value Forced value when forcing is active 1 0 pulses s 0 0 12500 0 Read write Channel 3 status output settings relay Table 4 39 Channel 3 status output settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9141 Unsigned 2 Status mode Select the functionality ...

Page 102: ...f alarm items that im pact the output Mainly sensor alarms See Alarm items Page 145 Applicable if Status mode 1 0 Read write 9148 Unsigned 4 Alarm items 4 Bit encoded selection of alarm items that im pact the output See Alarm items Page 145 Applicable if Status mode 1 0 Read write 9150 Unsigned 4 Alarm items 5 Bit encoded selection of alarm items that im pact the output See Alarm items Page 145 Ap...

Page 103: ...imulation alarms See Alarm items Page 145 Applicable if Status mode 1 0 Read write 9159 Unsigned 2 Polarity Logical polarity of sta tus output 0 0 Active high level 1 Active low level Read write 9160 Float 4 On delay Time to delay the lead ing edge of the output 0 0 s 0 0 100 0 Read write 9162 Float 4 Off delay Time to delay the trail ing edge of the output 0 0 s 0 0 100 0 Read write 7155 Unsigned...

Page 104: ...otalizers 10 Start zero point adjustment 11 Force outputs 12 Freeze process values 13 Stop forcing outputs 14 Unfreeze process values Read write 9132 Unsigned 2 Input trailing edge function Select the functionality for the trailing edge of the active discrete in put signal 0 0 Off 6 Reset totalizer 1 7 Reset totalizer 2 8 Reset totalizer 3 9 Reset all totalizers 10 Start zero point adjustment 11 F...

Page 105: ...gnal 0 0 Active high level 1 Active low level Read write 9139 Unsigned 2 Debounce time Debounce time to filter the input signal 0 0 0 ms 1 0 5 ms 2 1 ms 3 1 5 ms 4 2 ms 5 2 5 ms 6 3 ms 7 3 5 ms 8 4 ms 9 4 5 ms 10 5 ms 11 5 5 ms 12 6 ms 13 6 5 ms 14 7 ms 15 7 5 ms Read write MODBUS commands 4 10 Modbus holding registers tables FCT030 Modbus From firmware 4 0 Function Manual 06 2018 A5E39931813 AB 1...

Page 106: ... 10523 1 Max medium temperature C 7700 Read write 10533 Float 4 Lower range value tempera ture Lower medium temper ature value that is map ped to the lower nomi nal range boundary se lected by Current mode 10522 Applicable if Process value 10523 1 Min medium temperature C 7700 Read write 10537 Float 4 Upper range value density Upper process density value that is mapped to the upper nominal range b...

Page 107: ... Fail safe behavior 10524 configured to 1 Appli cable if Process value 10523 2 600 0 kg m3 7600 Read write 10520 Float 4 Trimmed input value Provides the measured current value Read only 10508 Float 4 Offset adjust ment Command to trim the lower range value of the analog input Provide a loop current of 4 0 mA read out the value of Trimmed input value and write the val ue to this register Write on ...

Page 108: ...rrent loop Read only Channel 4 current output settings Table 4 43 Channel 4 current output settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9302 Unsigned 2 Process value Select process value for the current output 0 0 Mass flow 1 Volume flow 2 Density 3 Medium temperature Read write 9309 Unsigned 2 Fl...

Page 109: ...ow m3 s 7500 Read write 9368 Float 4 Lower range value volume flow Lower volume flow val ue that is mapped to the lower nominal range boundary selec ted by Current mode 9306 Applicable if Process value 9302 1 0 0 m3 s 7500 Read write 9310 Float 4 Upper range value mass flow Upper mass flow value that is mapped to the upper nominal range boundary selected by Current mode 9306 Applicable if Process ...

Page 110: ... Applicable if Process value 9302 3 Max medium temperature C 7700 Read write 9376 Float 4 Lower range value tempera ture Lower medium temper ature value that is map ped to the lower nomi nal range boundary se lected by Current mode 9306 Applicable if Process value 9302 3 Min medium temperature C 7700 Read write 9378 Float 4 Upper range value standard volume flow Upper standard volume flow value th...

Page 111: ...00 0 Read write 9592 Unsigned 2 Filter safe acti vation condition Fail safe activation con dition 1 0 Bad status of selected process value 1 Active Maintenance alarm or Failure NAMUR Read write 9481 Unsigned 2 Fail safe min time Minimum time the out put stays in fail safe be havior 0 s 0 100 Read write 9314 Unsigned 2 Fail safe behav ior Current output reaction in case of a fault 0 0 Lower fault c...

Page 112: ... Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9404 Unsigned 2 Process value Select process value for the current output 0 0 Mass flow 1 Volume flow 2 Density 3 Medium temperature Read write 9410 Unsigned 2 Flow direction Flow direction filter ap plicable for Process val ues 9404 set to 0 1 19 or 27 0 0 Positive direction ...

Page 113: ...dary selected by Frequency value high 9435 Applicable if Process value 9404 0 0 2 max mass flow kg s 7400 Read write 9413 Float 4 Lower range value mass flow Lower mass flow value that is mapped to the lower nominal range boundary selected by Frequency value low 9437 Applicable if Process value 9404 0 0 0 kg s 7400 Read write 9419 Float 4 Upper range value density Upper process density value that ...

Page 114: ...high 9435 Ap plicable if Process val ue 9404 27 0 4 max standard vol ume flow Sm3 h 7964 Read write 9429 Float 4 Lower range value standard volume flow Lower standard volume flow value that is map ped to the lower nomi nal range boundary se lected by Frequency value low 9437 Appli cable if Process value 9404 27 Sm3 h 7964 Read write 10236 Float 4 Upper range value current Upper current value that ...

Page 115: ...0 Hz 0 0 12500 0 Read write 7163 Float 4 Forced value Forced value when forcing is active 1 0 Hz 0 0 12500 0 Read write Channel 4 pulse output settings Table 4 45 Channel 4 pulse output settings Modbus register Data type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 9460 Unsigned 2 Process value Select process value for the pulse ou...

Page 116: ...e high level 1 Active low level Read write 9592 Unsigned 2 Fail safe activa tion condition Fail safe activation con dition 1 0 Bad status of selected process value 1 Active Maintenance alarm or Failure NAMUR Read write 9481 Unsigned 2 Fail safe min time Minimum time the out put stays in Fail safe behavior 0 s 0 100 Read write 9461 Unsigned 2 Fail safe behav ior Pulse output reaction in case of a f...

Page 117: ...NAMUR status signals Bit encoded selection of NAMUR status sig nals which impacts the status output Applica ble if Status mode 1 NAMUR status is de rived from Alarm class 9358 0 Bit 0 Out of specification PA PW Bit 1 Failure MA Bit 2 Maintenance required MR MD Bit 3 Funtion check FC Read write 9342 Unsigned 4 Alarm items 1 Bit encoded selection of alarm items that im pact the output Mainly sensor ...

Page 118: ...m items 7 Bit encoded selection of alarm items that im pact the output See Alarm items Page 145 Applicable if Status mode 1 0 Read write 9352 Unsigned 4 Alarm items 6 Bit encoded selection of alarm items that im pact the output Mainly simulation alarms See Alarm items Page 145 Applicable if Status mode 1 0 Read write 9359 Unsigned 2 Polarity Logical polarity of sta tus output 0 0 Active high level...

Page 119: ...et all totalizers 10 Start zero point adjustment 11 Force outputs 12 Freeze process values 13 Stop forcing outputs 14 Unfreeze process values Read write 9335 Unsigned 2 Polarity Logical polarity of dis crete input signal 0 0 Active high level 1 Active low level Read write 9339 Unsigned 2 Debounce time Debounce time to filter the input signal 0 0 0 ms 1 0 5 ms 2 1 ms 3 1 5 ms 4 2 ms 5 2 5 ms 6 3 ms...

Page 120: ...icable if process value 10623 1 C 7700 Read write 10633 Float 4 Lower range value tempera ture Lower medium temper ature value that is map ped to the lower nomi nal range boundary se lected by current mode 10622 Applicable if process value 10623 1 C 7700 Read write 10637 Float 4 Upper range value density Upper process density value that is mapped to the upper nominal range boundary selec ted by cu...

Page 121: ...ad write 10641 Float 4 Fail safe value density Input value in case of a fault and when Fail safe behavior config ured to 1 Applicable if process value 10623 2 600 0 kg m3 7600 Read write 10620 Float 4 Trimmed input value Provides the measured current value Read only 10608 Float 4 Offset adjust ment Command to trim the lower range value of the analog input Provide a loop current of 4 0 mA read out ...

Page 122: ... Hours Holds current hours af ter Get time command was carried out Holds hours before Set time command is car ried out 0 0 23 Read write 6189 Unsigned 2 Minutes Holds current minutes after Get time com mand was carried out Holds minutes before Set time command is carried out 0 0 59 Read write 6669 Unsigned 2 Seconds Holds current seconds after Get time com mand was carried out Holds seconds before...

Page 123: ...sh 5 Chinese Read write 9098 Unsigned 2 Backlight Duration of backlight activity after last key press 30 s 0 240 Read write 9094 Unsigned 2 Inactivity time out Duration of display ac tivity after last key press 10 min 0 always on 60 Read write 9095 Unsigned 2 Auto logout Defines the need to en ter PIN after leaving the menu and returning to any top level view 1 0 Enter menu without PIN for 10 min ...

Page 124: ...ize in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9007 Unsigned 2 View Type of appearance 3 1 Single value 3 Three values 6 1 value and bar graph 7 1 value and graph 8 Six values 9 Six diagnostic values Read write 9018 Unsigned 2 1st value Selection of the first val ue 0 See Selectable values dependent on the view type Page 133 Read write ...

Page 125: ...h and totalizer view 0 0 Automatic scaling 1 Fixed scaling defined by Trend scale lower limit 8052 and Trend scale upper limit 8054 Read write 8051 Unsigned 2 Trend log time window Scaling of the time axis Effective when Trend scale mode 8050 is set to 1 1 0 1 min 1 5 min 2 15 min 3 30 min 4 1 h 5 2 h 6 3 h Read write 8052 Float 4 Trend scale low er limit Scaling of the y axis Lower limit Effectiv...

Page 126: ... 9023 Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 133 Read write 9078 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 1 See Selectable values dependent on the view type Page 133 Read write 9079 Unsigned 2 5th value Selection of the fifth val ue Depending on the numbe...

Page 127: ...egister Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9014 Unsigned 2 Enable or disa ble Enable or disable view 1 0 Disabled 1 Enabled Read write 9009 Unsigned 2 View Type of appearance 6 1 Single value 2 Active diagnostic events 3 Three values 4 Totalizer 6 1 value and bar graph 7 1 value and graph 8 Six values 9 Six diagno...

Page 128: ...nding on the number of values 12 See Selectable values dependent on the view type Page 133 Read write 8062 Unsigned 2 Trend scale mode Scaling mode for the graph and totalizer view 0 0 Automatic scaling 1 Fixed scaling defined by Trend scale lower limit 8064 and Trend scale upper limit 8066 Read write 8063 Unsigned 2 Trend log time window Scaling of the time axis Effective when Trend scale mode 80...

Page 129: ... Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 133 Read write 9084 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 0 See Selectable values dependent on the view type Page 133 Read write 9085 Unsigned 2 5th value Selection of the fifth val ue Depending on the number of ...

Page 130: ...gister Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9016 Unsigned 2 Enable or disa ble Enable or disable view 1 0 Disabled 1 Enabled Read write 9011 Unsigned 2 View Type of appearance 3 1 Single value 2 Active diagnostic events 3 Three values 4 Totalizer 6 1 value and bar graph 7 1 value and graph 8 Six values 9 Six diagnos...

Page 131: ...nding on the number of values 12 See Selectable values dependent on the view type Page 133 Read write 8074 Unsigned 2 Trend scale mode Scaling mode for the graph and totalizer view 0 0 Automatic scaling 1 Fixed scaling defined by Trend scale lower limit 8076 and Trend scale upper limit 8078 Read write 8075 Unsigned 2 Trend log time window Scaling of the time axis Effective when Trend scale mode 80...

Page 132: ...5 Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 133 Read write 9090 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 1 See Selectable values dependent on the view type Page 133 Read write 9091 Unsigned 2 5th value Selection of the fifth val ue Depending on the number of...

Page 133: ...cale mode 8080 is set to 1 0 0 Read write 4 10 5 11 Selectable values dependent on the view type Selectable values dependent on the view type Table 4 57 Selectable values dependent on the view type Selected view type Setting options Single value Three values 1 value and bar graph 1 value and graph 0 Mass flow 1 Volume flow 2 Density 3 Medium temperature 4 Standard volume Flow 5 Fraction Flow Media...

Page 134: ...Fraction Flow Media B 7 Fraction Flow Media A in Percent 8 Fraction Flow Media B in Percent 9 Reference density 10 Transmitter internal temperature 11 Totalizer 1 12 Totalizer 2 13 Totalizer 3 17 Sensor frame temperature 43 Ch1 value only Hart communication interface 44 Ch2 value 45 Ch3 value 46 Ch4 value 118 Driver current 119 Pickup S1 120 Pickup S1 121 Sensor frequency 122 Frame temperature 123...

Page 135: ... 8 Fraction Flow Media B in Percent 9 Reference density 10 Transmitter internal temperature 11 Totalizer 1 12 Totalizer 2 13 Totalizer 3 17 Sensor frame temperature 4 10 6 Maintenance and diagnostics Table 4 59 Maintenance diagnostics Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting op tions Access level 6004 Unsigned 4 Configuratio...

Page 136: ...own on the device nameplate Read only 6088 Unsigned 4 Final assembly number Final assembly number Can be used to identify de vice upgrades 0 Read write 6576 String 32 Product serial number Unique alpha numerical seri al number Also shown on the device name plate Read only 6334 String 16 Hardware version System hardware version Also shown on the device name plate Read write Expert 6030 String 16 Fi...

Page 137: ...e version of the cas sette Read only 6040 String 16 FW version Firmware version of the cas sette Read only 7326 String 16 Serial number Serial number of the cas sette Read only 7386 String 16 Comm HW ver sion Hardware version of the communication plug in mod ule Read only 7358 String 16 Comm serial num ber Serial number of the commu nication plug in module Read only Local display Table 4 63 Local ...

Page 138: ...10 HW version Hardware version of the cassette Read only 4020 String 10 FW version Firmware version of the cassette Read only 4145 String 32 Serial number Serial number of the cassette Read only Sensor Table 4 66 Sensor Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 4010 String 16 Sensor type Name of the senso...

Page 139: ...e 145 Read only 6208 Unsigned 4 Active alarm items 5 Bitwise indication of ac tive alarms in alarm items 5 See Alarm items Page 145 Read only 6210 Unsigned 4 Active alarm items 6 Bitwise indication of ac tive alarms in alarm items 6 See Alarm items Page 145 Read only 6212 Unsigned 4 Active alarm items 7 Bitwise indication of ac tive alarms in alarm items 7 See Alarm items Page 145 Read only 6214 U...

Page 140: ...d 4 Supported alarm items 5 Bitwise indication of supported alarms in alarm items 5 See Alarm items Page 145 Read only 6260 Unsigned 4 Supported alarm items 6 Bitwise indication of supported alarms in alarm items 6 See Alarm items Page 145 Read only 6262 Unsigned 4 Supported alarm items 7 Bitwise indication of supported alarms in alarm items 7 See Alarm items Page 145 Read only 6264 Unsigned 4 Sup...

Page 141: ...gned 4 Active alarm items 5 Bitwise indication of ac tive alarms in alarm items 5 See Alarm items Page 145 Read write 6276 Unsigned 4 Active alarm items 6 Bitwise indication of ac tive alarms in alarm items 6 See Alarm items Page 145 Read write 6278 Unsigned 4 Active alarm items 7 Bitwise indication of ac tive alarms in alarm items 7 See Alarm items Page 145 Read write 6280 Unsigned 4 Active alarm...

Page 142: ...ge 145 Write on ly Assign alarm class Table 4 71 Assign alarm class Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6328 Unsigned 2 Transmitter temp too high Defines the mapping of this event to an alarm class respective NA MUR status signal 1 1 Process alarm PA resp Out of specification 4 Maintenance alarm MA ...

Page 143: ...d by Entry number Format is YYYY MM DD hh mm ss Read only 6623 Unsigned 2 State Alarm state of the entry specified by Entry num ber 0 Event is reset going 1 Event is set coming 2 Alarm is acknowledged Read only 6624 Unsigned 2 Alarm ID Alarm ID of the entry specified by Entry num ber See Alarm items Page 145 65335 specifies an empty entry that can be ignored Read only 6625 Unsigned 2 Alarm class A...

Page 144: ...s level 6638 Unsigned 2 Available en tries Current number of available diagnostic log entries Read only 6601 Unsigned 2 Reset log Command to clear the alarm history log 0 Cancel 1 Clear log Write on ly MODBUS commands 4 10 Modbus holding registers tables FCT030 Modbus From firmware 4 0 144 Function Manual 06 2018 A5E39931813 AB ...

Page 145: ...asurement Spec gravity 11 14 Path 1 No signal 14 15 Path 2 No signal 15 16 Path 3 No signal 16 17 Path 4 No signal 17 18 Path 5 No signal 18 19 Electronics temperature 19 20 Totalizer above alarm limit 20 21 Totalizer above warning limit 21 22 Density calculation failure 22 23 Medium temperature calculation failure 23 24 Pressure calculation failure 24 25 Viscosity calculation failure 25 26 Sensor...

Page 146: ...9 PA 4 Volume flow above alarm limit 100 PA 5 Volume flow above warning limit 101 PW 6 Volume flow below warning limit 102 PW 7 Volume flow below alarm limit 103 PA 8 Density above alarm limit 104 PA 9 Density above warning limit 105 PW 10 Density below warning limit 106 PW 11 Density below alarm limit 107 PA 12 Medium temperature above alarm limit 108 PA 13 Medium temperature above warning limit ...

Page 147: ...ow warning limit 142 PW 15 Totalizer 2 below alarm limit 143 PA 16 Totalizer 3 above alarm limit 144 PA 17 Totalizer 3 above warning limit 145 PW 18 Totalizer 3 below warning limit 146 PW 19 Totalizer 3 below alarm limit 147 PA 20 Transmitter temperature above alarm limit 148 See Assign alarm class Page 142 21 Transmitter temperature below alarm limit 149 See Assign alarm class Page 142 22 Sensor ...

Page 148: ...4 MA 15 IO FW incompatible 175 MA 16 Sensor type incompatible 176 MA 17 Device is starting 177 FC 18 Display configuration version mismatch 178 MA 19 Alarm class simulation enabled 179 20 Reserved 180 21 SensorFlash Chkdsk failed 181 MA 23 Reserved 183 24 Reserved 184 25 Reserved 185 26 Channel 3 input current too low 186 If channel configured to analog input PA 27 Channel 3 input current too high...

Page 149: ...l 3 pulse overflow 206 If channel configured to pulse output PA 15 Channel 4 loop current in lower saturation 207 If channel configured to current output PA 16 Channel 4 loop current in upper saturation 208 PA 17 Channel 4 cable break 209 MA 18 Channel 4 output frequency too low 210 If channel configured to frequency output PA 19 Channel 4 output frequency too high 211 PA 20 Channel 4 pulse overfl...

Page 150: ...n above alarm limit 240 PA 17 Concentration above warning limit 241 PW 18 Concentration below warning limit 242 PW 19 Concentration below alarm limit 243 PA 20 Viscosity above alarm limit 244 PA 21 Viscosity above warning limit 245 PW 22 Viscosity below warning limit 246 PW 23 Viscosity below alarm limit 247 PA 24 Rate of change above alarm limit 248 Only hydrocarbon ap plications PA 25 Rate of ch...

Page 151: ...14 Specific gravity below warning limit 270 PW 15 Specific gravity below alarm limit 271 PA 16 Standard specific gravity above alarm limit 272 Only hydrocarbon ap plications PA 17 Standard specific gravity above warning limit 273 PW 18 Standard specific gravity below warning limit 274 PW 19 Standard specific gravity below alarm limit 275 PA 20 LiquIdent above alarm limit 276 Only hydrocarbon ap pl...

Page 152: ...pick up 2 ampli tude V 0 to 0 9999 Read Only 2762 Float 4 Sensor Fre quency Actual sensor frequen cy Hz 0 to 1023 Read Only 4 10 8 2 Temperature monitoring Transmitter temperature Table 4 75 Transmitter temperature Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8200 Float 4 Transmitter temperature Measured val...

Page 153: ... status Dosing fault status Bit 0 Batch Timeout Bit 1 Batch Overrun Bit 2 Not all values have been good in current batch cycle Read only 8551 Unsigned 2 Dosing process value Selection of the proc ess value for the dosing 0 Mass Flow 1 Volume Flow 4 Corrected Volume Flow 5 Fraction Flow Media A 6 Fraction Flow Media B Read write 8581 Float 4 Dosing amount done Current amount that is totalized since...

Page 154: ...tring 16 Recipe 1 name Name of recipe param eter set Read write 8678 Unsigned 2 Recipe 1 unit mass flow Mass flow unit for dos ing parameters 61 60 grams 61 kilograms 62 metric tons 63 pounds 64 short tons 65 long tons 125 ounces Read write 8679 Unsigned 2 Recipe 1 unit volume flow Volume flow unit for dosing parameters 41 40 US gallons 41 liters 42 imperial gallons 43 cubic meters 46 oil barrels ...

Page 155: ... flow Fixed compensation mass flow value that is used to close the valve s before the measured amount val ue has reached the tar get amount Read write 8617 Float 4 Recipe 1 fixed compensation Volume flow Fixed compensation volume flow value that is used to close the valve s before the measured amount val ue has reached the tar get amount Read write 8619 Float 4 Recipe 1 fixed compensation Correcte...

Page 156: ...Description Default value unit unit register Value range Setting options Access level 8700 String 16 Recipe 2 name Name of recipe param eter set Read write 8778 Unsigned 2 Recipe 2 unit mass flow Mass flow unit for dos ing parameters 61 60 grams 61 kilograms 62 metric tons 63 pounds 64 short tons 65 long tons 125 ounces Read write 8779 Unsigned 2 Recipe 2 unit volume flow Volume flow unit for dosi...

Page 157: ... 2 Recipe 2 Dec point volume flow Specify the selected number of decimals for volume flow Read write 7588 Unsigned 2 Recipe 2 Dec point corrected volume flow Specify the selected number of decimals for corrected volume flow Read write 8715 Float 4 Recipe 2 fixed compensation Mass flow Fixed compensation mass flow value that is used to close the valve s before the measured amount val ue has reached...

Page 158: ...e a dosing overrun fault is raised Read write 8729 Float 4 Recipe 2 over run corrected volume flow val ue When the amount cor rected volume flow has reached this value a dosing overrun fault is raised Read write Dosing recipe 3 Table 4 79 Dosing recipe 3 Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9600 Stri...

Page 159: ...s ing mass flow Read write 9610 Float 4 Recipe 3 amount volume flow Target amount for dos ing volume flow Read write 9612 Float 4 Recipe 3 amount correc ted volume flow Target amount for dos ing corrected volume flow Read write 7589 Unsigned 2 Recipe 3 Dec point mass flow Specify the selected number of decimals for mass flow Read write 7590 Unsigned 2 Recipe 3 Dec point volume flow Specify the sel...

Page 160: ...Unsigned 2 Recipe 3 com pensation mode Compensation algo rithm fixed or adaptive compensation 0 0 fixed compensation value is taken 1 On Target 2 Target plus 3 Target minus Read write 9625 Float 4 Recipe 3 over run mass flow value When the amount mass flow has reached this value a dosing overrun fault is raised Read write 9627 Float 4 Recipe 3 over run volume flow value When the amount vol ume flo...

Page 161: ... cubic inches 124 liquid barrels 170 beer barrels 236 hectoliters Read write 9780 Unsigned 2 Recipe 4 unit corrected vol ume flow Corrected volume flow unit for dosing parame ters 166 166 normal cubic meters 167 normal liters 168 standard cubic feet 171 standard liters 172 standard cubic me ters Read write 9708 Float 4 Recipe 4 amount mass flow Target amount for dos ing mass flow Read write 9710 F...

Page 162: ...9 Float 4 Recipe 4 fixed compensation Corrected vol ume flow Fixed compensation corrected volume flow value that is used to close the valve s be fore the measured amount value has reached the target amount Read write 9791 Unsigned 2 Recipe 4 com pensation mode Compensation algo rithm fixed or adaptive compensation 0 0 fixed compensation value is taken 1 On Target 2 Target plus 3 Target minus Read ...

Page 163: ...13 cubic inches 124 liquid barrels 170 beer barrels 236 hectoliters Read write 9880 Unsigned 2 Recipe 5 unit corrected vol ume flow Corrected volume flow unit for dosing parame ters 166 166 normal cubic meters 167 normal liters 168 standard cubic feet 171 standard liters 172 standard cubic me ters Read write 9808 Float 4 Recipe 5 amount mass flow Target amount for dos ing mass flow Read write 9810...

Page 164: ...e measured amount val ue has reached the tar get amount Read write 9817 Float 4 Recipe 5 fixed compensation Volume flow Fixed compensation volume flow value that is used to close the valve s before the measured amount val ue has reached the tar get amount Read write 9819 Float 4 Recipe 5 fixed compensation Corrected vol ume flow Fixed compensation corrected volume flow value that is used to close ...

Page 165: ...osing overrun fault is raised Read write 4 10 8 4 Inputs and outputs General Table 4 82 General Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8799 Unsigned 2 Reset pulse counter Command to reset pulse counters 0 0 Cancel 1 Reset all pulse totalizers and pulse counts 2 Reset pulse totalizer in channel 2 3 Rese...

Page 166: ...onfig ured to status output Read only 8969 Float 4 Pulse status output Amount done if config ured to pulse output Read only 8972 Unsigned 2 Error status Error status if config ured to pulse output Bit 0 The pulse putput has reached the maximum pulse output frequency Bit 1 Fail mode is activated Read only 8987 Unsigned 4 Pulse counter Pulse output since startup Read only 8900 Float 4 Frequency out ...

Page 167: ... 4 Pulse status output Amount done if config ured to pulse output Read only 9272 Unsigned 2 Error status Error status if config ured to pulse output Bit 0 The pulse output has reached the maximum pulse output frequency Bit 1 Fail mode is activated Read only 9287 Unsigned 4 Pulse counter Pulse output since startup Read only 9200 Float 4 Frequency out put value Frequency value if con figured to freq...

Page 168: ...Unsigned 2 Error status Error status if config ured to current output Bit 0 Overflow Bit 1 Underflow Bit 2 Fail mode activated Bit 3 Cable break Bit 4 Output current cannot be established read back deviation 0 1 mA Read only 9340 Unsigned 2 Status output Status value if config ured to status output Read only 9469 Float 4 Pulse status output Amount done if config ured to pulse output Read only 9472...

Page 169: ...603 Float 4 Current input value Input current value if configured to current in put Read only 10658 Unsigned 2 Error status Error status if config ured to current input Bit 0 Overflow 25 mA Bit 1 Underflow 0 mA Bit 2 Measured current out of measuring range Read only 9329 Unsigned 2 Digital input val ue Input value if config ured to digital input Read only MODBUS commands 4 10 Modbus holding regist...

Page 170: ...pecified by Process value 11200 Min floating point value units depend ing on proc ess value Read only 11228 String 32 Maximum value timestamp Shows timestamp of re corded maximum value specified by Process value 11200 Read only 11208 Float 4 Minimum value Drag indicator of mini mum value specified by Process value 11200 Max floating point value units depend ing on proc ess value Read only 11210 St...

Page 171: ...y Process value 11201 Min floating point value units depend ing on proc ess value Read only 11264 String 32 Maximum value timestamp Shows timestamp of re corded maximum value specified by Process value 11201 Read only 11244 Float 4 Minimum value Drag indicator of mini mum value specified by Process value 11201 Max floating point value units depend ing on proc ess value Read only 11246 String 32 Mi...

Page 172: ...y Process value 11202 Min floating point value units depend ing on proc ess value Read only 11300 String 32 Maximum value timestamp Shows timestamp of re corded maximum value specified by Process value 11202 Read only 11280 Float 4 Minimum value Drag indicator of mini mum value specified by Process value 11202 Max floating point value units depend ing on proc ess value Read only 11282 String 32 Mi...

Page 173: ...y Process value 11203 Min floating point value units depend ing on proc ess value Read only 11336 String 32 Maximum value timestamp Shows timestamp of re corded maximum value specified by Process value 11203 Read only 11316 Float 4 Minimum value Drag indicator of mini mum value specified by Process value 11203 Max floating point value units depend ing on proc ess value Read only 11318 String 32 Mi...

Page 174: ...ble 4 91 Transmitter Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6500 String 32 Design 1 Information of design Read only 6516 String 32 Design 2 Information of design continued Read only 6532 String 32 Design 3 Information of design continued Read only 6548 String 32 Design 4 Information of design continued...

Page 175: ...otal capacity of instal led SensorFlash 0 kB if card is not instal led KB Read only 6564 String 12 Capacity total Total capacity of instal led SensorFlash Read only 6167 Unsigned 4 Capacity availa ble Free capacity of instal led SensorFlash 0 kB if card is not instal led KB Read only 6570 String 12 Capacity availa ble Free capacity of instal led SensorFlash Read only 9499 Unsigned 2 Check disc Che...

Page 176: ...s Bit 3 Restore customer transmitter configuration setup parameters Bit 4 Restore totalizers Bit 5 Restore system setup Bit 6 Restore customer sensor configuration setup parameters Write on ly 4 10 10 2 Data logging Table 4 93 Data logging Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 11400 Unsigned 2 Enable ...

Page 177: ...efines the parameter to be logged Only pa rameter of type float or unsigned can be log ged 65535 No logging 65535 Read write 4 10 11 Simulation 4 10 11 1 Inputs and outputs Channel 2 output current Table 4 94 Channel 2 output current Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8825 Unsigned 2 Simulation Ena...

Page 178: ...905 Unsigned 2 Simulation Enables or disables simulation of channel 2 output frequency 0 0 Disabled 1 Enabled Read write 8906 Float 4 Simulated value Frequency value that is output on the channel when simulation is ena bled 1 0 Hz 0 0 12500 0 Read write Channel 2 output pulse Table 4 97 Channel 2 output pulse Modbus register Data type Size in bytes Parameter Description Default value unit unit reg...

Page 179: ...level 9164 Unsigned 2 Simulation Enables or disables simulation of channel 3 output status 0 0 Disabled 1 Enabled Read write 9165 Unsigned 2 Simulated value Signal level that is out put on the channel when simulation is ena bled 0 0 1 Read write Channel 3 output frequency Table 4 100 Channel 3 output frequency Modbus register Data type Size in bytes Parameter Description Default value unit unit re...

Page 180: ... 10505 Unsigned 2 Simulation Enables or disables simulation of channel 3 output current 0 0 Disabled 1 Enabled Read write 10506 Float 4 Simulated value Current value that is output on the channel when simulation is ena bled 0 mA 0 25 Read write Channel 3 discrete input signal Table 4 103 Channel 3 discrete input signal Modbus register Data type Size in bytes Parameter Description Default value uni...

Page 181: ... level 9364 Unsigned 2 Simulation Enables or disables simulation of channel 4 output status 0 0 Disabled 1 Enabled Read write 9365 Unsigned 2 Simulated value Signal level that is out put on the channel when simulation is ena bled 0 0 1 Read write Channel 4 output frequency Table 4 106 Channel 4 output frequency Modbus register Data type Size in bytes Parameter Description Default value unit unit r...

Page 182: ... 10605 Unsigned 2 Simulation Enables or disables simulation of channel 4 output current 0 0 Disabled 1 Enabled Read write 10606 Float 4 Simulated value Current value that is output on the channel when simulation is ena bled 0 mA 0 25 Read write Channel 4 discrete input signal Table 4 109 Channel 4 discrete input signal Modbus register Data type Size in bytes Parameter Description Default value uni...

Page 183: ... means enabling Bit 0 Fraction Read write 2764 Float 4 Mass flow Process mass flow sim ulation value 0 kg s 1023 1023 Read write 2766 Float 4 Density Process density simula tion value 1000 kg m3 32767 32767 Read write 2768 Float 4 Media tempera ture Process media temper ature simulation value 0 C 50 200 Read write 2770 Float 4 Frame tempera ture Frame temperature simulation value 0 C 50 200 Read w...

Page 184: ...ed See Alarm items Page 145 0 Read write 6236 Unsigned 4 Alarm items 4 Bitwise enabling of alarms in alarm items 4 Set bit means alarm item simulation activa ted See Alarm items Page 145 0 Read write 6238 Unsigned 4 Alarm items 5 Bitwise enabling of alarms in alarm items 5 Set bit means alarm item simulation activa ted See Alarm items Page 145 0 Read write 6240 Unsigned 4 Alarm items 6 Bitwise ena...

Page 185: ...of alarm classes Applicable if simulation mode 2 Set bit means alarm class sim ulation activated Bit 0 Process value alarm PA Bit 1 Process value warning PW Bit 2 Maintenance alarm MA Bit 3 Maintenance warning MW Bit 4 Maintenance re quired MR Bit 5 Function check FC 0 0 63 Read write 6249 Unsigned 2 NAMUR status Bit encoded selection of NAMUR status sig nals Applicable if simu lation mode 2 Set b...

Page 186: ...der entries have a smaller entry number Wrap around for 0 100 Read only 6651 Unsigned 2 Available en tries Current number of available parameter change log entries Read only 6652 Unsigned 2 Clear parame ter change log Command to clear the parameter change log 0 Cancel 1 Clear log Write on ly 6750 Unsigned 2 Entry number Selection of the entry number 0 100 Read write 6751 String 16 Time stamp Time ...

Page 187: ... A 9 3 Read only 6767 String 32 Old value string Parameter value of type string before mod ification Read only 6783 Unsigned 2 New value un signed8 Parameter value of type unsigned8 after modification Read only 6784 Unsigned 2 New value un signed16 Parameter value of type unsigned16 after modification Read only 6785 Unsigned 4 New value un signed32 Parameter value of type unsigned32 after modifica...

Page 188: ...952 Unsigned 2 Available en tries Current number of available firmware up dates log entries Read only 6953 Unsigned 2 Clear parame ter change log Command to clear the parameter change log 0 Cancel 1 Clear log Write on ly Ex pert 4 10 12 4 Device reset Table 4 115 Device reset Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options ...

Page 189: ... Disconnect Write on ly 4 10 14 Security 4 10 14 1 Access management Table 4 117 Access management Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8292 Unsigned 2 User PIN Input of user PIN Write on ly 8293 Unsigned 2 Expert PIN Input of expert PIN Write on ly 8294 Unsigned 2 Access level Granted access level 1...

Page 190: ...Access level 7326 Unsigned 2 Unique ID code Unique ID code nee ded to request a PUK from Siemens custom er support Read only 6177 Unsigned 2 PUK PUK to reset all PINs to default values Write on ly MODBUS commands 4 10 Modbus holding registers tables FCT030 Modbus From firmware 4 0 190 Function Manual 06 2018 A5E39931813 AB ...

Page 191: ...IEC 61804 3 Ethernet Ethernet is a type of physical layer defined in the IEEE 802 3 standard used for communications in a local area network FDT Field Device Tool is standard program interface software for configuring field devices FDT uses Device Type Managers to program field devices FDT software is an alternative to EDD based software such as SIMATIC PDM FDI Field Device Integration is the evol...

Page 192: ... vendor s device to another vendor s similar device Interchangeability is a key benefit of PROFIBUS Profile standard Intrinsically Safe An intrinsically safe device keeps the voltage and current low enough so that it cannot generate a spark of sufficient energy to ignite the gas particles in the atmosphere making it safe for use Interoperability The ability to connect different devices from differ...

Page 193: ...mething is done For example how to get information from point A to point B Since one set of rules can be made up of many different sets of rules one protocol can be made up of different sub protocols Proxy A type of gateway defined in PROFINET which aside from joining two networks together also defines how the date is set as well Think of it as a very easy to use gateway Slave A type of device on ...

Page 194: ...Definitions A 1 Definitions FCT030 Modbus From firmware 4 0 194 Function Manual 06 2018 A5E39931813 AB ...

Page 195: ...gs 101 117 Channel 4 168 Channel 4 analog intput settings 120 Channel 4 current output settings 108 Channel 4 discrete input settings 119 Channel 4 discrete input signal 182 Channel 4 frequency output settings 112 Channel 4 input current 182 Channel 4 output current 181 Channel 4 output frequency 181 Channel 4 output pulse 182 Channel 4 output status 181 Channel 4 pulse output settings 115 Coil co...

Page 196: ...el 4 output pulse 182 Channel 4 output status 181 Channel 4 pulse output settings 115 Coil configuration 35 Data logging 176 Density settings 59 70 Device reset 188 Diagnostic log 143 Enable events 141 Float byte order 39 FW update change log 188 General 165 General channel 2 settings 80 General channel 3 settings 92 General channel 4 settings 108 General Modbus settings 33 39 General sensor setti...

Page 197: ...ents 140 T Totalizer 1 settings 74 Totalizer 2 settings 76 Totalizer 3 settings 78 Totalizers 44 Transmitter 174 Transmitter cassette 137 Transmitter temperature 152 U Unit settings for values and quantities communicated via Modbus 46 V View 1 settings 124 View 2 settings 126 View 3 settings 127 View 4 settings 129 View 5 settings 130 View 6 settings 132 Volume flow settings 69 Z Zero point adjust...

Page 198: ...Index FCT030 Modbus From firmware 4 0 198 Function Manual 06 2018 A5E39931813 AB ...

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