Technical Documentation Configuring Modbus Meters … · Technical Documentation Configuring Modbus Meters SYN-TEC-0110N Author: Richard Laxton Date: 26-May-2015 . ... H 06-Aug-2013

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DataStream DS800

Technical Documentation Configuring Modbus Meters

SYN-TEC-0110N

Author: Richard Laxton Date: 26-May-2015

SYN-TEC-0110N 1

Revision List

Rev Date Author Review Comments

A 21-Jan-2010 RL DN Initial Version

B 27-May-2010 RL DN Meter added

C 01-Mar-2011 RL DN Wi-LEM updated

D 04-Apr-2011 RL DN Added Wi-Zone

E 28-Jun-2011 RL DN Added Wi-Temp and IFRO pulse counter

F 18-Oct-2011 SW RL Added EM21 & EM24 Meters

G 18-Feb-2013 SW RL Added Crompton Ci3 Meter

H 06-Aug-2013 DN SW LEM scaling correction

I 13-Nov-2013 SW DN Added Smart X835 Meter

J 13-Dec-2013 RL DN Added Selec Meters

H 07-Apr-2014 RL DN Added ND Multicube MC352 Meter

I 29-May-2014 RL DN Added ND Cube 350 and Rail 350

J 16-June-2014 DN RL Added Circutor CVM-MINI meter. Corrected Carlo Gavazzi/Eaton settings.

K 28-July-2014 SW RL Added Crompton Instruments / TE Energy DRB-80-3P-MOD.

L 16-Oct-2014 RL DN Added Smartrail X835-2C and SDM120C

M 21-Jan-2015 SW DN Added Smartrail X835 Total Active Energy Register

N 26-May-2015 SW DN Corrected register addresses for Crompton Ci3 meters

Note: All the settings in this document are taken from manufacturer’s datasheets. Please refer to the current manufacturer’s datasheet for your meter, as values may change without notice to Synetica. Synetica recommends testing and verifying the Modbus values with the telnet menus of your DataStream.

Contact Details

Address: ............. Synetica Limited Hilton House 40 High Street, Stone, Staffordshire ST15 8AU United Kingdom Telephone: ......... +44 (0) 1785 818919 Fax: .................... +44 (0) 870 705 2387 E-mail: ................ [email protected]

SYN-TEC-0110N 2

SYN-TEC-0110N 3

Contents Revision List ................................................................................................................ 1

Contact Details ............................................................................................................ 1

Wi-LEM W4 ................................................................................................................. 4

Wi-Pulse - Dual Channel Pulse Counter ........................................................................... 5

Wi-Zone - Temperature and Humidity Sensor .................................................................. 6

Wi-Temp - Dual Temperature Sensor .............................................................................. 7

Socomec Diris A20/A40 ................................................................................................ 8

Autometer IC970 ......................................................................................................... 9

Schneider Powerlogic PM710 ...................................................................................... 10

Schneider PowerLogic PM9C ....................................................................................... 10

IME Nemo D4L .......................................................................................................... 11

IME IFRO Pulse Acquisition Module .............................................................................. 11

Northern Design Rail 310 ............................................................................................ 12

Carlo Gavazzi EM21 .................................................................................................... 13

Carlo Gavazzi EM24 .................................................................................................... 14

Crompton Ci3 ............................................................................................................ 14

SmartRail X835 and X835-MID ..................................................................................... 15

Eaton EM22 .............................................................................................................. 16

Selec MRJ385 (EasyWire) ............................................................................................ 16

Selec MFM384 .......................................................................................................... 17

ND Multicube - Slave MC352 ....................................................................................... 18

Northern Design Rail 350 ............................................................................................ 19

Northern Design Cube 350 .......................................................................................... 19

Circutor CVM-MINI .................................................................................................... 20

Crompton Instruments / TE Energy DRB-80-3P-MOD ...................................................... 21

SDM120C ................................................................................................................. 22

Smartrail X835-2C ...................................................................................................... 23

SYN-TEC-0110N 4

Wi-LEM W4

Example: Active Energy Consumption Phase Sum [ModbusTemplate X] ;Name = Wi-LEM 100A Active Energy Sum Type = 3 Register Address = 6 (*) Data Type = S32 (*) Word Order = HH Pre Offset = 0 Units Multiplier = 0.0025 (**) Post Offset = 0 Units = kWh (*) Fuel Type = 3

(*) Common values available are:

Register Description Data Type Units

0 Active Energy Phase 1 S32 Wh



6 Active Energy Sum S32 Wh

8 Reactive Energy Phase 1 S32 VARh



14 Reactive Energy Sum S32 VARh

16 Apparent Energy Phase 1 U32 VAh



22 Apparent Energy Sum U32 VAh

27 Frequency U16 Hz

43 Max Current in Interval Phase 1 U16 A



46 Min Voltage Phase 1 U16 V



204 Signal Strength SH8 RSSI

(**) Multiplier values are dependent on Current Rating:

Meter Rating: 20A 100A 200A 500A 1000A 2000A

Active Energy (kWh) 0.0005 0.0025 0.005 0.0125 0.025 0.05

Reactive Energy (kVARh) 0.0005 0.0025 0.005 0.0125 0.025 0.05

Apparent Energy (kVAh) 0.0005 0.0025 0.005 0.0125 0.025 0.05

Voltage (Vrms) 0.04 0.04 0.04 0.04 0.04 0.04 Current (Arms) 0.0033 0.0167 0.033 0.083 0.167 0.333

Frequency (Hz) 0.0625 0.0625 0.0625 0.0625 0.0625 0.0625

SYN-TEC-0110N 5

Example:

[ModbusTemplate X] ;Name = Wi-LEM/Pulse/Zone Signal Strength Type = 3 Register Address = 204 Data Type = SH8 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = RSSI Fuel Type = 0

Example:

[ModbusTemplate X] ;Name = Wi-LEM 500A Max Current Phase 2 Type = 3 Register Address = 44 Data Type = U16 Word Order = HH Pre Offset = 0 Units Multiplier = 0.083 Post Offset = 0 Units = A Fuel Type = 0

Wi-Pulse - Dual Channel Pulse Counter

Example: Cumulative Pulse Count [ModbusTemplate X] ;Name = Wi-Pulse Channel 1: 1 pulse = 1m

3

Type = 3 Register Address = 160 (*) Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 (**) Post Offset = 0 Units = m3 (**) Fuel Type = 1 (**)



160 Cumulative Pulse Count Channel 1 U32 counts

162 Cumulative Pulse Count Channel 2 U32 counts


(**) Unit Multiplier, Units and Fuel Type depends on what is being metered, and what the originating pulses are measuring.

Example:

[ModbusTemplate X] ;Name = Wi-Pulse Channel 2: 1 pulse = 0.01ft

3 Gas

Type = 3 Register Address = 162 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 0.01 Post Offset = 0 Units = ft3 Fuel Type = 1

Channel 1

Channel 2

SYN-TEC-0110N 6

Wi-Zone - Temperature and Humidity Sensor

Example: Temperature in Fahrenheit [ModbusTemplate X] ;Name = Wi-Zone Temperature Fahrenheit Type = 3 Register Address = 107 Data Type = U16 Word Order = HH Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = DegF Fuel Type = 0

Example: Temperature in Celsius [ModbusTemplate X] ;Name = Wi-Zone Temperature Celsius Type = 3 Register Address = 107 Data Type = U16 Word Order = HH Pre Offset = -320 Units Multiplier = 0.0556 Post Offset = 0 Units = DegC Fuel Type = 0

Example: Humidity [ModbusTemplate X] ;Name = Wi-Zone Humidity Type = 3 Register Address = 108 Data Type = U16 Word Order = HH Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = %Rh Fuel Type = 0

Register Description Data Type Units / Multiplier

107 Temperature U16 0.1 Fahrenheit

108 Humidity U16 0.1 % Rh


SYN-TEC-0110N 7

Wi-Temp - Dual Temperature Sensor

Example: Temperature in Fahrenheit [ModbusTemplate X] ;Name = Wi-Temp Probe 1 Fahrenheit Type = 3 Register Address = 91 Data Type = U16 Word Order = HH Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = DegF Fuel Type = 0

Example: Temperature in Celsius [ModbusTemplate X] ;Name = Wi-Temp Probe 1 Celsius Type = 3 Register Address = 91 Data Type = U16 Word Order = HH Pre Offset = -320 Units Multiplier = 0.0556 Post Offset = 0 Units = DegC Fuel Type = 0


91 Temperature Probe 1 U16 0.1 Fahrenheit

92 Temperature Probe 2 U16 0.1 Fahrenheit


Probe 1 Probe 2

SYN-TEC-0110N 8

Socomec Diris A20/A40

Example: Active Energy + [ModbusTemplate X] ;Name = Diris A20 Total Active Energy (kWh) Type = 3 Register Address = 856 (*) Data Type = U32 (*) Word Order = HH Pre Offset = 0 Units Multiplier = 1 (*) Post Offset = 0 Units = kWh (*) Fuel Type = 3



856 Active Energy Sum U32 kWh

768 Current Phase 1 U32 mA



782 Phase-Neutral Voltage Phase 1 U32 0.01 V



788 Frequency U32 0.01 Hz

Example: [ModbusTemplate X] ;Name = Diris A20 Current Phase 3 (A) Type = 3 Register Address = 772 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 0.001 Post Offset = 0 Units = A Fuel Type = 3

Example: [ModbusTemplate X] ;Name = Diris A20 Voltage Phase 1 (V) Type = 3 Register Address = 782 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 0.01 Post Offset = 0 Units = V Fuel Type = 3

SYN-TEC-0110N 9

Autometer IC970

Example: Import Energy [ModbusTemplate X] ;Name = Autometer IC970 Import Energy (kWh) Type = 4 Register Address = 352 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3

Does Not Support: NO PARITY

Note: Uses Input Registers (type 4), not the usual Holding Registers (type 3), so set the TYPE to 4 and subtract 30001 from the documented address e.g. register 30353 becomes 352



352 Active Energy Sum F32 kWh

80 Current Phase 1 F32 A



88 Current Sum F32 A

16 Phase-Neutral Voltage Phase 1 F32 V



78 Frequency F32 Hz

Example:

[ModbusTemplate X] ;Name = Autometer IC970 Current Sum (A) Type = 4 Register Address = 88 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = A Fuel Type = 3

Example:

[ModbusTemplate X] ;Name = Autometer IC970 Voltage Phase 1 (V) Type = 4 Register Address = 16 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = V Fuel Type = 3

SYN-TEC-0110N 10

Schneider Powerlogic PM710

Example: Total Real Energy [ModbusTemplate X] ;Name = PM710 Real Energy Total (kWh) Type = 3 Register Address = 999 (*) Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh (*) Fuel Type = 3










1019 Frequency F32 Hz

Schneider PowerLogic PM9C

Example: Active Energy Total [ModbusTemplate X] ;Name = PM9C Active Energy Total (kWh) Type = 3 Register Address = 1038 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3

SYN-TEC-0110N 11

IME Nemo D4L

Example: 3 phase positive active energy [ModbusTemplate X] ;Name = D4L 3-Phase Positive Active Energy (kWh) Type = 3 Register Address = 805 Data Type = U32 Word Order = HH Pre Offset = 0 ; Units multiplier depends on KTA*KTV Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3

IME IFRO Pulse Acquisition Module

Example: Pulse Counts on Input 1 Connected to a meter with 1 pulse = 1 kWh

[ModbusTemplate X] ;Name = Pulse Counts on Input 1 Type = 3 Register Address = 2048 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3

Register Description Data Type

2048 Counter 1 U32

2052 Counter 2 U32

2056 Counter 3 U32

2060 Counter 4 U32

2064 Counter 5 U32

2068 Counter 6 U32

2072 Counter 7 U32

2076 Counter 8 U32

SYN-TEC-0110N 12

Northern Design Rail 310

Example: Meter 1 kWh [ModbusTemplate X] ;Name = ND Rail 310 Meter 1 (kWh) Type = 3 Register Address = 7680 (*) Data Type = U32 Word Order = HH Pre Offset = 0 ; Depends on scaling factor, Ke in address 7688 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3



7680 Energy Meter Phase 1 U32 kWh 7682 Energy Meter Phase 2 U32 kWh 7684 Energy Meter Phase 3 U32 kWh 7686 Energy Meter Sum U32 kWh

SYN-TEC-0110N 13

Carlo Gavazzi EM21

Example: 3 phase positive active energy [ModbusTemplate X] ;Name = EM21-Phase Positive Active Energy (kWh) Type = 3 Register Address = 52 (*) Data Type = S32 Word Order = HL Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3

Default Comms: 9600, 8N1 Note: Uses non-standard Modbus labelling: (A-) (B+) instead of (A+) (B-). Use (A+) from the DataStream and connect to (B+) of the meter. Likewise, (B-) to (A-). (*) Common values available are:


0 Phase-Neutral Voltage Phase 1 S32 0.1 V 2 Phase-Neutral Voltage Phase 2 S32 0.1 V 4 Phase-Neutral Voltage Phase 3 S32 0.1 V 12 Current Phase 1 S32 0.001 A

14 Current Phase 2 S32 0.001 A

16 Current Phase 3 S32 0.001 A

49 Power Factor S16 0.001 pf

51 Frequency S16 Hz

52 3 Phase Active Energy Sum S32 0.1 kWh

54 3 Phase Reactive Energy Sum S32 0.1 kVarh

SYN-TEC-0110N 14

Carlo Gavazzi EM24

Example: 3 phase positive active energy [ModbusTemplate X] ;Name = EM24-Phase Positive Active Energy (kWh) Type = 3 Register Address = 62 Data Type = U32 Word Order = HL Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3

Crompton Ci3

Example: Active Energy Sum [ModbusTemplate X] ;Name = Crompton Ci3 (kWh) Type = 4 Register Address = 72 (*) Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3




72 Import Wh F32 kWh

74 Export Wh F32 kWh







70 Frequency F32 Hz

SYN-TEC-0110N 15

SmartRail X835 and X835-MID

Example: Total Active Energy [ModbusTemplate X] ;Name = SmartRail X835 (kWh) Type = 4 Register Address = 342 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3

Note: Uses Input Registers (type 4), not the usual Holding Registers (type 3), so set the TYPE to 4 and subtract 30001 from the documented address e.g. register 30343 becomes 342.






12 Power Phase 1 F32 W



70 Frequency F32 Hz

72 Import Wh since last reset F32 kWh

74 Export Wh since last reset F32 kWh

84 System Power Demand F32 W

342 Total active energy F32 kWh

SYN-TEC-0110N 16

Eaton EM22

Example: Imported active energy sum [ModbusTemplate X] ;Name = Eaton EM22 Total Import Active Energy (kWh) Type = 3 Register Address = 34 Data Type = S32 Word Order = HL Pre Offset = 0 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3


0 Voltage Phase–Neutral S32 0.1 V

6 Total Current Sum S32 0.001 A

34 Active Energy Sum S32 0.1 kWh

36 Active Energy Load 1 S32 0.1 kWh

38 Active Energy Load 2 S32 0.1 kWh

40 Reactive Energy Sum S32 0.1 kVarh

Selec MRJ385 (EasyWire)

Example: Imported active energy sum [ModbusTemplate X] ;Name = Selec MRJ385 Total Import Active Energy (kWh) Type = 4 Register Address = 96 Data Type = F32 Word Order = HL Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3


96 Import Active Energy Sum F32 kWh




112 Import Reactive Energy Sum F32 kvarh




56 Frequency F32 Hz

Passcode: 1000 DOES NOT SUPPORT DELTA/3WIRE

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Selec MFM384

Example: Imported active energy sum [ModbusTemplate X] ;Name = Selec MFM384 Total Active Energy (kWh) Type = 4 Register Address = 58 Data Type = F32 Word Order = HL Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3






62 Reactive Energy Sum F32 kvarh




56 Frequency F32 Hz

Passcode: 1000

SYN-TEC-0110N 18

ND Multicube - Slave MC352

The following refers to a Slave Module attached to a Multicube Master – each Slave is considered an individual Modbus meter with its own device ID.

These values can also be read directly from the master unit using a different register map.

Example: Active energy sum [ModbusTemplate X] ;Name = ND Multicube MC352 Active Energy (kWh) Type = 3 Register Address = 7680 Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = (see scaling value in tables below) Post Offset = 0 Units = kWh Fuel Type = 3

Register Description Data Type Units Scale

7680 Active Energy Sum U32 kWh *

7684 Reactive Energy Sum U32 kvarh *

7688 Current Phase 1 U16 A **



7691 Phase-Neutral Voltage Phase 1 U16 V ***



7696 Frequency U16 Hz 0.1

7701 System Power Factor U16 pf 0.001

Scaling Values (read the following Modbus registers and refer to the manufacturer’s manuals):

Note Register Description Data Type

* 7737 Energy U16

** 7733 Current U16 *** 7734 Phase Voltage U16

SYN-TEC-0110N 19

Northern Design Rail 350

Example: Active Energy Sum [ModbusTemplate X] ;Name = ND Rail 350 Active Energy (kWh) Type = 3 Register Address = 514 (*) Data Type = U32 Word Order = HH Pre Offset = 0 ;Depends on scaling factor, Ke in address 512 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3



514 Active Energy Sum U32 kWh 522 Import Reactive Energy Sum U32 kvarh

Northern Design Cube 350

Example: Active Energy Sum [ModbusTemplate X] ;Name = ND Cube 350 Active Energy (kWh) Type = 3 Register Address = 514 (*) Data Type = U32 Word Order = HH Pre Offset = 0 ; Depends on scaling factor, Ke in address 512 Units Multiplier = 0.1 Post Offset = 0 Units = kWh Fuel Type = 3



514 Active Energy Sum U32 kWh 522 Import Reactive Energy Sum U32 kvarh

SYN-TEC-0110N 20

Circutor CVM-MINI

Example: Active Energy Sum [ModbusTemplate X] ;Name = Circutor Active Energy (kWh) Type = 3 Register Address = 60 (*) Data Type = U32 Word Order = HH Pre Offset = 0 Units Multiplier = 0.001 Post Offset = 0 Units = kWh Fuel Type = 3



60 Active Energy Sum (Import) U32 0.001 kWh 0 Voltage Phase 1 U32 0.1 V 10 Voltage Phase 2 U32 0.1 V

20 Voltage Phase 3 U32 0.1 V

2 Current Phase 1 U32 0.001 A



28 Power Factor U32 0.01 pf

40 Frequency U32 0.1 Hz

62 Inductive reactive energy (Import) U32 0.001 kVarLh

64 Capacitive reactive energy (Import) U32 0.001 kVarCh

86 Apparent Energy (Import) U32 0.001 kVAh

80 Temperature U32 0.1 DegC

SYN-TEC-0110N 21

Crompton Instruments / TE Energy DRB-80-3P-MOD

Example: Active Energy Sum [ModbusTemplate X] ;Name = DRB-80-3P (kWh) Type = 3 Register Address = 4131 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3







4119 Power Phase 1 F32 V




4157 System Power Demand F32 kW

SYN-TEC-0110N 22

SDM120C

Example: Import Active Energy Sum [ModbusTemplate X] ;Name = SDM120C (Import kWh) Type = 4 Register Address = 72 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3




0 Voltage F32 V

16 Current F32 A

12 Active Power F32 W

18 Apparent Power F32 VA

24 Reactive Power F32 VAr

30 Power Factor F32 pf

70 Frequency F32 Hz


74 Export Active Energy Sum F32 kWh

342 Total Active Energy Sum F32 kWh

SYN-TEC-0110N 23

Smartrail X835-2C

Example: Total Active Energy Sum for Circuit L [ModbusTemplate X] ;Name = Smart X835-2C (kWh) Type = 4 Register Address = 2342 Data Type = F32 Word Order = HH Pre Offset = 0 Units Multiplier = 1 Post Offset = 0 Units = kWh Fuel Type = 3



Circuit P Register Description Data Type Units









70 Frequency F32 Hz


Circuit L












Documents

Technical Documentation Configuring Modbus Meters … · Technical Documentation Configuring Modbus Meters SYN-TEC-0110N Author: Richard Laxton Date: 26-May-2015 . ... H 06-Aug-2013