CHAPTER 6: DATA COMMUNICATION
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1 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication CHAPTER 6: DATA COMMUNICATION This section is applicable only for PM1200 power meter. RS 485 Data Port Data Port advantages: Rapid, on-line, real time readings into Your own SCADA software or PLC. Schneider Electric Management software products such as IONE, Vijeo Citect, PowerLogic SCADA for pinpointing energy usage and wastage. Schneider Electric ConPAD meter programming and basic data reading utility. Data Port has built-in impedance matched design for low reflectance on long data cables at high Baud rates. Eliminates need for complicated impedance matching resistors at the ends of long data cables. Fast 16 ms power meter response, average timing to read 10 parameters is of 90 to 100 ms (9600 Baud, Even parity, One stop bit). Direct reading, pre-scaled Float readings. Accurate, full precision Low and High readings. No need for additional scaling factors or decimal adjustment. Fast, easy to use grouping of parameters tuned for field requirements. TURBO area for single point polling (upto 50 per query) Block area for even faster access to pre-configured data blocks Installation Figure 6-1: 2 Wire Half Duplex Communication Connection PM1200 power meters rear view RS 485 communication port R R G - + RS 485 RS 485 Data Converter RS 232 Colour code for Cable Schneider Electric. All rights reserved. 43
2 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Figure 6-2: Closed Loop, 2 Wire Half Duplex. Advantage Reliable communications, Tolerant to one break in the cable. PM1200 power meters rear view RS 485 communication port RS232 RS 485 Data Converter RS485 G - + Communication Capabilities Table 6-1: RS 485 Communication Distances Baud Rate Maximum Communication Distances 1 to 32 Devices Feet Meters NOTE: Distances listed should be used as guide only and cannot be guaranteed for non- POWERLOGIC devices. Daisy-chaining Devices to the Power Meter RS 485 slave port allows the power meter to be connected in a daisy chain with up to 31, 2-Wire devices. In this bulletin, communications link refers to a chain of devices that are connected by a communications cable. See Figure 6-3. Figure 6-3: Daisy-chaining 2-Wire devices Belden 3105A/9841 or equivalent MCT2W-485 terminator on the last device of the daisy chain + Towards PC - Power Meter 1200 or other POWERLOGIC 2-wire compatible devices NOTE: Belden 3105A/9841 colors: Blue (+), White (-) If the power meter is the first device on the daisy chain, connect it to the host device using a RS 232 to RS 422/RS 485 converter or RS 485 to Ethernet converter Schneider Electric. All rights reserved.
3 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication If the power meter is the last device on the daisy chain, terminate it with the terminator provided. See Table 6-1 for the maximum daisy-chain communications distances for 2-Wire devices. The terminal s voltage and current ratings are compliant with the requirements of the EIA RS 485 communications standard. Data Formats and Settings Your SCADA software must be configured for Modbus RTU communication, before integrating the Schneider Electric PM1200 power meter. The mode of transmission is defined in the following which is compatible with Modbus RTU Mode: Table 6-2: Power meter communication and Protocol settings Power meter Communication Settings Protocol Data bits 8 Modbus RTU Baud rate 9600 Baud, User set 1200 to Range:1200, 2400, 4800, 9600, Normally use: 9600 Baud Noisy, EMI, RFI, long data cable: 4800/2400 Baud Short cable (<300 meters or 975 feet): Baud Parity Device Address 1 Even Stop bit 1 Modbus Protocol Device Address 1 to 247 Upto 247 meters per COM Port with Repeaters Function Code Data Address 03 (Read) Refer Section Data address Data type 32-bit float (real) : All parameters. Direct reading, Little Endian Float, no scaling required 32-bit unsigned integer : INTR (number of interruptions (Outages) - RMS Blocks) RunSec (Run seconds Integ Block) No of Registers 2 to 50 (optional) per PM1200 data block of 10 x 32 bit values must be configured to suit the power meter NOTE: The polling interval to poll the data from PM1200 will depend on baud rate. We recommend polling interval of 1 sec at 9600 baud rate Schneider Electric. All rights reserved. 45
4 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Parameter Settings for different SCADA software The following table explains how to read the parameter VA (Refer Individual parameter address in page 49 for more information) in different MODBUS Master Software/PLC s. Table 6-3: Parameter settings SL. SCADA software Start Function No. of Data Type Remarks No Address Code Register 1 IONE Internally configured 2 Swapped Float Direct conversion 2 PowerLogic SCADA Internally configured 2 Real Direct conversion 3 Vijeo Citect Internally configured 2 Real Direct conversion 4 Intouch F Nil 2 Float Direct conversion 5 MODSCAN (Master) Holding Registers 2 Floating point Unswapped FP mode 6 MODTEST Rosemount Points -1 Float- Rosemount 7 CIMPLICITY Nil 100 Real Direct conversion. The array concept can be used here to poll all the data in single scan 8 Allenbradly Micrologix PLC (Slave/Master) Holding Registers 2 Floating point Direct 9 GE Fanuc PLC Holding 2 Real Direct 10 ABB RTU 560 (Mater) Registers Index Read Holding Registers Query Range - 2 MFI Analog measured Floating value 11 SEIMENS PLC Holding 2 Real Direct (Master) Registers 12 MOVICON Nil 2 Real Direct 13 RSVIEW Holding Registers 2 Real Direct 14 ABB Microscada 3900 Format 9 Interval 2 Real Direct Under Sub parameters Sign and Exponent in First Register should be disabled (Unchecked) Schneider Electric. All rights reserved.
5 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Communication Test Communication test: PM1200 power meter can be successfully used for communication using MODSCAN Software as Modbus master in PC. Details of the settings in MODSCAN are given below. Settings in MODSCAN v3.d05-00 Software to establish communication with PM1200 power meters: Free download Demo MODSCAN Software from E.g. To read the voltage V1 from 0131H Register, follow the instructions- 1. After starting the Modscan, to read Apparent power total (VA total), enter Address as 3901 (decimal) Length as 2; Device ID as 1; Modbus Point type as 03: HOLDING REGISTER as shown below. 2. Modify the connection details: Click on the connection->connect, you will see the Connection Detail Window. Change all the settings to match with the below shown screen which are default settings of PM1200 meter Schneider Electric. All rights reserved. 47
6 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/ Set the Modbus protocol selections: On Connection details window (shown in previous step), click on Protocol Selections. Set the settings of the protocol as shown below and click OK in all the windows. 4. Click OK, the MODSCAN Software starts polling the configured COM port for the Device ID 1. Modscan Demo software will stop polling after 3.5 minutes on successful communication. This shows that the power meter is communicating with the MODBUS MODSCAN Master Software successfully on the PC. The power meter is MODBUS RTU compliant Schneider Electric. All rights reserved.
7 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Data Address The PM1200 power meters support the transfer of whole block and also of individual Data values (2 registers are used for storing single data value) In transfer of individual data values, it basically treats 2 registers as an object with the starting address (e.g. 3900) considered as the object name. This enables to transfer required data values for energy management. In transfer of whole block, it basically treats each block as an object with the starting address (e.g.3000) considered as the object name. This enables fast block-transfers, since energy management usually requires a block of related readings as of the same point of time. This method also eliminates time-skew within readings of that block. The Device Address, Block Start Address, number of registers, must be configured to suit the power meter. Additionally, related SCADA settings for polling priority, logging and viewing the data must also be made. Refer your SCADA software instructions on how to do this. Individual Parameter Address Function Code: 03 Read No scaling required Read as block or individual parameters Table 6-4: Individual parameter address Metering Metering - Current A Current Average 3913 Float A1 Current, Phase Float A2 Current, Phase Float A3 Current, Phase Float Metering Voltage VLL Line to Line Average Voltage 3909 Float VLN Line to neutral voltage 3911 Float V12 Voltage phase1 to phase Float V23 Voltage phase2 to phase Float V31 Voltage phase3 to phase Float V1 Voltage phase1 to neutral 3927 Float V2 Voltage phase2 to neutral 3941 Float V3 Voltage phase3 to neutral 3955 Float Metering - Power W Active Power, Total 3903 Float W1 Active Power, phase Float W2 Active Power, phase Float W3 Active Power, phase Float VAR Reactive Power, Total 3905 Float VAR1 Reactive Power, phase Float VAR2 Reactive Power, phase Float VAR3 Reactive Power, phase Float VA Apparent Power, Total 3901 Float VA1 Apparent Power, phase Float VA2 Apparent Power, phase Float VA3 Apparent Power, phase Float Metering Power Factor PF Power factor average 3907 Float PF1 Power factor, phase Float PF2 Power factor, phase Float PF3 Power factor, phase Float Metering - Frequency F Frequency, Hz 3915 Float 2010 Schneider Electric. All rights reserved. 49
8 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Power Quality THD %V1 Voltage THD, phase Float %V2 Voltage THD, phase Float %V3 Voltage THD, phase Float %A1 Current THD, phase Float %A2 Current THD, phase Float %A3 Current THD, phase Float NOTE: The meter will return for invalid number/range. FwdVAh Forward Apparent 3959 Float FwdWh Forward Active 3961 Float FwdVARh Forward Reactive Inductive 3963 Float FwdVARh Forward Reactive Capacitive 3965 Float RevVAh Reverse Apparent 3967 Float RevWh Reverse Active 3969 Float RevVARh Reverse Reactive Inductive 3971 Float RevVARh Reverse Reactive Capacitive 3973 Float On hrs On hours 3993 Long FwdRun secs Forward Run seconds 3995 Long RevRun secs Reverse Run seconds 3997 Long Intr Number of power interruption 3999 Long Demand Present Demand Present Demand 3975 Float Rising Demand Rising Demand 3977 Float Max MD Maximum demand 3979 Float Max DM Occurrence Time Maximum demand occurrence time 3981 Long Percentage of Load parameters % Avg Load Average Load percentage 3881 Float %L1 Percentage of phase1 load 3883 Float %L2 Percentage of phase2 load 3885 Float %L3 Percentage of phase3 load 3887 Float Unbalanced Unbalanced %Load 3889 Float %Load Unbalanced % Voltage Unbalanced % Voltage 3891 Float Schneider Electric. All rights reserved.
9 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Block Parameter Address Total RMS Block Table 6-5: Total RMS block VA Apparent Power, Total 3001 Float W Active Power, Total 3003 Float VAR Reactive Power, Total 3005 Float PF Avg PF 3007 Float VLL Average Line to Line voltage 3009 Float VLN Average Line to neutral voltage 3011 Float A Average Current 3013 Float F Frequency, Hz 3015 Float Reserved Reserved 3017 Long Intr Number of interruption 3019 Long R phase RMS Block: Table 6-6: R phase RMS block VA1 Apparent power, phase Float W1 Active power, phase Float VAR1 Reactive power, phase Float PF1 Power factor, phase Float V12 Voltage phase1 to phase Float V1 Voltage phase1 to neutral 3041 Float A1 Current, phase Float F1 Frequency, Hz 3045 Float Reserved Reserved 3047 Long Intr1 Number of interruption 3049 Long 2010 Schneider Electric. All rights reserved. 51
10 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Y phase RMS Block: Table 6-7: Y phase RMS block VA2 Apparent power, phase Float W2 Active power, phase Float VAR2 Reactive power, phase Float PF2 Power factor, phase Float V23 Voltage phase2 to phase Float V2 Voltage phase2 to neutral 3071 Float A2 Current, phase Float F2 Frequency, Hz 3075 Float Reserved Reserved 3077 Long Intr2 Number of interruption 3079 Long B phase RMS Block: Table 6-8: B phase RMS block VA3 Apparent power, phase Float W3 Active power, phase Float VAR3 Reactive power, phase Float PF3 Power factor, phase Float V31 Voltage phase3 to phase Float V3 Voltage phase3 to neutral 3101 Float A3 Current, phase Float F3 Frequency, Hz 3105 Float Reserved Reserved 3107 Long Intr3 Number of interruption 3109 Long Schneider Electric. All rights reserved.
11 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Forward Integrated Block Table 6-9: Forward Integrated block FwdVAh Forward Apparent 3121 Float FwdWh Forward Active 3123 Float FwdVARh Forward Reactive Inductive 3125 Float Reserved Reserved 3127 Float Reserved Reserved 3129 Float FwdVARh Forward Reactive Capacitive 3131 Float Reserved Reserved 3133 Float Reserved Reserved 3135 Float Reserved Reserved 3137 Long FwdRunsecs Forward Run Seconds 3139 Long Reverse Integrated Block: Table 6-10: Reverse Integrated block RevVAh Reverse Apparent 3151 Float RevWh Reverse Active 3153 Float RevVARh Reverse Reactive Inductive 3155 Float Reserved Reserved 3157 Float Reserved Reserved 3159 Float RevVARh Reverse Reactive Capacitive 3161 Float Reserved Reserved 3163 Float Reserved Reserved 3165 Float Reserved Reserved 3167 Long RevRunsecs Reverse Run Seconds 3169 Long 2010 Schneider Electric. All rights reserved. 53
12 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Total Integrated Block: Table 6-11: Total Integrated block TotVAh Total Apparent 3181 Float TotWh Total Active 3183 Float TotVARh Total Reactive Inductive 3185 Float Reserved Reserved 3187 Float Reserved Reserved 3189 Float TotVARh Total Reactive Capacitive 3191 Float Reserved Reserved 3193 Float Reserved Reserved 3195 Float Reserved Reserved 3197 Long TotRunsecs Total Run Seconds 3199 Long Demand Block: No of Registers: 22 Table 6-12: Demand block Reserved Reserved 3721 Long Reserved Reserved 3723 Float Reserved Reserved 3725 Float Reserved Reserved 3727 Float Reserved Reserved 3729 Float Reserved Reserved 3731 Float Reserved Reserved 3733 Float Present demand Present demand 3735 Float Rising demand Rising demand 3737 Float Time remaining Time remaining 3739 Long Reserved Reserved 3741 Float Note: The address 3741 is overlapped between the Demand and Max Demand blocks Schneider Electric. All rights reserved.
13 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Max Demand Block: No of Registers: 36 Table 6-13: Max Demand Block MaxDM Maximum demand 3741 Float MaxDMTime Maximum demand occurrence time 3743 Long Reserved Reserved 3745 Float Reserved Reserved 3747 Long Reserved Reserved 3749 Float Reserved Reserved 3751 Long Reserved Reserved 3753 Float Reserved Reserved 3755 Long Reserved Reserved 3757 Float Reserved Reserved 3759 Long Reserved Reserved 3761 Float Reserved Reserved 3763 Long Reserved Reserved 3765 Float Reserved Reserved 3767 Long Reserved Reserved 3769 Float Reserved Reserved 3771 Long Reserved Reserved 3773 Float Reserved Reserved 3775 Long Note: The address 3741 is overlapped between the Demand and Max Demand blocks Old Forward Integrated Block Table 6-14: Old Forward Integrated Block OldFwdVAh Old forward Apparent 3122 Float OldFwdWh Old Forward Active 3124 Float OldFwdVARh Old Forward Reactive Inductive 3126 Float Reserved Reserved 3128 Float Reserved Reserved 3130 Float OldFwdVARh Old Forward Reactive Capacitive 3132 Float Reserved Reserved 3134 Float Reserved Reserved 3136 Float Reserved Reserved 3138 Long OldFwdRunsecs Old Forward Run Seconds 3140 Long 2010 Schneider Electric. All rights reserved. 55
14 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Old Reverse Integrated Block: Table 6-15: Old Reverse Integrated Block OldRevVAh Old Reverse Apparent 3152 Float OldRevWh Old Reverse Active 3154 Float OldRevVARh Old Reverse Reactive Inductive 3156 Float Reserved Reserved 3158 Float Reserved Reserved 3160 Float OldRevVARh Old Reverse Reactive Capacitive 3162 Float Reserved Reserved 3164 Float Reserved Reserved 3166 Float Reserved Reserved 3168 Long OldRevRunsecs Old Reverse Run Seconds 3170 Long Old Total Integrated Block: Table 6-16: Old Total Integrated block OldTotVAh Old Total Apparent 3182 Float OldTotWh Old Total Active 3184 Float OldTotVARh Old Total Reactive Inductive 3186 Float Reserved Reserved 3188 Float Reserved Reserved 3190 Float OldTotVARh Old Total Reactive Capacitive 3192 Float Reserved Reserved 3194 Float Reserved Reserved 3196 Float Reserved Reserved 3198 Long OldTotRunsecs Old Total Run Seconds 3200 Long Schneider Electric. All rights reserved.
15 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication Phase Angle Block: No of Registers: 18 Table 6-17: Phase Angle block Neutral voltage Neutral voltage 3701 Float An Neutral current 3703 Float V1 Voltage Phase Angle, phase Float V2 Voltage Phase Angle, phase Float V3 Voltage Phase Angle, phase Float A1 Current Phase Angle, phase Float A2 Current Phase Angle, phase Float A3 Current Phase Angle, phase Float RPM Rotations per minute 3717 Float Note: The parameters V1, V2, V3 (Voltage phase angles) and neutral voltage are available only through communication. SETUP Block:, 10H Write No of Registers: 40 Read and write as block only Table 6-18: SETUP block Parameter Description Address Type Range Default PM1200 value A.Pri Current 0101 Float 1.0 to 99 k Primary A.Sec Current Secondary 0103 Float 1.0 to V.Pri Voltage 0105 Float to 999 k Primary V.Sec Voltage Secondary 0107 Float to SYS System Configuration 0109 Float 2.0 to Delta 3.0 Star 4.0 Wye Ph Ph LABL VA Fn D sel D Par Phase Labeling VA Function selection Demand Selection Demand parameter 0111 Float 0.0 to ABC 2.0 RST 3.0 PQR 4.0 RYB 0113 Float 0.0 to D 1.0 Arth 0115 Float 0.0 to Auto 1.0 User 0117 Float 0.0 to VA 1.0 W 2.0 A Schneider Electric. All rights reserved. 57
16 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Parameter Description Address Type Range Default value PM1200 D Prd Demand Period 0119 Float 1.0 to Min Min Min Min Min Min BAUD Baud rate 0121 Float 1.0 to PRTY Parity & Stop bit 0123 Float 0.0 to Even Even Odd Odd No No ID Unit ID 0125 Float 1.0 to F.S% % Full scale 0127 Float 1 to OFLo POLE Overflow parameter selection Number of poles for RPM 0129 Float 0.0 to Wh 1.0 VAh 0131 Float 1.0 to PWD Password 0133 Float Reserved Reserved 0135 Float Reserved Reserved 0137 Float Reserved Reserved 0139 Float NOTE: For efficient setup, Read the setup parameters first and then edit the required setup parameter value Schneider Electric. All rights reserved.
17 PLSED309039EN PM1000 Series Power Meters 01/2010 Chapter 6 Data Communication CLEAR Block Function Code: 10H Write No of Registers: 2 Write as block only Table 6-19: CLEAR block Parameter Description Address Type Range PM1200 CLR_INTG_DMD _SETDEFAULT INTG and demand clearing and setting up the setup default 0311 Long 1 - INTG and MD Clear 2 - MD Clear Setup default NOTE: For setup default, meter will send an exception for values other than 256. Model Info Block: No of Registers: 14 Read as block only Table 6-20: Model Info Block Parameter Description Address Type Range PM1200 Reserved Reserved 0081 Long Reserved Reserved 0083 Long Model Version Model, Options and version numbers Reserved Reserved 0087 Long Reserved Reserved 0089 Long Reserved Reserved 0091 Long 0085 Long Bits 30 to 24 Model No Bits 23 to 16 - Options Bits 15 to 0 Version number E.g. PM1200 model no is 22 Reserved Reserved 0093 Long Model register details This section explains about the model register and helps you to understand the model number, version number and options (Mentioned in table 6-20: Model Info Block). The following figure explains how the bits are organized in the model register. Figure 6-4: Bits in Model register MSB LSB Model No Options 15 0 Version No 2010 Schneider Electric. All rights reserved. 59
18 PM1000 Series Power Meters PLSED309039EN Chapter 6 Data Communication 01/2010 Meter Model and number: The following table bitwise explanation for Meter model and number. Table 6-21: Meter Model and number Meter model Model no (5A) Model Options PM (0x16) IE DM THD Model options description: The following table gives the model options bitwise description. Table 6-22: Model options description Bit23 Bit22 Bit21 Bit20 Bit19 Bit18 Bit17 Bit16 Remarks No options available Imp/Exp option available DM option available Imp/Exp and DM option available THD option available Imp/Exp and THD available DM and THD available Imp/exp, DM and THD available Interpretation of firmware version number: The following steps clearly explain how to interpretate the FW version number. 1. Convert the hexadecimal value both MSB & LSB into decimal value. 2. Apply the formula ((MSB*256)+LSB) 3. The resultant value will be for the hexadecimal value 0x76 0xC0. 4. Insert a 0 before the result and parse it from right with 2 digits each. 5. The result will be the FW version = Table 6-23: Firmware version interpretation MSB LSB Hexadecimal 0x76 0xC0 Decimal VALUE=((MSB*256)+LSB) FW Version Schneider Electric. All rights reserved.
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