User Manual and Operating Guide

ManualsBrandsGE ManualsComputer MonitorEPM 9650/9800 Computer Monitor

NORTH AMERICA

215 Anderson Avenue, Markham, Ontario L6E 1B3 Canada

Internet: http: www.Geindustrial.com/multilin

EPM 9650/9800

Meters

HIGH PERFORMANCE SCADA MONITORS

GE Multilin

Modbus Protocol & Register Map

for EPM 9650/9800 Meters

July 24, 2006

Doc # GEK-113017

Summary of content (404 pages)

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EPM 9650/9800 Meters HIGH PERFORMANCE SCADA MONITORS Modbus Protocol & Register Map for EPM 9650/9800 Meters July 24, 2006 Doc # GEK-113017 g GE Multilin NORTH AMERICA 215 Anderson Avenue, Markham, Ontario L6E 1B3 Canada Internet: http: www.Geindustrial.
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EPM 9650/9800 Meters Modbus Protocol & Register Map Published by: GE Multilin 215 Anderson Avenue Markham, Ontario L6E 1B3 Canada All rights reserved. No part of this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or information storage or retrieval systems or any future forms of duplication, for any purpose other than the purchaser’s use, without the expressed written permission of GE Multilin.
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Customer Service and Support Customer service and support is available 24 hours a day, 7 days a week. Please have the model, serial number and a detailed problem description available. If the problem concerns a particular reading, please have all meter readings available. For customer or technical assistance, call:1-888-GE4SERVICE (1-888-434-7378)..
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Table of Contents Chapter 1: Modbus Protocol Overview 1.1: Introduction . . . . . . . . . . . . . . . . . . . . . . . . 1.2: Communication Packets . . . . . . . . . . . . . . . . . . . 1.3: Slave Address and Broadcast Request . . . . . . . . . . . . . 1.4: Function Codes . . . . . . . . . . . . . . . . . . . . . . . 1.4.1: Function Code 03—Read Holding Registers . . . . . . . . 1.4.2: Function Code 06—Preset Single Register . . . . . . . . 1.4.3: Function Code 10—Preset Multiple Registers . . . . . . . 1.
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Time of Use Frozen Register 5 Block . . . . . . . . . . . . . . . . Time of Use Frozen Register 6 Block . . . . . . . . . . . . . . . . Time of Use Frozen Register 7 Block . . . . . . . . . . . . . . . . Time of Use Frozen Register 8 Block . . . . . . . . . . . . . . . . Time of Use Frozen Total Block . . . . . . . . . . . . . . . . . . Time of Use Prior Month Register 1 Block . . . . . . . . . . . . . Time of Use Prior Month Register 2 Block . . . . . . . . . . . . .
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Short Term Flicker Block . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-94 Long Term Flicker Block . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-95 Additional Energy Block . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-95 Energy and Pulses in the Interval . . . . . . . . . . . . . . . . . . . . . . . 2-96 Flicker Countdown Block . . . . . . . . . . . . . . . . . . . . . . . . . . 2-98 Cumulative Demand Block . . . . . . . . . . . . . . . . . . . . . . . . . .
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Window Index Block . . . . . . . . . . . . . . Window Mode Block . . . . . . . . . . . . . . Window Block . . . . . . . . . . . . . . . . . Auto Increment Window Block . . . . . . . . . . Alarm Block . . . . . . . . . . . . . . . . . . Port Control Block . . . . . . . . . . . . . . . Energy Preset Block . . . . . . . . . . . . . . Programmable Settings Block . . . . . . . . . . Communications Settings Block . . . . . . . Limit Settings Block . . . . . . . . . . . . Historical Log Settings Block . . . . . .
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External Digital Input Module Labels Block . External Digital Output Module Labels Block Internal Modem Card Settings Block . . . . Customizable Modbus Map Settings Block . . Network Settings 10/100 Card . . . . . . . Auto TFTP Download Settings . . . . Email Client Settings . . . . . . . . . FTP Client Settings . . . . . . . . . GE EGD Protocol . . . . . . . . . . DNP LAN/WAN . . . . . . . . . . . Customizable Modbus Map Format Block . . Energy Scale Settings . . . . . . . . . . . Update Settings Block . .
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3.20: Type F20 3.21: Type F21 3.22: Type F22 3.23: Type F23 3.24: Type F24 3.25: Type F25 3.26: Type F26 3.27: Type F27 3.28: Type F28 3.29: Type F29 3.30: Type F30 3.31: Type F31 3.32: Type F32 3.33: Type F33 3.34: Type F34 3.35: Type F35 3.36: Type F36 3.37: Type F37 3.38: Type F38 3.39: Type F39 3.40: Type F40 3.41: Type F41 3.42: Type F42 3.43: Type F43 3.44: Type F44 3.45: Type F45 3.46: Type F46 3.47: Type F47 3.48: Type F48 3.49: Type F49 3.50: Type F50 3.51: Type F51 3.52: Type F52 3.53: Type F53 3.
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Chapter 4: Modbus Register Map Notes 4.1: Modbus Register Map Notes . . . . . . . . . . . . . . . . . . . . . . . 4-1 Chapter 5: Logs, Port Control and Updating Programmable Settings 5.1: Downloading Logs—Overview . . . . . . . . . . . . . . . . . . . . . . 5-1 5.1.1: Steps for Downloading a Log . . . . . . . . . . . . . . . . . . . . . 5-3 5.1.2: Downloading Time Stamps with Example . . . . . . . . . . . . . . . 5-4 5.1.3: Downloading Records with Example . . . . . . . . . . . . . . . . . 5-6 5.1.
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7.14: Exception Profile Block (45953-45968) . . . . . . . . . . . . . . . . . . . 7-8 7.15: Device Label Settings Block (45969-45992) . . . . . . . . . . . . . . . . . 7-9 7.16: Network Settings Block (45993-46016) . . . . . . . . . . . . . . . . . . . 7-9 7.17: Block Window Average External Synchronization Block (46017) . . . . . . . 7-11 7.18: Display Configuration Block (46018) . . . . . . . . . . . . . . . . . . . 7-11 7.19: Energy Direction Block (46019) . . . . . . . . . . . . . . . . . . . . .
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8.9: Maximum Time Stamp Block (000498-00737) . . . . . . . . . . . . . . . . 8-3 8.10: Minimum Time Stamp Block (00738-00977) . . . . . . . . . . . . . . . . 8-3 8.11: Energy Block (Secondary) (00978-01021) . . . . . . . . . . . . . . . . . . 8-3 8.12: Harmonic Magnitude Block (01022-01789) . . . . . . . . . . . . . . . . . 8-4 8.13: Harmonic Phase Block (01790-02557) . . . . . . . . . . . . . . . . . . . 8-4 8.14: THD/K-Factor Block (02558-02566) . . . . . . . . . . . . . . . . . . . . 8-4 8.
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8.58: Log Index Block (06647-06664) . . . . . . . . . . . . . . 8.59: Uncompensated & Q Block (06665-06670) . . . . . . . . . 8.60: Scaled Energy Block (06908-07829) . . . . . . . . . . . . 8.61: Total Average Power Factor Block (07830-07859) . . . . . . . 8.62: Reset Active TOU Time Stamp (07860-07863) . . . . . . . . 8.63: Negative Maximum Pulse Aggregation Avg Block (07864-07895) 8.64: Scratchpad Block (08193-08320) . . . . . . . . . . . . . . 8.65: Master Device Data Block (08449-08704) . . . . . . . .
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8.107: Dynamic Configuration Block (65345-65349) 8.108: Hardware Options Block (65361-65368) . . 8.109: Flash Control Block (65409-65498) . . . . 8.110: Enhanced Serial Number (65533-65534) . . 8.111: Serial Number (65535-65536) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-36 . 8-36 . 8-39 . 8-43 .
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xiv
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Chapter 1 Modbus Protocol Overview 1.1: Introduction Q EPM Monitors can communicate with other devices using the RTU transmission mode of the AEG Modicon Modbus protocol. Communication is available through RS232 or RS485 standards. • RS232 communication supports a single connection between one EPM Meter and one other device, available on the EPM Meter’s Port 1 ONLY. • RS485 communication supports multiple EPM Meters connected on a network.
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1.4: Function Codes A packet’s Function Code tells the addressed Slave what action to perform. EPM devices support the following Modbus Function Codes: Table 1.1: Function Codes Function Code Description Hex Dec 03H 3 Read Holding Registers 06H 6 Preset Single Register 10H 16 Preset Multiple Registers 1.4.1: Function Code 03—Read Holding Registers Q This function allows a Master station to read one or more parameter values (data registers) from an EPM Slave.
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1.4.2: Function Code 06—Preset Single Register Q This function allows a Master station to modify a single register in an EPM Slave. The data registers are 16-bit (two byte) values transmitted high-ordered byte first, low-ordered byte second. Q In the following example, a Master device stores the value 0001H at Register 57346 in an EPM Slave at address 01H. Table 1.
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Table 1.
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FOR n=1 to # of bytes in packet XOR nth data byte with the 16-bit register FOR bits_shifted = 1 to 8 SHIFT 1 bit to the right IF (bit shifted out EQUAL 1) XOR generator polynomial with the 16-bit register and store result in the 16-bit register END IF END FOR END FOR The resulting 16-bit register contains the CRC-16 checksum. 1.6: Dead Time Q An EPM Slave considers a transmission from a Master complete when it has received no data for a period of 3.
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Q In the following example, a Master Device requests an EPM Slave at address 01H to transmit the value at Register 00256. The Slave replies with an error, indicating that it is busy. Table 1.
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1.8.1: Function Code 23H - Read Holding Registers Multiple Times This function allows a Master station to read the binary contents of holding registers (4X references) in the slave multiple times. Broadcast is not supported. The Master device sends a packet defining the starting register, quantity of registers to be read and the repeat count. Registers are addressed starting at zero: registers 1-16 are addressed as 0-15.
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Here is an example of a response to the query given earlier: Function Code 23H Example (Response) Field Name Example (Hex) Slave Address 11 Function Code 23 Byte Count Hi 00 Byte Count Lo 0C Data Hi (Register 40108, First Read) 02 Data Lo (Register 40108, First Read) 2B Data Hi (Register 40109, First Read) 00 Data Lo (Register 40109, First Read) 00 Data Hi (Register 40110, First Read) 00 Data Lo (Register 40110, First Read) 64 Data Hi (Register 40108, Second Read) 02 Data Lo (Regist
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While the DNP over TCP Connections may be closed at the decision of the Network Card, as would be conveyed by the New Association bit with the next received connection, the Main device might also determine that the current DNP over TCP Connection should be closed. The request to close the current DNP over TCP Connection will have to be held in Modbus registers in the Main device, polled by the Network Card, and cleared by the Network Card overwriting the registers.
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In the request or response PDU, Link Status bit 0 indicates TCP (0) or UDP (1). In the request PDU, Link Status bit 1 indicates a continuation of the Current Association (0) or the start of a New Association (1). Here is an example of a pair of requests where a DNP over TCP connection was established with a client at IP Address 1.2.3.4, port 20000. The first TCP frame transmitted 7 bytes in the stream, containing part of a DNP frame.
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Response PDU Request PDU DNP Field Name DNP Field Name Field Name (Hex) 0x001 Address 0x001 Function 0x042 Function 0x042 Status 0x000 Status 0x000 IP Add Quad 1 0x001 IP Add Quad 1 0x001 IP Add Quad 3 0x002 IP Add Quad 2 0x002 IP Add Quad 3 0x003 IP Add Quad 3 0x003 IP Add Quad 4 0x004 IP Add Quad 4 0x004 Client Port Hi 0x04E Client Port Hi 0x04E Client Port Lo 0x020 Client Port Lo 0x020 Byte Count Hi 0x000 Byte Count Hi 0x000 Byte Count Lo 0x005 Byte Count Lo
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1-12
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Chapter 2 EPM Modbus Register Map Q The EPM Modbus Register Map begins on the following page. One Second Readings use the One Second Block, Registers 00176-00235, described in Section 8.5. Resetting Maximums, Minimums, Energy Readings and/or Logs use the Action Block, Registers 57345-57393, described in Section 8.71. Time may be set in the device using the Real Time Block, Registers 00081-00089, described in Section 8.2.
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Address Line Pt DNP Description Obj Range Units Type R/W Device Identification Block 00001-00008 0 0 Device Name F1 R 00009-00016 1 0 Firmware Variation String 1 F1 R 00017-00024 1 1 Firmware Variation String 2 F1 R 00025-00032 1 2 Firmware Variation String 3 F1 R 00033-00040 1 3 Firmware Variation String 4 F1 R 00041-00048 1 4 Firmware Variation String 5 F1 R 00049-00056 1 5 Firmware Variation String 6 F1 R 00057-00064 1 6 Firmware Variation String 7 F1
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DNP Description Obj Address Line Pt Range Units Type R/W 00119-00122 17 0 50 Tenth second Block Time Stamp 12/31/9999 23:59:59.
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DNP Description Obj Address Line Pt Range Units Type R/W 00180-00181 34 0 30 00182-00183 34 1 30 One second Phase A-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R One second Phase B-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00184-00185 34 2 30 One second Phase C-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00186-00187 35 00188-00189 36 0 30 One second Auxiliary Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 0 30 One second Phase A Current +32767 A / 0 A 1/ 6
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DNP Description Obj Address Line Pt Range Units Type R/W 00240-00241 51 0 30 00242-00243 51 1 30 Thermal Average Phase A-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R Thermal Average Phase B-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00244-00245 51 2 30 Thermal Average Phase C-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00246-00247 52 00248-00249 53 0 30 Thermal Average Auxiliary Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 0 30 Thermal Average Phase A Curr
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DNP Description Obj Address Line Pt Range Units Type R/W 00300-00301 68 0 30 00302-00303 68 1 30 Maximum Thermal Average Phase A-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R Maximum Thermal Average Phase B-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00304-00305 68 2 30 Maximum Thermal Average Phase C-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00306-00307 69 00308-00309 70 0 30 Maximum Thermal Average Auxiliary Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 0
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DNP Description Obj Address Line Pt Range Units Type R/W 00366 85 0 30 00367 85 1 30 Maximum Thermal Average Phase A Power Factor Quadrant 1 0.999 / 0 0.001 PF F8 R Maximum Thermal Average Phase B Power Factor Quadrant 1 0.999 / 0 0.001 PF F8 R 00368 85 2 30 Maximum Thermal Average Phase C Power Factor Quadrant 1 0.999 / 0 0.001 PF F8 R 00369 86 00370 87 0 30 Maximum Thermal Average Power Factor Quadrant 1 0.999 / 0 0.
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Address DNP Description Obj Line Pt Range Units Type R/W 00405-00406 99 2 30 00407-00408 100 0 30 Minimum Thermal Average Phase C-N Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R Minimum Thermal Average Auxiliary Voltage + 32767 V / 0 V 1/ 65536 V sec F7 R 00409-00410 101 0 30 Minimum Thermal Average Phase A Current + 32767 A / 0 A 1/ 65536 A sec F7 R 00411-00412 101 00413-00414 101 1 30 Minimum Thermal Average Phase B Current + 32767 A / 0 A 1/ 65536 A sec F7 R 2
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DNP Description Obj Address Line Pt Range Units Type R/W 00469 116 2 30 00470 117 0 30 Minimum Thermal Average Phase C Power Factor Quadrant 1 0.999 / 0 0.001 PF F8 R Minimum Thermal Average Power Factor Quadrant 1 0.999 / 0 0.001 PF F8 R 00471 118 0 30 Minimum Thermal Average Phase A Power Factor Quadrant 2 1.999 / /1.000 0.001 PF F8 R 00472 118 00473 118 1 30 Minimum Thermal Average Phase B Power Factor Quadrant 2 1.999 / /1.000 0.
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DNP Description Obj Address Line Pt Range Units Type R/W 00518-00521 129 5 50 00522-00525 129 6 50 Maximum Thermal Average Phase B Current Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Maximum Thermal Average Phase C Current Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 00526-00529 129 7 50 Maximum Thermal Average Measured Neutral Current Time Stamp 12/31/9999 23:59:59.
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DNP Description Obj Address Line Pt Range Units Type R/W 00650-00653 129 38 50 00654-00657 129 39 50 Maximum Thermal Average Phase B Power Factor Quadrant 2 Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Maximum Thermal Average Phase C Power Factor Quadrant 2 Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 00658-00661 129 40 50 Maximum Thermal Average Power Factor Quadrant 2 Time Stamp 12/31/9999 23:59:59.
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DNP Description Obj Address Line Pt Range Units Type R/W 00778-00781 130 10 50 00782-00785 130 11 50 Minimum Thermal Average Phase B-C Voltage Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Minimum Thermal Average Phase C-A Voltage Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 00786-00789 130 12 50 Minimum Thermal Average Phase A VA Time Stamp 12/31/9999 23:59:59.
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DNP Description Obj Address Line Pt Range Units Type R/W 00910-00913 130 43 50 00914-00917 130 44 50 Minimum Thermal Average Phase C Power Factor Quadrant 3 Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Minimum Thermal Average Power Factor Quadrant 3 Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 00918-00921 130 45 50 Minimum Thermal Average Phase A Power Factor Quadrant 4 Time Stamp 12/31/9999 23:59:59.
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DNP Description Obj Address Line Pt 01025 134 3 30 01026 134 4 30 01027 134 5 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 3rd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A-N / Phase A-B Voltage 4 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase A-N / Phase A-B Voltage 5 Harmonic Magnitude 01028 134 6 30 Phase A-N / Phase A-B Voltage 6 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01058 137 4 30 01059 137 5 30 01060 137 6 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 36th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A-N / Phase A-B Voltage 37 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase A-N / Phase A-B Voltage 38 Harmonic Magnitude 01061 137 7 30 Phase A-N / Phase A-B Voltage 39 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01091 138 5 30 01092 138 6 30 01093 138 7 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 69th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A-N / Phase A-B Voltage 70 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R +327.67% / -327.68% 0.01% F10 R st Phase A-N / Phase A-B Voltage 71 Harmonic Magnitude nd 01094 138 8 30 Phase A-N / Phase A-B Voltage 72 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt Range 01124 138 38 30 Phase A-N / Phase A-B Voltage 102nd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01125 138 39 30 rd Phase A-N / Phase A-B Voltage 103 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01126 138 40 30 th Phase A-N / Phase A-B Voltage 104 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Units Type R/W 01127 138 41 30 Phase A-N / Phase A-B Voltage 105 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01157 139 7 30 01158 140 0 30 01159 140 1 30 Range Units Type R/W Phase B-N / Phase B-C Voltage 7th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase B-N / Phase B-C Voltage 8 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R +327.67% / -327.68% 0.01% F10 R th Phase B-N / Phase B-C Voltage 9 Harmonic Magnitude th 01160 140 2 30 Phase B-N / Phase B-C Voltage 10 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01190 142 8 30 01191 142 9 30 01192 142 10 30 Range Units Type R/W Phase B-N / Phase B-C Voltage 40th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R st Phase B-N / Phase B-C Voltage 41 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R +327.67% / -327.68% 0.01% F10 R nd Phase B-N / Phase B-C Voltage 42 Harmonic Magnitude rd 01193 142 11 30 Phase B-N / Phase B-C Voltage 43 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt Range 01223 143 9 30 Phase B-N / Phase B-C Voltage 73rd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01224 143 10 30 th Phase B-N / Phase B-C Voltage 74 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01225 143 11 30 th Phase B-N / Phase B-C Voltage 75 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Units Type R/W 01226 143 12 30 Phase B-N / Phase B-C Voltage 76 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01256 143 42 30 01257 143 43 30 01258 143 44 30 Range Units Type R/W Phase B-N / Phase B-C Voltage 106th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase B-N / Phase B-C Voltage 107 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase B-N / Phase B-C Voltage 108 Harmonic Magnitude 01259 143 45 30 Phase B-N / Phase B-C Voltage 109 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01289 145 3 30 01290 145 4 30 01291 145 5 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 11th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 12 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 13 Harmonic Magnitude 01292 145 6 30 Phase C-N / Phase C-A Voltage 14 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01322 147 12 30 01323 147 13 30 01324 147 14 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 44th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 45 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 46 Harmonic Magnitude 01325 147 15 30 Phase C-N / Phase C-A Voltage 47 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01355 148 13 30 01356 148 14 30 01357 148 15 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 77th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 78 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 79 Harmonic Magnitude th 01358 148 16 30 Phase C-N / Phase C-A Voltage 80 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01388 148 46 30 01389 148 47 30 01390 148 48 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 110th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 111 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase C-N / Phase C-A Voltage 112 Harmonic Magnitude 01391 148 49 30 Phase C-N / Phase C-A Voltage 113 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01421 150 7 30 01422 151 0 30 01423 151 1 30 Range Units Type R/W Phase A Current 15th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A Current 16 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase A Current 17 Harmonic Magnitude 01424 151 2 30 Phase A Current 18 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01454 152 16 30 01455 152 17 30 01456 152 18 30 Range Units Type R/W Phase A Current 48th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A Current 49 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R +327.67% / -327.68% 0.01% F10 R th Phase A Current 50 Harmonic Magnitude st 01457 152 19 30 Phase A Current 51 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt Range 01487 153 17 30 Phase A Current 81st Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01488 153 18 30 nd Phase A Current 82 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01489 153 19 30 rd Phase A Current 83 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Units Type R/W 01490 153 20 30 Phase A Current 84 Harmonic Magnitude +327.67% / -327.68% 0.
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DNP Description Obj Address Line Pt 01520 153 50 30 01521 153 51 30 01522 153 52 30 Range Units Type R/W Phase A Current 114th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase A Current 115 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase A Current 116 Harmonic Magnitude 01523 153 53 30 Phase A Current 117 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 59
DNP Description Obj Address Line Pt 01553 156 3 30 01554 156 4 30 01555 156 5 30 Range Units Type R/W Phase B Current 19th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase B Current 20 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R st +327.67% / -327.68% 0.01% F10 R nd Phase B Current 21 Harmonic Magnitude 01556 156 6 30 Phase B Current 22 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 60
DNP Description Obj Address Line Pt 01586 157 20 30 01587 157 21 30 01588 157 22 30 Range Units Type R/W Phase B Current 52nd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R rd Phase B Current 53 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase B Current 54 Harmonic Magnitude 01589 157 23 30 Phase B Current 55 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 61
DNP Description Obj Address Line Pt 01619 158 21 30 01620 158 22 30 01621 158 23 30 Range Units Type R/W Phase B Current 85th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase B Current 86 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase B Current 87 Harmonic Magnitude 01622 158 24 30 Phase B Current 88 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 62
DNP Description Obj Address Line Pt 01652 158 54 30 01653 158 55 30 01654 158 56 30 Range Units Type R/W Phase B Current 118th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase B Current 119 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R st Phase B Current 120 Harmonic Magnitude 01655 158 57 30 Phase B Current 121 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 63
DNP Description Obj Address Line Pt Range 01685 161 7 30 Phase C Current 23rd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01686 161 8 30 th Phase C Current 24 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R 01687 161 9 30 th Phase C Current 25 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Units Type R/W 01688 161 10 30 Phase C Current 26 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 64
DNP Description Obj Address Line Pt 01718 162 24 30 01719 162 25 30 01720 162 26 30 Range Units Type R/W Phase C Current 56th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C Current 57 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase C Current 58 Harmonic Magnitude 01721 162 27 30 Phase C Current 59 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 65
DNP Description Obj Address Line Pt 01751 163 25 30 01752 163 26 30 01753 163 27 30 Range Units Type R/W Phase C Current 89th Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th Phase C Current 90 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R st +327.67% / -327.68% 0.01% F10 R nd Phase C Current 91 Harmonic Magnitude 01754 163 28 30 Phase C Current 92 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 66
DNP Description Obj Address Line Pt 01784 163 58 30 01785 163 59 30 01786 163 60 30 Range Units Type R/W Phase C Current 122nd Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R rd Phase C Current 123 Harmonic Magnitude +327.67% / -327.68% 0.01% F10 R th +327.67% / -327.68% 0.01% F10 R th Phase C Current 124 Harmonic Magnitude 01787 163 61 30 Phase C Current 125 Harmonic Magnitude +327.67% / -327.68% 0.
PAGE 67
DNP Description Obj Address Line Pt 01816 166 10 30 01817 166 11 30 01818 166 12 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 26th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A-N / Phase A-B Voltage 27 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 68
DNP Description Obj Address Line Pt 01849 167 27 30 01850 167 28 30 01851 167 29 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 59th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A-N / Phase A-B Voltage 60 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R st +180 degree / -180 degree 0.
PAGE 69
DNP Description Obj Address Line Pt 01882 168 28 30 01883 168 29 30 01884 168 30 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 92nd Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R rd Phase A-N / Phase A-B Voltage 93 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 70
DNP Description Obj Address Line Pt 01915 168 61 30 01916 168 62 30 01917 168 63 30 Range Units Type R/W Phase A-N / Phase A-B Voltage 125th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A-N / Phase A-B Voltage 126 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R +180 degree / -180 degree 0.
PAGE 71
DNP Description Obj Address Line Pt Range 01948 171 14 30 Phase B-N / Phase B-C Voltage 30th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 01949 171 15 30 st Phase B-N / Phase B-C Voltage 31 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 01950 172 0 30 nd Phase B-N / Phase B-C Voltage 32 Harmonic Phase +180 degree / -180 degree 0.
PAGE 72
DNP Description Obj Address Line Pt 01981 172 31 30 01982 173 0 30 01983 173 1 30 Range Units Type R/W Phase B-N / Phase B-C Voltage 63rd Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase B-N / Phase B-C Voltage 64 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 73
DNP Description Obj Address Line Pt 02014 173 32 30 02015 173 33 30 02016 173 34 30 Range Units Type R/W Phase B-N / Phase B-C Voltage 96th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase B-N / Phase B-C Voltage 97 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 74
DNP Description Obj Address Line Pt Range 02047 174 1 30 Phase C-N / Phase C-A Voltage 1st Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02048 174 2 30 nd Phase C-N / Phase C-A Voltage 2 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02049 174 3 30 rd Phase C-N / Phase C-A Voltage 3 Harmonic Phase +180 degree / -180 degree 0.
PAGE 75
DNP Description Obj Address Line Pt 02080 177 2 30 02081 177 3 30 02082 177 4 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 34th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C-N / Phase C-A Voltage 35 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 76
DNP Description Obj Address Line Pt 02113 178 3 30 02114 178 4 30 02115 178 5 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 67th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C-N / Phase C-A Voltage 68 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.
PAGE 77
DNP Description Obj Address Line Pt 02146 178 36 30 02147 178 37 30 02148 178 38 30 Range Units Type R/W Phase C-N / Phase C-A Voltage 100th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R st Phase C-N / Phase C-A Voltage 101 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R +180 degree / -180 degree 0.
PAGE 78
DNP Description Obj Address Line Pt 02179 179 5 30 02180 179 6 30 02181 179 7 30 Range Units Type R/W Phase A Current 5th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 6 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 7 Harmonic Phase 02182 180 0 30 Phase A Current 8 Harmonic Phase +180 degree / -180 degree 0.
PAGE 79
DNP Description Obj Address Line Pt 02212 182 6 30 02213 182 7 30 02214 182 8 30 Range Units Type R/W Phase A Current 38th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 39 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 40 Harmonic Phase st 02215 182 9 30 Phase A Current 41 Harmonic Phase +180 degree / -180 degree 0.
PAGE 80
DNP Description Obj Address Line Pt Range 02245 183 7 30 Phase A Current 71st Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02246 183 8 30 nd Phase A Current 72 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02247 183 9 30 rd Phase A Current 73 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Units Type R/W 02248 183 10 30 Phase A Current 74 Harmonic Phase +180 degree / -180 degree 0.
PAGE 81
DNP Description Obj Address Line Pt 02278 183 40 30 02279 183 41 30 02280 183 42 30 Range Units Type R/W Phase A Current 104th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 105 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase A Current 106 Harmonic Phase 02281 183 43 30 Phase A Current 107 Harmonic Phase +180 degree / -180 degree 0.
PAGE 82
DNP Description Obj Address Line Pt Range 02311 185 1 30 Phase B Current 9th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02312 185 2 30 th Phase B Current 10 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02313 185 3 30 th Phase B Current 11 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Units Type R/W 02314 185 4 30 Phase B Current 12 Harmonic Phase +180 degree / -180 degree 0.
PAGE 83
DNP Description Obj Address Line Pt Range 02344 187 10 30 Phase B Current 42nd Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02345 187 11 30 rd Phase B Current43 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R 02346 187 12 30 th Phase B Current 44 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Units Type R/W 02347 187 13 30 Phase B Current 45 Harmonic Phase +180 degree / -180 degree 0.
PAGE 84
DNP Description Obj Address Line Pt 02377 188 11 30 02378 188 12 30 02379 188 13 30 Range Units Type R/W Phase B Current 75th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase B Current 76 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase B Current 77 Harmonic Phase 02380 188 14 30 Phase B Current 78 Harmonic Phase +180 degree / -180 degree 0.
PAGE 85
DNP Description Obj Address Line Pt 02410 188 44 30 02411 188 45 30 02412 188 46 30 Range Units Type R/W Phase B Current 108th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase B Current 109 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase B Current 110 Harmonic Phase 02413 188 47 30 Phase B Current 111 Harmonic Phase +180 degree / -180 degree 0.
PAGE 86
DNP Description Obj Address Line Pt 02443 190 5 30 02444 190 6 30 02445 190 7 30 Range Units Type R/W Phase C Current 13th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 14 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 15 Harmonic Phase 02446 191 0 30 Phase C Current 16 Harmonic Phase +180 degree / -180 degree 0.
PAGE 87
DNP Description Obj Address Line Pt 02476 192 14 30 02477 192 15 30 02478 192 16 30 Range Units Type R/W Phase C Current 46th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 47 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 48 Harmonic Phase 02479 192 17 30 Phase C Current 49 Harmonic Phase +180 degree / -180 degree 0.
PAGE 88
DNP Description Obj Address Line Pt 02509 193 15 30 02510 193 16 30 02511 193 17 30 Range Units Type R/W Phase C Current 79th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 80 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R +180 degree / -180 degree 0.01 degree F9 R st Phase C Current 81 Harmonic Phase nd 02512 193 18 30 Phase C Current 82 Harmonic Phase +180 degree / -180 degree 0.
PAGE 89
DNP Description Obj Address Line Pt 02542 193 48 30 02543 193 49 30 02544 193 50 30 Range Units Type R/W Phase C Current 112th Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 113 Harmonic Phase +180 degree / -180 degree 0.01 degree F9 R th +180 degree / -180 degree 0.01 degree F9 R th Phase C Current 114 Harmonic Phase 02545 193 51 30 Phase C Current 115 Harmonic Phase +180 degree / -180 degree 0.
PAGE 90
DNP Description Obj Address Line Pt Range Units Type R/W 02591-02594 209 0 50 Phase Angle Block Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 02595 210 0 30 Phase Angle Phase A-N Voltage +180 degree / -180 degree 0.01 degree F9 R 02596 210 02597 210 1 30 Phase Angle Phase B-N Voltage +180 degree / -180 degree 0.01 degree F9 R 2 30 Phase Angle Phase C-N Voltage +180 degree / -180 degree 0.
PAGE 91
DNP Description Obj Address Line Pt Range Units Type R/W 02648-02651 220 1 50 02652-02655 220 2 50 Maximum Block Window Average Positive VAR Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Maximum Block Window Average Negative VAR Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 02656-02659 220 3 50 Maximum Block Window Average Positive Watt Time Stamp 12/31/9999 23:59:59.
PAGE 92
DNP Description Obj Address Line Pt Range Units Type R/W 02733-02736 229 1 50 02737-02740 229 2 50 Maximum Rolling Window Average Positive VAR Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R Maximum Rolling Window Average Negative VAR Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 02741-02744 229 3 50 Maximum Rolling Window Average Positive Watt Time Stamp 12/31/9999 23:59:59.
PAGE 93
Pt DNP Description Obj Address Line 02806-02807 237 7 20 Digital Input Accumulation 8, Module 2 02808 238 0-7 1 Digital Input States, Module 3 02809-02810 239 0 20 Digital Input Accumulation 1, Module 3 02811-02812 239 1 20 02813-02814 239 2 20 02815-02816 239 3 02817-02818 239 02819-02820 239 02821-02822 239 02823-02824 02825 Range Units 4,294,967,295 / 0 Type R/W F18 R F17 R 4,294,967,295 / 0 F18 R Digital Input Accumulation 2, Module 3 4,294,967,295 / 0 F1
PAGE 94
DNP Description Obj 20 VARhour (Quadrant 1) Address Line Pt 02894-02897 244 2 02898-02901 244 3 20 02902-02905 244 4 02906-02909 244 5 02910-02913 244 02914-02917 02918-02921 02922-02925 02926-02929 Range Units Type R/W +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R Vahour (Quadrant 4) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 20 VARhour (Quadrant 4) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 20 Watthour (Quadrant 2 + 3) 0 Wh / -9,999,999,999,999,999 Wh 1
PAGE 95
DNP Description Obj Address Line Pt Range Units Type R/W 03011-03012 250 1 30 Time of Use Frozen CT Ratio Denominator 03013-03014 250 2 30 Time of Use Frozen PT Ratio Numerator 03015-03016 250 3 30 Time of Use Frozen PT Ratio Denominator 03017-03018 250 4 30 Time of Use Prior Month CT Ratio Numerator 03019-03020 250 5 30 Time of Use Prior Month CT Ratio Denominator 03021-03022 250 6 30 Time of Use Prior Month PT Ratio Numerator 03023-03024 250 7 30 Time of Use Prior
PAGE 96
DNP Description Obj Address Line Pt Range Units Type R/W 03097-03100 254 1 50 TOU Frozen Reg 1 Peak Demand Watt (Q 2 + 3) Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 03101-03104 03105-03108 254 254 2 3 50 50 TOU Frozen Reg 1 Peak Demand VAR (Q 1 + 2) Time Stamp TOU Frozen Reg 1 Peak Demand VAR (Q 3 + 4) Time Stamp 12/31/9999 23:59:59.99 12/31/9999 23:59:59.
PAGE 97
DNP Description Obj 20 obsolete-TOU Frozen Reg 3 VAhour (Quadrant 3) Address Line Pt Range Units Type R/W 03209-03212 259 8 +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 03213-03216 259 9 20 obsolete-TOU Frozen Reg 3 VARhour (Quadrant 3) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 03217-03218 260 0 30 TOU Frozen Reg 3 Peak Demand Watt (Quadrant 1 + 4) +32767 Watt / 0 Watt 1/ 65536 W sec F7 R 03219-03220 260 03221-03222 260 1 30 TOU Frozen Reg 3 Peak Demand Watt (
PAGE 98
DNP Description Obj Address Line Pt 03313-03316 267 0 20 03317-03320 267 1 03321-03324 267 2 03325-03328 267 03329-03332 03333-03336 Range Units Type R/W Time of Use Frozen Reg 5 Block obsolete-TOU Frozen Reg 5 Watthour (Quadrant 1 + 4) +9,999,999,999,999,999 Wh / 0 Wh 1 WH F20 R 20 obsolete-TOU Frozen Reg 5 VAhour (Quadrant 1) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 20 obsolete-TOU Frozen Reg 5 VARhour (Quadrant 1) +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R
PAGE 99
DNP Description Obj Address Line Pt 03423-03424 272 1 30 TOU Frozen Reg 6 Peak Demand Watt (Quadrant 2 + 3) 03425-03426 272 2 30 TOU Frozen Reg 6 Peak Demand VAR (Quadrant 1 + 2) 03427-03428 272 3 30 03429-03430 273 0 03431-03432 273 1 03433-03436 274 03437-03440 03441-03444 03445-03448 Range Units Type R/W 0 Watt / -32768 Watt 1/ 65536 W sec F7 R +32767 VAR / 0 VAR 1/ 65536 VAR sec F7 R TOU Frozen Reg 6 Peak Demand VAR (Quadrant 3 + 4) 0 VAR / -32768 VAR 1/ 65536 VAR
PAGE 100
DNP Description Obj 20 obsolete-TOU Frozen Reg 8 VARhour (Quadrant 1) Address Line Pt Range Units Type R/W 03525-03528 279 2 +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 03529-03532 279 3 20 obsolete-TOU Frozen Reg 8 VAhour (Quadrant 4) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 03533-03536 279 4 03537-03540 279 5 20 obsolete-TOU Frozen Reg 8 VARhour (Quadrant 4) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 20 obsolete-TOU Frozen Reg 8 Watthour (Quadrant 2 +
PAGE 101
DNP Description Obj Address Line Pt Range Units 03633-03634 285 0 30 03635-03636 285 1 30 03637-03640 286 0 03641-03644 286 03645-03648 03649-03652 286 286 03653-03656 Type R/W TOU Frozen Total Coin. Dmd. VAR to Peak Dmd. Watt (Quadrant 1 + 4) +32767 VAR/ -32768 VAR 1/ 65536 VAR sec F7 R TOU Frozen Total Coin. Dmd. VAR to Peak Dmd.
PAGE 102
DNP Description Obj 20 obsolete-TOU Prior Month Reg 2 Watthour (Quadrant 2 + 3) Address Line Pt Range Units Type R/W 03741-03744 291 5 0 Wh / -9,999,999,999,999,999 Wh 1 WH F20 R 03745-03748 291 6 20 obsolete-TOU Prior Month Reg 2 VAhour (Quadrant 2) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 03749-03752 291 7 03753-03756 291 8 20 obsolete-TOU Prior Month Reg 2 VARhour (Quadrant 2) +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 20 obsolete-TOU Prior Month Reg 2 VAh
PAGE 103
DNP Description Obj Address Line Pt Range Units Type R/W 03845-03848 298 1 50 TOU Prior Month Reg 3 Peak Demand Watt (Q 2 + 3) Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 03849-03852 03853-03856 298 298 2 3 50 50 TOU Prior Month Reg 3 Peak Demand VAR (Q 1 + 2) Time Stamp TOU Prior Month Reg 3 Peak Demand VAR (Q 3 + 4) Time Stamp 12/31/9999 23:59:59.99 12/31/9999 23:59:59.
PAGE 104
DNP Description Obj 20 obsolete-TOU Prior Month Reg 5 VAhour (Quadrant 3) Address Line Pt Range Units Type R/W 03957-03960 303 8 +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 03961-03964 303 9 20 obsolete-TOU Prior Month Reg 5 VARhour (Quadrant 3) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 03965-03966 304 0 30 TOU Prior Month Reg 5 Peak Demand Watt (Quadrant 1 + 4) +32767 Watt / 0 Watt 1/ 65536 W sec F7 R 03967-03968 304 03969-03970 304 1 30 TOU Prior Month Reg
PAGE 105
DNP Description Obj Address Line Pt 04061-04064 311 0 20 04065-04068 311 1 04069-04072 311 2 04073-04076 311 04077-04080 04081-04084 Range Units Type R/W Time of Use Prior Month Reg 7 Block obsolete-TOU Prior Month Reg 7 Watthour (Quadrant 1 + 4) +9,999,999,999,999,999 Wh / 0 Wh 1 WH F20 R 20 obsolete-TOU Prior Month Reg 7 VAhour (Quadrant 1) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 20 obsolete-TOU Prior Month Reg 7 VARhour (Quadrant 1) +9,999,999,999,999,999 VARh / 0 V
PAGE 106
DNP Description Obj Address Line Pt 04171-04172 316 1 30 TOU Prior Month Reg 8 Peak Demand Watt (Quadrant 2 + 3) 04173-04174 316 2 30 TOU Prior Month Reg 8 Peak Demand VAR (Quadrant 1 + 2) 04175-04176 316 3 30 TOU Prior Month Reg 8 Peak Demand VAR (Quadrant 3 + 4) 04177-04178 317 0 30 04179-04180 317 1 30 04181-04184 318 0 04185-04188 318 04189-04192 04193-04196 318 318 04197-04200 Range Units Type R/W 0 Watt / -32768 Watt 1/ 65536 W sec F7 R +32767 VAR / 0 VAR 1/
PAGE 107
DNP Description Obj 20 obsolete-TOU Active Reg 1 VARhour (Quadrant 1) Address Line Pt Range Units Type R/W 04273-04276 323 2 +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 04277-04280 323 3 20 obsolete-TOU Active Reg 1 VAhour (Quadrant 4) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 04281-04284 323 4 04285-04288 323 5 20 obsolete-TOU Active Reg 1 VARhour (Quadrant 4) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 20 obsolete-TOU Active Reg 1 Watthour (Quadrant 2 +
PAGE 108
DNP Description Obj Address Line Pt Range Units 04381-04382 329 0 30 04383-04384 329 1 30 04385-04388 330 0 04389-04392 330 04393-04396 04397-04400 330 330 04401-04404 Type R/W TOU Active Reg 2 Coin. Dmd. VAR to Peak Dmd. Watt (Quadrant 1 +4) +32767 VAR/ -32768 VAR 1/ 65536 VAR sec F7 R TOU Active Reg 2 Coin. Dmd. VAR to Peak Dmd. Watt (Quadrant 2 + 3) +32767 VAR / -32768 VAR 1/ 65536 VAR sec F7 R 50 TOU Active Reg 2 Peak Demand Watt (Q 1 + 4) Time Stamp 12/31/9999 23:59:59.
PAGE 109
DNP Description Obj 20 obsolete-TOU Active Reg 4 Watthour (Quadrant 2 + 3) Address Line Pt Range Units Type R/W 04489-04492 335 5 0 Wh / -9,999,999,999,999,999 Wh 1 WH F20 R 04493-04496 335 6 20 obsolete-TOU Active Reg 4 VAhour (Quadrant 2) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 04497-04500 335 7 04501-04504 335 8 20 obsolete-TOU Active Reg 4 VARhour (Quadrant 2) +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 20 obsolete-TOU Active Reg 4 VAhour (Quadrant 3) +9
PAGE 110
DNP Description Obj Address Line Pt Range Units Type R/W 04593-04596 342 1 50 TOU Active Reg 5 Peak Demand Watt (Q 2 + 3) Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 04597-04600 04601-04604 342 342 2 3 50 50 TOU Active Reg 5 Peak Demand VAR (Q 1 + 2) Time Stamp TOU Active Reg 5 Peak Demand VAR (Q 3 + 4) Time Stamp 12/31/9999 23:59:59.99 12/31/9999 23:59:59.
PAGE 111
DNP Description Obj 20 obsolete-TOU Active Reg 7 VAhour (Quadrant 3) Address Line Pt Range Units Type R/W 04705-04708 347 8 +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 04709-04712 347 9 20 obsolete-TOU Active Reg 7 VARhour (Quadrant 3) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 04713-04714 348 0 30 TOU Active Reg 7 Peak Demand Watt (Quadrant 1 + 4) +32767 Watt / 0 Watt 1/ 65536 W sec F7 R 04715-04716 348 04717-04718 348 1 30 TOU Active Reg 7 Peak Demand Watt (
PAGE 112
DNP Description Obj Address Line Pt 04809-04812 355 0 20 04813-04816 355 1 04817-04820 355 2 04821-04824 355 04825-04828 04829-04832 Range Units Type R/W Time of Use Active Total Block obsolete-TOU Active Total Watthour (Quadrant 1 + 4) +9,999,999,999,999,999 Wh / 0 Wh 1 WH F20 R 20 obsolete-TOU Active Total VAhour (Quadrant 1) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 20 obsolete-TOU Active Total VARhour (Quadrant 1) +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R
PAGE 113
DNP Description Obj Address Line Pt 04919-04920 360 1 30 TOU Current Month Reg 1 Peak Demand Watt (Quadrant 2 + 3) 04921-04922 360 2 30 TOU Current Month Reg 1 Peak Demand VAR (Quadrant 1 + 2) 04923-04924 360 3 30 TOU Current Month Reg 1 Peak Demand VAR (Quadrant 3 + 4) 04925-04926 361 0 30 04927-04928 361 1 30 04929-04932 362 0 04933-04936 362 04937-04940 04941-04944 362 362 04945-04948 Range Units Type R/W 0 Watt / -32768 Watt 1/ 65536 W sec F7 R +32767 VAR / 0 VA
PAGE 114
DNP Description Obj 20 obsolete-TOU Current Month Reg 3 VARhour (Quadrant 1) Address Line Pt Range Units Type R/W 05021-05024 367 2 +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 05025-05028 367 3 20 obsolete-TOU Current Month Reg 3 VAhour (Quadrant 4) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 05029-05032 367 4 05033-05036 367 5 20 obsolete-TOU Current Month Reg 3 VARhour (Quadrant 4) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 20 obsolete-TOU Current Month
PAGE 115
DNP Description Obj Address Line Pt Range Units 05129-05130 373 0 30 05131-05132 373 1 30 05133-05136 374 0 05137-05140 374 05141-05144 05145-05148 374 374 05149-05152 Type R/W TOU Current Month Reg 4 Coin. Dmd. VAR to Peak Dmd. Watt (Q 1 + 4) +32767 VAR/ -32768 VAR 1/ 65536 VAR sec F7 R TOU Current Month Reg 4 Coin. Dmd. VAR to Peak Dmd.
PAGE 116
DNP Description Obj 20 obsolete-TOU Current Month Reg 6 Watthour (Quadrant 2 + 3) Address Line Pt Range Units Type R/W 05237-05240 379 5 0 Wh / -9,999,999,999,999,999 Wh 1 WH F20 R 05241-05244 379 6 20 obsolete-TOU Current Month Reg 6 VAhour (Quadrant 2) +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 052445-05248 379 7 05249-05252 379 8 20 obsolete-TOU Current Month Reg 6 VARhour (Quadrant 2) +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F20 R 20 obsolete-TOU Current Month
PAGE 117
DNP Description Obj Address Line Pt Range Units Type R/W 05341-05344 386 1 50 TOU Current Month Reg 7 Peak Demand Watt (Q 2 + 3) Time Stamp 12/31/9999 23:59:59.99 10 msec F3 R 05345-05348 05349-05352 386 386 2 3 50 50 TOU Current Month Reg 7 Peak Demand VAR (Q 1 + 2) Time Stamp TOU Current Month Reg 7 Peak Demand VAR (Q 3 + 4) Time Stamp 12/31/9999 23:59:59.99 12/31/9999 23:59:59.
PAGE 118
DNP Description Obj 20 obsolete-TOU Current Month Total VAhour (Quadrant 3) Address Line Pt Range Units Type R/W 05453-05456 391 8 +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F20 R 05457-05460 391 9 20 obsolete-TOU Current Month Total VARhour (Quadrant 3) 0 VARh / -9,999,999,999,999,999 VARh 1 VARH F20 R 05461-05462 392 0 30 TOU Current Month Total Peak Demand Watt (Quadrant 1 + 4) +32767 Watt / 0 Watt 1/ 65536 W sec F7 R 05463-05464 392 05465-05466 392 1 30 TOU Current Mo
PAGE 119
DNP Description Obj Address Line Pt Range Units Type R/W 05633-05640 397 2 TOU Active Reg 3 Label F2 R 05641-05648 397 3 TOU Active Reg 4 Label F2 R 05649-05656 397 4 TOU Active Reg 5 Label F2 R 05657-05664 397 5 TOU Active Reg 6 Label F2 R 05665-05672 05673-05680 397 397 6 7 TOU Active Reg 7 Label TOU Active Reg 8 Label F2 F2 R R 05681-05688 398 0 TOU Current Month Reg 1 Label F2 R 05689-05696 398 1 TOU Current Month Reg 2 Label F2 R 05697-05704 398 2 TOU
PAGE 120
DNP Description Obj Address Line Pt Range Units Type R/W 05806-05809 404 1 20 05810-05813 404 2 20 Block Window Average Internal Input 2 +/- 9,223,372,036,854,776,808 1 Unit F62 R Block Window Average Internal Input 3 +/- 9,223,372,036,854,776,808 1 Unit F62 R 05814-05817 404 3 20 Block Window Average Internal Input 4 +/- 9,223,372,036,854,776,808 1 Unit F62 R 05818-05821 404 05822-05825 404 4 20 Block Window Average Internal Input 5 +/- 9,223,372,036,854,776,808 1
PAGE 121
DNP Description Obj Address Line Pt 05938-05941 05942-05945 409 409 2 3 50 50 Maximum Block Window Average Aggregation 3 Time Stamp Maximum Block Window Average Aggregation 4 Time Stamp 05946 410 0 30 EPM Internal Temperature Range Units Type R/W 12/31/9999 23:59:59.99 12/31/9999 23:59:59.99 10 msec 10 msec F3 F3 +3276.7 C / -3276.8 C 0.1 degree C F33 R R Temperature Analog Input Block 05947 411 0 30 Analog Input 1, Module 1 +327.67% / -327.68% 0.
PAGE 122
DNP Description Obj Address Line Pt 05975 414 4 30 05976 414 5 30 05977 05978 414 414 6 7 30 30 Range Units Type R/W Analog Input 5, Module 4 +327.67% / -327.68% 0.01% F10 R Analog Input 6, Module 4 +327.67% / -327.68% 0.01% F10 R Analog Input 7, Module 4 Analog Input 8, Module 4 +327.67% / -327.68% +327.67% / -327.68% 0.01% 0.
PAGE 123
DNP Description Obj Address Line Pt Range Units Type R/W 06009 434 0-15 1 Relays Pending Updates, Relays 1-16 F37 R 06010 435 0-15 1 Shadowed Relay States, Relays 1-16 F38 R 06011 436 0-15 10 Confirmed Polled Relay States, Relays 1-16 F39 R 06012 437 0-15 1 Valid Flags for Confirmed Relay States, Relays 1-16 F40 R 06013 06014 438 439 0-15 0-15 1 1 Locked Relays, Relays 1-16 Locked Relay States, Relays 1-16 F41 F42 R R 06015-06018 440 0 50 Reset Time Block Time S
PAGE 124
DNP Description Obj Address Line Pt Range Units Type R/W 06097-06100 447 0 50 KYZ Output Accumulation Block Time Stamp 12/31/9999 23:59:59.
PAGE 125
DNP Description Obj 50 Maximum Short Term Flicker VCN Time Stamp Address Line Pt 06171-06174 461 2 06175-06178 462 0 50 06179-06182 06183-06186 462 462 1 2 50 50 Range Units Type R/W 12/31/9999 23:59:59.99 F3 Minimum Short Term Flicker VAN Time Stamp 12/31/9999 23:59:59.99 F3 Minimum Short Term Flicker VBN Time Stamp Minimum Short Term Flicker VCN Time Stamp 12/31/9999 23:59:59.99 12/31/9999 23:59:59.
PAGE 126
Address Line Pt 06277-06280 472 5 06281-06284 472 6 06285-06288 472 06289-06292 473 06293-06296 DNP Description Obj Quadrant 2 VARhour, Secondary Range Units Type R/W +9,999,999,999,999,999 VARh / 0 VARh 1 VARH F19 R Quadrant 3 Vahour, Secondary +9,999,999,999,999,999 VAh / 0 VAh 1 VAH F19 R 7 Quadrant 3 VARhour, Secondary 0 VARh /-9,999,999,999,999,999 VARh 1 VARH F19 R 0 Quadrant 1 Watthour, Primary +9,999,999,999,999,999 WH / 0 WH 1 WH F19 R 473 1 Quadrant 4 Watth
PAGE 127
Address Line Pt 06399 480 2 06400 480 3 DNP Description Obj 30 Negative VARhour (Quadrants 3+4) in the Interval, Secondary 30 Positive Watthour (Quadrants 1+4) in the Interval, Secondary Range Units Type R/W 65,535 / 0 1 VARH F57 R 65,535 / 0 1 WH F57 R 06401 480 4 30 Negative Watthour (Quadrants 2+3) in the Interval, Secondary 65,535 / 0 1 WH F57 R 06402-06403 481 0 30 Positive Watthour (Quadrants 1+4) in the Interval, Primary 4,294,967,295 / 0 1 WH F18 R 06404-06405
PAGE 128
DNP Description Obj 30 Quadrant 2 Watthour in the Interval, Secondary Address Line Pt Range Units Type R/W 06460 485 2 65,535 / 0 1 WH F57 R 06461 485 3 30 Quadrant 3 Watthour in the Interval, Secondary 65,535 / 0 1 WH F57 R 06462 486 0 30 06463 486 1 30 Quadrant 1 Vahour in the Interval, Secondary 65,535 / 0 1 VAH F57 R Quadrant 1 VARhour in the Interval, Secondary 65,535 / 0 1 VARH F57 R 06464 486 2 30 Quadrant 4 Vahour in the Interval, Secondary 65,535 / 0 1
PAGE 129
DNP Description Obj Address Line Pt Range Units Type R/W 06505-06506 494 1 30 TOU Active Reg1 Cumulative Demand Q2 + Q3 Watt 4,294,967,295 / 0 F18 R 06507-06508 494 2 30 TOU Active Reg2 Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06509-06510 494 3 30 TOU Active Reg2 Cumulative Demand Q2 + Q3 Watt 4,294,967,295 / 0 F18 R 06511-06512 494 4 30 TOU Active Reg3 Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06513-06514 494 5 30 TOU Active Reg3 Cumulat
PAGE 130
DNP Description Obj Address Line Pt Range Units Type R/W 06569-06570 495 15 30 TOU Current Month Reg8 Cumulative Demand Q2 + Q3 Watt 4,294,967,295 / 0 F18 R 06571-06572 495 16 30 TOU Current Month Total Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06573-06574 495 17 30 TOU Current Month Total Cumulative Demand Q2 + Q3 Watt 4,294,967,295 / 0 F18 R 06575-06576 496 0 30 TOU Active Reg1 Continuous Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06577-06578
PAGE 131
DNP Description Obj Address Line Pt Range Units Type R/W 06631-06632 497 10 30 TOU Current Month Reg6 Continuous Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06633-06634 497 11 30 TOU Current Month Reg6 Continuous Cumulative Demand Q2 + Q3 Watt 4,294,967,295 / 0 F18 R 06635-06636 497 12 30 TOU Current Month Reg7 Continuous Cumulative Demand Q1 + Q4 Watt 4,294,967,295 / 0 F18 R 06637-06638 497 13 30 TOU Current Month Reg7 Continuous Cumulative Demand Q2 + Q3 Watt
PAGE 132
DNP Description Obj Address Line Pt Range Units Type R/W 06687-06688 505 0 30 Uncompensated One second W +32767 W / - 32768 W 1/65536 W sec F7 06689-06692 506 0 20 Uncompensated VAh, secondary BCD 9,999,999,999,999,999 VAh / 0 VAh 1 VAh F11 06693-06700 506 1-2 20 Uncompensated +/- VARh, secondary BCD 9,999,999,999,999,999 VARh / 0 VARh 1 VARh F11 06701-06708 506 3-4 20 Uncompensated +/- Wh, seconary BCD 9,999,999,999,999,999 Wh / 0 Wh 1 Wh F11 06709-06728 507 0-4 20
PAGE 133
DNP Description Obj Address Line Pt Range Units Type R/W 06908-06911 535 0 50 Scaled Energy Block Timestamp 12/31/9999 23:59:59.
PAGE 134
DNP Description Obj Address Line Pt 06982-06983 542 5 20 06984-06985 542 6 20 06986-06987 542 7 20 Range Units Type R/W Test Mode Negative Wh (Quadrant 2+3) Scaled Secondary variable (9999 through 999999999 / 0) variable 106 - 10-7 F64 Test Mode Quadrant 2 VAh Scaled Secondary variable (9999 through 999999999 / 0) 6 -7 variable 10 - 10 F64 Test Mode Quadrant 2 VARh Scaled Secondary variable (9999 through 999999999 / 0) 6 -7 F64 6 -7 F64 F64 variable 10 - 10 06988-06989 5
PAGE 135
DNP Description Obj Address Line Pt 07754-07755 584 1 30 07756-07757 584 2 30 07758-07759 584 3 30 Range Units Type R/W Quadrant 1 VAh in the Interval, Scaled Primary variable (9999 through 999999999 / 0) variable 106 - 10-7 F64 Quadrant 1 VARh in the Interval, Scaled Primary variable (9999 through 999999999 / 0) 6 -7 variable 10 - 10 F64 Quadrant 4 VAh in the Interval, Scaled Primary variable (9999 through 999999999 / 0) 6 -7 F64 6 -7 F64 F64 variable 10 - 10 07760-07761
PAGE 136
DNP Description Obj Address Line Pt Range Units Type R/W 07840-07843 595 0 50 Maximum Total Average Power Factor Q14 Timestamp 12/31/9999 23:59:59.99 F3 R 07844-07847 595 1 50 Maximum Total Average Power Factor Q23 Timestamp 12/31/9999 23:59:59.99 F3 R 07848-07851 596 0 50 Minimum Total Average Power Factor Q14 Timestamp 12/31/9999 23:59:59.99 F3 R 07852-07855 596 1 50 Minimum Total Average Power Factor Q23 Timestamp 12/31/9999 23:59:59.
PAGE 137
Address 34847-34850 34851 34852-34855 34856 34857-34860 34861 34862-34865 34866 34867-34870 34871 34872-34875 34876 34877-34880 34881 34882-34885 34886 34887-34890 34891 34892-34895 34896 34897-34900 34901 34902-34905 34906 34907-34910 34911 34912-34915 Line Pt DNP Description Obj Range Units Type R/W TOU Calendar Year 7 Modification Time Stamp 12/31/9999 23:59:59.
PAGE 138
Address Line Pt DNP Description Obj Range Units 1 year Type R/W 34923 TOU Calendar Year 1 Calendar Year 9999 F21 R 34924 TOU Calendar Year 1 Jan 1 / Jan 2 Profile 15-15 / 0-0 F22 R 34925 TOU Calendar Year 1 Jan 3 / Jan 4 Profile 15-15 / 0-0 F22 R 34926 TOU Calendar Year 1 Jan 5 / Jan 6 Profile 15-15 / 0-0 F22 R 34927 TOU Calendar Year 1 Jan 7 / Jan 8 Profile 15-15 / 0-0 F22 R 34928 TOU Calendar Year 1 Jan 9 / Jan 10 Profile 15-15 / 0-0 F22 R 34929 TOU Calendar Year 1 Ja
PAGE 139
Address Line Pt DNP Description Obj Range Units Type R/W 34956 TOU Calendar Year 1 Mar 6 (Mar 5) / Mar 7 (Mar 6) Profile 15-15 / 0-0 F22 R 34957 TOU Calendar Year 1 Mar 8 (Mar 7) / Mar 9 (Mar 8) Profile 15-15 / 0-0 F22 R 34958 TOU Calendar Year 1 Mar 10 (Mar 9) / Mar 11 (Mar 10) Profile 15-15 / 0-0 F22 R 34959 TOU Calendar Year 1 Mar 13 (Mar 11) / Mar 13 (Mar 12) Profile 15-15 / 0-0 F22 R 34960 TOU Calendar Year 1 Mar 14 (Mar 13) / Mar 15 (Mar 14) Profile 15-15 / 0-0 F22 R 34
PAGE 140
Address Line Pt DNP Description Obj Range Units Type R/W 34989 TOU Calendar Year 1 May 11 (May 10) / May 12 (May 11) Profile 15-15 / 0-0 F22 R 34990 TOU Calendar Year 1 May 13 (May 12) / May 14 (May 13) Profile 15-15 / 0-0 F22 R 34991 TOU Calendar Year 1 May 15 (May 14) / May 16 (May 15) Profile 15-15 / 0-0 F22 R 34992 TOU Calendar Year 1 May 17 (May 16) / May 18 (May 17) Profile 15-15 / 0-0 F22 R 34993 TOU Calendar Year 1 May 19 (May 18) / May 20 (May 19) Profile 15-15 / 0-0 F
PAGE 141
Address Line Pt DNP Description Obj Range Units Type R/W 35022 TOU Calendar Year 1 Jul 16 (Jul 15) / Jul 17 (Jul 16) Profile 15-15 / 0-0 F22 R 35023 TOU Calendar Year 1 Jul 18 (Jul 17) / Jul 19 (Jul 18) Profile 15-15 / 0-0 F22 R 35024 TOU Calendar Year 1 Jul 20 (Jul 19) / Jul 21 (Jul 20) Profile 15-15 / 0-0 F22 R 35025 TOU Calendar Year 1 Jul 22 (Jul 21) / Jul 23 (Jul 22) Profile 15-15 / 0-0 F22 R 35026 TOU Calendar Year 1 Jul 24 (Jul 23) / Jul 25 (Jul 24) Profile 15-15 / 0-0 F
PAGE 142
Address Line Pt DNP Description Obj Range Units Type R/W 35054 TOU Calendar Year 1 Sep 18 (Sep 17) / Sep 19 (Sep 18) Profile 15-15 / 0-0 F22 R 35055 TOU Calendar Year 1 Sep 20 (Sep 19) / Sep 21 (Sep 20) Profile 15-15 / 0-0 F22 R 35056 TOU Calendar Year 1 Sep 22 (Sep 21) / Sep 23 (Sep 22) Profile 15-15 / 0-0 F22 R 35057 TOU Calendar Year 1 Sep 24 (Sep 23) / Sep 25 (Sep 24) Profile 15-15 / 0-0 F22 R 35058 TOU Calendar Year 1 Sep 26 (Sep 25) / Sep 27 (Sep 26) Profile 15-15 / 0-0 F
PAGE 143
Address Line Pt DNP Description Obj Range Units Type R/W 35087 TOU Calendar Year 1 Nov 23 (Nov 22) / Nov 24 (Nov 23) Profile 15-15 / 0-0 F22 R 35088 TOU Calendar Year 1 Nov 25 (Nov 24) / Nov 26 (Nov 25) Profile 15-15 / 0-0 F22 R 35089 TOU Calendar Year 1 Nov 27 (Nov 26) / Nov 28 (Nov 27) Profile 15-15 / 0-0 F22 R 35090 TOU Calendar Year 1 Nov 29 (Nov 28) / Nov 30 (Nov 29) Profile 15-15 / 0-0 F22 R 35091 TOU Calendar Year 1 Dec 1 (Nov 31) / Dec 2 (Dec 1) Profile 15-15 / 0-0 F22
PAGE 144
Address Line Pt DNP Description Obj Range Units Type R/W 35120 TOU Calendar Year 1 Profile 1 Register for 12:00, 12:15, 12:30 & 12:45 7-7-7-7 / 0-0-0-0 F24 R 35121 TOU Calendar Year 1 Profile 1 Register for 13:00, 13:15, 13:30 & 13:45 7-7-7-7 / 0-0-0-0 F24 R 35122 TOU Calendar Year 1 Profile 1 Register for 14:00, 14:15, 14:30 & 14:45 7-7-7-7 / 0-0-0-0 F24 R 35123 TOU Calendar Year 1 Profile 1 Register for 15:00, 15:15, 15:30 & 15:45 7-7-7-7 / 0-0-0-0 F24 R 35124 TOU Calendar Year
PAGE 145
Address Line Pt DNP Description Obj Range Units Type R/W 35153 TOU Calendar Year 1 Profile 2 Register for 20:00, 20:15, 20:30 & 20:45 7-7-7-7 / 0-0-0-0 F24 R 35154 TOU Calendar Year 1 Profile 2 Register for 21:00, 21:15, 21:30 & 21:45 7-7-7-7 / 0-0-0-0 F24 R 35155 TOU Calendar Year 1 Profile 2 Register for 22:00, 22:15, 22:30 & 22:45 7-7-7-7 / 0-0-0-0 F24 R 35156 TOU Calendar Year 1 Profile 2 Register for 23:00, 23:15, 23:30 & 23:45 7-7-7-7 / 0-0-0-0 35157 TOU Calendar Year 1 Profi
PAGE 146
Address Line Pt DNP Description Obj Range Units Type R/W 35185 TOU Calendar Year 1 Profile 4 Register for 02:00, 02:15, 02:30 & 02:45 7-7-7-7 / 0-0-0-0 F24 R 35186 TOU Calendar Year 1 Profile 4 Register for 03:00, 03:15, 03:30 & 03:45 7-7-7-7 / 0-0-0-0 F24 R 35187 TOU Calendar Year 1 Profile 4 Register for 04:00, 04:15, 04:30 & 04:45 7-7-7-7 / 0-0-0-0 F24 R 35188 TOU Calendar Year 1 Profile 4 Register for 05:00, 05:15, 05:30 & 05:45 7-7-7-7 / 0-0-0-0 F24 R 35189 TOU Calendar Year
PAGE 147
Address Line Pt DNP Description Obj Range Units Type R/W 35218 TOU Calendar Year 1 Profile 5 Register for 10:00, 10:15, 10:30 & 10:45 7-7-7-7 / 0-0-0-0 F24 R 35219 TOU Calendar Year 1 Profile 5 Register for 11:00, 11:15, 11:30 & 11:45 7-7-7-7 / 0-0-0-0 F24 R 35220 TOU Calendar Year 1 Profile 5 Register for 12:00, 12:15, 12:30 & 12:45 7-7-7-7 / 0-0-0-0 F24 R 35221 TOU Calendar Year 1 Profile 5 Register for 13:00, 13:15, 13:30 & 13:45 7-7-7-7 / 0-0-0-0 F24 R 35222 TOU Calendar Year
PAGE 148
Address Line Pt DNP Description Obj Range Units Type R/W 35251 TOU Calendar Year 1 Profile 6 Register for 18:00, 18:15, 18:30 & 18:45 7-7-7-7 / 0-0-0-0 F24 R 35252 TOU Calendar Year 1 Profile 6 Register for 19:00, 19:15, 19:30 & 19:45 7-7-7-7 / 0-0-0-0 F24 R 35253 TOU Calendar Year 1 Profile 6 Register for 20:00, 20:15, 20:30 & 20:45 7-7-7-7 / 0-0-0-0 F24 R 35254 TOU Calendar Year 1 Profile 6 Register for 21:00, 21:15, 21:30 & 21:45 7-7-7-7 / 0-0-0-0 F24 R 35255 TOU Calendar Year
PAGE 149
Address Line Pt DNP Description Obj Range Units Type R/W 35284 TOU Calendar Year 1 Profile 8 Register for 01:00, 01:15, 01:30 & 01:45 7-7-7-7 / 0-0-0-0 F24 R 35285 TOU Calendar Year 1 Profile 8 Register for 02:00, 02:15, 02:30 & 02:45 7-7-7-7 / 0-0-0-0 F24 R 35286 TOU Calendar Year 1 Profile 8 Register for 03:00, 03:15, 03:30 & 03:45 7-7-7-7 / 0-0-0-0 F24 R 35287 TOU Calendar Year 1 Profile 8 Register for 04:00, 04:15, 04:30 & 04:45 7-7-7-7 / 0-0-0-0 F24 R 35288 TOU Calendar Year
PAGE 150
Address Line Pt DNP Description Obj Range Units Type R/W 35316 TOU Calendar Year 1 Profile 9 Register for 08:00, 08:15, 08:30 & 08:45 7-7-7-7 / 0-0-0-0 F24 R 35317 TOU Calendar Year 1 Profile 9 Register for 09:00, 09:15, 09:30 & 09:45 7-7-7-7 / 0-0-0-0 F24 R 35318 TOU Calendar Year 1 Profile 9 Register for 10:00, 10:15, 10:30 & 10:45 7-7-7-7 / 0-0-0-0 F24 R 35319 TOU Calendar Year 1 Profile 9 Register for 11:00, 11:15, 11:30 & 11:45 7-7-7-7 / 0-0-0-0 F24 R 35320 TOU Calendar Year
PAGE 151
Address Line Pt DNP Description Obj Range Units Type R/W 35349 TOU Calendar Year 1 Profile 10 Register for 16:00, 16:15, 16:30 & 16:45 7-7-7-7 / 0-0-0-0 F24 R 35350 TOU Calendar Year 1 Profile 10 Register for 17:00, 17:15, 17:30 & 17:45 7-7-7-7 / 0-0-0-0 F24 R 35351 TOU Calendar Year 1 Profile 10 Register for 18:00, 18:15, 18:30 & 18:45 7-7-7-7 / 0-0-0-0 F24 R 35352 TOU Calendar Year 1 Profile 10 Register for 19:00, 19:15, 19:30 & 19:45 7-7-7-7 / 0-0-0-0 F24 R 35353 TOU Calendar
PAGE 152
Address Line Pt DNP Description Obj Range Units Type R/W 35382 TOU Calendar Year 1 Profile 12 Status F23 R 35383 TOU Calendar Year 1 Profile 12 Register for 00:00, 00:15, 00:30 & 00:45 7-7-7-7 / 0-0-0-0 F24 R 35384 TOU Calendar Year 1 Profile 12 Register for 01:00, 01:15, 01:30 & 01:45 7-7-7-7 / 0-0-0-0 F24 R 35385 TOU Calendar Year 1 Profile 12 Register for 02:00, 02:15, 02:30 & 02:45 7-7-7-7 / 0-0-0-0 F24 R 35386 TOU Calendar Year 1 Profile 12 Register for 03:00, 03:15, 03:30 &
PAGE 153
Address Line Pt DNP Description Obj Range Units Type R/W 35415 TOU Calendar Year 1 Profile 13 Register for 07:00, 07:15, 07:30 & 07:45 7-7-7-7 / 0-0-0-0 F24 R 35416 TOU Calendar Year 1 Profile 13 Register for 08:00, 08:15, 08:30 & 08:45 7-7-7-7 / 0-0-0-0 F24 R 35417 TOU Calendar Year 1 Profile 13 Register for 09:00, 09:15, 09:30 & 09:45 7-7-7-7 / 0-0-0-0 F24 R 35418 TOU Calendar Year 1 Profile 13 Register for 10:00, 10:15, 10:30 & 10:45 7-7-7-7 / 0-0-0-0 F24 R 35419 TOU Calendar
PAGE 154
Address Line Pt DNP Description Obj Range Units Type R/W 35447 TOU Calendar Year 1 Profile 14 Register for 14:00, 14:15, 14:30 & 14:45 7-7-7-7 / 0-0-0-0 F24 R 35448 TOU Calendar Year 1 Profile 14 Register for 15:00, 15:15, 15:30 & 15:45 7-7-7-7 / 0-0-0-0 F24 R 35449 TOU Calendar Year 1 Profile 14 Register for 16:00, 16:15, 16:30 & 16:45 7-7-7-7 / 0-0-0-0 F24 R 35450 TOU Calendar Year 1 Profile 14 Register for 17:00, 17:15, 17:30 & 17:45 7-7-7-7 / 0-0-0-0 F24 R 35451 TOU Calendar
PAGE 155
Address Line Pt DNP Description Obj Range Units Type R/W 35480 TOU Calendar Year 1 Profile 15 Register for 22:00, 22:15, 22:30 & 22:45 7-7-7-7 / 0-0-0-0 F24 R 35481 TOU Calendar Year 1 Profile 15 Register for 23:00, 23:15, 23:30 & 23:45 7-7-7-7 / 0-0-0-0 F24 R 35482 TOU Calendar Year 1 Profile 16 Status F23 R 35483 TOU Calendar Year 1 Profile 16 Register for 00:00, 00:15, 00:30 & 00:45 7-7-7-7 / 0-0-0-0 F24 R 35484 TOU Calendar Year 1 Profile 16 Register for 01:00, 01:15, 01:30 &
PAGE 156
Address Line Pt DNP Description Obj Range Units Type R/W 35513-35520 TOU Calendar Year 1 Profile 1 Label F1 R 35521-35528 TOU Calendar Year 1 Profile 2 Label F1 R 35529-35536 TOU Calendar Year 1 Profile 3 Label F1 R 35537-35544 35545-35548 TOU Calendar Year 1 Profile 4 Label TOU Calendar Year 1 Profile 5 Label (Partial) F1 F1 R R Time of Use Calendar Window 6 35549-35552 TOU Calendar Year 1 Profile 5 Label (Partial) F1 R 35553-35560 TOU Calendar Year 1 Profile 6 Label F1 R 355
PAGE 157
Address Line Pt DNP Description Obj 35725-35728 TOU Calendar Year 1 End Date Daylight Savings Time 35729 TOU Calendar Year 1 DST Enable / Average Selection 35730 Clear on New Period/ Freeze Period Selection 35731 Weekly Freeze Day of Week/ Freeze Hour 35732-35800 Range Units 12/31/9999 23:59:59.
PAGE 158
Address 36997 Line Pt DNP Description Obj Range Units Type R/W Limit Trigger Log Last Index record 65535 / record 0 1 record R 36998-37001 Limit Trigger Log First Time Stamp 12/31/9999 23:59:59.99 10 msec R 37002-37005 Limit Trigger Log Last Time Stamp 12/31/9999 23:59:59.
PAGE 159
Address Line Pt DNP Description Obj Range Units Type R/W 37249-37250 Digital Output Log Memory Size 4,294,967,295 bytes / 0 bytes 1 byte R 37251 Digital Output Log Record Size 65535 bytes / 0 bytes 1 byte R 37252 Digital Output Log First Index record 65535 / record 0 1 record R 37253 Digital Output Log Last Index record 65535 / record 0 1 record R 37254-37257 Digital Output Log First Time Stamp 12/31/9999 23:59:59.
PAGE 160
Address 37454-37457 37458 Line Pt DNP Description Obj Waveform Trigger Log Valid Bitmap Waveform Trigger Log Max Records Range Units 65535 records / 0 records 1 record Type R/W R R System Event Log Header 37505-37506 System Event Log Memory Size 4,294,967,295 bytes / 0 bytes 1 byte R 37507 System Event Log Record Size 65535 bytes / 0 bytes 1 byte R 37508 System Event Log First Index record 65535 / record 0 1 record R 37509 System Event Log Last Index record 65535 / record 0 1 reco
PAGE 161
Address 37701 Line Pt DNP Description Obj Range Units Type R/W Reset Log Last Index record 65535 / record 0 1 record R 37702-37705 Reset Log First Time Stamp 12/31/9999 23:59:59.99 10 msec R 37706-37709 Reset Log Last Time Stamp 12/31/9999 23:59:59.
PAGE 162
Address Line Pt DNP Description Obj Range Units Type R/W 37953-37954 Direct Memory Access Memory Size 4,294,967,295 bytes / 0 bytes 1 byte R 37955 Direct Memory Access Record Size 65535 bytes / 0 bytes 1 byte R 37956 Direct Memory Access First Index record 65535 / record 0 1 record R 37957 Direct Memory Access Last Index record 65535 / record 0 1 record R 37958-37961 Direct Memory Access First Time Stamp 12/31/9999 23:59:59.
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Address Line Pt DNP Description Obj Range Units Type R/W 38214 Window Mode for Digital Input Snapshot Log R/W 38215 Window Mode for Digital Output Log R/W 38216 Window Mode for Digital Output Snapshot Log R/W 38217 Window Mode for Flicker Log R/W 38218 Window Mode for Waveform Trigger Log R/W 38219 Window Mode for System Event Log R/W 38220 Window Mode for Waveform Samples Log R/W 38221 Window Mode for PQ (CBEMA) Log R/W 38222 Window Mode for Reset Log R/W 38223 Window Mod
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Address 39424 39425-39488 Line Pt DNP Description Obj Range Units Type R/W Auto Increment Window Index Auto Increment Log Window R R Alarm Block 40961 Last Alarm R 40977-41104 41105 Last Alarm Snapshot Latched Exception Flag 41729 Port Control Command W 41730-41732 Port Control Lock States R 65535 exceptions / 0 exceptions R R 1 exception Port Control Block 41733 Port Control Pointer RecIn Comm 4 (I/O) byte 511 / byte 0 1 byte R/W 41734 Port Control Pointer RecOut Comm 4 (I/O)
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Address 44549 Line Pt DNP Description Obj Preset Energy Selection / Status Range Units Type R/W R/W Programmable Settings Block Communication Settings Block 45057 Address, Port 4 (I/O) R 45058 Protocol & Baud Rate, Port 4 (I/O) R 45059 Parity & Stop Bits, Port 4 (I/O) R 45060 Data Bits & Response Delay, Port 4(I/O) R 45061 Address, Port 3 R 45062 Protocol & Baud Rate, Port 3 R 45063 Parity & Stop Bits, Port 3 R 45064 Data Bits & Response Delay, Port 3 R 45065 Address, Port 2
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Address Line Pt DNP Description Obj Range Units Type R/W 45087 Value 1, Limit 3 R 45088 Value 2, Limit 3 R 45089 Line Number, Limit 4 R 45090 Point Number and SAB, Limit 4 R 45091 Value 1, Limit 4 R 45092 Value 2, Limit 4 R 45093 Line Number, Limit 5 R 45094 Point Number and SAB, Limit 5 R 45095 Value 1, Limit 5 R 45096 Value 2, Limit 5 R 45097 Line Number, Limit 6 R 45098 Point Number and SAB, Limit 6 R 45099 Value 1, Limit 6 R 45100 Value 2, Limit 6 R 45101
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Address Line Pt DNP Description Obj Range Units Type R/W 45120 Value 2, Limit 11 R 45121 Line Number, Limit 12 R 45122 Point Number and SAB, Limit 12 R 45123 Value 1, Limit 12 R 45124 Value 2, Limit 12 R 45125 Line Number, Limit 13 R 45126 Point Number and SAB, Limit 13 R 45127 Value 1, Limit 13 R 45128 Value 2, Limit 13 R 45129 Line Number, Limit 14 R 45130 Point Number and SAB, Limit 14 R 45131 Value 1, Limit 14 R 45132 Value 2, Limit 14 R 45133 Line Number,
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Address Line Pt DNP Description Obj Range Units Type R/W 45153 Line Number, Limit 20 R 45154 Point Number and SAB, Limit 20 R 45155 Value 1, Limit 20 R 45156 Value 2, Limit 20 R 45157 Line Number, Limit 21 R 45158 Point Number and SAB, Limit 21 R 45159 Value 1, Limit 21 R 45160 Value 2, Limit 21 R 45161 Line Number, Limit 22 R 45162 Point Number and SAB, Limit 22 R 45163 Value 1, Limit 22 R 45164 Value 2, Limit 22 R 45165 Line Number, Limit 23 R 45166 Point Num
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Address Line Pt DNP Description Obj Range Units Type R/W 45186 Point Number and SAB, Limit 28 R 45187 Value 1, Limit 28 R 45188 Value 2, Limit 28 R 45189 Line Number, Limit 29 R 45190 Point Number and SAB, Limit 29 R 45191 Value 1, Limit 29 R 45192 Value 2, Limit 29 R 45193 Line Number, Limit 30 R 45194 Point Number and SAB, Limit 30 R 45195 Value 1, Limit 30 R 45196 Value 2, Limit 30 R 45197 Line Number, Limit 31 R 45198 Point Number and SAB, Limit 31 R 45199
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Address Line Pt DNP Description Obj Range Units Type R/W 45218 Point Number, Historical Log 1, Parameter 7 R 45219 Line Number, Historical Log 1, Parameter 8 R 45220 Point Number, Historical Log 1, Parameter 8 R 45221 Line Number, Historical Log 1, Parameter 9 R 45222 Point Number, Historical Log 1, Parameter 9 R 45223 Line Number, Historical Log 1, Parameter 10 R 45224 Point Number, Historical Log 1, Parameter 10 R 45225 Line Number, Historical Log 1, Parameter 11 R 45226 Po
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Address Line Pt DNP Description Obj Range Units Type R/W 45251 Line Number, Historical Log 1, Parameter 24 R 45252 Point Number, Historical Log 1, Parameter 24 R 45253 Line Number, Historical Log 1, Parameter 25 R 45254 Point Number, Historical Log 1, Parameter 25 R 45255 Line Number, Historical Log 1, Parameter 26 R 45256 Point Number, Historical Log 1, Parameter 26 R 45257 Line Number, Historical Log 1, Parameter 27 R 45258 Point Number, Historical Log 1, Parameter 27 R 4525
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Address Line Pt DNP Description Obj Range Units Type R/W 45284 Point Number, Historical Log 1, Parameter 40 R 45285 Line Number, Historical Log 1, Parameter 41 R 45286 Point Number, Historical Log 1, Parameter 41 R 45287 Line Number, Historical Log 1, Parameter 42 R 45288 Point Number, Historical Log 1, Parameter 42 R 45289 Line Number, Historical Log 1, Parameter 43 R 45290 Point Number, Historical Log 1, Parameter 43 R 45291 Line Number, Historical Log 1, Parameter 44 R 4529
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Address Line Pt DNP Description Obj Range Units Type R/W 45317 Line Number, Historical Log 1, Parameter 57 R 45318 Point Number, Historical Log 1, Parameter 57 R 45319 Line Number, Historical Log 1, Parameter 58 R 45320 Point Number, Historical Log 1, Parameter 58 R 45321 Line Number, Historical Log 1, Parameter 59 R 45322 Point Number, Historical Log 1, Parameter 59 R 45323 Line Number, Historical Log 1, Parameter 60 R 45324 Point Number, Historical Log 1, Parameter 60 R 4532
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Address Line Pt DNP Description Obj Range Units Type R/W 45350 Point Number, Historical Log 2, Parameter 9 R 45351 Line Number, Historical Log 2, Parameter 10 R 45352 Point Number, Historical Log 2, Parameter 10 R 45353 Line Number, Historical Log 2, Parameter 11 R 45354 Point Number, Historical Log 2, Parameter 11 R 45355 Line Number, Historical Log 2, Parameter 12 R 45356 Point Number, Historical Log 2, Parameter 12 R 45357 Line Number, Historical Log 2, Parameter 13 R 45358
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Address Line Pt DNP Description Obj Range Units Type R/W 45383 Line Number, Historical Log 2, Parameter 26 R 45384 Point Number, Historical Log 2, Parameter 26 R 45385 Line Number, Historical Log 2, Parameter 27 R 45386 Point Number, Historical Log 2, Parameter 27 R 45387 Line Number, Historical Log 2, Parameter 28 R 45388 Point Number, Historical Log 2, Parameter 28 R 45389 Line Number, Historical Log 2, Parameter 29 R 45390 Point Number, Historical Log 2, Parameter 29 R 4539
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Address Line Pt DNP Description Obj Range Units Type R/W 45416 Point Number, Historical Log 2, Parameter 42 R 45417 Line Number, Historical Log 2, Parameter 43 R 45418 Point Number, Historical Log 2, Parameter 43 R 45419 Line Number, Historical Log 2, Parameter 44 R 45420 Point Number, Historical Log 2, Parameter 44 R 45421 Line Number, Historical Log 2, Parameter 45 R 45422 Point Number, Historical Log 2, Parameter 45 R 45423 Line Number, Historical Log 2, Parameter 46 R 4542
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Address Line Pt DNP Description Obj Range Units Type R/W 45449 Line Number, Historical Log 2, Parameter 59 R 45450 Point Number, Historical Log 2, Parameter 59 R 45451 Line Number, Historical Log 2, Parameter 60 R 45452 Point Number, Historical Log 2, Parameter 60 R 45453 Line Number, Historical Log 2, Parameter 61 R 45454 Point Number, Historical Log 2, Parameter 61 R 45455 Line Number, Historical Log 2, Parameter 62 R 45456 Point Number, Historical Log 2, Parameter 62 R 4545
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Address Line Pt DNP Description Obj Range Units Type R/W 45481 Calculated Neutral Current Above Setpoint +327.67% / -327.68% 0.01% R 45482 Calculated Neutral Current Below Setpoint +327.67% / -327.68% 0.01% R 45483 Phase A-B Voltage Above Setpoint +327.67% / -327.68% 0.01% R 45484 Phase A-B Voltage Below Setpoint +327.67% / -327.68% 0.01% R 45485 Phase B-C Voltage Above Setpoint +327.67% / -327.68% 0.01% R 45486 Phase B-C Voltage Below Setpoint +327.67% / -327.68% 0.
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Address 45584 Line Pt DNP Description Obj Range Units Type R/W Reserved 45585-45592 Input 4 Name R 45593-45600 Input 4 Open Label R 45601-45608 Input 4 Close Label R 45609-45610 Input 4 Value R 45611 Input 4 Mode R 45612 Reserved 45613-45620 Input 5 Name R 45621-45628 Input 5 Open Label R 45629-45636 Input 5 Close Label R 45637-45638 Input 5 Value R 45639 Input 5 Mode R 45640 Reserved 45641-45648 Input 6 Name R 45649-45656 Input 6 Open Label R 45657-45664 Inp
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Address Line Pt DNP Description Obj Range Units Type R/W 45726 External Digital Input Module 2 Address R 45727 45728 External Digital Input Module 3 Address External Digital Input Module 4 Address R R 45729 Address, External Digital Output Module 1 External Digital Output Module Settings Block 45730-45732 R Reserved 45733 Line Number, Relay 1, External Digital Output Module 1 R 45734 Point Number, Relay 1, External Digtial Output Module 1 R 45735 Line Number, Relay 2, External Digit
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Address Line Pt DNP Description Obj Range Units Type R/W 45762 Point Number, Relay 5, External Digtial Output Module 2 R 45763 Line Number, Relay 6, External Digital Output Module 2 R 45764 Point Number, Relay 6, External Digtial Output Module 2 R 45765 Line Number, Relay 7, External Digital Output Module 2 R 45766 Point Number, Relay 7, External Digtial Output Module 2 R 45767 Line Number, Relay 8, External Digital Output Module 2 R 45768 Point Number, Relay 8, External Digtial Ou
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Address Line Pt DNP Description Obj Range Units Type R/W 45799 Line Number, Relay 4, External Digital Output Module 4 R 45800 Point Number, Relay 4, External Digtial Output Module 4 R 45801 Line Number, Relay 5, External Digital Output Module 4 R 45802 Point Number, Relay 5, External Digtial Output Module 4 R 45803 Line Number, Relay 6, External Digital Output Module 4 R 45804 Point Number, Relay 6, External Digtial Output Module 4 R 45805 Line Number, Relay 7, External Digital Out
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Address Line Pt DNP Description Obj Range Units Type R/W 45832 Point Number, Relay 8, External Digtial Output Module 1 R 45833 Address, External Analog Output Module 2 R 45834-45836 Reserved 45837 Line Number, Relay 1, External Analog Output Module 2 R 45870 Point Number, Relay 1, External Digtial Output Module 2 R 45839 Line Number, Relay 2, External Analog Output Module 2 R 45840 Point Number, Relay 2, External Digtial Output Module 2 R 45841 Line Number, Relay 3, External Anal
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Address Line Pt DNP Description Obj Range Units Type R/W 45869 Line Number, Relay 7, External Analog Output Module 3 R 45870 Point Number, Relay 7, External Digtial Output Module 3 R 45871 Line Number, Relay 8, External Analog Output Module 3 R 45872 Point Number, Relay 8, External Digtial Output Module 3 R 45873 Address, External Analog Output Module 4 R 45874-45876 Reserved 45877 Line Number, Relay 1, External Analog Output Module 4 R 45878 Point Number, Relay 1, External Digti
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Address Line Pt DNP Description Obj Range Units Type R/W 45903 Energy Assignement, Relay 3-4, External KYZ Output Module 3 45904 Reserved R 45905 Address, External KYZ Output Module 4 R 45906 Energy Assignement, Relay 1-2, External KYZ Output Module 4 R 45907 45908 Energy Assignement, Relay 3-4, External KYZ Output Module 4 Reserved R CT & PT Ratio Settings Block 45909-45910 Phase Current CT Ratio Numerator +999,999.99 / +0.
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Address Line Pt DNP Description Obj Range Units Type R/W 45953-45960 Limits R 45961-45962 External Inputs R 45963 Reserved 45964 Digital Inputs R 45965-45966 45967-45968 Device Internal Change External Digital Input Mode R R 45969-45976 Meter Designation R 45977-45984 45985-45992 Auxiliary Voltage Label (1250 only) Measured Neutral Current Label R R Device Label Settings Block Network Settings Block 45993-45994 IP Address R 45995-45996 Subnet Mask R 45997-45998 Default Gat
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Address Line Pt DNP Description Obj Range Units Type R/W 46025-46026 Full Scale Phase-to-Neutral Voltage 65535 / 0 1 / 65536 R 46027-46028 Full Scale Auxiliary Voltage 65535 / 0 1 / 65536 R 46029-46030 Full Scale Phase-To-Phase Voltage 65535 / 0 1 / 65536 R 46031-46032 Full Scale Phase Power 65535 / 0 1 / 65536 R 46033-46034 Full Scale Total Power 65535 / 0 1 / 65536 R 46035-46036 46037-46052 Full Scale Frequency Reserved 65535 / 0 1 / 65536 R External Module Software In
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Address Line Pt DNP Description Obj Range Units Type R/W 46141-46148 External Module 10 Label R 46149-46156 External Module 11 Label R 46157-46164 External Module 12 Label R 46165-46172 External Module 13 Label R 46173-46180 External Module 14 Label R 46181-46188 46189-46196 External Module 15 Label External Module 16 Label R R External Module Port Assignment Block 46197 Digital Input Module 1 & 2 Port Assignment R 46198 Digital Input Module 3 & 4 Port Assignment R 46199 Digi
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Address 46228 Line Pt DNP Description Obj Range Units Type R/W Internal Input 7 & 8 Pulse Accumulation Aggregator Assignment R 46229-46236 Internal Input 1 Pulse Accumulation Label R 46237-46244 Internal Input 2 Pulse Accumulation Label R 46245-46252 Internal Input 3 Pulse Accumulation Label R 46253-46260 Internal Input 4 Pulse Accumulation Label R 46261-46268 Internal Input 5 Pulse Accumulation Label R 46269-46276 Internal Input 6 Pulse Accumulation Label R 46277-46284 Internal
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Address 46350 46351-46372 Line Pt DNP Description Obj Range Units Type R/W Flicker Base Frequency Reserved R R Internal Input Pulse Accumulation Unit Label Block 46373-46376 Internal Input 1 Pulse Accumulation Unit Label R 46377-46380 Internal Input 2 Pulse Accumulation Unit Label R 46381-46384 Internal Input 3 Pulse Accumulation Unit Label R 46385-46388 Internal Input 4 Pulse Accumulation Unit Label R 46389-46392 Internal Input 5 Pulse Accumulation Unit Label R 46393-46396 Internal
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Address Line Pt DNP Description Obj Range Units Type R/W 46451-46452 Relay 2 Combination Tree Input Line 4, Point 4 R 46453-46454 Relay 2 Combination Tree Input Line 5, Point 5 R 46455-46456 Relay 2 Combination Tree Input Line 6, Point 6 R 46457-46458 Relay 2 Combination Tree Input Line 7, Point 7 R 46459-46460 Relay 2 Combination Tree Input Line 8, Point 8 R 46461 Relay 2 Combination Logic (Combination A/ Combination B) R 46462 Relay 2 Combination Logic (Combination C/ Combination
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Address Line Pt DNP Description Obj Range Units Type R/W 46509 Relay 4 Combination Logic (Combination A/ Combination B) R 46510 Relay 4 Combination Logic (Combination C/ Combination D) R 46511 Relay 4 Combination Logic (Combination E/ Combination F) R 46512 Relay 4 Combination Logic (Combination G/ Reserved) R 46513 Relay 4 Set Delay/ Reset Delay R 46514-46516 Reserved R 46517-46518 Relay 5 Combination Tree Input Line 1, Point 1 R 46519-46520 Relay 5 Combination Tree Input Line
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Address Line Pt DNP Description Obj Range Units Type R/W 46562-46564 Reserved R 46565-46566 Relay 7 Combination Tree Input Line 1, Point 1 R 46567-46568 Relay 7 Combination Tree Input Line 2, Point 2 R 46569-46570 Relay 7 Combination Tree Input Line 3, Point 3 R 46571-46572 Relay 7 Combination Tree Input Line 4, Point 4 R 46573-46574 Relay 7 Combination Tree Input Line 5, Point 5 R 46575-46576 Relay 7 Combination Tree Input Line 6, Point 6 R 46577-46578 Relay 7 Combination Tree
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Address Line Pt DNP Description Obj Range Units Type R/W 46621-46622 Relay 9 Combination Tree Input Line 5, Point 5 R 46623-46624 Relay 9 Combination Tree Input Line 6, Point 6 R 46625-46626 Relay 9 Combination Tree Input Line 7, Point 7 R 46627-46628 Relay 9 Combination Tree Input Line 8, Point 8 R 46629 Relay 9 Combination Logic (Combination A/ Combination B) R 46630 Relay 9 Combination Logic (Combination C/ Combination D) R 46631 Relay 9 Combination Logic (Combination E/ Combina
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Address Line Pt DNP Description Obj Range Units Type R/W 46678 Relay 11 Combination Logic (Combination C/ Combination D) R 46679 Relay 11 Combination Logic (Combination E/ Combination F) R 46680 Relay 11 Combination Logic (Combination G/ Reserved) R Relay 11 Set Delay/ Reset Delay R 46682-46684 46681 Reserved R 46685-46686 Relay 12 Combination Tree Input Line 1, Point 1 R 46687-46688 Relay 12 Combination Tree Input Line 2, Point 2 R 46689-46690 Relay 12 Combination Tree Input Li
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Address Line Pt DNP Description Obj Range Units Type R/W 46733-46734 Relay 14 Combination Tree Input Line 1, Point 1 R 46735-46736 Relay 14 Combination Tree Input Line 2, Point 2 R 46737-46738 Relay 14 Combination Tree Input Line 3, Point 3 R 46739-46740 Relay 14 Combination Tree Input Line 4, Point 4 R 46741-46742 Relay 14 Combination Tree Input Line 5, Point 5 R 46743-46744 Relay 14 Combination Tree Input Line 6, Point 6 R 46745-46746 Relay 14 Combination Tree Input Line 7, Point
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Address Line Pt DNP Description Obj Range Units Type R/W 46791-46792 Relay 16 Combination Tree Input Line 6, Point 6 R 46793-46794 Relay 16 Combination Tree Input Line 7, Point 7 R 46795-46796 Relay 16 Combination Tree Input Line 8, Point 8 R 46797 Relay 16 Combination Logic (Combination A/ Combination B) R 46798 Relay 16 Combination Logic (Combination C/ Combination D) R 46799 Relay 16 Combination Logic (Combination E/ Combination F) R 46800 Relay 16 Combination Logic (Combination
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Address Line Pt DNP Description Obj Range Units Type R/W 46989-46996 Limit 24 Label R 46997-47004 Limit 25 Label R 47005-47012 Limit 26 Label R 47213-47020 Limit 27 Label R 47021-47028 Limit 28 Label R 47029-47036 Limit 29 Label R 47037-47044 Limit 30 Label R 47045-47052 47053-47060 Limit 31 Label Limit 32 Label R R External Analog Output Module Channel Update Block 47061 47062 Module 1/ Module 2 Module 3/ Module 4 R R DNP Block Miscellaneous DNP Settings Block 47063 Scale
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Address 47369-47424 Line Pt DNP Description Obj Point 1 - Point 8 Range Units Type R/W Custom DNP Definition Block for Binary Input (Object 1) 47425 Point 0-7, Line Number R 47426 Point 0-7, Point Number/ Class assignments R 47427-47428 47429-47456 Point 0-7, reserved Point 8-15 - Point 57-64 Custom DNP Definition Block for Binary Output (Object 10) 47457 47458 Enable/Disable Relays (1 - 16) Enable/Disable Resets (17 - 24) / reserved R 47459 Choice of Variaion 0 for Object 1 & Object 2 4
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Address Line Pt DNP Description Obj Range Units Type R/W 48673-48674 Module 2 Channel 1 High 32767 / -32768 1/65536 R 48675-48676 Module 2 Channel 2 High 32767 / -32768 1/65536 R 48677-48678 Module 2 Channel 3 High 32767 / -32768 1/65536 R 48679-48680 Module 2 Channel 4 High 32767 / -32768 1/65536 R 48681-48682 Module 2 Channel 5 High 32767 / -32768 1/65536 R 48683-48684 Module 2 Channel 6 High 32767 / -32768 1/65536 R 48685-48686 Module 2 Channel 7 High 32767 / -32768
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Address Line Pt DNP Description Obj Range Units Type R/W 48739-48740 Module 4 Channel 2 High 32767 / -32768 1/65536 R 48741-48742 Module 4 Channel 3 High 32767 / -32768 1/65536 R 48743-48744 Module 4 Channel 4 High 32767 / -32768 1/65536 R 48745-48746 Module 4 Channel 5 High 32767 / -32768 1/65536 R 48747-48748 Module 4 Channel 6 High 32767 / -32768 1/65536 R 48749-48750 Module 4 Channel 7 High 32767 / -32768 1/65536 R 48751-48752 Module 4 Channel 8 High 32767 / -32768
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Address Line Pt DNP Description Obj Range Units Type R/W 48905-48912 Module 3 Channel Label 2 R 48913-48920 Module 3 Channel Label 3 R 48921-48928 Module 3 Channel Label 4 R 48929-48936 Module 3 Channel Label 5 R 48937-48944 Module 3 Channel Label 6 R 48945-48952 Module 3 Channel Label 7 R 48953-48960 Module 3 Channel Label 8 R 48961-48968 Module 4 Channel Label 1 R 48969-48976 Module 4 Channel Label 2 R 48977-48984 Module 4 Channel Label 3 R 48985-48992 Module 4 Channe
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Address Line Pt DNP Description Obj Range Units Type R/W 49161-49168 Module 3 Channel Label 2 R 49169-49176 Module 3 Channel Label 3 R 49177-49184 Module 3 Channel Label 4 R 49185-49192 Module 3 Channel Label 5 R 49193-49200 Module 3 Channel Label 6 R 49201-49208 Module 3 Channel Label 7 R 49209-49216 Module 3 Channel Label 8 R 49217-49224 Module 4 Channel Label 1 R 49225-49232 Module 4 Channel Label 2 R 49233-49240 Module 4 Channel Label 3 R 49241-49248 Module 4 Channe
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Address Line Pt DNP Description Obj Range Units Type R/W 49425-49432 Module 3 Open Label 3 R 49433-49440 Module 3 Open Label 4 R 49441-49448 Module 3 Open Label 5 R 49449-49456 Module 3 Open Label 6 R 49457-49464 Module 3 Open Label 7 R 49465-49472 Module 3 Open Label 8 R 49473-49480 Module 4 Open Label 1 R 49481-49488 Module 4 Open Label 2 R 49489-49496 Module 4 Open Label 3 R 49497-49504 Module 4 Open Label 4 R 49505-49512 Module 4 Open Label 5 R 49513-49520 Module
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Address Line Pt DNP Description Obj Range Units Type R/W 49689-49696 Module 3 Closed Label 4 R 49697-49704 Module 3 Closed Label 5 R 49705-49712 Module 3 Closed Label 6 R 49713-49720 Module 3 Closed Label 7 R 49721-49728 Module 3 Closed Label 8 R 49729-49736 Module 4 Closed Label 1 R 49737-49744 Module 4 Closed Label 2 R 49745-49752 Module 4 Closed Label 3 R 49753-49760 Module 4 Closed Label 4 R 49761-49768 Module 4 Closed Label 5 R 49769-49776 Module 4 Closed Label 6
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Address Line Pt DNP Description Obj Range Units Type R/W 49945-49952 Module 1 Relay Common Shorted to Normally Closed Label 4 R 49953-49960 Module 2 Relay Common Shorted to Normally Closed Label 1 R 49961-49968 Module 2 Relay Common Shorted to Normally Closed Label 2 R 49969-49976 Module 2 Relay Common Shorted to Normally Closed Label 3 R 49977-49984 Module 2 Relay Common Shorted to Normally Closed Label 4 R 49985-49992 Module 3 Relay Common Shorted to Normally Closed Label 1 R 4999
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Address Line Pt DNP Description Obj Range 50181 Call Delay Timer Limit 50182 Activity Timeout Limit/ Call Fail Reset Limit 50183 Violation Lockout Time/ Violation Limit 50184 Log Full Limit Threshold 50185-50200 Modem ID (32 bytes) 50201-50205 Modem Password (10 bytes) 50206-50208 Numeric Pager ID (7 bytes) 50209 Numeric Pager ID/ Bitmap Set 50210 Rings to Answer/ Reserved 50211 Primary Retry Limit 50212 Primary Retry Delay 50213-50236 Type R/W Primary Phone Number (48 Bytes) 5
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Address 50795 Line Pt DNP Description Obj Range Units Type R/W Email Mode 50796 50797-50860 FTP Download Download Filename (128 Bytes) 50861-50892 Email Server IP Addres / Name (64 bytes) 50893-50924 GE Comm Email Processing Service IP Address / Name (64 bytes) 50925-50956 Return / Reply Address (64 bytes) 50957-50988 Email Subject Text (64 Bytes) 50989-51004 51005-51020 Email Username (32 Bytes) Email Password (32 Bytes) Email Client settings FTP Client 51021-51036 FTP Username (32 By
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Address Line Pt DNP Description Obj Range 51175-51176 Valid IP Subnet Mask 4 51177-51180 TCP Starting Valid Client Ports 51181-51184 TCP Ending Valid Client Ports 51185-51188 UDP Starting Valid Client Ports 51189-51192 UDP Ending Valid Client Ports 51193-51194 Multicast Group Address 51195 51196-51200 UDP Respond Port Reserved Units Type R/W Customizable Modbus Map Format Block 51201 51202 51203-51712 Custom Modbus Point 1 Style / Format R Custom Modbus Point 1 Unit / Special Custom
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Address Line Pt DNP Description Obj Range Units Type R/W 51733 Pulse Accumulation, Input 1/ Pulse Accumulation Input 2 F65 51734 Pulse Accumulation, Input 3/ Pulse Accumulation Input 4 F65 51735 Pulse Accumulation, Input 5/ Pulse Accumulation Input 6 F65 51736 Pulse Accumulation, Input 7/ Pulse Accumulation Input 8 F65 51737 Pulse Aggregation 1/ Pulse Aggregation 2 F65 51738 Pulse Aggregation 3/ Pulse Aggregation 4 F65 Update Settings Block 51739-52974 Reserved 52975-53102 User M
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Address Line Pt DNP Description Obj Range Units Type R/W 53259 Phase B Watt + 1500 W / - 1500 W 1500 / 2048 W sec F59 R 53260 Phase C Watt + 1500 W / - 1500 W 1500 / 2048 W sec F59 R 53261 Phase A VAR + 1500 VAR / - 1500 VAR 1500 / 2048 F59 R 53262 Phase B VAR + 1500 VAR / - 1500 VAR 1500 / 2048 F59 R 53263 Phase C VAR + 1500 VAR / - 1500 VAR 1500 / 2048 F59 R 53264-53265 53266 Reserved Computed Neutral Current +5A/0A 5 / 2048 A sec F59 R 53267-53268 Positive Wattho
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Address Line Pt DNP Description Obj Range Units Type R/W 57363 Calibrate +1 Aux Phase R/W 57364 Calibrate -1 Aux Phase R/W 57365 Start Calibration Mode R/W 57366 Calibrate Manual Gain Adjustment R/W 57367 Activate first time CTPT Compensation R/W 57368 Calibrate Manual Phase Adjustment R/W 57369 Calibrate Multiplier 1x R/W 57370 Calibrate Multiplier 10x R/W 57371 Calibrate References R/W 57372 Calibration Status Reset R/W 57373 Calibrate Phase at 500 mA R/W 57374 Cal
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Address Line Pt DNP Description Obj Range Units Type R/W 57399 Reset Historical Log 2 W 57400 Reset Sequence of Events Log W 57401 Reset Digital Input Log W 57402 Reset Digital Output Log W 57403 Reset Flicker Log W 57404 Reset Waveform Log W 57405 Reset PQ Log W 57406 Reset System Event Log W 57407 Reset Total Average Power Factor W 57408 Reset Time of Use Active Registers W 57409 DNP over TCP Network Card connect/disconnect Status W DNP over TCP Connection IP Addres
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Address Line Pt DNP Description Obj Range Units Type R/W 61004-61008 Phase Compensation for Phase C R 61009-61025 Unused R Calibration Checksum R 61026 CTPT Compensation Calibration Block 61027-61030 CTPT Compensation Calibration Block Timestamp R 61031-61034 CTPT Compensation Calibration Timestamp R 61035-61036 Gain factor for Van R 61037-61042 Gain factors for Vbn, Vcn, Vxn R 61043-61044 Gain Factor for Ia 150 mA R 61045-61046 Gain Factor for Ia 250 mA R 61047-61048 Gain
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Address Line Pt DNP Description Obj Range Units Type R/W 61202-61203 Gain Factor for Ia 500 mA R/W 61204-61205 Gain Factor for Ia 1 A R/W 61206-61207 Gain Factor for Ia 2.5 A R/W 61208-61209 Gain Factor for Ia 5 A R/W 61210-61221 Gain factors for Ib R/W 61222-61245 Gain factors for Ic, Ix R/W 61246 Unused R/W 61247 Phase Compensation for Phase A 500 mA R/W 61248 Phase Compensation for Phase A 1 A R/W 61249 Phase Compensation for Phase A 2.
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Address 65040 Line Pt DNP Description Obj Range Units Type R/W Operational Data Bits & Response Delay, Port 1 (232/485) R Diagnostic Block 65041-65042 Data Valid Bits R Device Identification Block 2 65088 196 Xilinx Version / 320 Xilinx Version R 65089-65096 EPM Comm Boot Firmware Variation String 1 F1 R 65097-65104 EPM Comm Boot Firmware Variation String 2 F1 R 65105-65112 EPM Comm Boot Firmware Variation String 3 F1 R 65113-65120 EPM Comm Boot Firmware Variation String 4 F1 R
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Address Line Pt DNP Description Obj 65321 Password State 65322 Sealing Switch State 65326 Password Lock 65327 Password Sequence / Status 65328 Password Command 65332-65336 65340-65344 Range Units Type R/W Enumeration Enumeration Enumeration Enumeration Enumeration Fixed Length String Fixed Length String New Password A New Password B R R R/W R R/W W W Dynamic Configuration Block 65345 NVRAM Configuration R 65346 IRIG-B State R 65347 Network Card R 65348 65349 Modem Card Sealing
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Address Line Pt DNP Description Obj Range Units Type R/W 65419 Port To Port Communications Port 2 R/W 65420 Port To Port Communications Port 1 (232/485) R/W 65421 Port To Port Communications Port 5 (DIAG) R/W 65425-65434 EPM Comm FLASH Code Hex Line W 65441-65450 EPM Comm FLASH Extended Code Hex Line W 65457-65466 EPM Comm FLASH Product History Hex Line W 65473-65482 65489-65498 EPM Comm FLASH Programmable Settings Hex Line EPM DSP FLASH Code Hex Line W W 65533-65534 Enhanced Se
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Chapter 3 Communication Data Formats Q This chapter expands upon information listed in the EPM Modbus Register Map (Chapter 2). Section Headings (F1, F2, etc) refer to the value in the Register Map’s “Type” column. 3.1: Type F1 Null Terminated ASCII String Q Length: Depends on the reading. Q Each register contains two bytes. Each byte stands for an ASCII character. The printable portion of the string is terminated with a Null character (ASCII 00H).
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Address 00073 00074 Value 3030H 3134H Bytes 30H 30H 31H 34H ASCII ‘0’ ‘0’ ‘1’ ‘4’ Register “00” “14” “0014” String 3.3: Type F3 Time Stamp Q Length: 4 Registers (8 bytes) Q Each register contains two bytes. Each byte contains a binary number representing up to two digits in a part of date and time. The units for each byte are century, year, month, date, hour, minute, second and 10 millisecond.
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3.4: Type F4 Day of Week Q Length: 1 Register (2 bytes) Q This register contains a 16-bit number, associated with the days of the week as follows: Value Day of Week Value Day of Week 0001H Sunday 0005H Thursday 0002H Monday 0006H Friday 0003H Tuesday 0007H Saturday 0004H Wednesday 3.
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Example: Registers 00094-00095, 1 cycle Phase A-N Voltage, might contain the following data: Address 00094 00095 Value 378AH AC18H 4-byte unsigned integer (Hex) 378AAC18H 4-byte unsigned integer (Decimal) 931834904 2 2 V secondary 227498.755859 V secondary V secondary 476.
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3.6: Type F6 High Speed Input Delta and Current State Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in each byte are associated with the 8 High Speed Inputs, the least significant bit with Input 1, through to the most significant bit with Input 8. Q The most significant byte contains Delta information about High Speed Inputs, the least significant byte contains the Current State of the High Speed Inputs.
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3.7: Type F7 Secondary Voltage, Current, VA, VAR, Watts, Hz or Flicker Q Length: 2 Registers (4 bytes) Q Range: +32767 / -32768 Q Unit: 1/65536 V, A, VA, VAR, W or Hz Q The registers together contain a four-byte signed (2's compliment) integer. Positive values have the most significant bit clear, and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complimenting (inverting) all of the bits and adding 1.
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3.8: Type F8 Power Factor Q Length: 1 Register (2 bytes) Q Range: 3.999 / 0.000 Q Unit: 0.001 PF Q This register contains a 16 bit unsigned number. This number varies from 0000H – 0F9FH, or 0 to 3999 in decimal. This representation allows for expressing Power Factor from 0 to 1 in the four quadrants, as follows: Quadrant Q Value Hex Dec Value PF Hex Dec PF Value Hex Dec PF 1 0000H 0 0.000 01F4H 500 0.500 03E7H 999 0.999 4 03E8H 1000 1.000 05DCH 1500 0.500 07CFH 1999 0.
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3.9: Type F9 Angle Q Length: 1 Register (2 byte) Q Range: +180 / -180 Q Unit: 0.01 degree Q This register contains a 16-bit signed (2's compliment) number. Positive values have the most significant bit clear, and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complimenting (inverting) all of the bits and adding 1.
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3.10: Type F10 Percentage Q Length: 1 Register (2 bytes) Q Range: +327.67% / - 327.68% Q Unit: 0.01% Q This register contains a 16-bit signed (2's compliment) number. Positive values have the most significant bit clear, and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complimenting (inverting) all of the bits and adding 1.
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3.11: Type F11 Energy Counter (Packed BCD / Secondary) Q Length: 4 Registers (8 bytes) Q Range: 9,999,999,999,999,999 / 0 VAh, VARh or Wh secondary Q Unit: 1 VAh, VARh or Wh secondary Q These registers contain 8 bytes of Packed BCD. Each register contains 2 bytes. Each byte contains 2 nibbles. Each nibble represents a decimal digit from 0-9. All together, there are 16 nibbles, and therefore a 16-digit decimal number can be represented.
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Address 01002 01003 01004 01005 Value 0000H 0000H 0647H 6164H 8-byte unsigned integer 0000000006476164H Decimal 105341284 VAh 105,341,284 VAh secondary 3.13: Type F13 Phase Sequence Q Length: 1 Register (2 bytes) Q This register contains a 16-bit unsigned integer, associated with the Phase Sequence as follows: Value (Hex) Phase Sequence 0000H A-B-C 0001H C-B-A 3.
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In Modbus, a value will be returned based on the type of reading. Negative Maximums and Positive Minimums return: 7FFFFFFFH or 2,147,483,647. Positive Maximums and Negative Minimums return: 80000000H or +/- 2,147,483,647. No Timestamp will be assigned to the reading. 3.15: Type F15 Limit States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits.
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3.16: Type F16 Low Speed Input States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in the most significant byte are associated with the eight Status Inputs, the most significant bit with input 8, through to the least significant bit with Input 1. The least significant byte is undefined. Q A bit value of 1 means the input is open; a bit value of 0 means the input is closed.
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3.17: Type F17 External Digital Input States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in the Least significant byte are associated with the eight External Digital Inputs in an External Digital Input Module, the most significant bit with input 8, through to the least significant bit with Input 1. The most significant byte is undefined. Q A bit value of 1 means the input is open; a bit value of 0 means the input is closed.
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3.18: Type F18 External Input Accumulations Q Length: 2 Registers (4 bytes) Q Range: 4,294,967,295/0 Q Unit: Accumulated Transitions Q These registers contain a 4-byte unsigned integer. Example: Register 02775-02776, Input Accumulations, Module 1, might contain the following data: Address 02775 02776 Value 0647H 6164H 4-byte unsigned integer 06476164H Decimal 105341284 Accumulated Transitions 105,341,284 Accumulated Transitions 3.
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Address 02850 02851 02852 02853 Value 0000H 0001H 0534H 1284H Bytes 00H 00H 00H 01H 05H 34H 12H 84H Nibbles 0H 0H 0H 0H 0H 0H 0H 1H 0H 5H 3H 4H 1H 2H 8H 4H Digit 0 0 0 0 0 0 0 1 0 5 3 4 1 2 8 4 Unit P T VAh G M k 105,341,284 VAh primary 3.
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3.21: Type F21 Year Q Length: 1 Register (2 bytes) Q Each byte contains a binary number representing up to two digits in a part of a year. The units for each byte are century and year. Example: Register 34821, TOU Calendar Year 1 Calendar Year, might contain the following data: Address 34821 Value 1363H Bytes 13H 63H Decimal 19 99 Unit Century Year Date 1999 3.22: Type F22 TOU Profile per Day Q Length: 1 Register (2 bytes) Q Each byte stands for a different day of the year.
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Address 34954 Value 0305H Bytes 03H 05H Decimal 3 5 Meaning Profile 3 Profile 5 Day Mar 2 Mar 3 Day (Leap Year) Mar 1 Mar 2 Meaning Profile 3 on Mar 2 Profile 5 on Mar 3 Meaning (Leap Year) Profile 3 on Mar 1 Profile 5 on Mar 2 3.23: Type F23 TOU Profile Status Q Length: 1 Register (2 bytes) Q This register contains an enumeration indicating the Status of the Profile.
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3.24: Type F24 TOU Daily Profile Register Assignment Q Length: 1 Register (2 bytes) Q Each register contains 2 bytes. Each byte contains 2 nibbles. Each nibble contains an enumeration indicating which TOU Register is to be used during the indicated 15-minute period.
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3.25: Type F25 TOU Profile Monthly End Day Q Length: 1 Register (2 bytes) Q Each byte stands for a different month of the year. Each byte contains a binary number indicating what the last day of the monthly billing cycle should be for that month. Billing periods are up to and including the end day.
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Q The second byte contains an enumeration indicating which form of average is to be used for Peak and Coincident Demand functions.
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Address 36608 Value 4202H Bytes 42H 02H Decimal 66 2 Purpose Sequence Status Meaning Sequence #66 Unfinished Meaning Sequence #66 is Unfinished 3.28: Type F28 TOU Upload Calendar Window ID Q Length: 1 Register (2 bytes) Q Range: 1 - 14 Q This register contains an enumeration indicating which TOU Calendar Window is being uploaded through the Upload Window. The values 1 - 14 indicate Windows 1 - 14.
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3.30: Type F30 TOU Upload Calendar Window Checksum Q Length: 1 Register (2 bytes) Q This register contains an unsigned integer which is the checksum for the rest of the TOU Upload Calendar Window. Example: Register 36736, TOU Upload Calendar Window Checksum, might contain the following data: Address 36736 Value 3245H Decimal 12869 Meaning Checksum is 12869 3.
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3.33: Type F33 Temperature Q Length: 1 Register (2 bytes) Q Range: +327.67 C / - 327.68 C Q Unit: 0.01 degree C Q This register contains a 16-bit signed (2’s compliment) number. Positive values have the most significant bit clear and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complimenting (inverting) all of the bits and adding 1.
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3.34: Type F34 Limit and Relay Logic States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in these bytes are associated with the 16 Limits or Relays, the most significant bit of the most significant byte with Limit 1 (or 17, or Relay 1), through to the least significant bit of the least significant byte with Limit 16 (or 32, or Relay 16). Q A bit value of 1 means TRUE, while a bit value of 0 means FALSE.
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Address 06000 Value 0400H Bytes 04H Interpretation 00H Relay 1 has 4 seconds of delay remaining, Relay 2 has no delay remaining. 3.36: Type F36 Desired Relay States Q Length: 1 Register (1 bytes) Q This register has two bytes. Each byte has eight bits. The bits in these bytes are associated with the 16 Relays, the most significant bit of the most significant byte with Relay 1, through the least significant bit of the least significant byte with Relay 16.
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A bit value of 1 means the physical relay needs to be updated, a bit value of 0 means the physical relay does not need to be updated.
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3.39: Type F39 Confirmed Polled Relay States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in these bytes are associated with the 16 Relays, the most significant byte with Relay 1 through to the least significant bit of the least significant byte with Relay 16. A bit value of 1 means the relay was energized (connected to Normal Open) when last polled, a bit value of 0 means the relay was de-energized (connected to Normal Close) when last polled.
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Address 06012 Value FFFOH Bytes FFH FOH Bits 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 Point 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Relay 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Valid? Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Interpretation Confirmed states for Relays 13-16 have not yet been polled and are not yet valid. 3.41: Type F41 Locked Relays, Relays 1-1 16 Q Length: 1 Register (2 bytes) Q This register has two bytes.
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3.42: Type F42 Locked Relay States Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits. The bits in these bytes are associated with the 16 Relays, the most significant byte with Relay 1 through to the least significant bit of the least significant byte with Relay 16. These bits are valid only if the relays have been selected for locking, as reported in the Locked Relays register, 06013. A bit value of 1 means the relay is locked energized (connected to Normal Open).
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3.43: Type F43 Miscellaneous Flags Q Length: 1 Register (2 bytes) Q This register has 2 bytes. Each byte has eight bits. The bits in these bytes are associated with various miscellaneous functions as follows: Q Bit Point Meaning 15 (MSB) 0 NVRAM Battery Status 14-1 1-14 Undefined 0 (LSB) 15 Undefined NVRAM Battery Status: For an EPM 9800 using Mark II hardware and firmware and with the optional memory installed, this bit reports the status of the battery.
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3.44: Type F44 Digital Input Module Data Status Q Length: 1 Register (2 bytes) Q This register has two bytes. Each byte has eight bits.
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3.45: Type F45 Analog Input Modules Data Status Q Length: 2 Registers (4 bytes) Q This register has two bytes. Each byte has eight bits.
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3.46: Type F46 High Byte of Modbus Register (Signed) Q Length: 1 byte Q High Byte of Modbus Register, Signed Q Range: +127 / -128 Q Unit: 1 3.47: Type F47 High Byte of Modbus Register (Unsigned) Q Length: 1 byte Q High Byte of Modbus Register, Unsigned Q Range: 255 / 0 Q Unit: 1 3.48: Type F4 Low Byte of Modbus Register (Signed) Q Length: 1 byte Q Low Byte of Modbus Register, Signed Q Range: +127 / -128 Q Unit: 1 3.
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3.50: Type F50 Two-B Byte (Signed) Q Length: 2 bytes Q Two-Byte, Signed Q Range: +32,767 / -32,768 Q Unit: 1 3.51: Type F51 Two-B Byte (Unsigned) Q Length: 2 bytes Q Two-Byte, Unsigned Q Range: 65,535 / 0 Q Unit: 1 3.52: Type F52 Four-B Byte (Signed) Q Length: 4 bytes Q Four-Byte, Signed Q Range: +2,147,483,647 / -2,147,483,648 Q Unit: 1 3.
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3.54: Type F54 Eight-B Byte (Signed) Q Length: 8 bytes Q Eight-Byte, Signed Q Range: +9,223,372,036,854,775,807 / -9,223,372,036,854,775,808 Q Unit: 1 3.
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3.56: Type F56 Flicker Countdowns Q Length: 1 Register (2 bytes) Q Range: 65,535 / 0 seconds Q Unit: 1 second Q This register contains an unsigned integer which is count-down in seconds until the end of a Flicker interval, Short Term or Long Term. Example: Register 06489, Short Term Flicker Countdown, might contain the following data: Addr 06489 Value 0400H Decimal 1024 Interpretation 1024 seconds remain until the next Short Term Flicker is computed. 3.
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3.59: Type F59 12-b bit RTU Current, Voltage, W, VAR Q Length: 1 Register (2 bytes) Q Range: +5A / 0 A, + 150V / 0 V, +1500 W, VAR / -1500 W, VAR Q Unit: 5 / 2048 A, 150/2048 V, 1500 / 2048 W, VAR Q Each register contains a 16-bit integer. Positive values have the most significant bit clear and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complementing (inverting) all of the bits and adding 1.
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3.60: Type F60 Energy Counter Q Length: 2 Registers (4 bytes) Q Range: +99,999,999 / 0 or 0 / -99,999,999 kWh, kVARh Q Unit: 1 kWh, kVARh Q Each pair of registers represents an Energy Counter in primary. Each register contains a value from 0 to 9,999 (0x00000 - 0x0270F), representing 4 digits of an Energy Counter. The first register is in units of 10’s of MegaWatthour or Mega VARhour. The second register is in units of kilo Watthour or kilo VARhour.
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3.62: Type F62 Scaled Pulse Accumulation, Aggregation or Average Q Length: 4 Registers (8 bytes) Q Range: +9,223,372,036,854,776,807 / -9,223,372,036,854,776,808 Q Unit: 1 Unit Q This register contains an 8-byte signed (2’s complement) number. Positive values have the most significant bit clear and have the same magnitude as an unsigned integer. Negative values have the most significant bit set. The magnitude of a negative value is found by complementing (inverting) all of the bits and adding 1.
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3.63: Type F63 Log Index Q Length: 1 Register (2 bytes) Q Range: 65,535 / 0 Q Unit: 1 Unit Q This register contains a 2-byte MSB unsigned integer, which represents the First or Last Index for a given Log. First Indexes represent the Index of the First (Oldest) record in a log. Last Indexes represent the Index of the Last (Newest) record in a log. The value of 0x0FFFF for the Last Index indicates that the log is empty. 3.
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3.65: Type F65 Scaled Energy Setting Q Length: 1/2 a Register (1 byte) Q Each register contains 2 bytes. Each byte contains settings for a base quantity. The format of a byte is as follows: Bit 7 Meaning 6 5 4 Digits 3 2 Unit 1 0 Decimal Places Digits is a 3-bit field, which is offset by 2 to represent from 2 to 9 displayable digits. Unit is a 2-bit field, where the values from 0 to 2 represent units of Wh (100), k (103) and M (106).
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3.66: Type 66 TOU Upload Calendar Window Locked to Port Q Length: 1 Register (2 bytes) Q When read, this register contains an enumeration indicating to which port the TOU Upload Calendar Window is locked. The enumeration is as follows: 0x00000 0x00001 0x00002 0x00003 0x00004 0x000FF Q Port 4 (I/O) Port 3 Port 2 Port 1 (RS232/RS485) Diagnostic Port Not locked to any port Writing the value 0x00000 to this register requests the TOU Upload Calendar Window to be locked to that port.
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Example: Register 00390, Maximum K-Factor Phase A Current, might contain the following data: Address 00390 Value 08BBH Most significant bit 0 Decimal +2235 K-Factor +22.35 Register 0185H, Maximum K-Factor Phase A Current, might contain the following data: Address 00390 Value F745H Most significan bit 1 Complement 08BAH Increment 08BBH Decimal -2235 K-Factor -22.
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Chapter 4 Modbus Register Map Notes 4.1: Modbus Register Map Notes Q The information in this chapter refers to the Register Map’s “Notes” column. 1) Time information can be supplied from one of two different sources, an internal Real Time Clock or an external GPS Clock. The internal Real Time Clock is a chip containing its own battery, which is used to maintain the passage of time when the EPM unit is without operational power.
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9) VA, VAR and Watts are in secondary. To convert this value into primary VA, VAR or Watts, multiply by the Phase Voltage PT Ratio, composed of the Phase Voltage PT Ratio Numerator and Denominator (Registers 45916 - 45917 and 45918 - 45919) and by the Phase Current CT Ratio, composed of the Phase Current CT Ratio Numerator and Denominator (Registers 45908 - 45909 and 45910 - 45911). 10) VAhour, VARhour and Watthour are in secondary.
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Chapter 5 Logs, Port Control and Updating Programmable Settings 5.1: Downloading Logs - Overview Q A Modbus Master uses a Log Window consisting of 64 Registers to retrieve logs from an EPM Slave. A log is divided into numbered sections called Indexes, which are transferred through the Log Window in sequence. Each of the EPM Monitor’s four ports act independently, allowing multiple Modbus Masters access to all the retrievable data in an EPM Slave.
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—Max Records: an unsigned integer representing the total number of records the log is capable of holding. In order to maintain a one-for-one relationship in parallel logs (Sequence of Events State and Sequence of Events Snapshot logs, for example), the maximum number of records that a log can store is defined by the log that holds the fewest records. Logs capable of holding more records are restricted.
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action should be performed only under the following two circumstances: —When the programmable settings are modified, such that data already in the logs is invalidated. For example, any modifications involving the record size or organization of the contents of a snapshot would require the logs to be cleared of any previous data.
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15. Read Window from the beginning up to (but not including) the ending offset. 16. Un-pause the log by writing FFFFH to the Log Window Index Register. 5.1.2: Downloading Time Stamps with Examples Q The following steps detail the process for downloading time stamps from a log, using values from Historical Log 1 as an example. 1. Read the EPM Programmable Settings Block (Registers 45057–53248). 2. Pause the log by writing an initial, non-FFFFH value to the Log Window Index Register.
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Example: Ending Window Index = Int([8 x {500 + 1}]/128 = Int(31.3125) = 31 Ending Window Offset = (8 x [500 + 1]) % 128 = 40 7. Set the Window Mode to Download Mode by writing the Download Mode code (0000H) to the Log Window Mode Register. Example: Write the value 0000H to the Window Mode for Historical Log 1, Register 38209. 8. Set the Window Index to the Starting Window Index. Example: Write the value 31 (001FH) to the Historical Log 1 Window Index, Register 38145. 9.
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Example: Write the value 0 (0000H) to the Window Index Historical Log 1, Register 38145. 15. Read Window from the beginning up to (but not including) the Ending Offset. Ending Offset = First Register of Window + (Ending Window Offset/2). Example: (Index = 31). 38273 +40/2 = 38293. Read from 38273 up to (but not including) 38293; therefore, read 38273 – 38292. 16. Un-pause the log by writing FFFFH to the Window Index. Example: Write the value FFFFH to the Window Index for Historical Log 1, Register 38145. 5.
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Largest Window Offset = (Record Size x Max Records) % 128. Example: Largest Window Index = Int([64 x 28928]/128) = Int(14464) = 14464. Largest Window Offset = (64 x 28928) % 128 = 0. 6. Determine the ending Window Index and the ending Window offset using these formulas: Ending Window Index = Int([Record Size x {Last Index + 1}]/128). Ending Window Offset = (Record Size x [Last Index +1]) % 128. Example: Ending Window Index = Int([64 x {500 + 1}]/128 = Int(250.5) = 250.
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13. Read Window from beginning up to (but not including) the Largest Offset. Largest Offset = First Register of Window + (Largest Window Offset/2). Example: (Index = 14464). 38273 + (0/2) = 38273. Read from 38273 up to 38273; therefore, read nothing. 14. Set Window Index to 0. Go to step 12. Example: Write the value 0 (0000H) to the Window Index Historical Log 1, Register 38145. 15. Read Window from the beginning up to (but not including) the ending offset.
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0x00B 0x00C 0x00D 0x00E-0x0FF Waveform Sample Log PQ Log Reset Log Undefined The most significant byte defines the following modes, Paused Download Mode (0x000), and Running Download Mode (0x001). In Paused Download mode (0x000), the log being accessed is paused - new records are not added to the log while it is paused. In Running Download mode (0x001), the log being accessed is not paused - new records may be added to the log.
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0x0FFFF to Register 0x099FF). 4. Software should store the Historical Log 1 Header Information. 5. Software should read the Auto Increment Window Index and Auto Increment Log Window (Registers 0x099FF-0x09A3F) 6. Software should verify the expected value for the Auto Increment Window Index. 7. Software should store the first 128 bytes of the log from the Auto Increment Log Window. Repeat steps 5-7 until the desired amount of the log has been read and stored.
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5.2.1: Sequence for Port Locking Q To lock a port, follow the steps below: 1. Determine the port to which the Modbus Master is currently attached: Register 65411. 2. Determine that the desired port is currently unlocked: Registers 41730 – 41732. 3. Write to lock the desired port: write 0100H – 0104H to Register 41729. 4. Verify that the port is successfully locked: Registers 41730 – 41732. 5. Read the current states of the pointers: 41733 – 41752. 5.2.2: Transmission 1.
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5.3: Updating Programmable Settings - Overview Q Programmable settings in the EPM meter are stored in FLASH. With FLASH, bytes are not rewritable; the entire sector must be erased and rewritten. 5.3.1: Sequence for Updating Programmable Settings Q Device Address and Communication Settings should be as programmed for the port in use. 1. Verify a device is connected at the appropriate address, protocol and communications settings. 2.
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FLASH Programmable Settings Checksum (Register 65413). 17. Upgrade software transmits the Reset to Normal Operation Command (writes 0100H to Register 65410). 18. Upgrade software polls EPM Comm Operation Indicator (Register 65409) until it returns that the unit is in Normal Operation. Note: Register 00001 in our mapping is equivalent to 40001 in most third party polling packages and RTUs. 5.
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0x002 0x003 0x004-0x0FF Daily Hourly Undefined, behaves as Seasonal Seasonal operation freezes the Active registers at the selected hour of the day four times a year. The hour to freeze at is entered as the Freeze Hour, described below, while the four days to freeze at are the previously defined Season Start Times. Weekly operation freezes the Active registers at the selected hour of the day once a week.
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5.
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In the dual port, activation of a function is performed by the communication processor writing the value 0x0AA to a given location. When acknowledged, the location is cleared to the value 0x055. By communication, activation of a function is performed by issuing a write (the value is unimportant) to a given Modbus register. When acknowledged, the register will read 0x00055. In order to modify any calibration information, it is necessary to enter Calibration Mode.
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Q Direct Adjustment Interface Block Timestamp Factory Read CTPT Read 60929-60932 61027-61030 Modification Calibration Modification Selection 61185 Calibration Timestamp 60933-60936 61030-61034 61186-61189 Gain Factors VAN, VBN, VCN, VXN 60937-60944 61035-61042 61190-61197 Gain Factor IA, 150mA, 250mA, 500mA, 1A, 2.5A, 5A 60945-60956 61043-61054 61198-61209 Gain Factors IB, IC, INM 60957-60992 61055-61090 61210-61245 60993 61091 61246 Phase Comp IA, 500mA, 1A, 2.
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Q Q Q Q Q To increase/decrease a voltage reading by y percent, multiply the gain factor by (100 + y)/100. Change by y Multiply by Increase 2% +2 102/100 = 1.02 Decrease 5% -5 95/100 = 0.95 Current Gain Factors: 4-byte signed LSB values with 16 bits of fraction that are used as a divisive factor. As Stored (LSB) MSB Decimal Scaled Meaning 0x000000100 0x000010000 65536 1.00000 x/1.00 (unity) 0x0711C0100 0x00000E8BA 59578 0.90909 x/0.
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Chapter 6 EPM Log Formats 6.1: Log Formats Overview Q Historical Log 1: Historical Log 1 will fill to the total allocated memory. The number of records possible in Historical Log 1 is the total memory allocated divided by the record size (size of a Historical Log 1 snapshot). Q Historical Log 2: Historical Log 2 will fill to the total allocated memory. The number of records possible in Historical Log 2 is the total memory allocated divided by the record size (size of a Historical Log 2 snapshot).
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Q Digital Input Snapshot Log: The Digital Input Log will fill to the total allocated memory. The number of records possible in the Digital Input Log is the total memory allocated divided by the record size (size of a Digital Input Snapshot). Q Digital Output Log: The Digital Output Snapshot Log stores records in order to document the stages used when changing states of Digital Outputs. Q Digital Output Snapshot Log: The Digital Output Log will fill to the total allocated memory.
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points for the line are ignored. Q Record Format: A Record contains as many bytes as specified by the Historical Log 1 Record Size Field in the Programmable Settings Block (45463). The first eight bytes in each record is the Time Stamp.
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Q Historical Log 2 Record Size: (45464) This Register is an enumeration for the size of a record in the Historical Log. The valid values are: 0x00000 = 32 byte records 0x00001 = 64 byte records 0x00002 = 128 byte records 0x00003 = 256 byte records 0x00004 = 16 byte records Q Historical Log 2 Data Pointers: (45333-45460) These Registers indicate which information to include in a record in the Historical Log.
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If the historical record was recorded after powering up or the log was reset, the record does not contain information covering a full interval and the most significant bit of the second’s byte will be set. If the historical record was recorded after time was adjusted, the record might contain more or less than a full interval’s worth of data.
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32nd Limit's Value 1 Comparison. A bit value of 1 means that the Comparison is exceeded: less than or equal to Value 1 for a below limit, greater than Value 1 for an above limit. A bit value of 0 means that the Comparison is not exceeded: greater than Value 1 for a below limit, less than or equal to Value 1 for an above limit. • The next four bytes are the same bitmap as above, but for the current state of the Value 2 Comparisons of the Limits.
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A Point Number is an index into the Communication Table. Example: Point Number 1 is for the second entry in a Line. Line Number 11, Point Number 1 is the second in the twelfth line, 0.1 second VBN. Data Pointers with Point Numbers greater than the number of points for the line are ignored. Q Record Format: A Record contains 16, 32, 64, 128 or 256 bytes, depending on how many channels have limits assigned to them. • The first eight bytes in each record is the Time Stamp.
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6.6: Waveform Trigger Log Format Q The Waveform Trigger Log stores records in response to High Speed Limit Triggers. It records descriptive information about records in the Waveform Samples Log. Q Record Format: A Record contains 256 Bytes. • The first eight bytes in each record is the Trigger Time Stamp, representing the time of the last sample of the triggering cycle.
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If the unit is an EPM 9650 with regular hardware, RMS values are in units of squared secondary, with two bytes of fraction. That is, each count is 1/65536 of a squared volt. If the unit is an EPM 9650 with 300 V hardware, RMS values are in units of squared secondary, with 14 bits of fraction. That is, each count is 1/16384 of a squared volt. Units that are 300 V hardware can be identified by the appropriate setting in the programmable settings or Hardware Option for 300V, Modbus Register 0x0FF53.
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• The next byte is a supplement to the Trigger Time Stamp. It is in milliseconds for the Trigger Time Stamp and a binary value in the range 0–9. • The next byte tells which capture contains the trigger. For example, a device records a surge lasting for two cycles. The surge triggers the first capture and the first capture contains the triggering cycle for that first capture. However, the cycle that is the subsequent return to normal is also contained in the first capture. It triggers the second capture.
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occurred between the two captures. • The next byte is a counter for Consecutive Captures. If programmed to record 4 captures per event, the four captures will have values of 0x000, 0x001, 0x002 and 0x003, respectively, for this byte. • The next 8 bytes are a Time Stamp of the format above. It is the Timing Point Time Stamp. Since captures may be triggered by events in previous captures, every capture designates a point within itself upon which to base the time for samples within that capture.
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The formula to use for EPM 9650s with regular hardware or EPM 9800s is: Ungained _ Sample Gain _ Factor x = Gained _ Sample 16384 65536 The formula to use for EPM 9650s with 300V hardware is: Ungained _ Sample Gain _ Factor x = Gained _ Sample 16384 32768 Example for EPM 9650 with regular hardware or EPM 9800: Ungained Voltage Sample = 0x01234 = 4660 Gain Factor = 421.905579 = 0x001A5E7D4 = 27650004 4660 27650004 x = 120.000000 16384 65536 The resulting answer is 120.000000 Volts secondary (240.
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6.7: Waveform Samples Log Format Q The Waveform Samples Log responds to High Speed Limit Triggers. It records samples from the requested channels at the requested sample rate. Q A Record contains 16,384 bytes.
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Q Each analog sample uses 2 bytes to represent a 15-bit sample. There are three different forms that the two bytes might occupy, one form for voltage samples and two forms for current samples. • For all three forms, the first byte is the least significnt byte and contains the lower order bits, 7-0. • For voltage samples, the second byte contains the high order bits, 14 – 7, in a modified two’s complement format.
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Table 6.7 Voltage Sample Examples 1st Byte Actual Voltage A/D15-A/D0 2nd Byte A/D8-A/D1 Straight A/D15-A/D8 Adjusted A/D15-A/D8 HS RMS Voltage Stored Voltage +2.500000 0x07FFF 0x0FF 0x07F 0x080 +2.500000 +2.499847 +2.499924 0x07FFF 0x0FF 0x07F 0x080 +2.500000 +2.499847 +2.499847 0x07FFE 0x0FF 0x07F 0x080 +2.500000 +2.499847 +2.499771 0x07FFD 0x0FE 0x07F 0x080 +2.500000 +2.499696 +2.499696 0x07FFC 0x0FE 0x07F 0x080 +2.500000 +2.499696 +2.
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• For current samples, there are two forms for the second byte. The two forms are signaled by the most significan bit of the second byte. If the byte is clear, the second byte represents a course representation and contains information on bits 14 – 8 in modified two’s complement format. If the bit is set, the second byte represents a fine representation and contains information on bits 14 – 5 in a modified two’s complement format. Values in the fine representation carry three more bits of information.
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Table 6.8 Current Sample Examples Actual Voltage A/D15-A/D0 1st Byte A/D8-A/D1 2nd Byte Straight A/D15-A/D9 Straight A/D15-A/D6 2nd Byte HS RMS Adjusted Voltage A/D15-A/D(9/6) +2.500000 0x07FFF 0x0FF 0x03F 0x01FF 0x040 +2.500000 +2.499847 +2.499924 0x07FFF 0x0FF 0x03F 0x01FF 0x040 +2.500000 +2.499847 +2.499847 0x07FFE 0x0FF 0x03F 0x01FF 0x040 +2.500000 +2.499847 +2.499771 0x07FFD 0x0FE 0x03F 0x01FF 0x040 +2.500000 +2.499695 +2.
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Table 6.8 Current Sample Examples, Continued 1st Byte Straight Straight A/D8-A/D1 A/D15-A/D9 A/D15-A/D6 2nd Byte HS RMS Adjusted Voltage A/D15-A/D(9-6) Stored Voltage Actual Voltage A/D15-A/D9 +2.421799 0x07BFF 0x0FF 0x03D 0x01EF 0x03E +2.421875 +2.421722 +2.421722 0x07BFE 0x0FF 0x03D 0x01EF 0x03E +2.421875 +2.421772 +2.421646 0x07BFD 0x0FE 0x03D 0x01EF 0x03E +2.421875 +2.421570 +0.312653 0x01002 0x001 0x008 0x0040 0x008 +0.312500 +0.312653 +0.
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Table 6.8 Current Sample Examples, Continued Straight Straight A/D15-A/D9 A/D15-A/D6 2nd Byte Adjusted A/D15-A/D(9/6) Actual Voltage A/D15-A/D0 Ist Byte A/D8-A/D9 HS RMS Voltage Stored Voltage +0.302887 0x00F82 0x0C1 0x007 0x003E 0x0BE +0.302734 +0.302887 +0.302810 0x00F81 0x0C0 0x007 0x003E 0x0BE +0.302734 +0.302734 +0.302734 0x00F80 0x0C0 0x007 0x003E 0x0BE +0.302734 +0.302734 +0.302658 0x00F7F 0x0BF 0x007 0x003D 0x0BE +0.302734 +0.302582 +0.
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Q High Speed Digital Input States contain the states of the 8 High Speed Digital Inputs in the following format: Table 6.9 High Speed Digital Input States 7 6 5 4 3 2 1 0 HSI 8 HSI 7 HSI 6 HSI 5 HSI 4 HSI 3 HSI 2 HSI 1 A bit value of 1 means the input is open. A bit value of 0 means the input in closed. Q When sampling at 15,360 samples/second, RMS is calculated within the meter on every other sample, always starting with the first sample of a cycle.
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6.8: Power Quality (CBEMA) Log Format Q PQ (CBEMA) Log Format: The PQ (CBEMA) Log records in response to surges and sags of programmed High Speed Limit Triggers on enabled High Speed channels. The information it provides allows the calculation of duration and magnitude of the surges and sags, as well as information for locating the start and end of the surge or sag in the Waveform Captures. Q Record Format: A Record contains 128 Bytes.
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• The next four bytes are a bitmap of the Latched Delta states of the High Speed Limits. For the first cycle that a limit changes state, the change of state is recognized as a Delta. If waveform capture parameters require multiple captures for a given change, subsequent captures would be recognized as having no new Deltas. Therefore, every time a Delta occurs, the new Delta is latched, so that consecutive captures for the original Delta can still indicate what Delta triggered the first capture.
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If the unit has regular hardware, RMS values are in units of squared secondary, with two bytes of fraction. That is, each count is 1/65536 of a squared volt. If the unit is supplied with 300V hardware, RMS values are in units of squared secondary, with 14 bits of fraction. That is, each count is 1/16384 of a squared volt. Units that have 300V hardware can be identified by the appropriate setting in the programmable settings. For example: Regular Hardware 2 VAN = 0x038B84000 = 14520.25 v secondary, or 120.
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• The next byte indicates whether this PQ record is continuous in monitoring with the previous record. If the byte is non-zero, then this is the first record recorded after a power-down, reset or download, and all unfinished durations prior to this record are lost. If the byte is zero, then monitoring was continuous between the last record and this one. • The next 22 bytes are the RMS Gain Factors.
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then this is the first record recorded after a power-down, reset or download, and it is possible that some transitions were not recorded. If the bit is zero, then monitoring was continuous between the last record and this one. • The next byte contains the States of the Internal Digital Inputs in the following format: Table 6.
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6.10: Digital Input Snapshot Log Format Q Digital Input Snapshot Log: The Digital Input Snapshot Log will fill to the total allocated memory. The number of records possible in the Digital Input Log is the total memory allocated divided by the record size (size of a Digital Input Snapshot). Q Profile Information is in the Programmable Settings Block. Q Digital Input Snapshot Record Size: (45463) This Register is an enumeration for the size of a record in the Digital Input Snapshot Log.
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5 6 7 binary binary binary 0 – 59 0 – 59 0 – 100 minute second centisecond Note: This log does not record records during Test Mode. Q The remaining bytes are the values requested by the Digital Input Snapshot Data Pointers (4520545332). If the first Data Pointer is requesting VBN a 4 byte value, then the next 4 bytes in the Record are VBN.
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6.11: Digital Output Log Format Q Digital Output Log Format: The Digital Output Log stores records in order to document the stages used when changing states of Digital Outputs. Records are stored for four reasons - When the delay at the end of a Relay Logic Tree is finished, indicating that a relay needs to change state, when a communication port requests to lock or unlock a relay, when the command is transmitted to the external device and when the response is returned from the external device.
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Table 6.16: Relay Valid Bits Bits 15 14 13 12 11 Module 1 1 9 8 7 4 1 2 3 5 6 Module 2 3 2 10 4 3 Module 3 4 1 3 2 2 1 0 Module 4 4 1 2 3 4 A bit value of 0 indicates that information for this relay is not yet valid; a bit value of 1 indicates that information for this relay is valid. · The next 16 bytes represent the inputs to the Relay Logic Trees arranged as follows: Table 6.
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Table 6.18: Relay Logic Gate Ouputs Bits 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Gate A Gate B Gate C Gate D Gate E Gate F Gate G Gate H Each bit represents the state of a gate output in a Relay Logic Tree. A bit value of 0 indicates a false output value; a bit value of 1 indicates a true output value. · The next 2 bytes indicate whether a relay is locked or unlocked. The bits are in the following order: Table 6.
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· · The next 2 bytes indicate the desired state of the relay, in the same order as above. If the relay is locked, as indicated in the previous 2 bytes, then the relay should be locked to this relay. If the relay is unlocked, then this is the state in which the relay should be as indicated by the Relay Logic Tree for this relay. A bit value of 0 indicates de-energized, or connected to Normal Close; a bit value of 1 indicates energized, or connected to Normal Open.
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6.12: Digital Output Snapshot Log Format Q Digital Output Snapshot Log: The Digital Output Snapshot Log will fill to the total allocated memory. The number of records possible in the Digital Output Log is the total memory allocated divided by the record size (size of a Digital Output Snapshot). Profile Information is in the Programmable Settings Block. Q Digital Output Snapshot Record Size: (45463) This Register is an enumeration for the size of a record in the Digital Output Snapshot Log.
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· The first eight bytes in each record is the Time Stamp. The format of the Time Stamp is: Byte 0 1 2 3 4 5 6 7 Format binary binary binary binary binary binary binary binary Range 0 – 99 0 – 99 1 – 12 1 – 31 0 – 23 0 – 59 0 – 59 0 – 100 Description century year month day hour minute second centisecond Note: This log does not record records during Test Mode. · The remaining bytes are the values requested by the Digital Output Snapshot Data Pointers (45205-45332).
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6.13: Flicker Log Format Q Flicker Log Format: The Flicker Log stores records in order to document Short Term and Long Term Flicker. Q Record Format: A Record contains 32 Bytes. The first eight bytes in each record is the Time Stamp, representing the time when the record was recorded.
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6 7 binary binary 0-59 0-100 second centisecond The source or meaning of the timestamp depends on the type of record being recorded. If this record was recorded while the meter was in Test Mode, then the most significant bit of the centisecond byte will be set.
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The second byte of the sub-fields indicates what port was used for the action: 0x000 0x001 0x002 0x003 0x004-0x0FF Port 4 Port 3 Port 2 Port 1 Undefined The remaining 5 bytes of the sub-fields are undefined. Q Change Programmable Settings The 7 bytes of the sub-fields are undefined.
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Q Test Mode The first byte of the sub-fields indicates which Test Mode action occurred.
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The third byte of the sub-fields indicates what port was used to download the log: 0x000 0x001 0x002 0x003 0x004-0x0FF Port 4 Port 3 Port 2 Port 1 Undefined The remaining 4 bytes of the sub-fields are undefined.
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Chapter 7 EPM Programmable Settings Blocks Q The EPM Modbus Register Map can be found in Chapter 2. This chapter gives a detailed description of each of the Programmable Settings Blocks. 7.1: Communication Settings Block (45057-45074) • • • • • • • • Device Address - 2 bytes, unsigned integer, ranging from 0000H to FFFFH Protocol - 1 byte, unsigned integer. Baud Rate - 1 byte, unsigned integer. Parity - 1 byte, unsigned integer. Stop Bits - 1 byte, unsigned integer. Data Bits - 1 byte, unsigned integer.
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Q Channel identification is performed by referencing the internal data table of the EPM device, by specifying the Line Number and Point Number for a particular value. For example: to monitor 1 second VAN values, use Line 34, Point 0; 1 second VBN, use Line 34, Point 1; 1 second IA, use Line 36, Point 0; Thermal Average VAN, use Line 51, Point 0. To leave a Limit unassigned, use Line 65535, any point. Q Comparison values are entered using percentages relative to the programmed full scales of the system.
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Q Hysteresis combination uses comparison 1 to set the combination, and comparison 2 to clear the combination. If both inputs are asserted, comparison 1 has priority. The usual arrangement would be to program comparison 1 to above a large value and comparison 2 to below a small value. When the monitored value goes above comparison 1, the combination will be set to a 1, until the monitored value goes below comparison 2, when the combination will be cleared to a 0.
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7.4: Waveform/CBEMA Settings Block (45465-45500). Set Points 1 register, 2 bytes signed integers. The value is ranged from +327.67 to -327.68. The unit is 0.01%. These are the percentage of the Full Scale values. Waveform & PQ enable 1 register, 2 bytes bitmaps. Each Set Point can be enabled or disabled by these bit settings. Waveform Limit Above Enable, register 45489. Waveform Limit Below Enable, register 45490. PQ Limit Above Enable, register 45491. PQ Limit Below Enable, register 45492.
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256 Samples/Cycle Channel Selection and 512 Samples/Cycle Channel Selection (45500) When the Sample Rate is 256 or 512, not all voltage and currents can be sampled. There will be choices which can be sampled under 256 or 512 sample rate. Value 0 1 2 3 4 5 6 7-96 VCN None IA IB IC INM 256 Sample Rate (High Byte) Volts Currents 512 Sample Rate (Low Byte) VAN VBN 7.5: High Speed Inputs Settings Block (45501-45723). • • • • • Input Name - 8 registers, 16 bytes, 16 characters for the name.
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7.8: External Analog Input Module Settings Block (45809-45812). • • • Up to 4 External Analog Input Modules can be addressed in this block. Address - 2 bytes, unsigned integers. A value of 0x0FFFF for an address indicates that this device is unused. 7.9: External Analog Output Module Settings Block (45813-45892). • • • • • • Up to 4 External Analog Output Modules can be addressed in this block. Address - 2 bytes, unsigned integers. A value of 0x0FFFF for an address indicates that this device is unused.
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7.11: CT & PT Ratio Settings Block (45909-45924). • • Address - 2 registers, 4 bytes, unsigned integers. Primary numbers and secondary numbers are in these blocks for the proper ratios. 7.12: Hookup and Time Settings Block (45925-45944). • Hookup - 1 register, 2 bytes. High byte - Configuration Bits. Voltage selection. When bit 0 is cleared, 150V. When bit 0 is set, 300V. Low byte - Wye/Delta selection.
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• Transformer Loss Compensation (TLC) Enable - 1 byte, unsigned integer. Transformer Loss Compensation (TLC) Enable • Value Bit 0 & 1 Bit 2 0 Disabled Add 1 Iron Only Subtract 2 Copper Only 3 Both Internal KYZ Form - 1 byte bit map. Refer to the Internal KYZ Settings Block (46330) for more detail. A bit value of 0 = Form C = Pulse of the relay. A bit value of 1 = Form A = Transition of the relay.
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7.15: Device Label Settings Block (45969-45992). • • • Meter Designation - 8 registers, 16 bytes ASCII. Auxiliary Voltage Label - 8 registers, 16 bytes ASCII. Measured Neutral Current Label - 8 registers, 16 bytes ASCII. 7.16: Network Settings Block (45993-46016). • • • • IP Address - 2 registers, 4 bytes. Each byte has unsigned integer value. Subnet Mask - 2 registers, 4 bytes. Each byte has unsigned integer value. Default Gateway - 2 registers, 4 bytes. Each byte has unsigned integer value.
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Mode 2 - Network Mode 2. 1 byte. Bit 7: IP Address Resolution A bit value of 1 means use DHCP server. A bit value of 0 means use static IP address programmed into the meter. Bits 0-6: Reserved • • • DNS Server 1 IP Address - 2 registers, 4 bytes. Each byte has unsigned integer values. DNS Server 2 IP Address - 2 registers, 4 bytes. Each byte has unsigned integer values. Server / Service Enable Bits - 32 Bits.
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7.17: Block Window Average External Synchronization Block (46017). • BWA Synch Enable - 1 byte. Instead of using the time interval, the EPM can calculate the Thermal and Block average when the pulse is detected on one of the High Speed Inputs. Block Window Average Synchronization Assignments • Value Assignments 0 Disabled 1-255 Enabled BWA Synch Mask - 1 byte. Only one input can be selected at a time. That means only one of the 8 bits can be set at a time.
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• Power Factor Labeling - 1 register, Low Byte only. Power Factor Label Values Value Description 0 Method 1: Q1+ Lag, Q2 - Lag, Q3 - Lead, Q4 + Lead 1 Method 2: Q1+ Lag, Q2 - Lead, Q3 + Lag, Q4 - Lead 2-255 Method 1: Q1 + Lag, Q2 - Lag, Q3 - Lead, Q4 + Lead 7.20: Test Mode Configuration Block (46020). • • Test Mode Exit Delay Time - 1 registers, 2 bytes - 2-byte unsigned integer. Range: 5 minutes to 60 minutes.
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7.23: External Module Port Assignment Block (46197-46206). • Port Assignment bytes are enumerated as in the following table: External Module Port Assignments Value Assignments 0x000 Port 4 0x001 Port 3 0x002 Port 2 0x003 Port 1 (232/485) 0x004 Diagnostic Port (currently not in use) 7.24: Manual Control Relay Block (46207-46208). • Manual Control Relay Settings: 1 register, 2 bytes. Up to four Relay Output Modules can be attached to an EPM meter. A Total of 16 Relays can be controlled.
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7.25: Internal Input Pulse Accumulation Scale Factor Block (46209-46325). • • • • • Scale Factors - 2 registers, 4 bytes unsigned integers. Aggregator Assignments - 1 byte unsigned integerss. Pulse Accumulation Labels - 8 registers, 16 bytes ASCII. EPM Watt hour Selection - 1 byte unsigned integer. Aggregation Assignment - 1 byte unsigned integer.
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Internal KYZ Channel Assignment • Value Channel Assignment 0 Quad (1+4) Watt Hour 1 Quad 1 VA Hour 2 Quad 1 VAR Hour 3 Quad 4 VA Hour 4 Quad 4 VAR Hour 5 Quad (2+3) Watt Hour 6 Quad 2 VA Hour 7 Quad 2 VAR Hour 8 Quad 3 VA Hour 9 Quad 3 VAR Hour Internal KYZ Enable - 1 byte. Internal KYZ Enable Assignment Bit Assignment Bit 7 Relay 1 Bit 6 Relay 2 Bit 5 Relay 3 Bit 4 Relay 4 Bit 3 Test LED A bit value of 1 = KYZ is enabled. A bit value of 0 = KYZ is disabled.
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7.28: Internal Input Pulse Accumulation Unit Label Block (46373-46420). • 4 registers, 8 bytes. These labels are used to describe the units a pulse represents. Units are usually one word and are 8 characters or less. End of Interval Pulse Byte Value Enable Relay Width (milliseconds) 0 Disable Pulse Internal Relay 1 5ms 1 Enable Pulse Internal Relay 2 10 ms 2 Internal Relay 3 15 ms 3 Internal Relay 4 20 ms 4-126 25ms - 635ms Examples of Units: Gallons, BTUs, Liters, Wh, kWh, VAh, etc.
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7.29: ElectroLogic Block (46421-46804) An EPM device will support 16 Relay structures. Q Εach Relay Structure will combine up to 8 Limit Comparisons or Combinations using a three-level binary tree of AND, OR, NAND, NOR, XOR or Hysteresis combinations. All trees will be reevaluated once per second. The final result of the tree, subject to delays, would then be queued for immediate transmission to External Relay Output devices.
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Q The structure for the Direction and Combination byte: Bits 7-5 Unused, set to 0 Bit 4 Negate combination (AND -> NAND, etc.) Bits 3-2 00 = AND combination 01 = OR combination 10 = XOR combination 11 = Hysteresis combination Bit 1 0 = second input is not inverted 1 = second input is inverted Bit 0 0 = first input is not inverted 1 = first input is inverted Hysteresis combination uses the first input to set the combination, and the second input to clear the combination.
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7.32: Miscellaneous DNP Settings Block (47063-47104) Scale for Analog Output of Average Pulse Accumulation - 1 byte unsigned integer. Pulse accumulation values are 8-byte. But the Analog Output Module can accept 4-byte quantity. Therefore, only 4 bytes out of 8 bytes will be sent to Analog Output Module. This register decides which 4 bytes will be sent out. Values Bytes to be Sent Out 0 Bytes 7,6,5,4 1 Bytes 6,5,4,3 2 Bytes 5,4,3,2 3 Bytes 4,3,2,1 4 Bytes 3,2,1,0 • Compressed DNP - 1 byte.
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• Bitmap Bit 13: Choice of Class 0 poll between Object 20 and Object 21 Register 40766 (Bit 13) Value Description 1 Object 21 0 Object 20 Bit 12: Enable DNP Freeze Schedule Register 40766 (Bit 12) • • Value Description 1 Enabled 0 Disabled DNP Freeze Date & Time - 4 registers, 8 bytes.
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7.33: Custom DNP Definition Block for Analog Input (Object 30) (47105-47360) • Line number: 2-byte unsigned integer Line number and Point number will indicate the Analog Input value to be used for one of the point in Object 30. • Point number: 1-byte unsigned integer • Reserved: 1 byte. Reserved for future use. • DeadBand: 2-byte signed number (Percentage) Range: +327.67% / - 327.68% Unit: 0.
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The meter has an 8-byte Binary Counter Value while DNP can only give a 4-byte value. By using this scaling, the user can get the proper range of data. The scaling value represents the power of 10. • Delta Values: 4-byte unsigned integer If the Current Binary Counter value is different from the Previous value more than Delta values, the Counter Change Event value will be generated if it is assigned to a Class.
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7.35: Custom DNP Definition Block for Binary Input (Object 1) (47425-47456) • Line number: 2-byte unsigned integer Line number and Point number indicate the Binary Input value used for 8 points in Object 1. • Point number: 1-byte unsigned integer • Class Assignments: 8-bit bitmap (1 byte). Bit 7, 6 and 5 will assign the Binary Input Change value to a Class. Bit 4 to bit 0 are not used.
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7.37: Custom DNP Definition Block for Global Values (47459-47463) When the master requests data by the object, it can specify the variation in the request so the master can get the data formatted for its use. When the master asks for Variation 0, the slave meter can respond with any variation(s). This Programmable Setting holds the variations available for a Variation 0 request.
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7.42: Internal Modem Card Settings Block (50177-50268) • • Ring number - 1 byte. The EPM device will answer after this number of rings (1 to 9). Baud Rate - 1 byte. This will program the baud rate of the gateway.
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• Call Fail Reset Limit - 1 byte. User-set value for the number of hours the modem will lock out incoming calls if the Incoming Connection Failure Limit is reached (1-50 hours). • Violation Lockout Time - 1 byte. Use-set time limit for the number of hours (1-32) modem will be inaccessible. The Violation Lockout provides a level of security against bad passwords. • Violation Limit - 1 byte.
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• Primary Retry Delay - 1 register, 2 bytes. The number of minutes (0-1000) between retries. • Primary Phone Number (48 bytes) - 24 registers, 48 bytes. The first phone number (up to 48 characters) called for automated callout. • Time Limit - Reserved for future use. • Event Mask - 1 register, 2 bytes. These are the conditions that EPM meter dials out when the condition occurs.
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• Device Addresses at Gateway (Device 5, Device 6) - The address has one byte unsigned integer. The device address can be any number except 1. The number 1 is always reserved for the Primary Device. • Device Addresses at Gateway (Device 7, Device 8) - The address has one byte unsigned integer. The device address can be any number except 1. The number 1 is always reserved for the Primary Device. 7.
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7.44: Auto TFTP Download Settings Block (Network Settings 10/100 Card) (50785-5 50860) • Enable / Disable - 1 Register. Network Settings 10/100 Card Auto TFTP Download Settings Enable / Disable 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Bit 15: 1 = Enable Auto TFTP Download 0 = Disable Auto TFTP Download • TFTP Port - 1 register, 2 bytes. Two byte unsigned integer. • Client IP - 2 registers, 4 bytes. Each byte is unsigned integer. • Server IP - 2 registers, 4 bytes. Each byte is unsigned integer.
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7.46: FTP Client (Network Settings 10/100 Card) (51021-5 51148) • FTP Username (32 bytes) - 16 registers, 32 bytes. Each byte is ASCII. • FTP Password (32 bytes) - 16 registers, 32 bytes. Each byte is ASCII. • Startup Remote Default Dictionary (128 bytes) - 64 registers, 128 bytes. Each byte is ASCII. • FTP Server IP Address/ Name (64 bytes) - 32 registers, 64 bytes. Each byte is ASCII. 7.47: GE EGD Protocol (Network Settings 10/100 Card) (51149-5 51154) • IP Address - 2 registers, 4 bytes.
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• Bitmap Set - 8-bit bitmap. DNP LAN/WAN Bitmap 7 6 5 4 3 2 1 0 Bit 7: TCP Enable A value of 0 means DNP over TCP listening point disabled. A value of 1 means DNP over TCP listening point enabled. Bit 6: UDP Enable A value of 0 means DNP over UDP end point disabled. A value of 1 means DNP over UDP end point enabled. Bit 5: Validate Client Point A value of 0 means No validation and any port is accepted. A value of 1 means Validate connections against the first 1-4 entries.
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• TCP Ending Valid Client Ports - Four 2 byte unsigned integers. These are Ending Client port for validating TCP connections. • UDP Starting Valid Client Ports - Four 2 byte unsigned integers. These are Starting Client ports for validating UDP datagrams. • UDP Ending Valid Client Ports - Four 2 byte unsigned integers. These are Ending Client ports for validating UDP datagrams • Multicast Group Address - Reserved for future use. • UDP Respond Port - 2 byte unsigned integer.
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Examples: For the following, the Q1234 VAh has a current value of 123,456,789.0123 VAh. Register CA00H Unit D.P. Pattern 20xxH 001 00 000 3 Digits VAh, 100 0 xxx VAh 8BxxH 100 01 011 6 Digits kVAh, 103 3 88xxH 100 01 000 6 Digits kVAh, 103 0 Hex Binary Digits Reading Display Hex Decimal 00000315H 789 789 VAh xxx.xxx kVAh 0006F855H 456789 456.789 kVAh xxxxxx kVAh 0001E240H 123456 123,456 kVAh 6 3 xxx.xxx MVAh 0001E240H 123456 123.
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7-34
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Chapter 8 Register Block Titles Q This chapter expands upon information listed in the EPM Modbus Register Map (Chapter 2). Register Block Titles refer to a Register or Group of Registers in the Register Map that serve a particular purpose or function. Refer to the Table of Contents to find additional details and descriptions of the EPM Modbus Register Map. 8.
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Q Value Day of Week 0001H Sunday 0002H Monday 0003H Tuesday 0004H Wednesday 0005H Thursday 0006H Friday 0007H Saturday Example: Resetting the Time on a meter. For May 20, Century is 20 (14H). Year is 02. Month is 05. Day is 20 (14H). Hour is 15 (0FH). Minute is 45 (2DH). Second is 00. Centisecond is 00. Day is 0002H. The following data is sent to the EPM meter address 1. Registers 00085 through 00089 are written sequentially in one request.
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Phase A-B, B-C, C-A Voltage, Phase A, B, C VA, VA, Phase A, B, C VAR, Three Phase VAR, Phase A, B, C Watts, Three Phase Watts, Frequency, Phase A, B, C Power Factor, Three Phase Power Factor, Voltage Imbalance, Current Imbalance. (See 3.3, 3.7, 3.8, 3.10.) 8.
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8.12: Harmonic Magnitude Block (01022-01789) Q Description: Harmonic Magnitude Registers included in this block: Phase A-N/A-B, B-N/B-C, C-N/C-A Voltage for 0th through 127th Harmonic Magnitude, Phase A, B, C Current for 0th through 127th Harmonic Magnitude. (See 3.10.) 8.
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8.20: Digital Input Block (02774-02841) Q Description: Digital Input Registers included in this block: Input States, Module 1, Accum 1-8 (Module 1), Input States, Module 2, Accum 1-8 (Module 2), Input States, Module 3, Accum 1-8 (Module 3), Input States, Module 4, Accum 1-8 (Module 4). (See 3.17, 3.18.) 8.
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8.25: Time of Use Prior Month Register Block (03653-04196) Q Description: Time of Use Prior Month Registers included in all blocks: Received Watthour (Q1+4), VAhour (Q1), VARhour (Q1), VAhour (Q4), VARhour (Q4), Delivered Watthour (Q2+3), VAhour (Q2), VARhour (Q2), VAhour (Q3), VARhour (Q3), Peak Demand Rec Watt (Q1+4), Del Watt (Q2+3), Rec VAR (Q1+2), Del VAR (Q3+4), Coin.
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VAhour (Q2), VARhour (Q2), VAhour (Q3), VARhour (Q3), Peak Demand Rec Watt (Q1+4), Del Watt (Q2+3), Rec VAR (Q1+2), Del VAR (Q3+4), Coin. Demand VAR to Peak Demand Rec Watt, Del Watt, Peak Demand Rec Watt (Q1+4) Time Stamp, Del Watt (Q2+3) Time Stamp, Peak Demand Rec VAR (Q1+2) Time Stamp, Del VAR (Q3+4) Time Stamp. (See 3.3, 3.7, 3.20.
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8.38: Analog Input Block (05947-05978) Q Description: Analog Input Registers in this block: Analog Inputs 1-8, Modules 1-4. (See 3.10.) 8.39: Limit Combination Block (05979-05980) Q Description: Limit Combination Registers included in this block: Limit States, Combinations 1-16, 17-32. (See 3.34.) 8.
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8.43: Test Mode Block (06040-06096) Q Description: These Registers are not for the normal mode of the unit. When in Test Mode, these Registers have the proper values for the intended tests. (See 3.3, 3.7, 3.12. 3.14.) 8.44: KYZ Output Accumulation Block (06097-06110) Q Description: KYZ Output Accumulation Registers included in this block: KYZ Output Accumulation Block Time Stamp, KYZ Output Accumulation Relays 1 - 4, KYZ Output Accumulation, LED. (See 3.3, 3.18.) 8.
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3+4), Positive VARhour (Quadrants 1+2) Primary, Negative VARhour (Quadrants 3+4) Primary, Negative VARhour Primary, Quadrant 1, 4, 2, 3 Watthour Secondary, Quadrant 1 Vahour, VARhour Secondary, Quadrant 4 Vahour, VARhour Secondary, Quadrant 2 Vahour, VARhour Secondary, Quadrant 3 Vahour, VARhour Secondary, Quadrants 1, 4, 2, 3 Watthour Primary, Total Vahour (Quadrants 1+2+3+4) Primary, Positive VARhour (Quadrants 1+2) Primary, Negative VARhour (Quadrants 3+4) Primary. (See 3.3, 3.19, 3.20.) 8.
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TOU Current Month Register 0-7 Cumulative Demand Q1 + Q4 Watt and Q2 + Q3 Watt, TOU Current Month Totals Cumulative Demand Q1 + Q4 and Q2 + Q3 Watt. (See 3.18.) 8.56: TOU Active Continuous Cumulative Demand Block (06575-06610) Q Description: Time of Use Active Continuous Cumulative Demand Registers included in this block: TOU Active Register 0-7 Continuous Cumulative Demand Q1 + Q4 Watt and Q2 + Q3 Watt, TOU Active Totals Continuous Cumulative Demand Q1 + Q4 and Q2 + Q3 Watt. (See 3.18.) 8.
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calculated using Watt, VAR and VA. Total Average Power Factor values will be calculated by Wh, VARh and VAh. 8.62: Reset Active Time of Use Time Stamp (07860-07863) Q Description: This register holds the Time Stamp when Active TOU Time is reset. The format follows the Time Stamp F3, section 3.3. 8.
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8.70: Time of Use Calendar Block (34919-35800) Q Description: Time of Use Calendar Registers included in all blocks: Modification Time Stamp, Calendar Year, Profile for 2-Day Segments for the Whole Calendar Year (Jan1/Jan2 Profile), Profile Status, Profile Register for 8.71: Time of Use Upload Calendar Block (36607-36736) Q Description: Time of Use Upload Calendar Window Registers included in this block: Locked to Port, Sequence Status, ID, Data, Checksum. (See 3.27 - 3.30, 3.43.) 8.
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Valid Bitmap These Registers hold the bit flags indicating whether the EPM device recognizes the lines in the Historical Log Settings Block (the block at Register 45205). The first bit represents the validity of the Data Pointer in the Historical Log Settings. A value of 1 means the Data Pointer is acceptable and can be stored. A value of 0 means that the Data Pointer is invalid or unrecognized and not able to be stored.
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8.80: Flicker Log Header (37377-3 37394) Description: Currently not used. 8.81: Waveform Trigger Log Header (37441-3 37458) Description: Waveform Trigger Log Registers included in this block: See Registers 36865-36882. 8.82: System Event Log Header (37505-3 37522) Memory Size: 4-byte unsigned integers representing the amount of memory, in bytes, allocated to the log. Record Size: 2-byte unsigned integers representing the size, in bytes, of a record in the log.
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8.83: Waveform Samples Log Header (37569-3 37586) Description: Waveform Samples Log Registers included in this block: See Registers 36865-36882. 8.84: PQ (CBEMA) Log Header (37633-3 37650) Description: PQ (CBEMA) Log Registers included in this block: See Registers 36865-36882. 8.85: Reset Log Header (37697-3 37714) Description: Reset Log Registers included in this block: See Registers 36865-36882. Description: Reset Log Registers included in this block: See Registers 36865-36882. 8.
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in bytes, allocated to External Device Programming Blocks. This memory is allocated from RAM, not NVRAM. Record Size: This Register is an unsigned integer representing the size, in bytes, of an External Device Programming Block. First Index: An unsigned integer representing the Index of the First External Device Programming Block. Last Index: An unsigned integer representing the Index of the Last External Device Programming Block.
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When a value other than 0x0FFFF is written to this Register, the index is updated. If the Window Mode for this log indicates a Paused Mode (0x00000 or 0x00001 in Register 38209), Historical Log 1 is paused, preventing the addition of new records while the log is being accessed. A 30-second timer is initiated on these writes. Should the timer run out (a new index is not written within 30 seconds), Historical Log 1 will be allowed to continue logging.
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Register 38155 is not currently used. Waveform Samples Log (38156): When read, this Register returns the Index used by the Waveform Samples Log Window to access Waveform Samples Log on this port. Functionality follows the Historical Log 1 Window Index (38145). PQ Log (38157): When read, this Register returns the Index used by the PQ Log Window to access PQ Log on this port. Functionality follows the Historical Log 1 Window Index (38145).
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The designation “first 128 bytes of the log” is a physical description based on the absolute addresses of the memory allocated to the log. The first (oldest) record in the log may not be located at the beginning of the log. In Time Stamp Modes (0x00001 and 0x00003), the Historical Log 1 Window accesses the Time Stamps of the records in the Historical Log 1 in blocks of 16 Time Stamps at a time.
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Functionality follows Historical Log 1 Window Mode (38209). Flicker Log (38217): When read, this Register returns the Mode in use by the Flicker Log Window to access Flicker Log on this port. Functionality follows the Historical Log 1 Window Mode (38209). Waveform Trigger Log (38218): When read, this Register returns the Mode in use by the Waveform Trigger Log Window to access Waveform Trigger Log on this port. Functionality follows Historical Log 1 Window Mode (38209). Register 38219 is currently not used.
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Digital Input Log (38529-38592): These Registers are a 128-byte window into the Digital Input Log. Depending on the Digital Input Log Window Index, a different 128-byte area of Digital Input Log can be accessed. Digital Input Snapshot Log (38593-38656): These Registers are a 128-byte window into the Digital Input Snapshot Log. Depending on the Digital Input Snapshot Log Window Index, a different 128-byte area of Digital Input Snapshot Log can be accessed.
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8.93: Auto Increment Window Block (39423-3 39488) Auto Increment Configuration - 1 Register, 2 bytes. When read, this register returns the configuration in use by the Auto Increment Log Window, below, to access logs on this port. When written, this register sets the configuration used by the Auto Increment Log Window, below, to access logs on this port. Each port accesses a separate, independent configuration through this register allowing all four ports to access logs with different configurations.
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timer is initiated on these reads. Should the timer run out (the index is not incremented/read in 30 seconds), the appropriate log will be allowed to continue logging. When a value of 0x0FFFF is written to this register, this signifies that the port is finished accessing the appropriate log, and the 30-second timer is canceled and the appropriate log will be allowed to continue logging.
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An additional piece of information is contained in the centisecond byte. The most significant bit indicates whether Limit Trigger monitoring was continuous between the last record and this record. If the bit is 1, then this is the first record recorded after a power-down, reset or download and all unfinished durations prior to this record are lost. If the bit is 0, then recording was continuous between the last record and this one.
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Byte Format Range Description 0 Binary 0-99 Century 1 Binary 0-99 Year 2 Binary 1-12 Month 3 Binary 1-31 Day 4 Binary 0-23 Hour 5 Binary 0-59 Minute 6 Binary 0-59 Second 7 Binary 0-99+MSB Centisecond Limit Data Pointers (45077-45204): These Registers indicate which values are being monitored by Limits.
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8.95: Port Control Block (41729-44544) Q Description: Port Control Registers included in this block (see Chapter 5): Port Control Command (41729): When written, this Register receives commands meant to control the ports.
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Port Control Pointers Port ReceiveIn ReceiveOut TransmitIn TransmitOut Port 4 (I/O) 41733 41734 41735 41736 Port 3 41737 41738 41739 41740 Port 2 41741 41742 41743 41744 Port 1 (232/485) 41745 41746 41747 41748 Diagnostic Port 41749 41750 41751 41752 ReceiveIn indexes the location where the next received character will be placed in the Receive Buffer by the interrupt routine.
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8.96: Energy Preset Block (44545-44549) Q Description: This block is for EPM 9800 Only. Energy readings can be preset by GE Communicator EXT 3.0 software. Preset Energy Value: 4 Registers, 8 bytes. These registers hold the energy readings that will be used by the software for certain Energy Applications. Preset Energy Selection / Status: 1 Register, 2 bytes. This register indicates which energy is to be preset by the software. 8.
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8.98: Action Block - Resetting EPM Registers (57345-57393) Most of the Registers in the Action Block are used to perform an action, reset an EPM Register. Unless otherwise stated, the action is performed when a value, any value, is written to that Register. Example: In order to Reset Maximum Value in Meter Address 1, any value, such as ‘1’ (0x00001) should be written to Register 57346 (0x0E001).
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the signal should be as follows: Voltage Calibration Inputs Model Input RMS EPM 9650 Standard (120 V) Voltage Input 120 V RMS EPM 9650 G G ( 300 V) Voltage Input 240 V RMS EPM 9800 Standard (120 V) Voltage Input 120 V RMS When read, this Register returns the state of the Voltage Calibration. A value of 0x00000 means that Voltage Calibration is not taking place. Any other value indicates that Voltage Calibration is taking place.
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Refresh External I/O Header Information (57390): This Register, when written, causes all External Devices to be polled for their Information Blocks. Refresh External I/O Programming Information (57391): This Register, when written, causes all External Devices to be polled for their Programming Blocks. Relay Locking Relay Selection (57392): This Register and Register 57392 will manually change the External Digital Output Modules’ Relays.
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8.102: Operational Communication Settings Block (65025-65040) These Registers keep the valid Communication Settings for all four ports. The Communication Settings Block (45057) in the Programmable Settings Block might have the wrong values if they were interrupted while the meter was being updated. Operational Communication Settings Value Protocol Baud Rate Parity Stop Bits Data Bits Response Delay (ms) 0 Modbus ASCII 4800 None 5 0.00 1 Modbus RTU 9600 Even 6 0.25 2 DNP 3.
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Firmware Variation Strings (65089-65280) Eight Registers each and Null Terminated ASCII Strings (Terminating Null (ASCII 00H) at the end of the string). (See 3.1.) 8.105: DSP Diagnostic Block (65281-65312) Q Description: DSP Diagnostic Registers are for internal use only. These Registers are not for customer use. These Registers are READ ONLY and cannot be written. 8.
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Password Lock (65326): This Register is used to report the Locked Port and change the Locked Port for Password Modification. Writing a value of 0x00000 to this Register requests locking Password Updates to this port and locking out Password Updates to other ports. Writing a value other than 0x00000 rescinds the Lock on this port.
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8.107: Dynamic Configuration Block (65345-65349) NVRAM Configuration Values Q Value Memory Option 0 No Memory 1 512K 2 2M 3 4M Description: Dynamic Configuration Registers included in this block: NVRAM Configuration (65345): 2bytes, unsigned integer. This Register (see above) indicates the memory option of the EPM unit. IRIG-B State (65346): This Register indicates whether the IRIG-B signal is received at the unit or not.
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will be used with a single Hookup and the continued use of a Programmable Setting would allow a user to select a Hookup that the meter is not capable of monitoring.
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0x000 0x001 0x002-0x0FF Not Present Present Undefined, treated as Not Present Com Port (65362-65363): In both the 9650 and the 9800, there are options which attach devices to the Communication Ports, internal to the case. Externally Connected devices use communication settings that need to be user programmable. Internally connected options require Fixed Communication Settings to insure that they always function.
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range from nominally 150V to 300V. Without identifiying this modification, it is necessary to add a compensating Programmable Setting in to produce correct Secondary Voltage and Power. As a Programmable Setting, however, end users could incorrectly enable or disable this feature. With this setting, it is possible to have the adjustment automatically take place in the firmware.
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Bits 1, 4 and 5 indicate that all ports are set to the Default Communication Settings of Address 1, Modbus RTU, 9600 Baud, 8 Data Bits, No Parity, 1 Stop Bit and No Delay. Bit 2 indicates that one or more ports are set to an Illegal setting or combination of settings. In all protocols, Baud Rate, Stop Bits and Parity must be in the allowed range of settings. In Modbus, Addresses must be in the range of 1-247. In Modbus RTU, the Data Bits must be 8; in Modbus ASCII, the Data Bits must be 7 or 8.
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FLASH Locked Port (65411) This port contains two bytes. The first byte contains a code indicating which port is in use: 0x00000 = Port A,I/O 0x00100 = Port B 0x00200 = Port C 0x00300 = Port D, 232 or 485 0x00400 = Diagnostic Port The second byte contains a code indicating which port is locked for FLASH Routines. Initially, this byte reads as 0x0FF.
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EPM DSP FLASH Sequence & Status / FLASH Command (65415): This Register is similar to Register 65409, except that it effects the DSP Microcontroller Normal FLASH. Valid commands are: 0x00001 = Erase the Code Blocks (Normal FLASH, Blocks 4-7) 0x00002 = Calculate the Code Checksum (Normal FLASH, Blocks 4-7) 0x00100 = Reset to Normal Operation 0x00101 = Reset to FLASH Operation Reads of this Register by the Locked Port when in FLASH Operation initializes a 30-second Timeout.
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Writes to the Registers can only be performed by the Locked Port. Writing the 10th Register (65434) initiates the writing of the line to the FLASH. (It is recommended that the full ten registers, padded by 0x0FF’s be written to write a HEX line.) Offset Values of 0x00000 - 0x0FFFF write to the FLASH, Addresses 0x00000 - 0x0FFFF (Blocks 0, 1, 2 and 3). Reading these Registers returns the values last written to these Registers.
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8-44
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Glossary 0.1 Second Values: These values are the RMS values of the indicated quantity as calculated after approximately 50 milliseconds (3 cycles) of sampling. 1 Second Values: These values are the RMS values of the indicated quantity as calculated after one second (60 cycles) of sampling. Alarm: An event or condition in a meter that can cause a trigger or call-back to occur. Annunciator: A short label that identifies particular quantities or values displayed, for example kWh.
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Byte: A group of 8 binary digits processed as a unit by a computer (or device) and used especially to represent an alphanumeric character. CBEMA Curve: A voltage quality curve established originally by the Computer Business Equipment Manufacturers Association. The CBEMA Curve defines voltage disturbances that could cause malfunction or damage in microprocessor devices. The curve is characterized by voltage magnitude and the duration which the voltage is outside of tolerance. (See ITIC Curve.
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and 100BaseT as defined in IEEE 802.3 standards. However, several other versions of Ethernet are also available. Exception Response: Error Code (Modbus communication) transmitted in a packet from the Slave to the Master if the Slave has encountered an invalid command or other problem. Flicker: Flicker is the sensation that is experienced by the human visual system when it is subjected to changes occurring in the illumination intensity of light sources.
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Master Device: In Modbus communication, a Master Device initiates and controls all information transfer in the form of a Request Packet to a Slave Device. The Slave reponds to each request. Maximum Demand: The largest demand calculated during any interval over a billing period. Modbus ASCII: Alternate version of the Modbus protocol that utilizes a different data transfer format. This version is not dependent upon strict timing, as is the RTU version.
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Quadrant: (Programmable Values and Factors on the EPM9450, 9650 & 9800) Watt and VAR flow is typically represented usng an X-Y coordinate system. The four corners of the X-Y plane are referred to as quadrants. Most power applications label the right hand corner as the first quadrant and number the remaining quadrants in a counter-clockwise rotation. Following are the positions of the quadrants: 1st - upper right, 2nd - upper left, 3rd - lower left and 4th - lower right.
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communication. Swell: A voltage quality event during which the RMS voltage is higher than normal for a period of time, typically from 1/2 cycle to 1 minute. THD: Total Harmonic Distortion is the combined effect of all harmonics measured in a voltage or current. The THD number is expressed as a percent of the fundamental. For example, a 3% THD indicates that the magnitude of all harmonic distortion measured equals 3% of the magnitude of the fundamental 60Hz quantity.