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How to modify energy readings on a Powerlogic meter or move the values from one meter to another

Issue

This procedure explains how to move or transfer the energy readings from one meter to another meter. This function is supported only on some PowerLogic meters.

Product Line

Series 2000 Circuit Monitor

Series 3000 Circuit Monitor

Series 4000 Circuit Monitor

Series 800 Power Meter

Environment

Meter replacement

Readings

Cause

A meter was replaced, a master reset was performed, or a meter was cleared by accident. Any of these cases may require presetting energy readings so billing/continuity are not impacted (new meters typically start at 0 kWh).

Resolution

Perform all steps with appropriate authorization and safety procedures. Do not place references inside this section.

  1. Read and record energy registers from the source meter.

    • CM3/CM4/PM8: read 1700–1727.
    • CM2: read 1601–1628.
      Record the values using Table 1 (Recorded → Write‑To map).
  2. Write the full block to the destination meter buffer.

    • Write the entire 28‑register block to 8022–8049 (either one block write or 28 single writes).
    • Values written to 8022–8049 must be integers within −9999…+9999; any out‑of‑range value aborts the process.
    • Buffer 8022–8049 corresponds—in order—to the readings read from 1700–1727 (CM3/CM4/PM8).
    • Note: CM2000 register order differs—use Table 1 mapping when preparing the block.

Table 1
CM3/CM4/PM8
CM2
Recorded
Write-To
Registers
Readings
Readings
Registers
Real Energy In
1700
1601
8022
text
1701
1602
8023
text
1702
1603
8024
text
1703
1604
8025
texttexttext
Reactive Energy In
1704
1605
8026
text
1705
1606
8027
text
1706
1607
8028
text
1707
1608
8029
texttexttext
Real Energy Out
1708
1609
8030
text
1709
1610
8031
text
1710
1611
8032
text
1711
1612
8033
texttexttext
Reactive Energy Out
1712
1613
8034
text
1713
1614
8035
text
1714
1615
8036
text
1715
1616
8037
texttexttext
Real Energy Total
1716
1621*
8038
(Signed/ Absolute)
1717
1622
8039
text
1718
1623
8040
text
1719
1624
8041
texttexttext
Reactive Energy Total
1720
1625*
8042
(Signed/ Absolute)
1721
1626
8043
text
1722
1627
8044
text
1723
1628
8045
texttexttext
Apparent Energy Total
1724
1617*
8046
text
1725
1618
8047
text
1726
1619
8048
text
1727
1620
8049

* Registers are not in sequential order.

3-Commit the buffer to energy registers (destination meter). Write these decimal values:

    • 8020 → 8017
    • 8021 → 8018
    • 8022 → 8019
    • 6209 → 8000

4-Check status in register 8021:

    • 0 = settings completed successfully
    • 81 = Invalid Command Function (confirm 6209 was written to 8000)
    • 82 = Invalid Parameters (confirm 8022–8049 values are within −9999…+9999)

5-Verify by reading the destination meter’s energy registers:

    • 1700–1727 (CM3/CM4/PM8) or 1601–1628 (CM2).
    • Values may increment immediately if the meter has load.

Note:  Modbus client capable of block reads/writes (e.g., Modscan or Schneider Modbus Tester). Modbus Tester can be downloaded from FA180037.

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