The ESI data ingested by github.com/linuxcnc-ethercat/esi-data describes 2 revision(s) of this hardware. Here are the known revisions and their differences.
This also includes the send and receive PDOs defined for each revision, and a link to other known devices with identical PDOs.
| Revision | r21 |
r22 |
|
| Name | EL3453-0100 3Ch. Power Measuring 100V |
EL3453 3Ch. Power Measuring 100V |
|
| PID | 0x0d7d3052 |
||
| Revision Code | 0x00150064 |
0x00160064 |
|
| Equivalant Devices | EL3453 r21 |
EL3453 r22 |
|
| TX PDOs | 0x1a00: L1 Status |
||
0x6000:01 Voltage Sign Bit BOOL |
|||
0x6000:02 Overvoltage BOOL |
|||
0x6000:03 Overcurrent BOOL |
|||
0x6000:04 Inaccurate Voltage BOOL |
|||
0x6000:05 Inaccurate Current BOOL |
|||
0x6000:06 Voltage Guard Warning BOOL |
|||
0x6000:07 Voltage Guard Error BOOL |
|||
0x6000:08 Current Guard Warning BOOL |
|||
0x6000:09 Current Guard Error BOOL |
|||
0x6000:10 TxPDO Toggle BOOL |
|||
0x1a01: L1 Basic |
|||
0x6001:11 Voltage REAL (32 bits) |
|||
0x6001:12 Current REAL (32 bits) |
|||
0x1a02: L1 Power |
|||
0x6002:11 Active Power REAL (32 bits) |
|||
0x6002:12 Apparent Power REAL (32 bits) |
|||
0x6002:13 Reactive Power REAL (32 bits) |
|||
0x6002:14 Power Factor REAL (32 bits) |
|||
0x1a03: L1 Power Fundamental |
|||
0x6003:11 Active Power Fund REAL (32 bits) |
|||
0x6003:12 Apparent Power Fund REAL (32 bits) |
|||
0x6003:13 Reactive Power Fund REAL (32 bits) |
|||
0x1a04: L1 Energy |
|||
0x6004:11 Active Energy LINT (64 bits) |
|||
0x6004:12 Apparent Energy LINT (64 bits) |
|||
0x6004:13 Reactive Energy LINT (64 bits) |
|||
0x1a05: L1 Energy Fundamental |
|||
0x6005:11 Active Energy Fund LINT (64 bits) |
|||
0x6005:12 Apparent Energy Fund LINT (64 bits) |
|||
0x6005:13 Reactive Energy Fund LINT (64 bits) |
|||
0x1a06: L1 Timing |
|||
0x6006:11 Voltage Last Zero Crossing ULINT (64 bits) |
|||
0x6006:12 Current Last Zero Crossing ULINT (64 bits) |
|||
0x1a07: L1 Advanced |
|||
0x6007:10 TxPDO Toggle BOOL |
|||
0x6007:11 Voltage Total Harmonic Distortion REAL (32 bits) |
|||
0x6007:12 Current Distortion Factor REAL (32 bits) |
|||
0x6007:13 Current Total Harmonic Distortion REAL (32 bits) |
|||
0x6007:14 Cos Phi REAL (32 bits) |
|||
0x1a08: L1 Statistic Voltage |
|||
0x6008:11 Voltage Peak REAL (32 bits) |
|||
0x6008:12 Voltage RMS Minimum REAL (32 bits) |
|||
0x6008:13 Voltage RMS Maximum REAL (32 bits) |
|||
0x1a09: L1 Statistic Current |
|||
0x6009:11 Current Peak REAL (32 bits) |
|||
0x6009:12 Current RMS Minimum REAL (32 bits) |
|||
0x6009:13 Current RMS Maximum REAL (32 bits) |
|||
0x1a0a: L1 Statistic Power |
|||
0x600a:11 Active Power Avg REAL (32 bits) |
|||
0x600a:12 Active Power Min REAL (32 bits) |
|||
0x600a:13 Active Power Max REAL (32 bits) |
|||
0x600a:14 Apparent Power Avg REAL (32 bits) |
|||
0x600a:15 Apparent Power Max REAL (32 bits) |
|||
0x600a:16 Apparent Power Min REAL (32 bits) |
|||
0x600a:17 Reactive Power Avg REAL (32 bits) |
|||
0x600a:18 Reactive Power Max REAL (32 bits) |
|||
0x600a:19 Reactive Power Min REAL (32 bits) |
|||
0x1a0b: L1 Classic |
|||
0x600b:10 TxPDO Toggle BOOL |
|||
0x600b:11 Voltage DINT (32 bits) |
|||
0x600b:12 Current DINT (32 bits) |
|||
0x600b:13 Frequency DINT (32 bits) |
|||
0x600b:14 Active Power DINT (32 bits) |
|||
0x600b:15 Apparent Power DINT (32 bits) |
|||
0x600b:16 Reactive Power DINT (32 bits) |
|||
0x1a0c: L2 Status |
|||
0x6010:01 Voltage Sign Bit BOOL |
|||
0x6010:02 Overvoltage BOOL |
|||
0x6010:03 Overcurrent BOOL |
|||
0x6010:04 Inaccurate Voltage BOOL |
|||
0x6010:05 Inaccurate Current BOOL |
|||
0x6010:06 Voltage Guard Warning BOOL |
|||
0x6010:07 Voltage Guard Error BOOL |
|||
0x6010:08 Current Guard Warning BOOL |
|||
0x6010:09 Current Guard Error BOOL |
|||
0x6010:10 TxPDO Toggle BOOL |
|||
0x1a0d: L2 Basic |
|||
0x6011:11 Voltage REAL (32 bits) |
|||
0x6011:12 Current REAL (32 bits) |
|||
0x1a0e: L2 Power |
|||
0x6012:11 Active Power REAL (32 bits) |
|||
0x6012:12 Apparent Power REAL (32 bits) |
|||
0x6012:13 Reactive Power REAL (32 bits) |
|||
0x6012:14 Power Factor REAL (32 bits) |
|||
0x1a0f: L2 Power Fundamental |
|||
0x6013:11 Active Power Fund REAL (32 bits) |
|||
0x6013:12 Apparent Power Fund REAL (32 bits) |
|||
0x6013:13 Reactive Power Fund REAL (32 bits) |
|||
0x1a10: L2 Energy |
|||
0x6014:11 Active Energy LINT (64 bits) |
|||
0x6014:12 Apparent Energy LINT (64 bits) |
|||
0x6014:13 Reactive Energy LINT (64 bits) |
|||
0x1a11: L2 Energy Fundamental |
|||
0x6015:11 Active Energy Fund LINT (64 bits) |
|||
0x6015:12 Apparent Energy Fund LINT (64 bits) |
|||
0x6015:13 Reactive Energy Fund LINT (64 bits) |
|||
0x1a12: L2 Timing |
|||
0x6016:11 Voltage Last Zero Crossing ULINT (64 bits) |
|||
0x6016:12 Current Last Zero Crossing ULINT (64 bits) |
|||
0x1a13: L2 Advanced |
|||
0x6017:10 TxPDO Toggle BOOL |
|||
0x6017:11 Voltage Total Harmonic Distortion REAL (32 bits) |
|||
0x6017:12 Current Distortion Factor REAL (32 bits) |
|||
0x6017:13 Current Total Harmonic Distortion REAL (32 bits) |
|||
0x6017:14 Cos Phi REAL (32 bits) |
|||
0x1a14: L2 Statistic Voltage |
|||
0x6018:11 Voltage Peak REAL (32 bits) |
|||
0x6018:12 Voltage RMS Minimum REAL (32 bits) |
|||
0x6018:13 Voltage RMS Maximum REAL (32 bits) |
|||
0x1a15: L2 Statistic Current |
|||
0x6019:11 Current Peak REAL (32 bits) |
|||
0x6019:12 Current RMS Minimum REAL (32 bits) |
|||
0x6019:13 Current RMS Maximum REAL (32 bits) |
|||
0x1a16: L2 Statistic Power |
|||
0x601a:11 Active Power Avg REAL (32 bits) |
|||
0x601a:12 Active Power Min REAL (32 bits) |
|||
0x601a:13 Active Power Max REAL (32 bits) |
|||
0x601a:14 Apparent Power Avg REAL (32 bits) |
|||
0x601a:15 Apparent Power Max REAL (32 bits) |
|||
0x601a:16 Apparent Power Min REAL (32 bits) |
|||
0x601a:17 Reactive Power Avg REAL (32 bits) |
|||
0x601a:18 Reactive Power Max REAL (32 bits) |
|||
0x601a:19 Reactive Power Min REAL (32 bits) |
|||
0x1a17: L2 Classic |
|||
0x601b:10 TxPDO Toggle BOOL |
|||
0x601b:11 Voltage DINT (32 bits) |
|||
0x601b:12 Current DINT (32 bits) |
|||
0x601b:13 Frequency DINT (32 bits) |
|||
0x601b:14 Active Power DINT (32 bits) |
|||
0x601b:15 Apparent Power DINT (32 bits) |
|||
0x601b:16 Reactive Power DINT (32 bits) |
|||
0x1a18: L3 Status |
|||
0x6020:01 Voltage Sign Bit BOOL |
|||
0x6020:02 Overvoltage BOOL |
|||
0x6020:03 Overcurrent BOOL |
|||
0x6020:04 Inaccurate Voltage BOOL |
|||
0x6020:05 Inaccurate Current BOOL |
|||
0x6020:06 Voltage Guard Warning BOOL |
|||
0x6020:07 Voltage Guard Error BOOL |
|||
0x6020:08 Current Guard Warning BOOL |
|||
0x6020:09 Current Guard Error BOOL |
|||
0x6020:10 TxPDO Toggle BOOL |
|||
0x1a19: L3 Basic |
|||
0x6021:11 Voltage REAL (32 bits) |
|||
0x6021:12 Current REAL (32 bits) |
|||
0x1a1a: L3 Power |
|||
0x6022:11 Active Power REAL (32 bits) |
|||
0x6022:12 Apparent Power REAL (32 bits) |
|||
0x6022:13 Reactive Power REAL (32 bits) |
|||
0x6022:14 Power Factor REAL (32 bits) |
|||
0x1a1b: L3 Power Fundamental |
|||
0x6023:11 Active Power Fund REAL (32 bits) |
|||
0x6023:12 Apparent Power Fund REAL (32 bits) |
|||
0x6023:13 Reactive Power Fund REAL (32 bits) |
|||
0x1a1c: L3 Energy |
|||
0x6024:11 Active Energy LINT (64 bits) |
|||
0x6024:12 Apparent Energy LINT (64 bits) |
|||
0x6024:13 Reactive Energy LINT (64 bits) |
|||
0x1a1d: L3 Energy Fundamental |
|||
0x6025:11 Active Energy Fund LINT (64 bits) |
|||
0x6025:12 Apparent Energy Fund LINT (64 bits) |
|||
0x6025:13 Reactive Energy Fund LINT (64 bits) |
|||
0x1a1e: L3 Timing |
|||
0x6026:11 Voltage Last Zero Crossing ULINT (64 bits) |
|||
0x6026:12 Current Last Zero Crossing ULINT (64 bits) |
|||
0x1a1f: L3 Advanced |
|||
0x6027:10 TxPDO Toggle BOOL |
|||
0x6027:11 Voltage Total Harmonic Distortion REAL (32 bits) |
|||
0x6027:12 Current Distortion Factor REAL (32 bits) |
|||
0x6027:13 Current Total Harmonic Distortion REAL (32 bits) |
|||
0x6027:14 Cos Phi REAL (32 bits) |
|||
0x1a20: L3 Statistic Voltage |
|||
0x6028:11 Voltage Peak REAL (32 bits) |
|||
0x6028:12 Voltage RMS Minimum REAL (32 bits) |
|||
0x6028:13 Voltage RMS Maximum REAL (32 bits) |
|||
0x1a21: L3 Statistic Current |
|||
0x6029:11 Current Peak REAL (32 bits) |
|||
0x6029:12 Current RMS Minimum REAL (32 bits) |
|||
0x6029:13 Current RMS Maximum REAL (32 bits) |
|||
0x1a22: L3 Statistic Power |
|||
0x602a:11 Active Power Avg REAL (32 bits) |
|||
0x602a:12 Active Power Min REAL (32 bits) |
|||
0x602a:13 Active Power Max REAL (32 bits) |
|||
0x602a:14 Apparent Power Avg REAL (32 bits) |
|||
0x602a:15 Apparent Power Max REAL (32 bits) |
|||
0x602a:16 Apparent Power Min REAL (32 bits) |
|||
0x602a:17 Reactive Power Avg REAL (32 bits) |
|||
0x602a:18 Reactive Power Max REAL (32 bits) |
|||
0x602a:19 Reactive Power Min REAL (32 bits) |
|||
0x1a23: L3 Classic |
|||
0x602b:10 TxPDO Toggle BOOL |
|||
0x602b:11 Voltage DINT (32 bits) |
|||
0x602b:12 Current DINT (32 bits) |
|||
0x602b:13 Frequency DINT (32 bits) |
|||
0x602b:14 Active Power DINT (32 bits) |
|||
0x602b:15 Apparent Power DINT (32 bits) |
|||
0x602b:16 Reactive Power DINT (32 bits) |
|||
0x1a24: Total Status |
|||
0x1a25: Total Basic |
|||
0x1a26: Total Advanced |
|||
0x1a27: Total Active |
|||
0x1a28: Total Active Fundamental |
|||
0x1a29: Total Apparent |
|||
0x1a2a: Total Apparent Fundamental |
|||
0x1a2b: Total Reactive |
|||
0x1a2c: Total Reactive Fundamental |
|||
0x1a2d: Total L-L Voltages |
|||
0x1a2e: Total Variant Value In |
|||
0x1a2f: Total Statistic Power |
|||
0x1a30: Total Statistic PQF |
|||
0x1a31: Total Interval Energy |
|||
0x1a32: Total Interval Energy Fundamental |
|||
0x1a33: Total System Angles |
|||
0x1a34: Total System |
|||
0x1a35: Total Statistic Power Fundamental |
|||
0x1a36: Total Active Reduced |
|||
0x1a37: Total Apparent Reduced |
|||
0x1a38: Total Reactive Reduced |
|||
0x1a39: Total Interval Energy Reduced |
|||
0x1a3a: DPM Inputs |
0x1a3a: DPM Data |
||
0x6050:01 Data 1 UDINT (32 bits) |
|||
0x6050:02 Data 2 UDINT (32 bits) |
|||
0x6050:03 Data 3 UDINT (32 bits) |
|||
0x6050:04 Data 4 UDINT (32 bits) |
|||
0x6050:05 Data 5 UDINT (32 bits) |
|||
0x6050:06 Data 6 UDINT (32 bits) |
|||
0x6050:07 Data 7 UDINT (32 bits) |
|||
0x6050:08 Data 8 UDINT (32 bits) |
|||
0x6050:09 Data 9 UDINT (32 bits) |
|||
0x6050:0a Data 10 UDINT (32 bits) |
|||
0x6050:0b Data 11 UDINT (32 bits) |
|||
0x6050:0c Data 12 UDINT (32 bits) |
|||
0x6050:0d Data 13 UDINT (32 bits) |
|||
0x6050:0e Data 14 UDINT (32 bits) |
|||
0x6050:0f Data 15 UDINT (32 bits) |
|||
0x6050:10 Data 16 UDINT (32 bits) |
|||
0x6050:11 Data 17 UDINT (32 bits) |
|||
0x6050:12 Data 18 UDINT (32 bits) |
|||
0x6050:13 Data 19 UDINT (32 bits) |
|||
0x6050:14 Data 20 UDINT (32 bits) |
|||
| RX PDOs | 0x1600: Total Variant Value Out |
||
0x1601: Total Interval |
|||