A. Eberle PQI-DA smart Modbus register map
Power quality network analyser. Selection of the live values, voltage and power values and the event status coils.
- Official
- 385 registers
- Revision 1 · 2026-10-21
Official: Written from the manufacturer's documentation, but not tested on a device yet. Check the map against the manufacturer's documentation before you write to a live device. Tested it? Report a test.
Communication
- Protocol
- Modbus TCP and RTUdefault
- Unit ID
- 1default
- TCP port
- 502default
- Serial
- 9600 8E1 · 9600 baud, 8 data bits, even parity, 1 stop bit defaults
- Byte / word order
- ABCD · bytes big-endian, words high first default
- Addresses
- 0-baseddefault
Connection values are defaults: the device may be configured differently.
Map
- Registers
- 175 holding registers, 210 coils
- Groups
- 5
- Revision
- 1 · 2026-10-21
- Added
- ()
- File
- maps/a-eberle/pqi-da-smart.mbmap.json · 58 KB · history
- SHA-256
- 11ed93906958e5519d18ec5b7bad85d38c8039a4e62aa7e5890e24a5b716ed95
- Manufacturer
- a-eberle.de
Sources and notes
- Modbus - Data Points, Power Quality Network Analyser PQI-DA smart · 2022 data point tables; the connection settings are in the operating instructions, chapters 5.9 and 13
- More than 5000 values exist in the device (harmonics, interharmonics, supraharmonics, 10 ms and 10 s minimum and maximum values, phasors). This map keeps the main measurements, power values and event status coils.
- The data point list gives no register area, byte order or word order for the values. They are read here as holding registers (float32, big byte and word order) and the addresses are used as printed in the list. If values look wrong, try input registers or word_order little.
- The list shows the same quantity in three places (for example the frequency at 102, 1008 and 41000). It does not say how they differ; the 41000 block is not included here.
- The unit and RTU/TCP settings are not in the data point list: see the operating instructions. Not tested on a device.
| Area | Address | Name | Type | Access | Unit | Scale | Description |
|---|---|---|---|---|---|---|---|
| HR | 102 | float32 ABCD | R | Hz | Frequency [Hz] | ||
| HR | 104 | float32 ABCD | R | V | RMS value from u1E / u1N | ||
| HR | 106 | float32 ABCD | R | V | RMS value from u2E / u2N | ||
| HR | 108 | float32 ABCD | R | V | RMS value from u3E / u3N | ||
| HR | 110 | float32 ABCD | R | V | RMS value from u0E / uNE | ||
| HR | 112 | float32 ABCD | R | V | RMS value from u12 | ||
| HR | 114 | float32 ABCD | R | V | RMS value from u23 | ||
| HR | 116 | float32 ABCD | R | V | RMS value from u31 | ||
| HR | 118 | float32 ABCD | R | A | RMS value from i1 | ||
| HR | 120 | float32 ABCD | R | A | RMS value from i2 | ||
| HR | 122 | float32 ABCD | R | A | RMS value from i3 | ||
| HR | 124 | float32 ABCD | R | A | RMS value from iE / iN | ||
| HR | 126 | float32 ABCD | R | W | Phase-active power L1 | ||
| HR | 128 | float32 ABCD | R | var | Phase-reactive power L1 | ||
| HR | 130 | float32 ABCD | R | W | Phase-active power L2 | ||
| HR | 132 | float32 ABCD | R | var | Phase-reactive power L2 | ||
| HR | 134 | float32 ABCD | R | W | Phase-active power L3 | ||
| HR | 136 | float32 ABCD | R | var | Phase-reactive power L3 | ||
| HR | 138 | float32 ABCD | R | W | Fundamental total active power | ||
| HR | 140 | float32 ABCD | R | var | Total-displacement-reactive power | ||
| HR | 142 | float32 ABCD | R | ° | Phase Total-fundamental-apparent power | ||
| HR | 1008 | float32 ABCD | R | Hz | Total Network Frequency | ||
| HR | 1010 | float32 ABCD | R | V | RMS value u1E / u1N | ||
| HR | 1012 | float32 ABCD | R | V | RMS value u2E / u2N | ||
| HR | 1014 | float32 ABCD | R | V | RMS value u3E / u3N | ||
| HR | 1016 | float32 ABCD | R | V | RMS value u0E / uNE | ||
| HR | 1018 | float32 ABCD | R | V | RMS value u12 | ||
| HR | 1020 | float32 ABCD | R | V | RMS value u23 | ||
| HR | 1022 | float32 ABCD | R | V | RMS value u31 | ||
| HR | 1068 | float32 ABCD | R | % | THD from u1E / u1N [percent] | ||
| HR | 1070 | float32 ABCD | R | % | THD from u2E / u2N [percent] | ||
| HR | 1072 | float32 ABCD | R | % | THD from u3E / u3N [percent] | ||
| HR | 1074 | float32 ABCD | R | % | THD from u0E / uNE [percent] | ||
| HR | 1076 | float32 ABCD | R | % | THD from u12 [percent] | ||
| HR | 1078 | float32 ABCD | R | % | THD from u23 [percent] | ||
| HR | 1080 | float32 ABCD | R | % | THD from u31 [percent] | ||
| HR | 1082 | float32 ABCD | R | % | PWHD from u1E / u1N [percent] | ||
| HR | 1084 | float32 ABCD | R | % | PWHD from u2E / u2N [percent] | ||
| HR | 1086 | float32 ABCD | R | % | PWHD from u3E / u3N [percent] | ||
| HR | 1088 | float32 ABCD | R | % | PWHD from u0E / uNE [percent] | ||
| HR | 1090 | float32 ABCD | R | % | PWHD from u12 [percent] | ||
| HR | 1092 | float32 ABCD | R | % | PWHD from u23 [percent] | ||
| HR | 1094 | float32 ABCD | R | % | PWHD from u31 [percent] | ||
| HR | 1586 | float32 ABCD | R | A | RMS value Current i1 | ||
| HR | 1588 | float32 ABCD | R | A | RMS value Current i2 | ||
| HR | 1590 | float32 ABCD | R | A | RMS value Current i3 | ||
| HR | 1592 | float32 ABCD | R | A | RMS value Current iE/N | ||
| HR | 1626 | float32 ABCD | R | % | THD from i1 [percent] | ||
| HR | 1628 | float32 ABCD | R | % | THD from i2 [percent] | ||
| HR | 1630 | float32 ABCD | R | % | THD from i3 [percent] | ||
| HR | 1632 | float32 ABCD | R | % | THD from iE/N [percent] | ||
| HR | 1634 | float32 ABCD | R | A | THC from i1 | ||
| HR | 1636 | float32 ABCD | R | A | THC from i2 | ||
| HR | 1638 | float32 ABCD | R | A | THC from i3 | ||
| HR | 1640 | float32 ABCD | R | A | THC from iE/N | ||
| HR | 1642 | float32 ABCD | R | % | PWHD from i1 [percent] | ||
| HR | 1644 | float32 ABCD | R | % | PWHD from i2 [percent] | ||
| HR | 1646 | float32 ABCD | R | % | PWHD from i3 [percent] | ||
| HR | 1648 | float32 ABCD | R | % | PWHD from iE/N [percent] | ||
| HR | 1650 | float32 ABCD | R | A | PHC from i1 | ||
| HR | 1652 | float32 ABCD | R | A | PHC from i2 | ||
| HR | 1654 | float32 ABCD | R | A | PHC from i3 | ||
| HR | 1656 | float32 ABCD | R | A | PHC from iE/N | ||
| HR | 1658 | float32 ABCD | R | K-factor from i1 | |||
| HR | 1660 | float32 ABCD | R | K-factor from i2 | |||
| HR | 1662 | float32 ABCD | R | K-factor from i3 | |||
| HR | 1664 | float32 ABCD | R | K-factor from iE/N | |||
| HR | 1946 | float32 ABCD | R | W | Phase-active power L1 | ||
| HR | 1948 | float32 ABCD | R | var | Phase-reactive power L1 | ||
| HR | 1950 | float32 ABCD | R | VA | Phase-apparent power L1 | ||
| HR | 1952 | float32 ABCD | R | W | Phase-active power L2 | ||
| HR | 1954 | float32 ABCD | R | var | Phase-reactive power L2 | ||
| HR | 1956 | float32 ABCD | R | VA | Phase-apparent power L2 | ||
| HR | 1958 | float32 ABCD | R | W | Phase-active power L3 | ||
| HR | 1960 | float32 ABCD | R | var | Phase-reactive power L3 | ||
| HR | 1962 | float32 ABCD | R | VA | Phase-apparent power L3 | ||
| HR | 1964 | float32 ABCD | R | W | Total net-active power | ||
| HR | 1966 | float32 ABCD | R | var | Total net-reactive power | ||
| HR | 1968 | float32 ABCD | R | VA | Total net-apparent power | ||
| HR | 1970 | float32 ABCD | R | W | Phase-fundamental-active power L1 | ||
| HR | 1972 | float32 ABCD | R | var | Phase-fundamental-reactive power L1 | ||
| HR | 1974 | float32 ABCD | R | VA | Phase-fundamental-apparent power L1 | ||
| HR | 1976 | float32 ABCD | R | ° | Phase Phase L1 [Grad] | ||
| HR | 1978 | float32 ABCD | R | W | Phase-fundamental-active power L2 | ||
| HR | 1980 | float32 ABCD | R | var | Phase-fundamental-reactive power L2 | ||
| HR | 1982 | float32 ABCD | R | VA | Phase-fundamental-apparent power L2 | ||
| HR | 1984 | float32 ABCD | R | ° | Phase Phase L2 [Grad] | ||
| HR | 1986 | float32 ABCD | R | W | Phase-fundamental-active power L3 | ||
| HR | 1988 | float32 ABCD | R | var | Phase-fundamental-reactive power L3 | ||
| HR | 1990 | float32 ABCD | R | VA | Phase-fundamental-apparent power L3 | ||
| HR | 1992 | float32 ABCD | R | ° | Phase Phase L3 [Grad] | ||
| HR | 1994 | float32 ABCD | R | W | Total net-fundamental-active power | ||
| HR | 1996 | float32 ABCD | R | var | fundamental-displacement-reactive power | ||
| HR | 1998 | float32 ABCD | R | VA | Value geometric fundamental-apparent power | ||
| HR | 2000 | float32 ABCD | R | ° | Phase geometric fundamental-apparent power [Grad] | ||
| HR | 2002 | float32 ABCD | R | var | Phase-distortion reactive power L1 | ||
| HR | 2004 | float32 ABCD | R | var | Phase-distortion reactive power L2 | ||
| HR | 2006 | float32 ABCD | R | var | Phase-distortion reactive power L3 | ||
| HR | 2008 | float32 ABCD | R | var | Total net-distortion reactive power | ||
| HR | 2010 | float32 ABCD | R | Phase-power factor L1 |
No registers match
Try part of the name, an address (decimal or 0x hex) or clear the filters.
Help improve this map
- I tested it on a deviceReport whether it worked, even if you did not write the map.
- Suggest a correctionEdit the file on GitHub; it opens a pull request.
- Report a problemA wrong address, type, scale or byte order.
- Read the formatWhat each key of the file means (SPEC.md).