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Compatible OBIS codes

OBIS code compatibility list with OneMeter device.

What is OBIS code?

Processing policy

Here you have a list of the codes processed by the device from the last reading, advertised and stored in memory. If last readout fails or it is not available yet (e.g. after restart), the device provides special codes mainly. Data from previous readings stored in memory will still be available for synchronization.

OBIS code description last reading advertised stored
0.0.0 Device address (1)
0.2.2 Tariff code
0.9.1 Time
0.9.2 Date
0.9.4 Date & time
1.2.1 Positive active cumulative maximum demand
1.4.0 Positive active demand in a current demand period
1.5.0 Positive active demand in the last completed demand period
1.6.0 Positive active maximum demand, total
1.6.1 Positive active maximum demand in tariff I
1.6.2 Positive active maximum demand in tariff II
1.6.3 Positive active maximum demand in tariff III
1.6.4 Positive active maximum demand in tariff IV
1.8.0 Positive active energy, total
1.8.1 Positive active energy in tariff I N0 N0
1.8.2 Positive active energy in tariff II N0 N0
1.8.3 Positive active energy in tariff III N0 N0
1.8.4 Positive active energy in tariff IV N0 N0
2.8.0 Negative active energy, total N0 N0
2.8.1 Negative active energy in tariff I N0 N0
2.8.2 Negative active energy in tariff II N0 N0
2.8.3 Negative active energy in tariff III N0 N0
2.8.4 Negative active energy in tariff IV N0 N0
3.8.0 Positive reactive energy, total N0 N0
3.8.1 Positive reactive energy in tariff I
3.8.2 Positive reactive energy in tariff II
3.8.3 Positive reactive energy in tariff III
3.8.4 Positive reactive energy in tariff IV
4.8.0 Negative reactive energy, total N0 N0
4.8.1 Negative reactive energy in tariff I
4.8.2 Negative reactive energy in tariff II
4.8.3 Negative reactive energy in tariff III
4.8.4 Negative reactive energy in tariff IV
5.8.0 Reactive energy in 1-st quadrant, total N0 N0
5.8.1 Reactive energy in 1-st quadrant in tariff I
5.8.2 Reactive energy in 1-st quadrant in tariff II
5.8.3 Reactive energy in 1-st quadrant in tariff III
5.8.4 Reactive energy in 1-st quadrant in tariff IV
6.8.0 Reactive energy in 2-nd quadrant, total N0 N0
6.8.1 Reactive energy in 2-nd quadrant in tariff I
6.8.2 Reactive energy in 2-nd quadrant in tariff II
6.8.3 Reactive energy in 2-nd quadrant in tariff III
6.8.4 Reactive energy in 2-nd quadrant in tariff IV
7.8.0 Reactive energy in 3-rd quadrant, total N0 N0
7.8.1 Reactive energy in 3-rd quadrant in tariff I
7.8.2 Reactive energy in 3-rd quadrant in tariff II
7.8.3 Reactive energy in 3-rd quadrant in tariff III
7.8.4 Reactive energy in 3-rd quadrant in tariff IV
8.8.0 Reactive energy in 4-th quadrant, total N0 N0
8.8.1 Reactive energy in 4-th quadrant in tariff I
8.8.2 Reactive energy in 4-th quadrant in tariff II
8.8.3 Reactive energy in 4-th quadrant in tariff III
8.8.4 Reactive energy in 4-th quadrant in tariff IV
15.6.0 Absolute active maximum demand, total
15.6.1 Absolute active maximum demand in tariff I
15.6.2 Absolute active maximum demand in tariff II
15.6.3 Absolute active maximum demand in tariff III
15.6.4 Absolute active maximum demand in tariff IV
15.7.0 Absolute active instantaneous power
15.8.0 / F.8.0 Absolute active energy, total N1 N1
15.8.1 / F.8.1 Absolute active energy in tariff I N2 N2
15.8.2 / F.8.2 Absolute active energy in tariff II N2 N2
15.8.3 / F.8.3 Absolute active energy in tariff III N2 N2
15.8.4 / F.8.4 Absolute active energy in tariff IV N2 N2
C.1.0 Meter serial number
C.90.1 Optical port serial number
F.F.0 Meter error status
S.1.1.2 Device battery status
S.1.1.4 Readout timestamp (real)
S.1.1.6 Successful readouts since restart (e.g. battery replacement)
S.1.1.7 Failed readout attempts on 1-st/2-nd communication message
S.1.1.8 Meter communication parameters
S.1.1.9 Temperature
S.1.1.10 Readout timestamp (corrected)
S.1.1.12 Energy consumption (based on blink measurements)
S.1.1.16 Status of OneMeter Device

Legend

last reading — value of last reading is available for manual synchronization
advertised — value of last reading is automatically synchronized in background (with gateway)
stored — reading history is stored in memory and available for manual synchronization

N0 — ✅ if the value is non-zero
N1 — ✅ if 1.8.0 does not exist
N2 — ✅ if the value is non-zero and 1.8.0 does not exist
N3 — ✅ if the value is non-zero and at least 2 tariff codes are non-zero
N4 — ✅ if the value is non-zero, 1.8.0 does not exist and at least 2 tariff codes are non-zero

Data storage

The device can preserve up to 16 OBIS codes (for latter synchronization) by descending priority:

1.8.0 or 15.8.0 then
2.8.0 then
3.8.0, 4.8.0, 5.8.0, 6.8.0, 7.8.0, 8.8.0 then
1.8.1, 1.8.2, 1.8.3, 1.8.4 then
2.8.1, 2.8.2, 2.8.3, 2.8.4

OBIS code description last reading advertised stored
0.0.0 Device address (1)
0.2.2 Tariff code
0.9.1 Time
0.9.2 Date
0.9.4 Date & time
1.2.1 Positive active cumulative maximum demand
1.4.0 Positive active demand in a current demand period
1.5.0 Positive active demand in the last completed demand period
1.6.0 Positive active maximum demand, total
1.6.1 Positive active maximum demand in tariff I
1.6.2 Positive active maximum demand in tariff II
1.6.3 Positive active maximum demand in tariff III
1.6.4 Positive active maximum demand in tariff IV
1.8.0 Positive active energy, total N0 N0
1.8.1 Positive active energy in tariff I N0 N0
1.8.2 Positive active energy in tariff II N0 N0
1.8.3 Positive active energy in tariff III N3 N3
1.8.4 Positive active energy in tariff IV N3 N3
2.8.0 Negative active energy, total N0 N0
2.8.1 Negative active energy in tariff I N0
2.8.2 Negative active energy in tariff II N0
2.8.3 Negative active energy in tariff III N0
2.8.4 Negative active energy in tariff IV N0
3.8.0 Positive reactive energy, total N0 N0
3.8.1 Positive reactive energy in tariff I
3.8.2 Positive reactive energy in tariff II
3.8.3 Positive reactive energy in tariff III
3.8.4 Positive reactive energy in tariff IV
4.8.0 Negative reactive energy, total N0 N0
4.8.1 Negative reactive energy in tariff I
4.8.2 Negative reactive energy in tariff II
4.8.3 Negative reactive energy in tariff III
4.8.4 Negative reactive energy in tariff IV
5.8.0 Reactive energy in 1-st quadrant, total N0 N0
5.8.1 Reactive energy in 1-st quadrant in tariff I
5.8.2 Reactive energy in 1-st quadrant in tariff II
5.8.3 Reactive energy in 1-st quadrant in tariff III
5.8.4 Reactive energy in 1-st quadrant in tariff IV
6.8.0 Reactive energy in 2-nd quadrant, total N0 N0
6.8.1 Reactive energy in 2-nd quadrant in tariff I
6.8.2 Reactive energy in 2-nd quadrant in tariff II
6.8.3 Reactive energy in 2-nd quadrant in tariff III
6.8.4 Reactive energy in 2-nd quadrant in tariff IV
7.8.0 Reactive energy in 3-rd quadrant, total N0 N0
7.8.1 Reactive energy in 3-rd quadrant in tariff I
7.8.2 Reactive energy in 3-rd quadrant in tariff II
7.8.3 Reactive energy in 3-rd quadrant in tariff III
7.8.4 Reactive energy in 3-rd quadrant in tariff IV
8.8.0 Reactive energy in 4-th quadrant, total N0 N0
8.8.1 Reactive energy in 4-th quadrant in tariff I
8.8.2 Reactive energy in 4-th quadrant in tariff II
8.8.3 Reactive energy in 4-th quadrant in tariff III
8.8.4 Reactive energy in 4-th quadrant in tariff IV
15.6.0 Absolute active maximum demand, total
15.6.1 Absolute active maximum demand in tariff I
15.6.2 Absolute active maximum demand in tariff II
15.6.3 Absolute active maximum demand in tariff III
15.6.4 Absolute active maximum demand in tariff IV
15.7.0 Absolute active instantaneous power
15.8.0 Absolute active energy, total N2 N2
15.8.1 Absolute active energy in tariff I N4
15.8.2 Absolute active energy in tariff II N4
15.8.3 Absolute active energy in tariff III N4
15.8.4 Absolute active energy in tariff IV N4
F.8.0 Absolute active energy, total N2 N2
F.8.1 Absolute active energy in tariff I
F.8.2 Absolute active energy in tariff II
F.8.3 Absolute active energy in tariff III
F.8.4 Absolute active energy in tariff IV
C.1.0 Meter serial number
C.90.1 Optical port serial number
F.F.0 Meter error status
S.1.1.2 Device battery status
S.1.1.4 Readout timestamp (real)
S.1.1.6 Successful readouts since restart (e.g. battery replacement)
S.1.1.7 Failed readout attempts on 1-st/2-nd communication message
S.1.1.8 Meter communication parameters
S.1.1.9 Temperature
S.1.1.10 Readout timestamp (corrected)
S.1.1.12 Energy consumption (based on blink measurements)
S.1.1.16 Status of OneMeter Device

Legend

last reading — value of last reading is available for manual synchronization
advertised — value of last reading is automatically synchronized in background (with gateway)
stored — reading history is stored in memory and available for manual synchronization

N0 — ✅ if the value is non-zero
N1 — ✅ if 1.8.0 does not exist
N2 — ✅ if the value is non-zero and 1.8.0 does not exist
N3 — ✅ if the value is non-zero and at least 2 tariff codes are non-zero
N4 — ✅ if the value is non-zero, 1.8.0 does not exist and at least 2 tariff codes are non-zero

Data storage

The device can preserve up to 16 OBIS codes (for latter synchronization)


🠕 Processing policy · 📁 OBIS codes index · 🔄 Synchronization mode


Last update: 2024-05-20