Meter Field Reference

Reference JSON file

Note:

Deprecated fields are marked in red. These fields are either redundant or provide no useful information. They may be removed in future API versions.

Fields marked with an asterisk (*) are created synthetically and are not stored in the time series database.

API Order Field Display name Version Type JSON Type Unit Precision v3 Precision v4 Alias Rubric Sub-rubric Description Values
1 Good Good int int 1 = good read, 0 = failed read
2 Good_Reads_Ratio % Success int int % Percent successful reads per send interval
3 Read_Attempts Reads/interval int str Attempted meter reads per send interval
4 Date * Date str str Date in local/gateway timezone
5 Time * Time str str Time in local/gateway timezone
6 Time_Stamp_UTC_ms * Time_Stamp_UTC_ms int int ms UTC time stamp in milliseconds
7 Meter_Time Meter_Time str str Meter device clock time
8 Firmware Firmware str str FWVER.METER Meter firmware version
9 Model Model hex str MODEL.METER Meter model number
10 kWh_Tot kWh_Tot float str kWh 1 kWh_Scale PT.TOT kWh Total Total kWh
11 kWh_Tariff_1 kWh_Tariff_1 float str kWh 1 kWh_Scale PT.T1 kWh Tariff 1 kWh for Tariff 1
12 kWh_Tariff_2 kWh_Tariff_2 float str kWh 1 kWh_Scale PT.T2 kWh Tariff 2 kWh for Tariff 2
13 kWh_Tariff_3 kWh_Tariff_3 float str kWh 1 kWh_Scale PT.T3 kWh Tariff 3 kWh for Tariff 3
14 kWh_Tariff_4 kWh_Tariff_4 float str kWh 1 kWh_Scale PT.T4 kWh Tariff 4 kWh for Tariff 4
15 Rev_kWh_Tot Rev_kWh_Tot float str kWh 1 kWh_Scale PT_REV.TOT Reverse kWh Total Total Reverse kWh
16 Rev_kWh_Tariff_1 Rev_kWh_Tariff_1 float str kWh 1 kWh_Scale PT_REV.T1 Reverse kWh Tariff 1 Reverse kWh for Tariff 1
17 Rev_kWh_Tariff_2 Rev_kWh_Tariff_2 float str kWh 1 kWh_Scale PT_REV.T2 Reverse kWh Tariff 2 Reverse kWh for Tariff 2
18 Rev_kWh_Tariff_3 Rev_kWh_Tariff_3 float str kWh 1 kWh_Scale PT_REV.T3 Reverse kWh Tariff 3 Reverse kWh for Tariff 3
19 Rev_kWh_Tariff_4 Rev_kWh_Tariff_4 float str kWh 1 kWh_Scale PT_REV.T4 Reverse kWh Tariff 4 Reverse kWh for Tariff 4
20 RMS_Volts_Ln_1 RMS_Volts_Ln_1 float str V 1 1 V.L1 RMS Volts Line 1 Volts on line 1
21 RMS_Volts_Ln_2 RMS_Volts_Ln_2 float str V 1 1 V.L2 RMS Volts Line 2 Volts on line 2
22 RMS_Volts_Ln_3 RMS_Volts_Ln_3 float str V 1 1 V.L3 RMS Volts Line 3 Volts on line 3
23 Amps_Ln_1 Amps_Ln_1 float str A 1 1 I.L1 Amps Line 1 Amps on line 1
24 Amps_Ln_2 Amps_Ln_2 float str A 1 1 I.L2 Amps Line 2 Amps on line 2
25 Amps_Ln_3 Amps_Ln_3 float str A 1 1 I.L3 Amps Line 3 Amps on line 3
26 Power_Factor_Ln_1 * Power_Factor_Ln_1 int str PF.L1 Power Factor Line 1 Power Factor line 1
27 Power_Factor_Ln_2 * Power_Factor_Ln_2 int str PF.L2 Power Factor Line 2 Power Factor line 2
28 Power_Factor_Ln_3 * Power_Factor_Ln_3 int str PF.L3 Power Factor Line 3 Power Factor line 3
29 Cos_Theta_Ln_1 Cos_Theta_Ln_1 str str Power Factor Cos(theta) Line 1 Power Factor Cos(theta) line 1
30 Cos_Theta_Ln_2 Cos_Theta_Ln_2 str str Power Factor Cos(theta) Line 2 Power Factor Cos(theta) line 2
31 Cos_Theta_Ln_3 Cos_Theta_Ln_3 str str Power Factor Cos(theta) Line 3 Power Factor Cos(theta) line 3
32 RMS_Watts_Ln_1 RMS_Watts_Ln_1 int str W P.L1 RMS Watts Line 1 Watts on line 1
33 RMS_Watts_Ln_2 RMS_Watts_Ln_2 int str W P.L2 RMS Watts Line 2 Watts on line 2
34 RMS_Watts_Ln_3 RMS_Watts_Ln_3 int str W P.L3 RMS Watts Line 3 Watts on line 3
35 RMS_Watts_Tot RMS_Watts_Tot int str W P.TOT RMS Watts Total Total Watts (all lines)
36 RMS_Watts_Max_Demand RMS_Watts_Max_Demand int str W P.MAX RMS Watts Max demand Max Demand RMS Watts
37 Max_Demand_Period Max_Demand_Period int str ENUM.PMAXPD Max Demand Period Max Demand Period 0=15m, 1=30m, 2=1h
38 Max_Demand_Rst Max_Demand_Rst v4 int str ENUM.PMAXAUTO Max Demand Reset interval Max Demand auto reset interval 0=OFF, 1=Monthly, 2=Weekly, 3=Daily, 4=Hourly
39 CT_Ratio CT_Ratio int str RAT.CT CT Ratio
40 Pulse_Cnt_1 Pulse_Cnt_1 v4 int str PC.P1 Pulse Count Input 1 Pulse Count on input 1
41 Pulse_Cnt_2 Pulse_Cnt_2 v4 int str PC.P2 Pulse Count Input 2 Pulse Count on input 2
42 Pulse_Cnt_3 Pulse_Cnt_3 v4 int str PC.P3 Pulse Count Input 3 Pulse Count on input 3
43 State_Inputs State_Inputs v4 int str ST.PC Binary states of the three pulse inputs 0=[High, High, High], 1=[High, High, Low], 2=[High, Low, High], 3=[High, Low, Low], 4=[Low, High, High], 5=[Low, High, Low], 6=[Low, Low, High], 7=[Low, Low, Low]
44 Pulse_Ratio_1 Pulse_Ratio_1 v4 int str RAT.P1 Pulse Ratio Input 1 Pulse Input Ratio on input 1
45 Pulse_Ratio_2 Pulse_Ratio_2 v4 int str RAT.P2 Pulse Ratio Input 2 Pulse Input Ratio on input 2
46 Pulse_Ratio_3 Pulse_Ratio_3 v4 int str RAT.P3 Pulse Ratio Input 3 Pulse Input Ratio on input 3
47 Reactive_Energy_Tot Reactive_Energy_Tot v4 float str kWh_Scale PT_REACT.TOT Total kVARh
48 kWh_Rst kWh_Rst v4 float str kWh kWh_Scale/HIDEF PT.RST Resettable kWh
49 Rev_kWh_Rst Rev_kWh_Rst v4 float str kWh kWh_Scale PT_REV.RST Resettable Reverse kWh
50 kWh_Scale kWh_Scale v4 int str ENUM.PTSCALE Decimal places for kWh (0-2)
51 Reactive_Pwr_Ln_1 Reactive_Pwr_Ln_1 v4 int str var P_REACT.L1 Reactive Power Line 1 Var on line 1
52 Reactive_Pwr_Ln_2 Reactive_Pwr_Ln_2 v4 int str var P_REACT.L2 Reactive Power Line 2 Var on line 2
53 Reactive_Pwr_Ln_3 Reactive_Pwr_Ln_3 v4 int str var P_REACT.L3 Reactive Power Line 3 Var on line 3
54 Reactive_Pwr_Tot Reactive_Pwr_Tot v4 int str var P_REACT.TOT Reactive Power Total Total Var (Volt-ampere reactive)
55 Line_Freq Line_Freq v4 float str Hz 2 FREQ.P Frequency (Hz)
56 State_Watts_Dir State_Watts_Dir v4 int str ST.PDIR Real-time direction of current (L1,L2,L3) 0=[Fwd, Fwd, Fwd], 1=[Fwd, Fwd, Rev], 2=[Fwd, Rev, Fwd], 3=[Rev, Fwd, Fwd], 4=[Fwd, Rev, Rev], 5=[Rev, Fwd, Rev], 6=[Rev, Rev, Fwd], 7=[Rev, Rev, Rev]
57 State_Out State_Out v4 int str ST.OUT Binary states of the two outputs 0=[OFF, OFF], 1=[OFF, ON], 2=[ON, OFF], 3=[ON, ON]
58 kWh_Ln_1 kWh_Ln_1 v4 float str kWh kWh_Scale PT.L1 kWh Line 1 Total kWh on line 1
59 kWh_Ln_2 kWh_Ln_2 v4 float str kWh kWh_Scale PT.L2 kWh Line 2 Total kWh on line 2
60 kWh_Ln_3 kWh_Ln_3 v4 float str kWh kWh_Scale PT.L3 kWh Line 3 Total kWh on line 3
61 Rev_kWh_Ln_1 Rev_kWh_Ln_1 v4 float str kWh kWh_Scale PT_REV.L1 Reverse kWh Line 1 Reverse kWh on line 1
62 Rev_kWh_Ln_2 Rev_kWh_Ln_2 v4 float str kWh kWh_Scale PT_REV.L2 Reverse kWh Line 2 Reverse kWh on line 2
63 Rev_kWh_Ln_3 Rev_kWh_Ln_3 v4 float str kWh kWh_Scale PT_REV.L3 Reverse kWh Line 3 Reverse kWh on line 3
64 Net_Calc_Watts_Ln_1 * Net_Calc_Watts_Ln_1 v4 int str W NET.L1 Net Watts Line 1 Net Watts on line 1
65 Net_Calc_Watts_Ln_2 * Net_Calc_Watts_Ln_2 v4 int str W NET.L2 Net Watts Line 2 Net Watts on line 2
66 Net_Calc_Watts_Ln_3 * Net_Calc_Watts_Ln_3 v4 int str W NET.L3 Net Watts Line 3 Net Watts on line 3
67 Net_Calc_Watts_Tot * Net_Calc_Watts_Tot v4 int str W NET.TOT Net Watts Total Total Net Watts
68 CF_Ratio CF_Ratio v4 int str RAT.CF Settable Pulse Output Ratio
69 Meter_Status_Code Meter_Status_Code v3 hex str ST.SETBACK Meter status code
70 Meter_Status_Code_A Meter_Status_Code_A v4 hex str ST.SETBACK_A Status code A Meter status code A
71 Meter_Status_Code_B Meter_Status_Code_B v4 hex str ST.SETBACK_B Status code B Meter status code B
72 Meter_Status_Code_C Meter_Status_Code_C v4 hex str ST.SETBACK_C Status code C Meter status code C
* Field is synthetically created and does not exist in the Influx database. It is prudent to assume it will be deprecated.

Download JSON File: ekm_meter_fields.json

JSON field attributes