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Export Jobs: Pan-42 Measurements Interface

Written by Omri Landman

Updated at March 1st, 2025

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Table of Contents

Pan-42 Measurements CSV Pan-42 Measurements Example JSON Pan-42 Measurements Example

Once you have set up your export jobs (see Export Jobs: Setup), each job invocation will create a data file/stream. The service supports Four types of data: Catalog, Measurements, Pulse Meter Measurements, and Pan42 Measurements. This guide will discuss what to expect in the Pan-42 Measurements export job type.

Pan-42 Measurements

The Pan-42 Measurements document data structure consists of the actual electrical readings measured by Panoramic Power Pan42 meter. (The device ID specified here is the same device ID specified in the Catalog).

Name Description
device_id The ID of an electrical device corresponding to the ID in the Catalog.
device_name The device name as assigned at installation time. 
measurement_time (UTC) The start time of the measurement in the UTC time zone, in ISO 8601 format, meaning 9am in 15 min resolution is referring to the readings received between 09:00-09:15 am.
resolution (minutes) The number of minutes this measurement data is relevant for. 
site_id A unique identifier of the physical site in the software, in which the device is located. 
site_name The site’s name as assigned at installation time. For example, "New York site". 
phase R,S,T phases
current (A) Electrical current
voltage (V) Electrical voltage
power (W) Electrical power
power_factor Electrical power factor
energy (Wh) Electrical energy
reactive power (VAR) Power in volt-ampere reactive of an AC circuit 
consumed active energy (Wh) Energy measured by the meter counter
frequency (Hz) Frequency of the circuit (only available in 1 min resolution exports)

CSV Pan-42 Measurements Example

Below is an example of the Pan42 Measurements export in a CSV format.

CSV Pan42 Measurements Example.csv

JSON Pan-42 Measurements Example

{
 "measurements": [{
  "device_id": 1,
  "device_name": "Main Device",
  "measurement_time(UTC)": "2015-10-25T10:40:00Z",
  "resolution(minutes)": 5,
  "site_id": 11,
  "site_name": "Site 1",
  "phase": "R",
  "current(A)": 4.73,
  "voltage(V)": 239.53,
  "power(W)": 668.3,
  "power_factor": 0.6904,
  "energy(Wh)": 56,
  "reactive power(VAR)": 699.0,
  "consumed active energy(Wh)": 57,
  "frequency(Hz)": 49.98
 },{
 "device_id": 1,
 "device_name": "Main Device",
 "measurement_time(UTC)": "2015-10-25T10:40:00Z",
 "resolution(minutes)": 5,
 "site_id": 11,
 "site_name": "Site 1",
 "phase": "S",
 "current(A)": 6.29,
 "voltage(V)": 239.78,
 "power(W)": 1190.0,
 "power_factor": 0.9201,
 "energy(Wh)": 99,
 "reactive power(VAR)": 494.7,
 "consumed active energy(Wh)": 101,
 "frequency(Hz)": 49.98
 },{
 "device_id": 1,
 "device_name": "Main Device",
 "measurement_time(UTC)": "2015-10-25T10:40:00Z",
 "resolution(minutes)": 5,
 "site_id": 11,
 "site_name": "Site 1",
 "phase": "T",
 "current(A)": 9.34,
 "voltage(V)": 239.68,
 "power(W)": 1910.0,
 "power_factor": 0.9698,
 "energy(Wh)": 159,
 "reactive power(VAR)": 474.8,
 "consumed active energy(Wh)": 158,
 "frequency(Hz)": 49.98
 }]
}

Note:

 

JSON files are limited to 2,000 measurements and csv files are limited to 10,000 rows (again, may be larger if zero padding is enabled). In both cases if the job includes more measurements the file is split into multiple files. 

In the case where data is sent from the bridge with delay (due to loss of communication) and a record is based on partial measurements, an updated record will be sent.

 

 

 

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