https://github.com/conectric/node-ekm-meter-demo
Demo showing use of Conectric RS-485 serial hub sensor with EKM meters and Node.js
https://github.com/conectric/node-ekm-meter-demo
ekmmetering iot-application iot-framework iot-gateway mesh-networks node-js nodejs
Last synced: 25 days ago
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Demo showing use of Conectric RS-485 serial hub sensor with EKM meters and Node.js
- Host: GitHub
- URL: https://github.com/conectric/node-ekm-meter-demo
- Owner: Conectric
- License: mit
- Created: 2018-09-14T04:59:42.000Z (over 7 years ago)
- Default Branch: master
- Last Pushed: 2018-09-14T15:22:02.000Z (over 7 years ago)
- Last Synced: 2025-01-24T15:29:38.048Z (over 1 year ago)
- Topics: ekmmetering, iot-application, iot-framework, iot-gateway, mesh-networks, node-js, nodejs
- Language: JavaScript
- Size: 28.3 KB
- Stars: 0
- Watchers: 2
- Forks: 1
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
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README
# Conectric Node.js RS-485 EKM Meter Demo
Quick start for getting up and running with Node.js, the Conectric RS-85 sensor / serial hub, and EKM meters.
## Version 3 EKM Meter
```
$ cd omnimeter-v3
$ npm install
```
* Edit `server.js`, replacing all instances of `1d2d` with the short MAC address of your RS-485 sensor / serial hub.
* Also replace `303030303030303236313435` with your meter's serial number, encoded such that 0 = 30, 1 = 31, 2 = 32 etc.
* (Assuming that the meter is powered on and connected to the Conectric serial hub):
```
npm start
```
You should see output similar to:
```
> node server.js
Found USB router device at /dev/tty.usbserial-DB00VL5G.
Gateway opened.
Switched gateway to dump payload mode.
USB router mac address is 00124b000513da7f.
USB router Contiki version: 3.x-d48f2f4
USB router Conectric version: 1.1.2
Switched gateway to sink mode.
Gateway is ready.
Need to request 4 chunks of size 64 from e17b
Done, complete response:
{
"model": "4130",
"firmware": 23,
"meter_address": "000010007076",
"kwh_tot": 0,
"kwh_tariff_1": 0,
"kwh_tariff_2": 0,
"kwh_tariff_3": 0,
"kwh_tariff_4": 0,
"rev_kwh_tot": 0,
"rev_kwh_tariff_1": 0,
"rev_kwh_tariff_2": 0,
"rev_kwh_tariff_3": 0,
"rev_kwh_tariff_4": 0,
"rms_volts_ln_1": 119.4,
"rms_volts_ln_2": 0,
"rms_volts_ln_3": 0,
"amps_ln_1": 0,
"amps_ln_2": 0,
"amps_ln_3": 0,
"rms_watts_ln_1": 0,
"rms_watts_ln_2": 0,
"rms_watts_ln_3": 0,
"rms_watts_tot": 0,
"cos_theta_ln_1": " 1.00",
"cos_theta_ln_2": "C0.00",
"cos_theta_ln_3": "C0.00",
"max_demand": 85,
"max_demand_period": 1,
"meter_time": "18091406124051",
"ct_ratio": "0200",
"pulse_cnt_1": 0,
"pulse_cnt_2": 0,
"pulse_cnt_3": 0,
"pulse_ratio_1": 0,
"pulse_ratio_2": 0,
"pulse_ratio_3": 0,
"state_inputs": 0
}
```
## Version 4 EKM Meter
```
$ cd omnimeter-v4
$ npm install
```
* Edit `server.js`, replacing all instances of `dfbc` with the short MAC address of your RS-485 sensor / serial hub.
* Also replace `303030333030303032323535` with your meter's serial number, encoded such that 0 = 30, 1 = 31, 2 = 32 etc.
* (Assuming that the meter is powered on and connected to the Conectric serial hub):
```
npm start
```
You should see output similar to:
```
> node server.js
Found USB router device at /dev/tty.usbserial-DB00VL37.
Gateway opened.
Switched gateway to dump payload mode.
USB router mac address is 00124b000513da40.
USB router Contiki version: 3.x-d48f2f4
USB router Conectric version: 1.1.2
Switched gateway to sink mode.
Gateway is ready.
Need to request 4 chunks of size 64 from dfbc
Got all A data
Need to request 4 chunks of size 64 from dfbc
Got all B data
Done, complete response:
{
"model": "4132",
"firmware": 25,
"meter_address": "000300002255",
"kwh_tot": 0,
"reactive_energy_tot": 0,
"rev_kwh_tot": 0,
"kwh_tariff_1": 0,
"kwh_tariff_2": 0,
"kwh_tariff_3": 0,
"rev_kwh_ln_1": 0,
"rev_kwh_ln_2": 0,
"rev_kwh_ln_3": 0,
"resettable_kwh_tot": 0,
"resettable_rev_kwh_tot": 0,
"rms_volts_ln_1": 118.7,
"rms_volts_ln_2": 0,
"rms_volts_ln_3": 0,
"amps_ln_1": 0,
"amps_ln_2": 0,
"amps_ln_3": 0,
"rms_watts_ln_1": 0,
"rms_watts_ln_2": 0,
"rms_watts_ln_3": 0,
"rms_watts_tot": 0,
"power_factor_ln_1": " 1.00",
"power_factor_ln_2": "C0.00",
"power_factor_ln_3": "C0.00",
"reactive_pwr_ln_1": 0,
"reactive_pwr_ln_2": 0,
"reactive_pwr_ln_3": 0,
"reactive_pwr_tot": 0,
"line_freq": 60.06,
"pulse_cnt_1": 0,
"pulse_cnt_2": 0,
"pulse_cnt_3": 0,
"state_inputs": 0,
"state_watts_dir": 1,
"state_out": 1,
"kwh_scale": 2,
"meter_time": "18091406094813",
"rev_kwh_tariff_1": 0,
"rev_kwh_tariff_2": 0,
"rev_kwh_tariff_3": 0,
"rev_kwh_tariff_4": 0,
"cos_theta_ln_1": " 1.00",
"cos_theta_ln_2": "C0.00",
"cos_theta_ln_3": "C0.00",
"rms_watts_max_demand": 0,
"max_demand_period": 1,
"pulse_ratio_1": 1,
"pulse_ratio_2": 1,
"pulse_ratio_3": 1,
"ct_ratio": 200,
"auto_reset_max_demand": 0,
"pulse_output_ratio": 800
}
```