Hi,

I see some weird bahavior on my N30 that I do not understand:

Using CT with factor 1000:1 and after measering the actual curren with MID approved device I found that factor 2.1 was the best.
When I save the factor 2.1 it results in 2.0999... etc and that might very well be because of how the factor is binary processed in the chip.
So initially I started with setting all factors to 2.1 (for testing I have now set CH01 to factor 2 and CH02 to 1)

But on Channel 2 (first 901 chip) I got strange values and the Power Factor keeps changing in the header of the dat for that chip.
On the other two chips it stays on 1.0000 and the data looked correct.

When I move the CT connector for 1..10 to the position of the 11..20 I see that CH12 is displaying the expected values.
Looks like CHIP 1 is behaving differtent from CHIP 2&3.

Any idea what could cause this?

Related to this I would like to know how to best set the factors I it necessary to set all columns with same factor? (Please provide a field for the default setting for all columns)
Power = Voltage * Current
Energy = Power over time accumulated. It is not fully clear if I need the factor (2.1) there also, or should it be 1 since the power is already corrected.

Thanks,
GWS

Attached Files

Thumbnail(s)
       

Hi,

I am trying to get the N30 to work as a modbus device that I can read from via TCP on port 502. Could not get it to work on the IP address of the N30

Hooked up a Hi-Flying EW11 TCP to modbus converter to the RS485 port in modbus mode and that does work. Can see all the registers for chips on address 100/200/300
I was assuming that the setting

TCP Server: enable
Protocol:     Modbus
local port:   502
modbus local addr 1

Would be sufficient to read the registers via the N30 IP address on port 502

Whatever I try I do get a time-out

Port 502 is open if I test with ModbusDoctor or Powershell I get connected but no readings at the expected adresses.

Also tried with setting Modbus-RTU-v2 and a virtual COM port without any responce. Please provide instructions if this should work and if so how?

Thanks,
GWS

I have buy 3 N30 to monitor energy.
I use latest software 

Board Model
N30
Software Version
v3.24.5
Build Date
Apr 29 2026 05:26:42
Serial Number
D0CF13020568

I connect 1,2,3 voltage and connect 3 phase conditionner to CH2
Energy Monitor 1
CH 2
Energy Monitor 2
CH 2
Energy Monitor 3
CH 2

and other 1 pahse load to other ports.

How make to get Energy (kWh)?

Attached Files

Thumbnail(s)
               
       

Hello,

I would like to have a video of explaining how to write arduino or python code for A32 pro.

Hello,

Do you have any suggestion to use the DS3231 RTC clock through ESPHome on this KC868-a16 v3 board? Do you have any yaml code to suggest?
Thanks a lot,

Best regards,
Fred

T64M PCB layout CAD file

  KINCONY-T64M-V1.0.zip (Size: 441.39 KB / Downloads: 324)

T16M PCB layout CAD file

  KINCONY-T16M-V1.1.zip (Size: 154.94 KB / Downloads: 310)

I have a IFM SM7000 flow meter that is set to nPn pulse output for measuring the flow unit.

It is a 24V unit (both the F16 and the flow meter)

What input on the F16 can I wire this to in order to count the pulses..... Will the standard digital inputs work?


Thanks

Energy Loxone Protocol
=======================

Overview
--------
This document describes the Loxone string protocol for Energy module.
Default delimiter is comma (,). Chip ID: 1-6, Channel: 1-10.


Commands
--------

1. GET_ENERGY_CURRENT - Get current (A) for specific channel
  Request:  RELAY-GET_ENERGY_CURRENT-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_CURRENT-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_CURRENT-255,1,1
    Response: RELAY-GET_ENERGY_CURRENT-255,1,1,2.350,OK

2. GET_ENERGY_POWER - Get power (W) for specific channel
  Request:  RELAY-GET_ENERGY_POWER-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_POWER-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_POWER-255,1,1
    Response: RELAY-GET_ENERGY_POWER-255,1,1,512.5,OK

3. GET_ENERGY_KWH - Get energy (kWh) for specific channel
  Request:  RELAY-GET_ENERGY_KWH-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_KWH-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_KWH-255,1,1
    Response: RELAY-GET_ENERGY_KWH-255,1,1,1250,OK

4. GET_ENERGY_VOLT - Get voltage (V) for chip
  Request:  RELAY-GET_ENERGY_VOLT-255,{chip}
  Response: RELAY-GET_ENERGY_VOLT-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_VOLT-255,1
    Response: RELAY-GET_ENERGY_VOLT-255,1,220.50,OK

5. GET_ENERGY_FREQ - Get frequency (Hz) for chip
  Request:  RELAY-GET_ENERGY_FREQ-255,{chip}
  Response: RELAY-GET_ENERGY_FREQ-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_FREQ-255,1
    Response: RELAY-GET_ENERGY_FREQ-255,1,50.00,OK

6. GET_ENERGY_TEMP - Get temperature © for chip
  Request:  RELAY-GET_ENERGY_TEMP-255,{chip}
  Response: RELAY-GET_ENERGY_TEMP-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_TEMP-255,1
    Response: RELAY-GET_ENERGY_TEMP-255,1,35.5,OK

7. GET_ENERGY_PF - Get power factor for chip
  Request:  RELAY-GET_ENERGY_PF-255,{chip}
  Response: RELAY-GET_ENERGY_PF-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_PF-255,1
    Response: RELAY-GET_ENERGY_PF-255,1,0.95,OK

8. GET_ENERGY_SUM - Get total energy (kWh) for chip
  Request:  RELAY-GET_ENERGY_SUM-255,{chip}
  Response: RELAY-GET_ENERGY_SUM-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_SUM-255,1
    Response: RELAY-GET_ENERGY_SUM-255,1,12500,OK

   
protocol download:

  Nx-energy_loxone_protocol.txt (Size: 2.34 KB / Downloads: 176)

Energy Loxone Protocol
=======================

Overview
--------
This document describes the Loxone string protocol for Energy module.
Default delimiter is comma (,). Chip ID: 1-6, Channel: 1-10.


Commands
--------

1. GET_ENERGY_CURRENT - Get current (A) for specific channel
  Request:  RELAY-GET_ENERGY_CURRENT-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_CURRENT-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_CURRENT-255,1,1
    Response: RELAY-GET_ENERGY_CURRENT-255,1,1,2.350,OK

2. GET_ENERGY_POWER - Get power (W) for specific channel
  Request:  RELAY-GET_ENERGY_POWER-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_POWER-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_POWER-255,1,1
    Response: RELAY-GET_ENERGY_POWER-255,1,1,512.5,OK

3. GET_ENERGY_KWH - Get energy (kWh) for specific channel
  Request:  RELAY-GET_ENERGY_KWH-255,{chip},{channel}
  Response: RELAY-GET_ENERGY_KWH-255,{chip},{channel},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_KWH-255,1,1
    Response: RELAY-GET_ENERGY_KWH-255,1,1,1250,OK

4. GET_ENERGY_VOLT - Get voltage (V) for chip
  Request:  RELAY-GET_ENERGY_VOLT-255,{chip}
  Response: RELAY-GET_ENERGY_VOLT-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_VOLT-255,1
    Response: RELAY-GET_ENERGY_VOLT-255,1,220.50,OK

5. GET_ENERGY_FREQ - Get frequency (Hz) for chip
  Request:  RELAY-GET_ENERGY_FREQ-255,{chip}
  Response: RELAY-GET_ENERGY_FREQ-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_FREQ-255,1
    Response: RELAY-GET_ENERGY_FREQ-255,1,50.00,OK

6. GET_ENERGY_TEMP - Get temperature © for chip
  Request:  RELAY-GET_ENERGY_TEMP-255,{chip}
  Response: RELAY-GET_ENERGY_TEMP-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_TEMP-255,1
    Response: RELAY-GET_ENERGY_TEMP-255,1,35.5,OK

7. GET_ENERGY_PF - Get power factor for chip
  Request:  RELAY-GET_ENERGY_PF-255,{chip}
  Response: RELAY-GET_ENERGY_PF-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_PF-255,1
    Response: RELAY-GET_ENERGY_PF-255,1,0.95,OK

8. GET_ENERGY_SUM - Get total energy (kWh) for chip
  Request:  RELAY-GET_ENERGY_SUM-255,{chip}
  Response: RELAY-GET_ENERGY_SUM-255,{chip},{value},OK
  Example:
    Request:  RELAY-GET_ENERGY_SUM-255,1
    Response: RELAY-GET_ENERGY_SUM-255,1,12500,OK

   
protocol download:

  Nx-energy_loxone_protocol.txt (Size: 2.34 KB / Downloads: 139)