<![CDATA[Smart Home Automation Forum - DIY Project]]> https://www.kincony.com/forum/ Sat, 11 Apr 2026 06:23:40 +0000 MyBB <![CDATA[Advice for DIY underfloor heating (7 zones, 2 floors, boiler control) using KinCony b]]> https://www.kincony.com/forum/showthread.php?tid=9137 Thu, 19 Mar 2026 02:21:49 +0800 torokzoli]]> https://www.kincony.com/forum/showthread.php?tid=9137
I would like to ask for advice on which KinCony products would be best for controlling my water‑based underfloor heating system.

System layout:
Upstairs: 4 heating loops (manifold circuits) to be controlled separately.
Ground floor: 3 heating loops to be controlled separately.

In addition, I need to:
Switch the ground floor zone valve and the upstairs zone valve. 
Provide a boiler enable signal via a volt‑free (dry) contact.

The existing “dumb” system should remain functional in parallel at first:
There is one programmable thermostat for the upstairs and one for the ground floor.These currently control the boiler and the two main zone valves.

Hardware idea:

I already have a KC868‑A8, which I plan to use for the ground floor (3 loops + ground‑floor zone valve  + upstairs zone valve + boiler enable + some spare relays).

For the upstairs I am considering a KC868‑A6, which would handle the 4 loops and the upstairs zone valve. 

A small amount of wiring between the floors is possible.

Control requirements:
I would like the basic heating logic (room thermostats, loop valves, zone valves, boiler enable) to run locally on the KinCony devices themselves, without depending on any central controller (so that heating continues to work even if Home Assistant or the network is down).

At the same time, I would like to be able to override or adjust the behaviour from Home Assistant when desired (setpoints, manual on/off, etc.).

Questions:
Does the combination KC868‑A8 (ground floor) + KC868‑A6 (upstairs) make sense for this scenario, or would you recommend a different KinCony board combination for 7 loops + 2 zone valves + boiler enable?
What is the recommended way to implement the local control logic on these boards (KinCony original firmware rules, ESPHome, Tasmota, custom ESP32 code, etc.), given that:
It should work safely and autonomously.
It should still be easy to integrate with Home Assistant.

Could you recommend any wireless room thermostats that can communicate directly with KinCony hardware (for example via LoRa, nRF24L01, 433 MHz, or another protocol supported by KC868‑A series), so that I could replace the existing wired thermostats completely in the future?

Any wiring diagrams, example projects or firmware configurations for a similar 2‑floor underfloor heating system would be very helpful.

Thank you in advance for your support!]]>
I would like to ask for advice on which KinCony products would be best for controlling my water‑based underfloor heating system.

System layout:
Upstairs: 4 heating loops (manifold circuits) to be controlled separately.
Ground floor: 3 heating loops to be controlled separately.

In addition, I need to:
Switch the ground floor zone valve and the upstairs zone valve. 
Provide a boiler enable signal via a volt‑free (dry) contact.

The existing “dumb” system should remain functional in parallel at first:
There is one programmable thermostat for the upstairs and one for the ground floor.These currently control the boiler and the two main zone valves.

Hardware idea:

I already have a KC868‑A8, which I plan to use for the ground floor (3 loops + ground‑floor zone valve  + upstairs zone valve + boiler enable + some spare relays).

For the upstairs I am considering a KC868‑A6, which would handle the 4 loops and the upstairs zone valve. 

A small amount of wiring between the floors is possible.

Control requirements:
I would like the basic heating logic (room thermostats, loop valves, zone valves, boiler enable) to run locally on the KinCony devices themselves, without depending on any central controller (so that heating continues to work even if Home Assistant or the network is down).

At the same time, I would like to be able to override or adjust the behaviour from Home Assistant when desired (setpoints, manual on/off, etc.).

Questions:
Does the combination KC868‑A8 (ground floor) + KC868‑A6 (upstairs) make sense for this scenario, or would you recommend a different KinCony board combination for 7 loops + 2 zone valves + boiler enable?
What is the recommended way to implement the local control logic on these boards (KinCony original firmware rules, ESPHome, Tasmota, custom ESP32 code, etc.), given that:
It should work safely and autonomously.
It should still be easy to integrate with Home Assistant.

Could you recommend any wireless room thermostats that can communicate directly with KinCony hardware (for example via LoRa, nRF24L01, 433 MHz, or another protocol supported by KC868‑A series), so that I could replace the existing wired thermostats completely in the future?

Any wiring diagrams, example projects or firmware configurations for a similar 2‑floor underfloor heating system would be very helpful.

Thank you in advance for your support!]]> <![CDATA[T32M issue with Output 1]]> https://www.kincony.com/forum/showthread.php?tid=9069 Sun, 22 Feb 2026 07:57:11 +0800 Serg!o]]> https://www.kincony.com/forum/showthread.php?tid=9069
I have just received my T32M device and started assembly. I noticed that Output 1 is directly connected to DC+, turning on/off the output doesn't stop the circuit, it's always on.
I have recorded a short video to demo. Can you please advise if there is something special about output 1 or if there is a fault? All other outputs from 2 to 32 are ok, can turn them on and off.

T32M Output 1 problem

]]>
I have just received my T32M device and started assembly. I noticed that Output 1 is directly connected to DC+, turning on/off the output doesn't stop the circuit, it's always on.
I have recorded a short video to demo. Can you please advise if there is something special about output 1 or if there is a fault? All other outputs from 2 to 32 are ok, can turn them on and off.

T32M Output 1 problem

]]> <![CDATA[Help choosing equipment for my small project]]> https://www.kincony.com/forum/showthread.php?tid=9060 Thu, 19 Feb 2026 18:18:44 +0800 PaPiTo]]> https://www.kincony.com/forum/showthread.php?tid=9060
I came here looking for a practical (and cheap, haha) solution for my modest project.

I've had a TECNOALARM TP5 alarm system at home for years.

As long as it keeps working, I have no intention of changing it, since it meets my needs.

But I would like to make it a bit "smart."

I would simply like to:

1. Activate/Deactivate it from my mobile phone (I use SmartLife for many of the smart plugs I have installed at home).

2. Know if the alarm has been triggered by an alert on my mobile phone.

I have the alarm's installer manual, so I could provide more information if needed.

So, is this possible with any of your panels? Which board would you recommend for this?

I've attached some images from the manual in case they're helpful.

Thanks in advance!


.png   esquema_TP5_detalle.png (Size: 75.3 KB / Downloads: 151)

.png   esquema_TP5.png (Size: 53.07 KB / Downloads: 148) ]]>
I came here looking for a practical (and cheap, haha) solution for my modest project.

I've had a TECNOALARM TP5 alarm system at home for years.

As long as it keeps working, I have no intention of changing it, since it meets my needs.

But I would like to make it a bit "smart."

I would simply like to:

1. Activate/Deactivate it from my mobile phone (I use SmartLife for many of the smart plugs I have installed at home).

2. Know if the alarm has been triggered by an alert on my mobile phone.

I have the alarm's installer manual, so I could provide more information if needed.

So, is this possible with any of your panels? Which board would you recommend for this?

I've attached some images from the manual in case they're helpful.

Thanks in advance!


.png   esquema_TP5_detalle.png (Size: 75.3 KB / Downloads: 151)

.png   esquema_TP5.png (Size: 53.07 KB / Downloads: 148) ]]> <![CDATA[Help to chose the right hardware to control relays]]> https://www.kincony.com/forum/showthread.php?tid=9033 Mon, 09 Feb 2026 12:31:38 +0800 Serg!o]]> https://www.kincony.com/forum/showthread.php?tid=9033
I have an existing home automation setup and need your advice please.
I have multiple modules of relays as on the picture below, they are DPDT relays, 12v coil.
32 relays in total that I control with a device I bought online 5 years ago (Arduino with 8x4 (32) outputs), it listens to MQTT brocker on Home Assistant and basically turns the relays ON/OFF, which are controlling all my lights and a few ceiling fans/exhausts.
This device becomes unreliable and freezes from time to time so I need a replacement.
Can you please recommend a Kincony device so I can manage my existing relays.
Thank you.
[Image: Uc064ce43053f4ff2b135492379cd1dcaH.jpg]

[Image: Ueaec458ec4e6422a9d74ddec0e10e0f39.jpg]]]>
I have an existing home automation setup and need your advice please.
I have multiple modules of relays as on the picture below, they are DPDT relays, 12v coil.
32 relays in total that I control with a device I bought online 5 years ago (Arduino with 8x4 (32) outputs), it listens to MQTT brocker on Home Assistant and basically turns the relays ON/OFF, which are controlling all my lights and a few ceiling fans/exhausts.
This device becomes unreliable and freezes from time to time so I need a replacement.
Can you please recommend a Kincony device so I can manage my existing relays.
Thank you.
[Image: Uc064ce43053f4ff2b135492379cd1dcaH.jpg]

[Image: Ueaec458ec4e6422a9d74ddec0e10e0f39.jpg]]]> <![CDATA[communication between 2 boards]]> https://www.kincony.com/forum/showthread.php?tid=9029 Sun, 08 Feb 2026 01:47:07 +0800 guycaluwaerts]]> https://www.kincony.com/forum/showthread.php?tid=9029
Is it possible without using homeassistant to have an input on one board to control an output on the other board ?

With a long push on a button on input 1 from board KC868-A16, all outputs on KC868-a16 and KC868-AP has to go OFF.

Is this possible ? I cannot find an example in the description how to do this.]]>
Is it possible without using homeassistant to have an input on one board to control an output on the other board ?

With a long push on a button on input 1 from board KC868-A16, all outputs on KC868-a16 and KC868-AP has to go OFF.

Is this possible ? I cannot find an example in the description how to do this.]]> <![CDATA[flash Kincony software to KC868-AP]]> https://www.kincony.com/forum/showthread.php?tid=8886 Wed, 07 Jan 2026 04:10:35 +0800 guycaluwaerts]]> https://www.kincony.com/forum/showthread.php?tid=8886
Because I'm working with a MIFI 4G router I can only make a connection over WIFI.  Fix connection with ethernet cable is not possible.

I suppose the esp32 on the board has to be in AP-mode to fill in the correct SSID and password or my network. 
How can I put the board in AP mode ?]]>
Because I'm working with a MIFI 4G router I can only make a connection over WIFI.  Fix connection with ethernet cable is not possible.

I suppose the esp32 on the board has to be in AP-mode to fill in the correct SSID and password or my network. 
How can I put the board in AP mode ?]]> <![CDATA[KINCONY IN KSA]]> https://www.kincony.com/forum/showthread.php?tid=8885 Wed, 07 Jan 2026 03:32:43 +0800 Maxsys249]]> https://www.kincony.com/forum/showthread.php?tid=8885 <![CDATA[Single Moment switch]]> https://www.kincony.com/forum/showthread.php?tid=8842 Thu, 25 Dec 2025 00:30:48 +0800 Borg357]]> https://www.kincony.com/forum/showthread.php?tid=8842
I ran a Momentary Push Button Switch to a switch input on the A16v3.  I set up an automation where you press the switch, and it runs an automation.

Is there a way to run a different automation on the way you press the switch?  Like, if I hold the button down, it triggers a different automation?

If this exists, can you point me toward a tutorial?

Thank you]]>
I ran a Momentary Push Button Switch to a switch input on the A16v3.  I set up an automation where you press the switch, and it runs an automation.

Is there a way to run a different automation on the way you press the switch?  Like, if I hold the button down, it triggers a different automation?

If this exists, can you point me toward a tutorial?

Thank you]]> <![CDATA[KC868-A16 home assistant]]> https://www.kincony.com/forum/showthread.php?tid=8838 Tue, 23 Dec 2025 02:00:54 +0800 guycaluwaerts]]> https://www.kincony.com/forum/showthread.php?tid=8838 software Kincony V2.2.18

I have connected the board with home assitant using mqtt broker.
Now I can see all 16 inputs and  16 outputs.

When I want to create an automation or a scene, I cannot select an input ( indicated as' bineray sensor' in homeassistant. How can I select this binary sensor to trigger an automation ?

Second question. In the Kincony software I can select for an input 'single click, double click, hold on, .... etc'. Can this information also send to homeassistant ? Now I only see for these inputs only ON or OFF]]> software Kincony V2.2.18

I have connected the board with home assitant using mqtt broker.
Now I can see all 16 inputs and  16 outputs.

When I want to create an automation or a scene, I cannot select an input ( indicated as' bineray sensor' in homeassistant. How can I select this binary sensor to trigger an automation ?

Second question. In the Kincony software I can select for an input 'single click, double click, hold on, .... etc'. Can this information also send to homeassistant ? Now I only see for these inputs only ON or OFF]]> <![CDATA[OPC UA Server for KC868-A16V3: From Smart Home to Industrial Gateway]]> https://www.kincony.com/forum/showthread.php?tid=8817 Fri, 12 Dec 2025 12:05:07 +0800 aksurd]]> https://www.kincony.com/forum/showthread.php?tid=8817 1. Introduction
Hello everyone,
I purchased the KC868-A16V3 controller and was genuinely impressed by its hardware capabilities. To explore its potential beyond smart home applications, I developed a fully functional OPC UA server as a proof-of-concept. This project transforms the A16V3 into a practical industrial OPC UA data gateway.
2. Project Overview & Features
This is a stable, working implementation that demonstrates the controller's ability to serve as an industrial communication node:
  • OPC UA Server: Full server implementation based on open62541 and ESP-IDF.
  • Hardware Support: Utilizes all core I/O of the A16V3:
    • 16 digital input/output channels (via integrated PCF8574).
    • 4 analog input (ADC) channels.
  • Performance: Achieves consistent read times of less than 5ms per tag in testing.
  • Real-World Validation: Successfully integrated and tested with an industrial SCADA system (Simple SCADA). Screenshots are attached below.
  • Complete & Open: All source code is available, documented, and ready to be built upon.
3. Proof of Concept & Evidence
The project is not a commercial product but a verified and stable proof-of-concept. The screenshots below show the server's data points (tags) being actively read and monitored in a real SCADA client interface, confirming successful integration.
*(Прикрепи здесь 1-2 ключевых скриншота из Simple SCADA)*
4. Project Goals & Status
  • Primary Goal: To demonstrate that affordable, accessible hardware like the KC868-A16V3 can be effectively adapted for standard industrial protocols.
  • Current Status: Stable proof-of-concept. All core functionalities are implemented, tested, and operational. The code provides a solid foundation for further development, pilot projects, or customization.
  • Disclaimer: This is an open-source community project, not an official or commercial product from KinCony.
5. Repository & Files
  • GitHub Repository (Full Source Code): https://github.com/Aksurd/opcua-kincony-a16v3
  • Direct Download: For users who may have difficulty accessing GitHub, I have attached the complete source code archive
    Code:
    forum-release.zip
    to this post. It contains all necessary files to explore and build the project.
6. Invitation for Discussion
I welcome all feedback, technical questions, and ideas. I am particularly interested in discussions about:
  • Potential improvements for reliability in industrial environments.
  • Use cases for pilot projects or light automation tasks.
  • Collaboration possibilities to enhance the ecosystem around KinCony hardware.
Thank you to KinCony for the versatile hardware platform, and thank you to the community for your attention.


.zip   forum-release.zip (Size: 772.63 KB / Downloads: 134)

.jpg   photo_2025-12-03_13-37-30.jpg (Size: 152.27 KB / Downloads: 164)

.jpg   photo_2025-12-03_13-38-31.jpg (Size: 141.76 KB / Downloads: 169)

.png   Снимок экрана_2025-12-12_05-40-04.png (Size: 86.37 KB / Downloads: 155) ]]> 1. Introduction
Hello everyone,
I purchased the KC868-A16V3 controller and was genuinely impressed by its hardware capabilities. To explore its potential beyond smart home applications, I developed a fully functional OPC UA server as a proof-of-concept. This project transforms the A16V3 into a practical industrial OPC UA data gateway.
2. Project Overview & Features
This is a stable, working implementation that demonstrates the controller's ability to serve as an industrial communication node:
  • OPC UA Server: Full server implementation based on open62541 and ESP-IDF.
  • Hardware Support: Utilizes all core I/O of the A16V3:
    • 16 digital input/output channels (via integrated PCF8574).
    • 4 analog input (ADC) channels.
  • Performance: Achieves consistent read times of less than 5ms per tag in testing.
  • Real-World Validation: Successfully integrated and tested with an industrial SCADA system (Simple SCADA). Screenshots are attached below.
  • Complete & Open: All source code is available, documented, and ready to be built upon.
3. Proof of Concept & Evidence
The project is not a commercial product but a verified and stable proof-of-concept. The screenshots below show the server's data points (tags) being actively read and monitored in a real SCADA client interface, confirming successful integration.
*(Прикрепи здесь 1-2 ключевых скриншота из Simple SCADA)*
4. Project Goals & Status
  • Primary Goal: To demonstrate that affordable, accessible hardware like the KC868-A16V3 can be effectively adapted for standard industrial protocols.
  • Current Status: Stable proof-of-concept. All core functionalities are implemented, tested, and operational. The code provides a solid foundation for further development, pilot projects, or customization.
  • Disclaimer: This is an open-source community project, not an official or commercial product from KinCony.
5. Repository & Files
  • GitHub Repository (Full Source Code): https://github.com/Aksurd/opcua-kincony-a16v3
  • Direct Download: For users who may have difficulty accessing GitHub, I have attached the complete source code archive
    Code:
    forum-release.zip
    to this post. It contains all necessary files to explore and build the project.
6. Invitation for Discussion
I welcome all feedback, technical questions, and ideas. I am particularly interested in discussions about:
  • Potential improvements for reliability in industrial environments.
  • Use cases for pilot projects or light automation tasks.
  • Collaboration possibilities to enhance the ecosystem around KinCony hardware.
Thank you to KinCony for the versatile hardware platform, and thank you to the community for your attention.


.zip   forum-release.zip (Size: 772.63 KB / Downloads: 134)

.jpg   photo_2025-12-03_13-37-30.jpg (Size: 152.27 KB / Downloads: 164)

.jpg   photo_2025-12-03_13-38-31.jpg (Size: 141.76 KB / Downloads: 169)

.png   Снимок экрана_2025-12-12_05-40-04.png (Size: 86.37 KB / Downloads: 155) ]]> <![CDATA[Home Assistant Setup with Voice, Tablet & App Control Using KinCony ESP32 Relay Board]]> https://www.kincony.com/forum/showthread.php?tid=8750 Thu, 20 Nov 2025 01:48:15 +0800 Newcomer1]]> https://www.kincony.com/forum/showthread.php?tid=8750
I would like to set up a system using Home Assistant, which will be controlled by voice commands, as well as via a tablet mounted on the wall and a smartphone app.

I found your device KinCony F32 ESP32-S3 16A Removable Relay Board released, and here is the question: is this device capable of handling all the listed components?

I am at the stage of cable routing in the house:

1. 3x2.5 cables for power outlets
   
2. 3x1.5 cables for light bulbs
   
3. Ethernet Cat 5 cables for switches/buttons that will control the bulbs
   
4. Ethernet Cat 5 cables for sensors
   
5. Ethernet Cat 6 cables for 6 reolink cameras
   
6. Ethernet Cat 5 cables for sensors/detectors
   
7. LED cables for lighting
   
8. 3x1.5 cable for garden lamps
   
9. 3x2.5 cable for the deep well pump
   
10. Underground cable 11x1 for the irrigation system
   
11. 3x1.5 cable for external blinds
   
12. 3x2.5 cable that in the future may be used for more powerful garden equipment
   
13. 3x2.5 cable for the sliding entrance gate and a separate cable for the garage gate. 

    Additionally, a LAN network and 2 APs will be installed in the house.
   

The devices I want to connect to your system are:

1. Hitachi heat pump model Yutaki S8kW, for water heating and underfloor heating on the ground floor and first floor.
   
2. Domekt R450V LA/Z ventilation system (heat recovery).
   
3. 2 separate air conditioning units and an additional air conditioning unit that will support the ventilation system.
   
4. Cameras, NVR Frigate with CORAL AI module.
   
5. 11 external blinds on Yooda motors that can be connected to a micro control panel 1-channel DC 73 and wall remotes DC 315.
   
6. Irrigation system with 10 zones.
   
7. Entrance and garage gates.
   
8. Photovoltaic panels with an energy storage system.
   
9. All lighting points: 
    16 zones in the house, 2 zones will have staircase switches. Additionally, some places will have LED strips installed.
   
10. Sensors:
   

- Presence/motion sensors
   
- Door/window opening sensors (contact sensors)
   
- Vibration sensors
   
- Smoke detectors
   
- Flood sensors
   
- CO detectors
   
- Temperature and humidity sensors
   
- Wind and rain sensors
   

Connection diagram:

Distribution board number 1 will contain only "power outlets," and all 3x2.5 cables are routed here. Initially, I did not consider integrating them with smart/automation solutions, but if this is possible, I will consider it. Additionally, the photovoltaic installation will also be connected here.

Distribution board number 2 will contain everything else listed.

Both distribution boards are located in different rooms. 
How to connect these 2 distribution boards using your solution?

Can you recommend your sensors and everything needed to assemble this system?
All recommendations, enhancements, and any tips are highly welcome.]]>
I would like to set up a system using Home Assistant, which will be controlled by voice commands, as well as via a tablet mounted on the wall and a smartphone app.

I found your device KinCony F32 ESP32-S3 16A Removable Relay Board released, and here is the question: is this device capable of handling all the listed components?

I am at the stage of cable routing in the house:

1. 3x2.5 cables for power outlets
   
2. 3x1.5 cables for light bulbs
   
3. Ethernet Cat 5 cables for switches/buttons that will control the bulbs
   
4. Ethernet Cat 5 cables for sensors
   
5. Ethernet Cat 6 cables for 6 reolink cameras
   
6. Ethernet Cat 5 cables for sensors/detectors
   
7. LED cables for lighting
   
8. 3x1.5 cable for garden lamps
   
9. 3x2.5 cable for the deep well pump
   
10. Underground cable 11x1 for the irrigation system
   
11. 3x1.5 cable for external blinds
   
12. 3x2.5 cable that in the future may be used for more powerful garden equipment
   
13. 3x2.5 cable for the sliding entrance gate and a separate cable for the garage gate. 

    Additionally, a LAN network and 2 APs will be installed in the house.
   

The devices I want to connect to your system are:

1. Hitachi heat pump model Yutaki S8kW, for water heating and underfloor heating on the ground floor and first floor.
   
2. Domekt R450V LA/Z ventilation system (heat recovery).
   
3. 2 separate air conditioning units and an additional air conditioning unit that will support the ventilation system.
   
4. Cameras, NVR Frigate with CORAL AI module.
   
5. 11 external blinds on Yooda motors that can be connected to a micro control panel 1-channel DC 73 and wall remotes DC 315.
   
6. Irrigation system with 10 zones.
   
7. Entrance and garage gates.
   
8. Photovoltaic panels with an energy storage system.
   
9. All lighting points: 
    16 zones in the house, 2 zones will have staircase switches. Additionally, some places will have LED strips installed.
   
10. Sensors:
   

- Presence/motion sensors
   
- Door/window opening sensors (contact sensors)
   
- Vibration sensors
   
- Smoke detectors
   
- Flood sensors
   
- CO detectors
   
- Temperature and humidity sensors
   
- Wind and rain sensors
   

Connection diagram:

Distribution board number 1 will contain only "power outlets," and all 3x2.5 cables are routed here. Initially, I did not consider integrating them with smart/automation solutions, but if this is possible, I will consider it. Additionally, the photovoltaic installation will also be connected here.

Distribution board number 2 will contain everything else listed.

Both distribution boards are located in different rooms. 
How to connect these 2 distribution boards using your solution?

Can you recommend your sensors and everything needed to assemble this system?
All recommendations, enhancements, and any tips are highly welcome.]]> <![CDATA[A32pro MQTT auto discovery HA]]> https://www.kincony.com/forum/showthread.php?tid=8746 Tue, 18 Nov 2025 04:27:49 +0800 Nikola]]> https://www.kincony.com/forum/showthread.php?tid=8746 “Why is it that every time I shut down Home Assistant and start it again, the A32pro MQTT auto-discovery for Home Assistant doesn’t work until I go to the A32pro’s IP address and reset the MQTT settings?”
Why is it that every time I shut down Home Assistant and start it again, the A32pro MQTT auto-discovery for Home Assistant doesn’t work until I go to the A32pro’s IP address and reset the MQTT settings?]]> “Why is it that every time I shut down Home Assistant and start it again, the A32pro MQTT auto-discovery for Home Assistant doesn’t work until I go to the A32pro’s IP address and reset the MQTT settings?”
Why is it that every time I shut down Home Assistant and start it again, the A32pro MQTT auto-discovery for Home Assistant doesn’t work until I go to the A32pro’s IP address and reset the MQTT settings?]]> <![CDATA[Centralized vs distributed control boards]]> https://www.kincony.com/forum/showthread.php?tid=8656 Thu, 16 Oct 2025 20:47:29 +0800 TonyB]]> https://www.kincony.com/forum/showthread.php?tid=8656 Would you recommend using a single central control board to manage all lights, sockets, and other devices, or would it be better to install multiple smaller boards distributed around the apartment to keep wiring shorter and more efficient?

Any suggestions or examples from similar installations would be really appreciated!
Thanks in advance for your help.]]> Would you recommend using a single central control board to manage all lights, sockets, and other devices, or would it be better to install multiple smaller boards distributed around the apartment to keep wiring shorter and more efficient?

Any suggestions or examples from similar installations would be really appreciated!
Thanks in advance for your help.]]> <![CDATA[Relay Trigger for Hot Water System]]> https://www.kincony.com/forum/showthread.php?tid=8576 Tue, 23 Sep 2025 08:10:23 +0800 swalton]]> https://www.kincony.com/forum/showthread.php?tid=8576
I’m after some advice on what to buy. I’d like Home Assistant to trigger a Finder DIN-rail power relay with a 12 V DC coil ( 22.23.9.012.4000 | Finder DIN Rail Power Relay, 12V dc Coil, 20A Switching Current, SPST-NC, SPST-NO | RS ) whenever I have excess solar during the day. 

The relay will switch a hot-water system. Which KinCony device would be the best fit, and can this finder relay coil run on AC as well as DC?

Here is the data sheet  0900766b816bcd62.pdf


.png   Screenshot 2025-09-23 100101.png (Size: 51.61 KB / Downloads: 333)
 
Thanks!

Sam]]>
I’m after some advice on what to buy. I’d like Home Assistant to trigger a Finder DIN-rail power relay with a 12 V DC coil ( 22.23.9.012.4000 | Finder DIN Rail Power Relay, 12V dc Coil, 20A Switching Current, SPST-NC, SPST-NO | RS ) whenever I have excess solar during the day. 

The relay will switch a hot-water system. Which KinCony device would be the best fit, and can this finder relay coil run on AC as well as DC?

Here is the data sheet  0900766b816bcd62.pdf


.png   Screenshot 2025-09-23 100101.png (Size: 51.61 KB / Downloads: 333)
 
Thanks!

Sam]]> <![CDATA[KC868-AP Control System (MQTT + Home Assistant)]]> https://www.kincony.com/forum/showthread.php?tid=8575 Mon, 22 Sep 2025 19:26:36 +0800 nikhuge]]> https://www.kincony.com/forum/showthread.php?tid=8575
https://github.com/charithmadhuranga/Kin...ython-Mqtt]]>
https://github.com/charithmadhuranga/Kin...ython-Mqtt]]>