sensor:
  - platform: mqtt
    name: Voltage
    state_topic: "zigbee2mqtt/0x00158d00067ec29e"
    value_template: "{{ value_json.battery }}"
    unit_of_measurement: "%"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"
    qos: 0
    device_class: battery

  - platform: mqtt
    name: signal
    state_topic: "zigbee2mqtt/0x00158d00067ec29e" 
    value_template: "{{ value_json.linkquality }}"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"
    qos: 0
    device_class: signal_strength

  - platform: mqtt
    name: click
    state_topic: "zigbee2mqtt/0x00158d00067ec29e"
    value_template: "{{ value_json.click }}"
    availability_topic: "zigbee2mqtt/bridge/state"
    payload_available: "online"
    payload_not_available: "offline"

I would like to use COL to set a time function + a light sensor. i have already wired everything, but i can't program how i want: i would like it from 22 to 7 every day, if DI4 = 1, then k27 on for 10 seconds. I don't find the specific way to set the function from 10pm to 7am thank you

I'm testing a NTC Thermistor with analog input of COLB.
An NTC 103AT in series with a 10k resistor.
Both connected to +5V and input A1.

The voltage measured at input A1 is different from the calculated one (VA1 = 10k x 5/(RThermistor + 10k).
It seems that the A1 input impedance is low and influences the circuit.
Can you help me with that?

Thanks!

As suggested, I consider using SSR relays as secondary relays to protect the built-in relays from load. My load is for lighting/blinds only (each channel should require < 300W).

I noticed that the SSRs are typically sold for loads of 10A/25A/40A. The prices are quite the same (the extra load capacity costs a few extra cents). I also noticed that when the environmental temperatures gets higher a 10A SSR can withstand <10A load (the same goes for the 25A & 40A SSRs). Why shouldn't I just purchase the 40A to maximize its life expectancy?

Lets assume I use a fixed eventual load of 5A for the lighting channel (for example). Does the 40A SSR require a higher *operating load* than the 10A SSR, and by so might wore more the actuator's built-in relay?

Thanks a lot!
Elad

I understand that the built-in relays might get worn and have to be replaced after a few years of operation.
1. What is the model/specifications of the relay units installed in the actuator? Can it be soldered (out and in) easily at home with a simple solder, or does it require special equipment/specialty? Do these relays getting worn when sitting on the shelf unused? I consider buying a few relay units in advanced and store them at home for such case.
2. Can I replace these relays with higher quality ones?
3. How much does using a secondary contactor enlarges the life expectancy of these built-in relays? What is the most recommended contactors? Are SSR contactors preferable over magnetic ones? Does it wore them less if they operate on DC12V?
4. Is it recommended to use RC snubber for SSR contactors or it is relevant only for magnetics?

Thanks,
Elad

Hi.
KC868-COL has 16 DIs and 16 AIs. Can i set an AI to be operated as a simple DI? I want to have 32 DIs. Alternatively, can i have multiple units of KC868-COL?
Thanks.

Hi

One of your logic units (like KC868-COL) or the switch terminal board is able to detect double-click and/or long-click on the digital input from the self-reset switch? I would like to set it to perform some other action (like turning off a group of lights) without having a dedicated switch just for it. In other words: on a certain switch: (i) normal click would be programmed to do action_1, (ii) double click would do action_2; and (iii) long click would do action_3.

Thanks.

Hi

What kind of warranty do you supply with the products sold in your store?

Thanks.

Hi.

The switch panels sold in Kincony's store have light indicators on them with a separate connection socket outlet. Does one of your products have a *digital output* option that can conditionally feed 12VDC to these LEDs? If not, is there another solution (assuming we don't want to connect it directly to the relay's output 320VAC nor having a dedicated expensive contactor for each led)?

Thanks!