note: ARM CPU firmware version should >= V20_260305SP
ARM CPU firmware download: https://www.kincony.com/forum/showthread.php?tid=9107

note: ARM CPU firmware version should >= V20_260305SP
ARM CPU firmware download: https://www.kincony.com/forum/showthread.php?tid=9107

note: ARM CPU firmware version should >= V20_260305SP
ARM CPU firmware download: https://www.kincony.com/forum/showthread.php?tid=9107

note: ARM CPU firmware version should >= V20_260305SP
ARM CPU firmware download: https://www.kincony.com/forum/showthread.php?tid=9107

Carte interface:
 
pour le t16m , le type de carte d'interfaçage pour Sorties et Entrées :
pour :
- les Sorties NPN ou PNP ??
- les Entrées NPN ou PNP ??
ainsi que pour l AIO
Les entrées NPN ou PNP .
Dsl , c'est pas mon domaine..
Cordialement

Good day,

I would like to suggest adding different views option to the KinCony Cloud devices. 
It will improve a lot the user experience if we would be able to expand the Device as a list to see the Status of selected inputs/outputs or to be able to view as split screens different devices in a similar way would monitor security cameras for example. 
With present view option it's needed to enter each device separately to view or control the outputs, not being able to see what happens with other devices.

In my case I am using 7 x A16v3, split in 3 Electrical Panels, to control the lights and windows stores in one building and would be much better to be able to see all the selected inputs/outputs combined in one page and also to be able to group or sort them in different views.

Thank you

Hi,

I am trying to connect an SHT30 temperature and humidity i1c sensor to a Kincony B8 using free GPIOs 47 and 48. https://shop.kincony.com/products/sht30-...tion-cable

I have ESPHome firmware on the board with this config:

i2c:

  - id: bus_b
    sda: GPIO47
    scl: GPIO48
    scan: true
    frequency: 100kHz

sensor:
  - platform: sht3xd
    i2c_id: bus_b
    address: 0x44
    update_interval: 60s
    temperature:
      name: "Homerseklet"
      device_class: "temperature"
      state_class: "measurement"
    humidity:
      name: "Paratartalom"
      device_class: "humidity"
      state_class: "measurement"

I have tried many variations, switching the SDA and SCL etc but no luck. The device is not detected. Am I using the correct GPIOs?  (see attached photo)

black -> ground
yellow -> 47
blueish green -> 48
red -> 3V

   

The E16V3 can't be nicely integrated in domestic electrical enclosures.

This forces cutting the plastic of the enclosures, which is not nice.

It would be good to have a cover compatible with those standardized enclosures:
- Width equal to a number of standard module (18mm I think)
- Height of the prominent part = 45 mm.

BRs,

Laurent

Hi,
The cover of the E16V3 seems to be coated metal.

Rigid or semi-rigid wires are screwed on the terminal block , with the risk that the tip of the wire will touch the cover.

Although the coated layer isolates the cover from the wire, this layer is very thin and the wire could scratch the coating so that the cover could quickly be submitted to high voltage.

There should be additional isolation between the terminal block and the cover, such as a plastic strip glued to the cover.

BRs,

Laurent

Hi,

Being a long time user of Koncony products now, I wonder why not move the Kincony products codebase to GitHub?

I know this is asked a lot for existing projects / companies. But it would be a great, much more efficient experience for most, if not even all Kincony users / customers.

Most users today use GitHub, engineers do anyway. As well as the directly connected technologies, for example ESPHome and Tasmota.

I am confident that this would open a much wider audience on Kinconys products, make issues and pull requests possible and much, much more.

Do you see a chance of this happening?

Bet wishes,
Stefan