Hello Martin, Thank you very much. I think there is also an UDP port to find PLC (UDP Broadcast). Whitch one is it? Best regards François

@msoenen Then check the "DirectSwitch_force" and its documentation which is part of Lib.UniPi

Hi So it was information noise on the side of the papouch support. ;-) It's really a modbus TCP and it works. I apologize for misinformation.

Thanks a lot. It works. I imagine that flashing SD card wasn't usefull! ;-) Regards.

'nother update: giving it some thought, I quickly wanted to see if I could do the same stuff again in go, so here goes another POC: https://github.com/mhemeryck/unipitt/blob/37b9a07bc570301c2a11836526df1a2be8b21647/main.go (Don't mind the project name though, I've sort of ran out of original names, I guess) Anyways, performance seems much better in this case. I figure I'll put my efforts into polishing this project as it seems to be the simplest, fastest, most robust. I did notice however when toggling one of the DI's, that another DI also got toggled somehow, still need to investigate that further. Thanks for continuous feedback, this actually adds a lot to me for the overall unipi experience!

@matt Check the attached leaflet. SSH can be enabled using the web service interface. Thanks for the tip! Created a Axon category and re-organized the UniPi Extensions category.

Hello @matt , not yet :(

@tomasknot The wiegand is 0-5 Vdc (it's not even 5 its 3.8Vdc) Wiegand data pulses are 50ys width and come at 1ms wiegand protocol (while Neuron DI locial 1 must be higher then 4.5Vdc and min puls with is 20ys) Is there any possibility to connect this to Neuron M103 Are there raw PI inputs available?

Dobry den Dekuji za nasmerovani, me zmatlo to ze v dokumentaci je popisovana "Nova" verze mervisu.

Hi Martin Thank you for quick response. Jiri

Dobrý den, děkuji za info. Tedy ale pokud budu chtít, aby mně z globální proměné řekněme aktuální spotřeby vycházel výsledek řekněme denní spotřeby je třeba na to vytvořit vlastní FB.

Alright, thanks! I'll try the package installation on Raspbian and report back if I have any issues.

@dickesc Not sure, they are also using I2C and some microcontroller. You would have to check their documentation and ours documentation if there is no conflict with GPIOs, I2C, SPI,...

Hi @dominikmlkvy, This looks like a hardware problem. Are there any visible signs of damage on the board, or perhaps an interrupted connection somewhere? It might help if you can provide photos of the device in it's current state with a sufficient resolution to examine the hardware. If you are positive that you have not used the device in a way that is outside the intended operating parameters you can send the device for a replacement, but you may be charged some or all of the cost if the fault is due to improper use. Please contact support@unipi.technology for further help. We keep test logs of our devices before sending them out - it would help if you could provide me with a serial number of your device so I can check it, but I don't expect that it failed testing as we perform a final check before sending each product. I hope this helps

Hello @viestivelho, 1Wire has only one data pin from its design, and that is pin 7 on the master = the UniPi. Besides that we use another wire, pin 6, to serialize the bus as much as possible to maximize the reliability. That pin is wired only in the temperature sensors and HUBs which we provide.

@andré sorry to be so slow responding. Somehow I missed the post. There are instructions in the data sheet on how to use groups 2 and 3. As a summary getting the IO to work with Group1 was fairly involved, and given that it is identical across all Neuron devices a function block instance is created and the mappings from registers is done automatically. For groups 2 and 3 you will need to map the IO using standard CODESYS features. To make this simpler, all of the Registers and Coils for these groups are named, there are also function blocks provided that will assist with converting between registers and larger data types.

@jasperjackson said in Vanishing 1-wire sensors: @tomas_hora Hi Thomas! I didn't find anything yet... Looking at the cabeling again... What surprises me by the way is that you sell 1-wire sensors with 10 meters of unshielded cable?? https://www.unipi.technology/1-wire-temperature-sensor-p63 How can that be right?

Hi Martin, I want to use UNIPI 1.1 to power a bench, with electric motors, just to start the motors and for maneuver operations. I initially think of using Raspberry as Broker (MQTT) and an arduino as sensor control (MQTT Client).