Working config for s103-g+xs50 or sample for fhem

[unix]

Hi
is anyone use fhem 5.8 whit neuron s103-g or the xs50
and have a working config for alle the relays / dig in / dig out / 1wire
and has the desire to provide that.

thx
Regards

[tomas_hora]

Hello @unix,

Last week we contacted Klaus Wittstock regarding the implementation of FHEM for Neurons - he is willing to do that. But if you are also interested, you could help him with testing.

However the development has not started yet so if you are in rush, you can use the TCP Modbus to access the IOs and a standard Modbus RTU to access the xS50. 1Wire is done via the I2C DS2482 cip

[unix]

HI
yes thats no prob i have time and my test work is allways online

but hope another user use fhem and have beginn the work.
yes the 1wire run but little scary i use 18 sensors 16 x DS18B20 and 2 from unica
but owserver have once all sensors another second 0 sensors and another sec. and so on

my owserverconf lokks like :

! server: server = 127.0.0.1:4304
device = /dev/i2c-1
server: i2c = /dev/i2c-1:ALL
server: port = 4304

but realy unstable on sensor detect.
evok have no problem to detect all sensors only the unica is detect but no data in webui :smirk:

Sensor DS2438 - 2620531402000075   N/A

Regards

[Negropo]

Hello,

I tried to connect an NeuronxS10 via Modbus RTU to fhem and get it now working. That means I can switch the relay 1 to 8 and can read all DI.
I use coils to read and write. Here is my code from fhem if anyone wants to try it:

#Neuron xS10
define NeuronModbus Modbus /dev/ttyUSB0@19200,8,N,1
define NeuronRO ModbusAttr 15 30 RTU
attr NeuronRO IODev NeuronModbus
attr NeuronRO dev-c-combine 8
attr NeuronRO dev-c-defPoll 1

attr NeuronRO obj-c0-hint 0,1
attr NeuronRO obj-c0-reading RO1
attr NeuronRO obj-c0-set 1
attr NeuronRO stateFormat RO1
attr NeuronRO webCmd RO1

attr NeuronRO obj-c1-hint 0,1
attr NeuronRO obj-c1-reading RO2
attr NeuronRO obj-c1-set 1
attr NeuronRO stateFormat RO2
attr NeuronRO webCmd RO2

attr NeuronRO obj-c2-hint 0,1
attr NeuronRO obj-c2-reading RO3
attr NeuronRO obj-c2-set 1
attr NeuronRO stateFormat RO3
attr NeuronRO webCmd RO3

attr NeuronRO obj-c3-hint 0,1
attr NeuronRO obj-c3-reading RO4
attr NeuronRO obj-c3-set 1
attr NeuronRO stateFormat RO4
attr NeuronRO webCmd RO4

attr NeuronRO obj-c4-hint 0,1
attr NeuronRO obj-c4-reading RO5
attr NeuronRO obj-c4-set 1
attr NeuronRO stateFormat RO5
attr NeuronRO webCmd RO5

attr NeuronRO obj-c5-hint 0,1
attr NeuronRO obj-c5-reading RO6
attr NeuronRO obj-c5-set 1
attr NeuronRO stateFormat RO6
attr NeuronRO webCmd RO6

attr NeuronRO obj-c6-hint 0,1
attr NeuronRO obj-c6-reading RO7
attr NeuronRO obj-c6-set 1
attr NeuronRO stateFormat RO7
attr NeuronRO webCmd RO7

attr NeuronRO obj-c7-hint 0,1
attr NeuronRO obj-c7-reading RO8
attr NeuronRO obj-c7-set 1
attr NeuronRO stateFormat RO8
attr NeuronRO webCmd RO8

define NeuronDI ModbusAttr 15 1 RTU
attr NeuronDI IODev NeuronModbus
attr NeuronDI dev-c-combine 8
attr NeuronDI dev-c-defPoll 1

attr NeuronDI obj-c8-reading DI1
attr NeuronDI stateFormat DI1

attr NeuronDI obj-c9-reading DI2
attr NeuronDI stateFormat DI2

attr NeuronDI obj-c10-reading DI3
attr NeuronDI stateFormat DI3

attr NeuronDI obj-c11-reading DI4
attr NeuronDI stateFormat DI4

attr NeuronDI obj-c12-reading DI5
attr NeuronDI stateFormat DI5

attr NeuronDI obj-c13-reading DI6
attr NeuronDI stateFormat DI6

attr NeuronDI obj-c14-reading DI7
attr NeuronDI stateFormat DI7

attr NeuronDI obj-c15-reading DI8
attr NeuronDI stateFormat DI8

Negropo

[Klaus Wittstock]

The Modul 00_Neuron.pm which can be used to access an Neuron device via Websocket and JSON will be delivered by FHEMs update function.

define neuron Neuron <IP-Address>
attr neuron connection websockets

For each Port an device will be created automatically in the room "NeuronPin"
The version is still Beta but works quite stable.

I'm not very often here (unipi forum).
If there are any questions please ask in FHEM forum (and send me an PM, username: klausw).