LAN-Anbindung für BSB-Bus (Brötje, Elco Thision etc.)

[Schotty]

Danke gamma.
Hmm,das ist wirklich merkwürdig..flackert bei dem denn auch die led?

[Gamma]

Nein, LED leuchtet, aber es flackert nichts...

[Schotty]

  bei identischem anschluss? (Und die bauteile sind alle 1:1 gleich,also die dioden etc auch alle korrekt positioniert? Naja,wenn das der von freetz ist,dann gehe ich davon aus..) Seeehr merkwürdig  da fällt mir momentan nix weiter zu ein,sorry 
Das mit den anschlüssen bei deinem regler finde ich aber auch mysteriös btw,ich hatte extra im handbuch deines modells nachgesehen - normalerweise gibt's da solche abweichungen nicht..  Und leuchten ohne zu flackern spricht wieder für g+ anstelle von cl+.. komisch..

[freetz]

Nur kurz: Wenn die LED leuchtet, aber nicht flackert, sind a) die Bauteile in Ordnung und ist b) die Verkabelung nicht korrekt. Wie gesagt, das Flackern ist nur bei genauem Hinsehen zu erkennen, aber wenn Du es bei dem anderen Adapter erkannt hast, weißt Du ja, worauf Du achten musst.

Wenn es flackert und 1:1 angeschossen ist und trotzdem nichts kommt, kannst Du mir den Adapter noch mal zusenden, dann schaue ich mir das noch mal an. Aber wie gesagt, die LED muss flackern...

[Fragggy]

Hi Schotty,

ich habe die config angepasst und die beiden Anpassungen für Software Seriel gemacht.

Daten sehe ich aber leider noch keine.
Meine Config sieht jetzt so aus:

Code Auswählen Erweitern

/************************************************************************************/
/************************************************************************************/
/* Settings -   BEGIN                                                               */
/************************************************************************************/
/************************************************************************************/

// Upon first installation, rename this file from BSB_lan_config.h.default to BSB_lan_config.h and adjust settings accordingly

/*
* Initialize the Ethernet server library
* with the IP address and port you want to use
* (port 80 is default for HTTP):
*/

#define Port 80
#define IPAddr 192,168,1,40   // please note the commas instead of dots!!! Remove this line when you want DHCP
#define GatewayIP 192,168,1,254 // Optional: this is usually your router's IP address. Please note the commas instead of dots!!!
#define DNSIP 192,168,1,82 // Only set this variable if your DNS server is different from your router's IP address (GatewayIP). Please note the commas instead of dots!!!
#define SubnetIP 255,255,255,0  // Please use commas insteaf of dots!!!

/* Select language; so far German is the most complete, with English following.
* Available languages are: Czech (CS), German (DE), Danish (DA), English (EN), Spanish (ES), Finnish (FI),
* French (FR), Greek (EL), Hungarian (HU), Italian (IT), Dutch (NL), Polish (PL), Russian (RU), Swedish (SV),
* Slovenian (SI) and Turkish (TR).
* Incomplete languages will automagically be filled up with English translations first, and if no English translation
* is available, fallback will take place to German.
*/
#define LANG DE

/* SECURITY OPTIONS
* There are several options to control and protect access to your heating system. However, keep 
* in mind, that even activating all three options are no guarantee that a versatile intruder with
* access to your (W)LAN won't be able to gain access. In any case, no encryption of data streams
* is provided from the Arduino itself. Use VPN or a SSL proxy if that is a must for you and connect
* the Arduino wired to the VPN server or SSL proxy. On the other hand, someone with this amount
* of criminal activity will probably have it easier just to access your heating system face-to-face ;)
*/

/*
* if PASSKEY is defined, the URL has to contain the defined passkey as first element
* e.g.
* http://192.168.178.88/1234/                - to view the main website (don't forget the trailing slash!)
* http://192.168.178.88/1234/K               - to list all categories
* http://192.168.178.88/1234/8700/8740/8741  - to list parameters 8700, 8740 and 8741 in one request
*/
//#define PASSKEY "1234"

/* activate IP-address-based access. Only the last segment of the client's IP address is matched, as it is assumed that
* requests are made from the same subnet only. So if your trusted client's IP is 192.168.178.20, you have to set
* TRUSTED_IP to 20.
*/
//#define TRUSTED_IP 20
//#define TRUSTED_IP2 30

/* activate HTTP-Auth authentification to provide username/password based access. No encryption!
* Default sets username to "atari" and password to "800xl". Visit a website like
* https://www.base64encode.org/
* to encode your own username/password combination in the format username:password
* and replace the YXRhcmk6ODAweGw= string below accordingly.
*/
//#define USER_PASS_B64 "YXRhcmk6ODAweGw="

/* select your heating system (default may work for other systems)
* Set fixed_device_family and fixed_device_variant to your device family and variant (parameters 6225 and 6226) here
* if autodetect does not work or heating system is not running when Arduino is powered on
* You may use other device family numbers to test commands from other heating systems at your own risk
*/
static const int fixed_device_family = 0;
static const int fixed_device_variant = 0;

// Hide unknown parameters from web display (parameters will still be queried!)
//#define HIDE_UNKNOWN

/*
* Define the pin for one wire temperature sensors
*/
//#define ONE_WIRE_BUS 3

// Define the pins for DHT temperature/humidity sensors
//#define DHT_BUS 2,3

// Create 24h averages from these parameters
int avg_parameters[20] = {
  8700,                   // Außentemperatur
  8326                    // Brenner-Modulation
};

/* activate logging on SD-card. Requires a FAT32-formatted Micro-SD card inserted into the Ethernet-Shield's card slot */
#define LOGGER

int log_parameters[20] = {
//  30000,                  // Logging von "rohen" Bus-Datentelegrammen (macht nur als alleiniger Parameter Sinn)
  8700,                   // Außentemperatur
  8743,                   // Vorlauftemperatur
  8314,                   // Rücklauftemperatur
//  20000,                  // Spezialparameter: Brenner-Laufzeit Stufe 1(/B)
//  20001,                  // Spezialparameter: Brenner-Takte Stufe 1 (/B)
//  20002,                  // Spezialparameter: Brenner-Laufzeit Stufe 2(/B)
//  20003,                  // Spezialparameter: Brenner-Takte Stufe 2 (/B)
//  20004,                  // Spezialparameter: TWW-Laufzeit (/B)
//  20005,                  // Spezialparameter: TWW-Takte (/B)
//  20006,                  // Spezialparameter: 24h-Durchschnittswerte (/A)
//  20101,                  // Spezialparameter 20100-20199: DHT22-Sensoren 1-100 (/T)
//  20200                   // Spezialparameter 20200-20299: DS18B20-Sensoren 1-100 (/T)
};

unsigned long log_interval = 3600;    // logging interval in seconds
boolean log_unknown_only = 1;         // should we log only unknown commands when logging bus telegrams?
boolean log_bc_only = 0;              // should we log only broadcast commands (dest = 0x7f) when logging bus telegrams?

// Activate sending log_parameters to MQTT broker every log_interval seconds
#define MQTTBrokerIP 192,168,1,71 // Please use commas insteaf of dots!!!
#define MQTTUsername "mqtt" // Set username for MQTT broker here or comment out if no username/password is used.
#define MQTTPassword "xxxxx" // Set password for MQTT broker here or comment out if no password is used.
#define MQTTTopicPrefix "BSB-LAN" // Optional: Choose the "topic" for MQTT messages here
#define MQTT_JSON // Optional: Use this if you want a json package of your logging infomation printed to the mqtt topic
//#define MQTTDeviceID "MyHeater" // Optional: Define a device name to use as header in json payload. If not defined, BSB-LAN will be used.
// Payload will be of the structure: {"MQTTDeviceID": {"status":{"log_param1":"value1","log_param2":"value2"}, ...}}


// Activate IPWE extension (http://xxx.xxx.xxx.xxx/ipwe.cgi)
#define IPWE

// Parameters to be displayed in IPWE extension
const int ipwe_parameters[] = {
  8700,                   // Außentemperatur
  8743,                   // Vorlauftemperatur
  8314,                   // Rücklauftemperatur
  8750,                   // Gebläsedrehzahl
  8830,                   // Warmwassertemperatur
  8740,                   // Raumtemperatur Ist
  8741,                   // Raumtemperatur Soll
  8326,                   // Brenner-Modulation
  8337,                   // Startzähler Brenner
  8703,                   // Aussentemperatur gedämpft
  8704                    // Aussentemperatur gemischt
};

//#define MAX_CUL 192,168,178,5                  // IP of CUNO/CUNX/modified MAX!Cube

const char max_device_list[] PROGMEM = {        // list of MAX! wall/heating thermostats that should be polled
  "KEQ0502326"                                  // use MAX! serial numbers here which have to have exactly 10 characters
  "KEQ0505080"
};

// defines the number of retries for the query command
#define QUERY_RETRIES  3

/* enable /N URL command to reset Arduino - might not work on older boards */
//#define RESET

/*
*  Enter a MAC address, found either on the EthernetShield or use the one below.
*/
static byte mac[] = { 0x00, 0x80, 0x41, 0x19, 0x69, 0x90 };

// Setting bus pins and bus type
// Bus bus (RX pin, TX pin, parameter 3, parameter 4)
// Hardware Serial is always pin 19 (RX) and pin 18 (TX).
// Software Serial needs special pins for RX (68) and TX (69), this is now deprecated.
// BSB:
// - optional third parameter sets own address, defaults to 0x42 (LAN in serial monitor)
// - use BSB bus(68,69,6) to define device as RGT1
// LPB:
// - optional third and fourth parameter set own and destination address (high nibble = segment, low nibble = device minus 1)
// - defaults to 0x42 for own address and 0x00 for destination address, i.e. segment 4, device 3 for Arduino/BSB-LAN and segment 0, device 1 for heating system
// PPS:
// - optional third parameter set to "1" enables writing to heater - only use this if there is no other room controller (such as QAA50/QAA70) active. Fourth parameter does not have any effect.
BSB bus(68,69); // BSB bus(68,69); // pin 68,69 = SoftwareSerial
constexpr uint8_t bus_type = 2;  // set bus system at boot: 0 = BSB, 1 = LPB, 2 = PPS
#define QAA_TYPE  0x53  // 0x53 = QAA70, 0x52 = QAA50

// Protect these pins from accidental GPIO access
constexpr byte exclude_GPIO[] = {0, 1, 4, 10, 11, 12, 13, 18, 19, 20, 21, 22, 23, 50, 51, 52, 53, 62, 63, 64, 65, 66, 67, 68, 69};

// If set to 1, all messages on the bus are printed to the PC
// hardware serial interface
byte verbose = 1;
byte monitor = 0;

// defines default flag for parameters (use "#define DEFAULT_FLAG 0" to make (almost) all parameters writeable)
#define DEFAULT_FLAG FL_RONLY

// include commands from BSB_lan_custom.h to be executed at the end of each main loop
//#define CUSTOM_COMMANDS

// Check for new versions when accessing BSB-LAN's main page
#define VERSION_CHECK 1

//#define DEBUG
//#define DebugTelnet 1   // Uncomment this to send debug messages to telnet client instead of serial port

//"External" web server. Read files from SD-card. Only static content: html, js, css, jpg, etc.
//#define WEBSERVER

/************************************************************************************/
/************************************************************************************/
/* Settings -   END                                                                 */
/************************************************************************************/
/************************************************************************************/

In der Konsole sieht es so aus:

Code Auswählen Erweitern

READY

Size of cmdtbl1: 32334

Size of cmdtbl2: 20825

free RAM:3098

Reading EEPROM...

Starting SD..ok

192.168.1.40

Waiting 3 seconds to give Ethernet shield time to get ready...

 

00 3D 00 00 00 00 4B 4B 00 

#8700: 

 

00 3D 00 00 00 00 48 48 00 

#8326: 

 

00 3D 00 00 00 00 4B 4B 00 

#8700: 

 

00 3D 00 00 00 00 48 48 00 

#8326:



[Schotty]

Nochmal: welche bsb-lan-version hast du jetzt genommen? Du brauchst die v0.44 https://github.com/fredlcore/bsb_lan/releases/tag/v0.44 - hast du die genommen?

Die 8xxx-parameter kannst/solltest du alle deaktivieren,die hast du eh nicht zur verfügung.

[Schotty]

Und hast du den adapter richtig aufgesteckt? Also liegen die pinreihen mit 53,51 etc übereinander? Sprich, 14 auch auf 14 und 15 auf 15?

[Fragggy]

Hi Schotty,

ich habe jetzt die Version aus deinem Link geladen und die config entsprechend angepasst.

Code Auswählen Erweitern

/************************************************************************************/
/************************************************************************************/
/* Settings -   BEGIN                                                               */
/************************************************************************************/
/************************************************************************************/

// Upon first installation, rename this file from BSB_lan_config.h.default to BSB_lan_config.h and adjust settings accordingly

/*
* Initialize the Ethernet server library
* with the IP address and port you want to use
* (port 80 is default for HTTP):
*/

#define Port 80
#define IPAddr 192,168,1,40   // please note the commas instead of dots!!! Remove this line when you want DHCP
//#define GatewayIP 192,168,1,254 // Optional: this is usually your router's IP address. Please note the commas instead of dots!!!
//#define DNSIP 192,168,1,82 // Only set this variable if your DNS server is different from your router's IP address (GatewayIP). Please note the commas instead of dots!!!
//#define SubnetIP 255,255,255,0  // Please use commas insteaf of dots!!!

/* Select language; so far German is the most complete, with English following.
* Available languages are: Czech (CS), German (DE), Danish (DA), English (EN), Spanish (ES), Finnish (FI),
* French (FR), Greek (EL), Hungarian (HU), Italian (IT), Dutch (NL), Polish (PL), Russian (RU), Swedish (SV),
* Slovenian (SI) and Turkish (TR).
* Incomplete languages will automagically be filled up with English translations first, and if no English translation
* is available, fallback will take place to German.
*/
#define LANG DE

//#define WIFI  // activate if you are using an ESP8266 AT-firmware based WiFi module
char ssid[] = "Your_WiFi_name_goes_here";            // your network SSID (name)
char pass[] = "Your_WiFi_password_goes_here";        // your network password

/* SECURITY OPTIONS
* There are several options to control and protect access to your heating system. However, keep 
* in mind, that even activating all three options are no guarantee that a versatile intruder with
* access to your (W)LAN won't be able to gain access. In any case, no encryption of data streams
* is provided from the Arduino itself. Use VPN or a SSL proxy if that is a must for you and connect
* the Arduino wired to the VPN server or SSL proxy. On the other hand, someone with this amount
* of criminal activity will probably have it easier just to access your heating system face-to-face ;)
*/

/*
* if PASSKEY is defined, the URL has to contain the defined passkey as first element
* e.g.
* http://192.168.178.88/1234/                - to view the main website (don't forget the trailing slash!)
* http://192.168.178.88/1234/K               - to list all categories
* http://192.168.178.88/1234/8700/8740/8741  - to list parameters 8700, 8740 and 8741 in one request
*/
//#define PASSKEY "1234"

/* activate IP-address-based access. Only the last segment of the client's IP address is matched, as it is assumed that
* requests are made from the same subnet only. So if your trusted client's IP is 192.168.178.20, you have to set
* TRUSTED_IP to 20.
*/
//#define TRUSTED_IP 20
//#define TRUSTED_IP2 30

/* activate HTTP-Auth authentification to provide username/password based access. No encryption!
* Default sets username to "atari" and password to "800xl". Visit a website like
* https://www.base64encode.org/
* to encode your own username/password combination in the format username:password
* and replace the YXRhcmk6ODAweGw= string below accordingly.
*/
//#define USER_PASS_B64 "YXRhcmk6ODAweGw="

/* select your heating system (default may work for other systems)
* Set fixed_device_family and fixed_device_variant to your device family and variant (parameters 6225 and 6226) here
* if autodetect does not work or heating system is not running when Arduino is powered on
* You may use other device family numbers to test commands from other heating systems at your own risk
*/
static const int fixed_device_family = 0;
static const int fixed_device_variant = 0;

// Hide unknown parameters from web display (parameters will still be queried!)
//#define HIDE_UNKNOWN

/*
* Define the pin for one wire temperature sensors
*/
//#define ONE_WIRE_BUS 3

// Define the pins for DHT temperature/humidity sensors
//#define DHT_BUS 2,3

// Create 24h averages from these parameters
int avg_parameters[20] = {
  //8700,                   // Außentemperatur
  //8326                    // Brenner-Modulation
};

/* activate logging on SD-card. Requires a FAT32-formatted Micro-SD card inserted into the Ethernet-Shield's card slot */
#define LOGGER

int log_parameters[20] = {
//  30000,                  // Logging von "rohen" Bus-Datentelegrammen (macht nur als alleiniger Parameter Sinn)
//  8700,                   // Außentemperatur
//  8743,                   // Vorlauftemperatur
//  8314,                   // Rücklauftemperatur
//  20000,                  // Spezialparameter: Brenner-Laufzeit Stufe 1(/B)
//  20001,                  // Spezialparameter: Brenner-Takte Stufe 1 (/B)
//  20002,                  // Spezialparameter: Brenner-Laufzeit Stufe 2(/B)
//  20003,                  // Spezialparameter: Brenner-Takte Stufe 2 (/B)
//  20004,                  // Spezialparameter: TWW-Laufzeit (/B)
//  20005,                  // Spezialparameter: TWW-Takte (/B)
//  20006,                  // Spezialparameter: 24h-Durchschnittswerte (/A)
//  20101,                  // Spezialparameter 20100-20199: DHT22-Sensoren 1-100 (/T)
//  20200                   // Spezialparameter 20200-20299: DS18B20-Sensoren 1-100 (/T)
};

unsigned long log_interval = 3600;    // logging interval in seconds
boolean log_unknown_only = 1;         // should we log only unknown commands when logging bus telegrams?
boolean log_bc_only = 0;              // should we log only broadcast commands (dest = 0x7f) when logging bus telegrams?

// Activate sending log_parameters to MQTT broker every log_interval seconds
#define MQTTBrokerIP 192,168,1,71 // Please use commas insteaf of dots!!!
#define MQTTUsername "mqtt" // Set username for MQTT broker here or comment out if no username/password is used.
#define MQTTPassword "XXXX" // Set password for MQTT broker here or comment out if no password is used.
#define MQTTTopicPrefix "BSB-LAN" // Optional: Choose the "topic" for MQTT messages here
#define MQTT_JSON // Optional: Use this if you want a json package of your logging infomation printed to the mqtt topic
//#define MQTTDeviceID "MyHeater" // Optional: Define a device name to use as header in json payload. If not defined, BSB-LAN will be used.
// Payload will be of the structure: {"MQTTDeviceID": {"status":{"log_param1":"value1","log_param2":"value2"}, ...}}


// Activate IPWE extension (http://xxx.xxx.xxx.xxx/ipwe.cgi)
//#define IPWE

// Parameters to be displayed in IPWE extension
const int ipwe_parameters[] = {
//  8700,                   // Außentemperatur
//  8743,                   // Vorlauftemperatur
//  8314,                   // Rücklauftemperatur
//  8750,                   // Gebläsedrehzahl
//  8830,                   // Warmwassertemperatur
//  8740,                   // Raumtemperatur Ist
//  8741,                   // Raumtemperatur Soll
//  8326,                   // Brenner-Modulation
//  8337,                   // Startzähler Brenner
//  8703,                   // Aussentemperatur gedämpft
//  8704                    // Aussentemperatur gemischt
};

//#define MAX_CUL 192,168,178,5                  // IP of CUNO/CUNX/modified MAX!Cube

const char max_device_list[] PROGMEM = {        // list of MAX! wall/heating thermostats that should be polled
  "KEQ0502326"                                  // use MAX! serial numbers here which have to have exactly 10 characters
  "KEQ0505080"
};

// defines the number of retries for the query command
#define QUERY_RETRIES  3

/* enable /N URL command to reset Arduino - might not work on older boards */
//#define RESET

/*
*  Enter a MAC address, found either on the EthernetShield or use the one below.
*/
static byte mac[] = { 0x00, 0x80, 0x41, 0x19, 0x69, 0x90 };

// Setting bus pins and bus type
// Bus bus (RX pin, TX pin, parameter 3, parameter 4)
// Software Serial needs special pins for RX: 10-13, 50-53, 62(A8)-69(A15)
// W5100 ethernet shield uses the following pins: 10, 50-53
// BSB:
// - optional third parameter sets own address, defaults to 0x42 (LAN in serial monitor)
// - use BSB bus(68,69,6) to define device as RGT1
// LPB:
// - optional third and fourth parameter set own and destination address (high nibble = segment, low nibble = device minus 1)
// - defaults to 0x42 for own address and 0x00 for destination address, i.e. segment 4, device 3 for Arduino/BSB-LAN and segment 0, device 1 for heating system
// PPS:
// - optional third parameter set to "1" enables writing to heater - only use this if there is no other room controller (such as QAA50/QAA70) active. Fourth parameter does not have any effect.
BSB bus(68,69); // BSB bus(19,18); // pin 19,18 = USART Serial1
constexpr uint8_t bus_type = 2;  // set bus system at boot: 0 = BSB, 1 = LPB, 2 = PPS
#define QAA_TYPE  0x53  // 0x53 = QAA70, 0x52 = QAA50

// Protect these pins from accidental GPIO access
constexpr byte exclude_GPIO[] = {0, 1, 4, 10, 11, 12, 13, 18, 19, 20, 21, 22, 23, 50, 51, 52, 53, 62, 63, 64, 65, 66, 67, 68, 69};

// If set to 1, all messages on the bus are printed to the PC
// hardware serial interface
byte verbose = 1;
byte monitor = 0;

// defines default flag for parameters (use "#define DEFAULT_FLAG 0" to make (almost) all parameters writeable)
#define DEFAULT_FLAG FL_RONLY

// include commands from BSB_lan_custom.h to be executed at the end of each main loop
//#define CUSTOM_COMMANDS

// Check for new versions when accessing BSB-LAN's main page
#define VERSION_CHECK 1

//#define DEBUG
//#define DebugTelnet 1   // Uncomment this to send debug messages to telnet client instead of serial port

//"External" web server. Read files from SD-card. Only static content: html, js, css, jpg, etc.
//#define WEBSERVER

/************************************************************************************/
/************************************************************************************/
/* Settings -   END                                                                 */
/************************************************************************************/
/************************************************************************************/

Die Pins 14 und 15 liegen passend auf, haben das Modul noch mal abgezogen und den Sitz überprüft.

In der WebGUI wir die Version auch passend angezeigt.

Die 8xxx Einträge, habe ich alle auskommentiert.
Was sich geändert hat, ist  das jetzt das mqtt topic sauber im iobroker ankommt. Leider ist es leer ({"BSB-LAN":{"status":{"8700":"","8743":"","8314":"",}})

Im Terminal wird jetzt nach der initialisierung auch nichts mehr angezeigt.

Die Zeile, in welcher die PINs für die Kommunikation definiert werden, sieht in dieser Version auch leicht anders aus:

BSB bus(68,69); // BSB bus(19,18); // pin 19,18 = USART Serial1

Vielen Dank für die ganze Unterstützung.

[Schotty]

Na zumindest ist es jetzt schonmal die richtige bsblan-version 
Via mqtt kommt deshalb nichts rein,weil du jetzt keine logging parameter aufgeführt hast. Die 8xxxer readings kannst du bei fhem schonmal löschen.
Kannst du jetzt via webinterface die pps-kategorie aufrufen?

[Fragggy]

Ich kann die Seite http://192.168.1.40/K42 abrufen, aber die Inhalte zeigen weiterhin nur 0en.

Muss ich diese einzelnen Messpunkte (15000 -15067) noch irgendwie aktivieren?

[Schotty]

Hmmm.. nee,aktivieren musst du die nicht.. hast du das raumgerät noch angeklemmt? Falls ja,klemm das mal ab und teste erneut. Ich muss gleich erstmal weg  aber evtl liest freetz ja auch noch mit 

[Fragggy]

Raumgerät ist abgeklemmt.
Ich danke dir für die Unterstützung. Das ist ja jetzt auch nichts, was heute funktionieren soll.

[Schotty]

Gerne. Naja,eigtl schon.. 

[Maista]

Hi Schotty,

viele Dank für die schnelle Antwort.

Ich habe mal etwas weiter gemacht und folgende Informationen.

Beid er Version des Bords bin ich mir aktuell nicht so sicher, habe das jetzt nochmal mit den Bilder verglichen und in der v3 scheint doch etwas anders zu sein.
Ich habe mal ein Bild der Platine angehangen.

Als nächstes habe ich den Anschluss auf die Verbindung an B5 kontrolliert. Das sieht gut aus. Auch hier habe ich mal ein Bild gemacht.

Danach habe ich mal den Laptop mit einer Arduino IDE angeschlossen und eine Konsole geöffnet.
Für mich sieht das so aus, als ob ich da noch etwas falsch mache, da ich nur komische Zeichen sehe, siehe Bild.

Das ich nur auf Werte in dem Bereich PPS zugreifen kann habe ich gesehen. Das schränkt sich auch ein, wenn man PPS auswählt.

Habe auch noch mal das alte Raumgerät angeschlossen um zu testen ob Werte kommen.

Hoffe mit den Informationen kann man meinen Fehler etwas eingrenzen.

Vielen Dank für die Unterstützung.

Dennis

Hallo Fragggy
Ich habe mir dein Foto vom BSB Modul auf dem Arduino angeschaut hab auch nicht alles genau verfolgt. Aber mir kommt es vor als sei dein BSB Modul schräg auf den Arduino aufgesteckt?

Oder optische Täuschung wegen dem Bauteil links (SD-Card)?

Kann das sein? Schau mir das gerade via Smartphone an.

Gruß Gerd

[freetz]

Hast Du parallel eine QAA laufen oder hängt BSB-LAN alleine am Bus? Wenn letzteres der Fall ist, musst Du 68,69,1 setzen. Dann noch mal testen und SerMo Log mitschicken.