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[Openautomation-svn] SF.net SVN: openautomation:[2229] wiregate/plugin/generic
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From: <kru...@us...> - 2014-09-13 11:49:23
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Revision: 2229
http://sourceforge.net/p/openautomation/code/2229
Author: krumboeck
Date: 2014-09-13 11:49:10 +0000 (Sat, 13 Sep 2014)
Log Message:
-----------
Add experimental plugin and configuration for heat pump Stiebel Eltron LWZ 304/404
Added Paths:
-----------
wiregate/plugin/generic/StiebelEltron-LWZ-x04.pl
wiregate/plugin/generic/conf.d/StiebelEltron-LWZ-x04.conf
Added: wiregate/plugin/generic/StiebelEltron-LWZ-x04.pl
===================================================================
--- wiregate/plugin/generic/StiebelEltron-LWZ-x04.pl (rev 0)
+++ wiregate/plugin/generic/StiebelEltron-LWZ-x04.pl 2014-09-13 11:49:10 UTC (rev 2229)
@@ -0,0 +1,863 @@
+######################################################################################
+# Plugin StiebelEltron-LWZ-x04
+# V0.1 2014-09-13
+# Lizenz: GPLv2
+# Autor: krumboeck (http://knx-user-forum.de/members/krumboeck.html)
+#
+# Benötigt:
+# * CAN Bus Adapter
+# * Kernel Update für CAN Bus
+# * iproute2 für CAN Bus Konfiguration
+#
+# ACHTUNG: Es handelt sich hier um ein experimentelles Plugin!!
+# Es wird keine Haftung für Beschädigungen aller Art übernommen!
+#
+# Die verwendeten Variablen basieren auf Reverse Engineering und
+# sind weder geprüft noch ausreichend getestet.
+#
+# TIPP: Bevor sie eine Variable beschreiben, lesen sie diese bitte
+# ein und überprüfen sie die Korrektheit des Wertes.
+#
+######################################################################################
+
+
+use warnings;
+use strict;
+use Socket qw(SOCK_RAW);
+use Convert::Binary::C;
+
+######################
+# Startevent ermitteln
+######################
+my $event=undef;
+if (!$plugin_initflag) {
+ $event = 'restart';
+} elsif ($plugin_info{$plugname.'_lastsaved'} > $plugin_info{$plugname.'_last'}) {
+ $event = 'modified'; # Plugin modifiziert
+} elsif (%msg) {
+ $event = 'knx'; # KNX/EIB Bustraffic
+} elsif ($fh) {
+ $event = 'socket'; # Netzwerktraffic
+} else {
+ $event = 'cycle'; # Zyklus
+}
+
+#########################
+### BEGINN DEFINITION ###
+#########################
+
+my $socknum = 500; # Eindeutige Nummer des Sockets
+
+use constant {
+ PF_CAN => 29,
+ AF_CAN => 29,
+ CAN_RAW => 1,
+ SOL_CAN_BASE => 100,
+ SOL_CAN_RAW => 101,
+ CAN_RAW_FILTER => 1,
+ CAN_RAW_ERR_FILTER => 2,
+ CAN_RAW_LOOPBACK => 3,
+ CAN_RAW_RECV_OWN_MSGS => 4,
+ # special address description flags for the CAN_ID
+ CAN_EFF_FLAG => 0x80000000, # EFF/SFF is set in the MSB
+ CAN_RTR_FLAG => 0x40000000, # remote transmission request
+ CAN_ERR_FLAG => 0x20000000, # error frame
+ # valid bits in CAN ID for frame formats
+ CAN_SFF_MASK => 0x000007FF, # standard frame format (SFF)
+ CAN_EFF_MASK => 0x1FFFFFFF, # extended frame format (EFF)
+ CAN_ERR_MASK => 0x1FFFFFFF, # omit EFF, RTR, ERR flags
+ # bits/ioctls.h
+ SIOCGIFINDEX => 0x8933,
+ # LWZ protocol
+ TARGET_SYSTEM => 0x03,
+ TARGET_HEIZKREIS => 0x06,
+ TARGET_SENSOR => 0x08,
+ TARGET_DISPLAY => 0x0D,
+ SOURCE_SYSTEM => 0x01,
+ SOURCE_HEIZKREIS => 0x03,
+ SOURCE_SENSOR => 0x04,
+ SOURCE_DISPLAY => 0x06,
+ HEIZKREIS_1 => 0x01,
+ HEIZKREIS_2 => 0x02,
+ TYPE_WRITE => 0x00,
+ TYPE_REQUEST => 0x01,
+ TYPE_RESPONSE => 0x02,
+ TYPE_REGISTER => 0x06,
+};
+
+my $cstruct = "
+typedef unsigned long canid_t;
+
+#define ifr_name ifr_ifrn.ifrn_name /* interface name */
+#define ifr_ifindex ifr_ifru.ifru_ivalue /* interface index */
+struct ifreq {
+ union {
+ char ifrn_name[16];
+ } ifr_ifrn;
+ union {
+ int ifru_ivalue;
+ } ifr_ifru;
+};
+
+struct can_frame {
+ canid_t can_id;
+ unsigned char can_dlc;
+ unsigned char align[3];
+ unsigned char data[8];
+};
+
+struct sockaddr_can {
+ int can_family;
+ int can_ifindex;
+ union {
+ struct { canid_t rx_id, tx_id; } tp;
+ } can_addr;
+};
+
+struct can_filter {
+ canid_t can_id;
+ canid_t can_mask;
+};
+
+";
+
+my @definitions;
+push @definitions, { name => 'Warmwasser_Solltemperatur', valueId => 00, valueSubId => 0x03,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkreis_Solltemperatur', valueId => 0x00, valueSubId => 0x04,
+ writeTarget => undef, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizen_Raumtemperatur_Tag', valueId => 0x00, valueSubId => 0x05,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizen_Raumtemperatur_Nacht', valueId => 0x00, valueSubId => 0x08,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Außentemperatur', valueId => 0x00, valueSubId => 0x0C,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Vorlauftemperatur', valueId => 0x00, valueSubId => 0x0D,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Warmwasser_Temperatur', valueId => 0x00, valueSubId => 0x0E,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkreis_Temperatur', valueId => 0x00, valueSubId => 0x0F,
+ writeTarget => undef, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Raumtemperatur', valueId => 0x00, valueSubId => 0x11,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Raum-Solltemperatur', valueId => 0x00, valueSubId => 0x12,
+ writeTarget => undef, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Warmwasser_Solltemperatur_Tag', valueId => 0x00, valueSubId => 0x13,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Verdampfertemperatur', valueId => 0x00, valueSubId => 0x14,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Rücklauftemperatur', valueId => 0x00, valueSubId => 0x16,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kollektortemperatur', valueId => 0x00, valueSubId => 0x1A,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Maximale_Vorlauftemperatur_Heizkreis', valueId => 0x00, valueSubId => 0x27,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkurfe_Maximaler_Sollwert', valueId => 0x00, valueSubId => 0x28,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Abtauen_Verdamper', valueId => 0x00, valueSubId => 0x60,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Luftfeuchtigkeit', valueId => 0x00, valueSubId => 0x75,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthPercent', knxTyp => '9.007' };
+push @definitions, { name => 'Luftfeuchtigkeit_Hysterese', valueId => 0x00, valueSubId => 0x8E,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Dämpfung_Außentemperatur', valueId => 0x01, valueSubId => 0x0C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'hour_byte', knxTyp => '7' };
+push @definitions, { name => 'Heizkurve_Steigung', valueId => 0x01, valueSubId => 0x0E,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Raumeinfluss', valueId => 0x01, valueSubId => 0x0F,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Warmwasser_unbekannt', valueId => 0x01, valueSubId => 0x12,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Sommerbetrieb_Heizgrundeinstellung', valueId => 0x01, valueSubId => 0x16,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Ferienbeginn_Tag', valueId => 0x01, valueSubId => 0x1B,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'day_byte', knxTyp => '7' };
+push @definitions, { name => 'Ferienbeginn_Monat', valueId => 0x01, valueSubId => 0x1C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'month_byte', knxTyp => '7' };
+push @definitions, { name => 'Ferienbeginn_Jahr', valueId => 0x01, valueSubId => 0x1D,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'year_byte', knxTyp => '7' };
+push @definitions, { name => 'Ferienende_Tag', valueId => 0x01, valueSubId => 0x1E,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'day_byte', knxTyp => '7' };
+push @definitions, { name => 'Ferienende_Monat', valueId => 0x01, valueSubId => 0x1F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'month_byte', knxTyp => '7' };
+push @definitions, { name => 'Ferienende_Jahr', valueId => 0x01, valueSubId => 0x20,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'year_byte', knxTyp => '7' };
+push @definitions, { name => 'Wochentag', valueId => 0x01, valueSubId => 0x21,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'weekday_byte', knxTyp => '7' };
+push @definitions, { name => 'Datum_Tag', valueId => 0x01, valueSubId => 0x22,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'day_byte', knxTyp => '7' };
+push @definitions, { name => 'Datum_Monat', valueId => 0x01, valueSubId => 0x23,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'month_byte', knxTyp => '7' };
+push @definitions, { name => 'Datum_Jahr', valueId => 0x01, valueSubId => 0x24,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'year_byte', knxTyp => '7' };
+push @definitions, { name => 'Zeit_Stunde', valueId => 0x01, valueSubId => 0x25,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'hour_byte', knxTyp => '7' };
+push @definitions, { name => 'Zeit_Minute', valueId => 0x01, valueSubId => 0x26,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'minute_byte', knxTyp => '7' };
+push @definitions, { name => 'Heizen_Soll_Handbetrieb', valueId => 0x01, valueSubId => 0x29,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkurfe_Sollwert_Min', valueId => 0x01, valueSubId => 0x2B,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizen_Raumtemperatur_Bereitschaft', valueId => 0x01, valueSubId => 0x3D,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Warmwasser_Hysterese', valueId => 0x01, valueSubId => 0x40,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Integralanteil_Heizgrundeinstellung', valueId => 0x01, valueSubId => 0x62,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 60, format => 'kelvinPerMinute', knxTyp => '9.003' };
+push @definitions, { name => 'Display_Symbole', valueId => 0x01, valueSubId => 0x76,
+ writeTarget => 0x0D, requestTarget => undef, responseTarget => undef,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Maximaldauer_Warmwasser_Erzeugung', valueId => 0x01, valueSubId => 0x80,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'hour', knxTyp => '7.007' };
+push @definitions, { name => 'Volumenstrom', valueId => 0x01, valueSubId => 0xDA,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 600, format => 'tenthLiterPerMinute', knxTyp => '9.025' };
+push @definitions, { name => 'Tautemperatur', valueId => 0x02, valueSubId => 0x64,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heissgastemperatur', valueId => 0x02, valueSubId => 0x65,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Solar_Kollektorschutz', valueId => 0x02, valueSubId => 0xF5,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Solar_Kollektorgrenztemperatur', valueId => 0x02, valueSubId => 0xF6,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Wärmemenge_Wärmerückgewinnung_Tag_Wh', valueId => 0x03, valueSubId => 0xAE,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'wattHour', knxTyp => '13.010' };
+push @definitions, { name => 'Wärmemenge_Wärmerückgewinnung_Tag_KWh', valueId => 0x03, valueSubId => 0xAF,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Wärmerückgewinnung_Summe_KWh', valueId => 0x03, valueSubId => 0xB0,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Wärmerückgewinnung_Summe_MWh', valueId => 0x03, valueSubId => 0xB1,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Lüftung_Filter_Reset', valueId => 0x03, valueSubId => 0x3B,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Lüftung_Filter_Laufzeit', valueId => 0x03, valueSubId => 0x41,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'day', knxTyp => '7' };
+push @definitions, { name => 'Solar_Kollektorschutztemperatur', valueId => 0x02, valueSubId => 0xB8,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Solar_Kollektorsperrtemperatur', valueId => 0x02, valueSubId => 0xBB,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kühlen_Raumtemperatur_Tag', valueId => 0x05, valueSubId => 0x69,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kühlen_Raumtemperatur_Bereitschaft', valueId => 0x05, valueSubId => 0x6A,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kühlen_Raumtemperatur_Nacht', valueId => 0x05, valueSubId => 0x6B,
+ writeTarget => 0x06, requestTarget => 0x06, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Lüftung_Stufe_Tag', valueId => 0x05, valueSubId => 0x6C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüftung_Stufe_Nacht', valueId => 0x05, valueSubId => 0x6D,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüftung_Stufe_Bereitschaft', valueId => 0x05, valueSubId => 0x6F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüftung_Stufe_Party', valueId => 0x05, valueSubId => 0x70,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüftung_Außerordentlich_Stufe_0', valueId => 0x05, valueSubId => 0x71,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Lüftung_Außerordentlich_Stufe_1', valueId => 0x05, valueSubId => 0x72,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Lüftung_Außerordentlich_Stufe_2', valueId => 0x05, valueSubId => 0x73,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Lüftung_Außerordentlich_Stufe_3', valueId => 0x05, valueSubId => 0x74,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Passivkühlung', valueId => 0x05, valueSubId => 0x75,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüfterstufe_Zuluft_1', valueId => 0x05, valueSubId => 0x76,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Lüfterstufe_Zuluft_2', valueId => 0x05, valueSubId => 0x77,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Lüfterstufe_Zuluft_3', valueId => 0x05, valueSubId => 0x78,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Lüfterstufe_Abluft_1', valueId => 0x05, valueSubId => 0x79,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Lüfterstufe_Abluft_2', valueId => 0x05, valueSubId => 0x7A,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Lüfterstufe_Abluft_3', valueId => 0x05, valueSubId => 0x7B,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Ofen_Kamin', valueId => 0x05, valueSubId => 0x7C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'LL_Wärmetauscher_Max_Abtaudauer', valueId => 0x05, valueSubId => 0x7D,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'LL_Wärmetauscher_Abtaubeginnschwelle', valueId => 0x05, valueSubId => 0x7E,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'LL_Wärmetauscher_Drehzahl_Filter', valueId => 0x05, valueSubId => 0x7F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Warmwasser_Solltemperatur_Handbetrieb', valueId => 0x05, valueSubId => 0x80,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Warmwasser_Solltemperatur_Bereitschaft', valueId => 0x05, valueSubId => 0x81,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kühlen_Temperatur_Heizkreis', valueId => 0x05, valueSubId => 0x82,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Kühlen_Vorlauftemperatur_Hysterese_Unbekannt', valueId => 0x05, valueSubId => 0x83,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Kühlen_Raumtemperatur_Hysterese', valueId => 0x05, valueSubId => 0x84,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Antilegionellen', valueId => 0x05, valueSubId => 0x85,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'day', knxTyp => '7' };
+push @definitions, { name => 'Warmwasser_Temperatur_Legionellen', valueId => 0x05, valueSubId => 0x86,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Zeitsperre_Nacherwärmung', valueId => 0x05, valueSubId => 0x88,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Temperaturfreigabe_Nacherwärmung', valueId => 0x05, valueSubId => 0x89,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Nacherwärmung_Stufe_Warmwasser', valueId => 0x05, valueSubId => 0x8A,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Warmwasser_Pufferbetrieb', valueId => 0x05, valueSubId => 0x8B,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Warmwasser_Max_Vorlauftemperatur', valueId => 0x05, valueSubId => 0x8C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Warmwasser_ECO_Modus', valueId => 0x05, valueSubId => 0x8D,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Solar_Hysterese', valueId => 0x05, valueSubId => 0x8F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Zuluft_Soll', valueId => 0x05, valueSubId => 0x96,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Zuluft_Ist', valueId => 0x05, valueSubId => 0x97,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'herz', knxTyp => '14.033' };
+push @definitions, { name => 'Abluft_Soll', valueId => 0x05, valueSubId => 0x98,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'cubicmeterPerHour', knxTyp => '9.025' };
+push @definitions, { name => 'Abluft_Ist', valueId => 0x05, valueSubId => 0x99,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'herz', knxTyp => '14.033' };
+push @definitions, { name => 'Fortluft_Soll', valueId => 0x05, valueSubId => 0x9A,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Fortluft_Ist', valueId => 0x05, valueSubId => 0x9B,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'herz', knxTyp => '14.033' };
+push @definitions, { name => 'Verflüssiger_Temperatur', valueId => 0x05, valueSubId => 0x9C,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkurve_Anteil_Vorlauf', valueId => 0x05, valueSubId => 0x9D,
+ writeTarget => 0x06, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizkurve_Fußpunkt', valueId => 0x05, valueSubId => 0x9E,
+ writeTarget => 0x06, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizgrundeinstellung_Nacherwärmung_Maximale_Stufe', valueId => 0x05, valueSubId => 0x9F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Heizgrundeinstellung_Zeitsperre_Nacherwärmung', valueId => 0x05, valueSubId => 0xA0,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Heizgrundeinstellung_Heizleistung_Nacherwärmung_1', valueId => 0x05, valueSubId => 0xA1,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 100, format => 'hundrethKiloWatt', knxTyp => '9.024' };
+push @definitions, { name => 'Heizgrundeinstellung_Hysterese_Sommerbetrieb', valueId => 0x05, valueSubId => 0xA2,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Heizgrundeinstellung_Korrektur_Außentemperatur', valueId => 0x05, valueSubId => 0xA3,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Heizstufe', valueId => 0x05, valueSubId => 0xBB,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'LL_Wärmetauscher_Abtauen', valueId => 0x05, valueSubId => 0xBC,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Warmwasser_Solltemperatur_Nacht', valueId => 0x05, valueSubId => 0xBF,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+push @definitions, { name => 'Hysterese_1', valueId => 0x05, valueSubId => 0xC0,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Hysterese_2', valueId => 0x05, valueSubId => 0xC1,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Hysterese_3', valueId => 0x05, valueSubId => 0xC2,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Hysterese_4', valueId => 0x05, valueSubId => 0xC3,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Hysterese_5', valueId => 0x05, valueSubId => 0xC4,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthKelvin', knxTyp => '9.002' };
+push @definitions, { name => 'Hysterese_Asymmetrie', valueId => 0x05, valueSubId => 0xC5,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Ferienbeginn_Uhrzeit_Unbekannt', valueId => 0x05, valueSubId => 0xD3,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Ferienende_Uhrzeit_Unbekannt', valueId => 0x05, valueSubId => 0xD4,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Passivkühlung_Fortluft', valueId => 0x05, valueSubId => 0xDB,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => undef, format => 'boolean', knxTyp => '1.002' };
+push @definitions, { name => 'Heizgrundeinstellung_Unterdrücke_Temperaturmessung', valueId => 0x06, valueSubId => 0x11,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Lüftung_Stufe_Handbetrieb', valueId => 0x06, valueSubId => 0x12,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Wärmemenge_Solar_Heizung_Tag_Wh', valueId => 0x06, valueSubId => 0x40,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'wattHour', knxTyp => '13.010' };
+push @definitions, { name => 'Wärmemenge_Solar_Heizung_Tag_KWh', valueId => 0x06, valueSubId => 0x41,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Solar_Heizung_Summe_KWh', valueId => 0x06, valueSubId => 0x42,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Solar_Heizung_Summe_MWh', valueId => 0x06, valueSubId => 0x43,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Solar_Warmwasser_Tag_Wh', valueId => 0x06, valueSubId => 0x44,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'wattHour', knxTyp => '13.010' };
+push @definitions, { name => 'Wärmemenge_Solar_Warmwasser_Tag_KWh', valueId => 0x06, valueSubId => 0x45,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Solar_Warmwasser_Summe_KWh', valueId => 0x06, valueSubId => 0x46,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Solar_Warmwasser_Summe_MWh', valueId => 0x06, valueSubId => 0x47,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Kühlen_Summe_KWh', valueId => 0x06, valueSubId => 0x48,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Kühlen_Summe_MWh', valueId => 0x06, valueSubId => 0x49,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Solar_Kühlzeit_Von_Unbekannt', valueId => 0x06, valueSubId => 0x4C,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Solar_Kühlzeit_Bis_Unbekannt', valueId => 0x06, valueSubId => 0x4D,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'none', knxTyp => '7' };
+push @definitions, { name => 'Feuchte_Maskierzeit', valueId => 0x06, valueSubId => 0x4F,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'minute', knxTyp => '7.006' };
+push @definitions, { name => 'Feuchte_Schwellwert', valueId => 0x06, valueSubId => 0x50,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Lüftung_Leistungsreduktion', valueId => 0x06, valueSubId => 0xA4,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Lüftung_Leistungserhöhung', valueId => 0x06, valueSubId => 0xA5,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Wärmemenge_Nacherwärmung_Warmwasser_Summe_KWh', valueId => 0x09, valueSubId => 0x24,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Nacherwärmung_Warmwasser_Summe_MWh', valueId => 0x09, valueSubId => 0x25,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Nacherwärmung_Heizen_Summe_KWh', valueId => 0x09, valueSubId => 0x28,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Nacherwärmung_Heizen_Summe_MWh', valueId => 0x09, valueSubId => 0x29,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Warmwasser_Tag_Wh', valueId => 0x09, valueSubId => 0x2A,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'wattHour', knxTyp => '13.010' };
+push @definitions, { name => 'Wärmemenge_Warmwasser_Tag_KWh', valueId => 0x09, valueSubId => 0x2B,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Warmwasser_Summe_KWh', valueId => 0x09, valueSubId => 0x2C,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Warmwasser_Summe_MWh', valueId => 0x09, valueSubId => 0x2D,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Heizen_Tag_Wh', valueId => 0x09, valueSubId => 0x2E,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'wattHour', knxTyp => '13.010' };
+push @definitions, { name => 'Wärmemenge_Heizen_Tag_KWh', valueId => 0x09, valueSubId => 0x2F,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Heizen_Summe_KWh', valueId => 0x09, valueSubId => 0x30,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'kiloWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Wärmemenge_Heizen_Summe_MWh', valueId => 0x09, valueSubId => 0x31,
+ writeTarget => undef, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 0.001, format => 'megaWattHour', knxTyp => '13.013' };
+push @definitions, { name => 'Feuchte_Soll_Minimum', valueId => 0x09, valueSubId => 0xD2,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Feuchte_Soll_Maximum', valueId => 0x09, valueSubId => 0xD3,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 1, format => 'percent', knxTyp => '8.010' };
+push @definitions, { name => 'Heizgrundeinstellung_Bivalenzpunkt', valueId => 0x11, valueSubId => 0xAC,
+ writeTarget => 0x03, requestTarget => 0x03, responseTarget => 0x0D,
+ decimalFactor => 10, format => 'tenthDegree', knxTyp => '9.001' };
+
+
+
+my @mapped;
+my $interface = 'can0';
+my @display = (0x1E, 0x1F, 0x20, 0x21, 0x22);
+my $displaynum = 2;
+
+###############################
+# Lesen der Konfigurationsdatei
+###############################
+
+# Read config file in conf.d
+my $confFile = '/etc/wiregate/plugin/generic/conf.d/'.basename($plugname,'.pl').'.conf';
+if (! -f $confFile) {
+ plugin_log($plugname, " no conf file [$confFile] found.");
+ return "no conf file [$confFile] found.";
+} else {
+ open(CONF, $confFile);
+ my @lines = <CONF>;
+ close($confFile);
+ my $result = eval("@lines");
+ if ($@) {
+ plugin_log($plugname, "conf file [$confFile] returned:");
+ my @parts = split(/\n/, $@);
+ plugin_log($plugname, "--> $_") foreach (@parts);
+ }
+}
+
+# Festlegen, dass das Plugin alle 5 Minuten laufen soll
+#$plugin_info{$plugname.'_cycle'} = 300;
+$plugin_info{$plugname.'_cycle'} = 60;
+
+my $debug = 0;
+
+############
+### MAIN ###
+############
+
+my $displayId = $display[$displaynum];
+my $canId = 0x0680 + $displayId;
+my $sc;
+
+my $c = Convert::Binary::C->new();
+$c->parse($cstruct);
+
+if (!$socket[$socknum]) {
+ socket($sc, PF_CAN, SOCK_RAW, CAN_RAW)
+ or die "Can't open socket $!\n";
+ my $if_idx = can_if_idx($sc, $c, $interface);
+ bind($sc, $c->pack('sockaddr_can', {can_family => AF_CAN, can_ifindex => $if_idx}))
+ or die "Can't bind to can $!\n";
+
+ $socket[$socknum] = $sc;
+ $socksel->add($socket[$socknum]); # add socket to select
+ $plugin_socket_subscribe{$socket[$socknum]} = $plugname;
+ plugin_log($plugname, 'Socket verbunden. Socketnummer: ' . $socknum);
+
+ return "opened socket $socknum";
+}
+
+$sc = $socket[$socknum];
+
+if ($event =~ /socket/) {
+ my $frame_len = $c->sizeof('can_frame');
+ recv($sc, my $frame, $frame_len, 0) or die "Recv failed $!\n";
+ my $f = $c->unpack('can_frame', $frame);
+ @{$f->{data}}[$f->{can_dlc} .. $#{$f->{data}}] = (0,0,0,0,0,0,0,0);
+
+ handle_response($displayId, $f->{can_id}, $f->{can_dlc}, $f->{data});
+} elsif ($event =~ /knx/) {
+ if ($msg{apci} eq "A_GroupValue_Write") {
+ my $ga = $msg{dst};
+ my ($entry, $definition) = find_mapping_ga($ga);
+ if (!defined $entry) {
+ delete $plugin_subscribe{$ga}{$plugname};
+ plugin_log($plugname, 'Unbekannte Gruppenadresse: ' . $ga . ' -> abgemeldet');
+ return;
+ }
+ my $value = undef;
+ if (defined $msg{value}) {
+ $value = $msg{value};
+ } else {
+ my @typArray = split(/\./, $definition->{knxTyp});
+ my $majorTyp = $typArray[0];
+ if ($majorTyp eq "9") {
+ $value = decode_dpt9($msg{data});
+ } else {
+ plugin_log($plugname, 'Kann KNX Wert für ' . $entry->{name} . ' nicht lesen: ' . $definition->{knxTyp});
+ }
+ }
+ if (defined $value) {
+ plugin_log($plugname, 'Empfange KNX Wert für ' . $entry->{name} . ': ' . $value);
+ send_lwz_write($sc, $c, $canId, $entry, $definition, $value);
+ }
+ }
+} elsif ($event =~ /cycle/) {
+ foreach my $entry (@mapped) {
+ if ($entry->{cycle}) {
+ send_lwz_request($sc, $c, $canId, $entry);
+ }
+ }
+} elsif ($event =~ /restart|modified/) {
+ plugin_log($plugname, 'Registriere Display: ' . $displaynum);
+ register_display($sc, $c, $canId, $displayId);
+ foreach my $entry (@mapped) {
+ if (defined $entry->{knxWriteGA}) {
+ my $ga = $entry->{knxWriteGA};
+ $plugin_subscribe{$ga}{$plugname} = 1;
+ plugin_log($plugname, 'Registriere Gruppenadresse: ' . $ga);
+ }
+ }
+}
+
+return;
+
+sub register_display {
+ my ($sock, $c, $id, $displayId) = @_;
+ can_send($sock, $c, $id, [TARGET_DISPLAY, $displayId, 0xFD, 0x01, 0x00, 0x00, 0x00]);
+}
+
+sub can_send {
+ my ($sock, $c, $id, $data) = @_;
+ my $frame = $c->pack('can_frame', {
+ can_id => $id,
+ can_dlc => scalar @$data,
+ data => $data
+ });
+ syswrite($sock, $frame) or die "Send failed $!\n";
+}
+
+sub can_if_idx {
+ my ($sock, $c, $if_name) = @_;
+ my @if = map { ord($_) } split(//, $if_name);
+ my $ifreq = $c->pack('ifreq', {ifr_ifrn => {ifrn_name => \@if}});
+ ioctl($sock, SIOCGIFINDEX, $ifreq) or die "Ioctl call failed $!\n";
+ my $res = $c->unpack('ifreq', $ifreq);
+ return $res->{ifr_ifru}{ifru_ivalue};
+}
+
+sub send_lwz_request {
+ my ($sock, $c, $id, $entry) = @_;
+ my $definition = get_definition($entry->{name});
+ if (defined $definition) {
+ plugin_log($plugname, 'Bearbeite: ' . $definition->{name});
+ } else {
+ plugin_log($plugname, 'Kann Definition nicht finden: ' . $entry->{name});
+ }
+ if ($definition->{requestTarget} == TARGET_SYSTEM) {
+ can_send($sock, $c, $id, [(TARGET_SYSTEM<<4) | TYPE_REQUEST, 0x00, 0xFA, $definition->{valueId}, $definition->{valueSubId}, 0x00, 0x00]);
+ } elsif ($definition->{requestTarget} == TARGET_HEIZKREIS) {
+ if (defined $entry->{target}) {
+ if ($entry->{target} == HEIZKREIS_1 || $entry->{target} == HEIZKREIS_2) {
+ can_send($sock, $c, $id, [(TARGET_HEIZKREIS<<4) | TYPE_REQUEST, $entry->{target}, 0xFA, $definition->{valueId}, $definition->{valueSubId}, 0x00, 0x00]);
+ } else {
+ plugin_log($plugname, $entry->{name} . ': Attribut "target" enthält einen ungültigen Wert');
+ }
+ } else {
+ plugin_log($plugname, $entry->{name} . ': Attribut "target" wird benötigt');
+ }
+ } else {
+ plugin_log($plugname, $entry->{name} . ': Request type noch nicht implementiert');
+ }
+}
+
+sub send_lwz_write {
+ my ($sock, $c, $id, $entry, $definition, $value) = @_;
+ if (defined $definition->{writeTarget}) {
+ my ($value1, $value2) = convert_to_lwz_value($definition, $value);
+ if (defined $value1) {
+ can_send($sock, $c, $id, [($definition->{writeTarget}<<4) | TYPE_WRITE, $entry->{target}, 0xFA, $definition->{valueId}, $definition->{valueSubId}, $value1, $value2]);
+ }
+ } else {
+ plugin_log($plugname, $entry->{name} . ': Readonly-Wert kann nicht geschrieben werden');
+ }
+}
+
+sub handle_response {
+ my ($displayId, $id, $dlc, $dataRef) = @_;
+ my @data = @{$dataRef};
+ if ($dlc == 7) {
+ my $target = ($data[0] & 0xF0) >> 4;
+ my $type = $data[0] & 0x0F;
+ my $subTarget = $data[1];
+ if ($type == TYPE_RESPONSE || $type == TYPE_WRITE) {
+ if ($target == TARGET_DISPLAY && ($subTarget == $displayId || $subTarget == 0x3C)) {
+ my $source = ($id & 0xFF00) >> 8;
+ my $subSource = $id & 0x00FF;
+ my $fix = $data[2];
+ my $valueId = $data[3];
+ my $valueSubId = $data[4];
+ if (($source == SOURCE_SYSTEM || $source == SOURCE_HEIZKREIS) && $fix == 0xFA) {
+ my ($entry, $definition) = find_mapping($source, $subSource, $valueId, $valueSubId);
+ if (defined $entry) {
+ my $value = ($data[5] << 8) | $data[6];
+ my $convertedValue = convert_response_value($definition, $value);
+ if (defined $convertedValue) {
+ plugin_log($plugname, $entry->{name} . ': ' . $convertedValue);
+ knx_write($entry->{knxStatusGA}, $convertedValue, $definition->{knxTyp});
+ } else {
+ dump_can_message('Wert konnte nicht verarbeitet werden', $id, $dlc, \@data);
+ }
+ } elsif ($target != TARGET_DISPLAY || $subTarget != 0x3C) {
+ dump_can_message('Nicht erwarteter Transfer', $id, $dlc, \@data);
+ }
+ } else {
+ dump_can_message('Unbekannter Transfer', $id, $dlc, \@data);
+ }
+ }
+ }
+ } else {
+ dump_can_message('Fehlerhafte Transferlänge', $id, $dlc, \@data);
+ }
+}
+
+sub find_mapping {
+ my ($source, $subSource, $valueId, $valueSubId) = @_;
+ foreach my $entry (@mapped) {
+ my $definition = get_definition($entry->{name});
+ if ($valueId == $definition->{valueId} && $valueSubId == $definition->{valueSubId}) {
+ if ($source == SOURCE_SYSTEM) {
+ if ($subSource == 0x80) {
+ return ($entry, $definition);
+ }
+ } else {
+ if ($subSource == $entry->{target}) {
+ return ($entry, $definition);
+ }
+ }
+ }
+ }
+ return (undef, undef);
+}
+
+sub convert_response_value {
+ my ($definition, $value) = @_;
+ if (defined $definition->{decimalFactor}) {
+ return $value / $definition->{decimalFactor};
+ } else {
+ return $value;
+ }
+}
+
+sub convert_to_lwz_value {
+ my ($definition, $value) = @_;
+ if (defined $definition->{decimalFactor}) {
+ return $value * $definition->{decimalFactor};
+ my $value1 = (($value * $definition->{decimalFactor}) >> 8) & 0x00FF;
+ my $value2 = ($value * $definition->{decimalFactor}) & 0x00FF;
+ return $value1, $value2;
+ } else {
+ my $value1 = ($value >> 8) & 0x00FF;
+ my $value2 = $value & 0x00FF;
+ return $value1, $value2;
+ }
+}
+
+sub dump_can_message {
+ my ($msg, $id, $dlc, $dataRef) = @_;
+ my @data = @{$dataRef};
+ my $dump = sprintf("%4X [%d] %02X %02X %02X %02X %02X %02X %02X %02X", $id, $dlc, @data);
+ plugin_log($plugname, $msg . ': ' . $dump);
+}
+
+sub find_mapping_ga {
+ my ($ga) = @_;
+ foreach my $entry (@mapped) {
+ if (defined $entry->{knxWriteGA}) {
+ if ($ga eq $entry->{knxWriteGA}) {
+ my $definition = get_definition($entry->{name});
+ return ($entry, $definition);
+ }
+ }
+ }
+ return (undef, undef);
+}
+
+sub get_definition {
+ my ($name) = @_;
+ foreach my $definition (@definitions) {
+ if ($name eq $definition->{name}) {
+ return $definition;
+ }
+ }
+ return undef;
+}
Added: wiregate/plugin/generic/conf.d/StiebelEltron-LWZ-x04.conf
===================================================================
--- wiregate/plugin/generic/conf.d/StiebelEltron-LWZ-x04.conf (rev 0)
+++ wiregate/plugin/generic/conf.d/StiebelEltron-LWZ-x04.conf 2014-09-13 11:49:10 UTC (rev 2229)
@@ -0,0 +1,255 @@
+###############################################################################
+# Variablenbeschreibung
+###############################################################################
+#
+# Erklärung zu Flags:
+# l ... Lesbar
+# s ... Schreibbar
+# e ... Empfangbar
+#
+#
+# Erklärung zu DPT:
+# 1.002 ... Boolscher Wert
+# 7 ... 16 bit Wert (Workaround)
+# 7.006 ... Zeitperiode in Minuten
+# 8.010 ... Prozent
+# 9.001 ... Temperatur in °C
+# 9.002 ... Temperaturabweichung in K (Kelvin)
+# 9.003 ... Temperaturänderung in K/h (Kelvin/Stunde)
+# 9.007 ... Luftfeuchtigkeit in %
+# 9.025 ... Volumenstrom in l/h (Liter/Stunde)
+# 13.010 ... Leistungsmenge Wh
+# 13.013 ... Leistungsmenge KWh
+# 14.033 ... Frequenz in Herz
+#
+#
+# Liste der Variablen:
+# Flags DPT Variable
+#
+# l 9.001 Warmwasser_Solltemperatur
+# l 9.001 Heizkreis_Solltemperatur
+# ls 9.001 Heizen_Raumtemperatur_Tag
+# ls 9.001 Heizen_Raumtemperatur_Nacht
+# l 9.001 Außentemperatur
+# l 9.001 Vorlauftemperatur
+# l 9.001 Warmwasser_Temperatur
+# l 9.001 Heizkreis_Temperatur
+# ls 9.001 Raumtemperatur
+# l 9.001 Raum-Solltemperatur
+# ls 9.001 Warmwasser_Solltemperatur_Tag
+# l 9.001 Verdampfertemperatur
+# l 9.001 Rücklauftemperatur
+# l 9.001 Kollektortemperatur
+# ls 9.001 Maximale_Vorlauftemperatur_Heizkreis
+# ls 9.001 Heizkurfe_Maximaler_Sollwert
+# l 1.002 Abtauen_Verdamper
+# ls 9.007 Luftfeuchtigkeit
+# ls 8.010 Luftfeuchtigkeit_Hysterese
+# ls 7 Dämpfung_Außentemperatur
+# ls 8.010 Heizkurve_Steigung
+# ls 7 Raumeinfluss
+# ls 7 Warmwasser_unbekannt
+# ls 9.001 Sommerbetrieb_Heizgrundeinstellung
+# ls 7 Ferienbeginn_Tag
+# ls 7 Ferienbeginn_Monat
+# ls 7 Ferienbeginn_Jahr
+# ls 7 Ferienende_Tag
+# ls 7 Ferienende_Monat
+# ls 7 Ferienende_Jahr
+# e 7 Wochentag
+# e 7 Datum_Tag
+# e 7 Datum_Monat
+# e 7 Datum_Jahr
+# e 7 Zeit_Stunde
+# e 7 Zeit_Minute
+# ls 9.001 Heizen_Soll_Handbetrieb
+# ls 9.001 Heizkurfe_Sollwert_Min
+# ls 9.001 Heizen_Raumtemperatur_Bereitschaft
+# ls 9.002 Warmwasser_Hysterese
+# ls 9.003 Integralanteil_Heizgrundeinstellung
+# e 7 Display_Symbole
+# ls 7.007 Maximaldauer_Warmwasser_Erzeugung
+# l 9.025 Volumenstrom
+# l 9.001 Tautemperatur
+# l 9.001 Heissgastemperatur
+# ls 1.002 Solar_Kollektorschutz
+# ls 9.001 Solar_Kollektorgrenztemperatur
+# l 13.010 Wärmemenge_Wärmerückgewinnung_Tag_Wh
+# l 13.013 Wärmemenge_Wärmerückgewinnung_Tag_KWh
+# l 13.013 Wärmemenge_Wärmerückgewinnung_Summe_KWh
+# l 13.013 Wärmemenge_Wärmerückgewinnung_Summe_MWh
+# ls 1.002 Lüftung_Filter_Reset
+# l 7 Lüftung_Filter_Laufzeit
+# ls 9.001 Solar_Kollektorschutztemperatur
+# ls 9.001 Solar_Kollektorsperrtemperatur
+# ls 9.001 Kühlen_Raumtemperatur_Tag
+# ls 9.001 Kühlen_Raumtemperatur_Bereitschaft
+# ls 9.001 Kühlen_Raumtemperatur_Nacht
+# ls 7 Lüftung_Stufe_Tag
+# ls 7 Lüftung_Stufe_Nacht
+# ls 7 Lüftung_Stufe_Bereitschaft
+# ls 7 Lüftung_Stufe_Party
+# ls 7.006 Lüftung_Außerordentlich_Stufe_0
+# ls 7.006 Lüftung_Außerordentlich_Stufe_1
+# ls 7.006 Lüftung_Außerordentlich_Stufe_2
+# ls 7.006 Lüftung_Außerordentlich_Stufe_3
+# ls 7 Passivkühlung
+# ls 9.025 Lüfterstufe_Zuluft_1
+# ls 9.025 Lüfterstufe_Zuluft_2
+# ls 9.025 Lüfterstufe_Zuluft_3
+# ls 9.025 Lüfterstufe_Abluft_1
+# ls 9.025 Lüfterstufe_Abluft_2
+# ls 9.025 Lüfterstufe_Abluft_3
+# ls 1.002 Ofen_Kamin
+# ls 7.006 LL_Wärmetauscher_Max_Abtaudauer
+# ls 8.010 LL_Wärmetauscher_Abtaubeginnschwelle
+# ls 8.010 LL_Wärmetauscher_Drehzahl_Filter
+# ls 9.001 Warmwasser_Solltemperatur_Handbetrieb
+# ls 9.001 Warmwasser_Solltemperatur_Bereitschaft
+# ls 9.001 Kühlen_Temperatur_Heizkreis
+# ls 9.002 Kühlen_Vorlauftemperatur_Hysterese_Unbekannt
+# ls 9.002 Kühlen_Raumtemperatur_Hysterese
+# ls 7 Antilegionellen
+# ls 9.001 Warmwasser_Temperatur_Legionellen
+# ls 7.006 Zeitsperre_Nacherwärmung
+# ls 9.001 Temperaturfreigabe_Nacherwärmung
+# ls 7 Nacherwärmung_Stufe_Warmwasser
+# ls 1.002 Warmwasser_Pufferbetrieb
+# ls 9.001 Warmwasser_Max_Vorlauftemperatur
+# ls 1.002 Warmwasser_ECO_Modus
+# ls 9.002 Solar_Hysterese
+# l 9.025 Zuluft_Soll
+# l 14.033 Zuluft_Ist
+# l 9.025 Abluft_Soll
+# l 14.033 Abluft_Ist
+# l 8.010 Fortluft_Soll
+# l 14.033 Fortluft_Ist
+# l 9.001 Verflüssiger_Temperatur
+# ls 9.001 Heizkurve_Anteil_Vorlauf
+# ls 9.001 Heizkurve_Fußpunkt
+# ls 7 Heizgrundeinstellung_Nacherwärmung_Maximale_Stufe
+# ls 7.006 Heizgrundeinstellung_Zeitsperre_Nacherwärmung
+# ls 9.024 Heizgrundeinstellung_Heizleistung_Nacherwärmung_1
+# ls 9.002 Heizgrundeinstellung_Hysterese_Sommerbetrieb
+# ls 9.001 Heizgrundeinstellung_Korrektur_Außentemperatur
+# l 7 Heizstufe
+# ls 1.002 LL_Wärmetauscher_Abtauen
+# ls 9.001 Warmwasser_Solltemperatur_Nacht
+# ls 9.002 Hysterese_1
+# ls 9.002 Hysterese_2
+# ls 9.002 Hysterese_3
+# ls 9.002 Hysterese_4
+# ls 9.002 Hysterese_5
+# ls 7 Hysterese_Asymmetrie
+# ls 7 Ferienbeginn_Uhrzeit_Unbekannt
+# ls 7 Ferienende_Uhrzeit_Unbekannt
+# ls 1.002 Passivkühlung_Fortluft
+# ls 7 Heizgrundeinstellung_Unterdrücke_Temperaturmessung
+# ls 7 Lüftung_Stufe_Handbetrieb
+# l 13.010 Wärmemenge_Solar_Heizung_Tag_Wh
+# l 13.013 Wärmemenge_Solar_Heizung_Tag_KWh
+# l 13.013 Wärmemenge_Solar_Heizung_Summe_KWh
+# l 13.013 Wärmemenge_Solar_Heizung_Summe_MWh
+# l 13.010 Wärmemenge_Solar_Warmwasser_Tag_Wh
+# l 13.013 Wärmemenge_Solar_Warmwasser_Tag_KWh
+# l 13.013 Wärmemenge_Solar_Warmwasser_Summe_KWh
+# l 13.013 Wärmemenge_Solar_Warmwasser_Summe_MWh
+# l 13.013 Wärmemenge_Kühlen_Summe_KWh
+# l 13.013 Wärmemenge_Kühlen_Summe_MWh
+# ls 7 Solar_Kühlzeit_Von_Unbekannt
+# ls 7 Solar_Kühlzeit_Bis_Unbekannt
+# ls 7.006 Feuchte_Maskierzeit
+# ls 8.010 Feuchte_Schwellwert
+# ls 8.010 Lüftung_Leistungsreduktion
+# ls 8.010 Lüftung_Leistungserhöhung
+# l 13.013 Wärmemenge_Nacherwärmung_Warmwasser_Summe_KWh
+# l 13.013 Wärmemenge_Nacherwärmung_Warmwasser_Summe_MWh
+# l 13.013 Wärmemenge_Nacherwärmung_Heizen_Summe_KWh
+# l 13.013 Wärmemenge_Nacherwärmung_Heizen_Summe_MWh
+# l 13.010 Wärmemenge_Warmwasser_Tag_Wh
+# l 13.013 Wärmemenge_Warmwasser_Tag_KWh
+# l 13.013 Wärmemenge_Warmwasser_Summe_KWh
+# l 13.013 Wärmemenge_Warmwasser_Summe_MWh
+# l 13.010 Wärmemenge_Heizen_Tag_Wh
+# l 13.013 Wärmemenge_Heizen_Tag_KWh
+# l 13.013 Wärmemenge_Heizen_Summe_KWh
+# l 13.013 Wärmemenge_Heizen_Summe_MWh
+# ls 8.010 Feuchte_Soll_Minimum
+# ls 8.010 Feuchte_Soll_Maximum
+# ls 9.001 Heizgrundeinstellung_Bivalenzpunkt
+###############################################################################
+
+
+###############################################################################
+# Anmerkung zu Variable "Display_Symbole":
+#
+# 00 01 -- Schaltprogramm (Position 1)
+# 00 02 -- Verdichter (Position 2)
+# 00 04 -- Heizen (Position 3)
+# 00 08 -- Kühlen (Position 3)
+# 00 10 -- Warmwasser (Position 3)
+# 00 20 -- Notheizung (Position 4)
+# 00 40 -- Service (Position 5)
+# 00 80 -- Fernwartung (Postion 5)
+# 01 00 -- Filter oben und unten (Position 5)
+# 02 00 -- Lüftungsstufe (Position 6)
+# 04 00 -- Heizkreispumpe (Position 7)
+# 08 00 -- Abtauen Verdamper (Position 8)
+# 10 00 -- Filter oben (Position 5)
+# 20 00 -- Filter unten (Position 5)
+# 40 00 -- Aufheizen (Position 1)
+# 80 00 -- Achtung (Position 2)
+###############################################################################
+
+
+###############################################################################
+# Konfigurationsbeschreibung
+#
+# name:
+# Definiert den Variablennamen
+#
+# knxStatusGA:
+# Gruppenadresse an welche der gelesene oder empfangene Status gesendet wird
+#
+# knxWriteGA:
+# Gruppenadresse für Werte welche an die Wärmepumpe gesendet werden sollen
+#
+# cycle:
+# Zyklische Abfrage des Wertes. Momentant ein boolscher Wert.
+# Der aktuelle Zyklus liegt bei 60 Sekunden.
+###############################################################################
+
+
+
+#################################################
+# BEGINN DER KONFIGURATION
+#################################################
+
+
+#------------------------------------------------
+# Sockelnummer: Muss am Wiregate einmalig sein
+#------------------------------------------------
+$socknum = 306;
+
+#------------------------------------------------
+# CAN Interface, welches an der Wärmepumpe hängt
+#------------------------------------------------
+$interface = 'can0';
+
+#------------------------------------------------
+# Displaynummer: Mögliche Werte 0-4
+# Das Script registriert sich als Display,
+# dafür muß am CAN Bus eine einheitliche Nummer
+# vergeben werden.
+#
+# Typische Konfiguration:
+# 0: Display in der Wärmepumpe
+# 1: Display und Sensor für Heizkreis 1
+#------------------------------------------------
+$displaynum = 2;
+
+push @mapped, { name => 'Außentemperatur', knxStatusGA => '1/5/1', knxWriteGA => undef, cycle => 1 };
+push @mapped, { name => 'Raumtemperatur', knxStatusGA => '1/5/2', knxWriteGA => undef, cycle => 1 };
+push @mapped, { name => 'Luftfeuchtigkeit', knxStatusGA => '1/5/3', knxWriteGA => undef, cycle => 1 };
+push @mapped, { name => 'Display_Symbole', knxStatusGA => '1/5/4', knxWriteGA => undef, cycle => 0 };
+push @mapped, { name => 'Heizen_Raumtemperatur_Tag', knxStatusGA => '1/5/5', knxWriteGA => '1/5/6', cycle => 1 };
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