==> divide_by_10.js <==
//
// Transformation: Divide a float number by 10
//
(function (inputData) {
	return parseFloat(inputData) / 10;
})(input)
==> divide_by_60.js <==
//
// Transformation: Divide a float number by 60 (e.g. minutes into hours)
//
(function (inputData) {
	return parseFloat(inputData) / 60;
})(input)
==> kwb_boiler_CF2.items <==

Group KWB_BOILER_CF2 "KWB boiler CF2" <heating> (SalaCalefaccion)

// Universal - software version
Number	KWB_BOILER_CF2_SoftwareVersionMajor	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:softwareVersion:SoftwareVersionMajor:number" }
Number	KWB_BOILER_CF2_SoftwareVersionMinor	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:softwareVersion:SoftwareVersionMinor:number" }
Number	KWB_BOILER_CF2_SoftwareVersionPatch	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:softwareVersion:SoftwareVersionPatch:number" }
Number	KWB_BOILER_CF2_SoftwareRevision	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:softwareVersion:SoftwareRevision:number" }

// Universal - alarms
Number	KWB_BOILER_CF2_BoilerOKFlag	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:alarms:BoilerOKFlag:number" }
Number	KWB_BOILER_CF2_BoilerErrorFlag	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:alarms:BoilerErrorFlag:number" }
Number	KWB_BOILER_CF2_CounterAlarms	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:alarmCounters:CounterAlarms:number" }
Number	KWB_BOILER_CF2_CounterOpenAlarms	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:alarmCounters:CounterOpenAlarms:number" }

// CF2 boiler data
Number:Temperature	KWB_BOILER_CF2_boilerActualTemperature		"[%2.0f %unit%]"	<temperature>   (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerActualTemperature:number" }
String	KWB_BOILER_CF2_boilerActualTemperatureStatus	        					(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerActualTemperatureStatus:string" }
Number:Temperature	KWB_BOILER_CF2_boilerTargetTemperature         <temperature>   (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerTargetTemperature:number" }
Switch	KWB_BOILER_CF2_boilerPumpStatus	    						(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerPumpStatus:number" }
Number	KWB_BOILER_CF2_boilerPumpPercentage	    					(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerPumpPercentage:number" }
Number:Temperature	KWB_BOILER_CF2_returnTemperature           	<temperature>   (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:returnTemperature:number" }
String	KWB_BOILER_CF2_returnTemperatureStatus	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:returnTemperatureStatus:string" }
String	KWB_BOILER_CF2_demandRequest	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:demandRequest:string" }
String	KWB_BOILER_CF2_boilerStatus	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:boilerStatus:string" }
Number	KWB_BOILER_CF2_fullLoadHours	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:fullLoadHours:number" }
Number	KWB_BOILER_CF2_oxygenActualPercentage	"[%2.0f %%]"    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:oxygenActualPercentage:number" }
Number:Temperature	KWB_BOILER_CF2_flameTemperatureActualValue  "[%2.0f %unit%]"   <temperature>   (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:flameTemperatureActualValue:number" }
String	KWB_BOILER_CF2_flameTemperatureActualStatus	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:flameTemperatureActualStatus:string" }
Number	KWB_BOILER_CF2_draughtPercentage	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:draughtPercentage:number" }
Number	KWB_BOILER_CF2_primaryAirShutterPercentage	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:primaryAirShutterPercentage:number" }
Number	KWB_BOILER_CF2_secondaryAirShutterPercentage	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:secondaryAirShutterPercentage:number" }
Number	KWB_BOILER_CF2_fillRoomDoorStatus	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus:fillRoomDoorStatus:number" }
Number	KWB_BOILER_CF2_draughtFanRPM	    (KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerStatus2:draughtFanRPM:number" }

// Heating circuits
Number:Temperature	KWB_BOILER_CF2_forwardFlowActualTemperature_1	"[%2.1f %unit%]" <temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits:forwardFlowActualTemperature_1:number" }
String	KWB_BOILER_CF2_forwardFlowStatus_1								(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits:forwardFlowStatus_1:string" }
Number:Temperature	KWB_BOILER_CF2_forwardFlowActualTemperature_2				"[%2.1f %unit%]" <temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits:forwardFlowActualTemperature_2:number" }
String	KWB_BOILER_CF2_forwardFlowStatus_2	    						(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits:forwardFlowStatus_2:string" }
Number:Temperature	KWB_BOILER_CF2_forwardFlowTargetTemperature_1	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits2:forwardFlowTargetTemperature_1:number" }
Number:Temperature	KWB_BOILER_CF2_forwardFlowTargetTemperature_2	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits2:forwardFlowTargetTemperature_2:number" }
Number:Temperature	KWB_BOILER_CF2_outdoorTemperature_1		"[%2.1f %unit%]"	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits3:outdoorTemperature_1:number" }
String	KWB_BOILER_CF2_outdoorTemperatureStatus_1						(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits3:outdoorTemperatureStatus_1:string" }
Switch	KWB_BOILER_CF2_pumpCircuit_1									(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits4:pumpCircuit_1:number" }
Switch	KWB_BOILER_CF2_pumpCircuit_2									(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:heatingCircuits4:pumpCircuit_2:number" }

// Main buffer
Number:Temperature	KWB_BOILER_CF2_bufferTemperature_1	 "[%2.0f %unit%]"   	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor1:bufferTemperature_1:number" }
String	KWB_BOILER_CF2_bufferTemperatureStatus_1	    			(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor1:bufferTemperatureStatus_1:string" }
Number:Temperature	KWB_BOILER_CF2_bufferTemperature_3	 "[%2.0f %unit%]"   	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor3:bufferTemperature_3:number" }
String	KWB_BOILER_CF2_bufferTemperatureStatus_3	    			(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor3:bufferTemperatureStatus_3:string" }
Number:Temperature	KWB_BOILER_CF2_bufferTemperature_5	 "[%2.0f %unit%]"    	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor5:bufferTemperature_5:number" }
String	KWB_BOILER_CF2_bufferTemperatureStatus_5	    			(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferSensor5:bufferTemperatureStatus_5:string" }
Switch	KWB_BOILER_CF2_bufferPump	    							(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferPump:bufferPump:number" }
Switch	KWB_BOILER_CF2_bufferPumpRequest	    					(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:bufferPump:bufferPumpRequest:number" }

// ACS buffer
Number:Temperature	KWB_BOILER_CF2_ACSActualTemperature	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_1:ACSActualTemperature:number" }
String	KWB_BOILER_CF2_ACSActualTemperatureStatus	    					(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_1:ACSActualTemperatureStatus:string" }
Switch	KWB_BOILER_CF2_ACSloadPump	    									(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_2:ACSloadPump:number" }
Switch	KWB_BOILER_CF2_ACSloadPumpDemand	    								(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_2:ACSloadPumpDemand:number" }
Number:Temperature	KWB_BOILER_CF2_acsTargetTemperature	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_2:ACSTargetTemperature:number" }
String	KWB_BOILER_CF2_ACSStatus	    									(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:acs_3:ACSStatus:string" }

// Boiler chaining data
Number:Temperature	KWB_BOILER_CF2_boilerChain_bufferMidTemp	<temperature>	(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerChain_1:boilerChain_bufferMidTemp:number" }
Number	KWB_BOILER_CF2_boilerChain_bufferFillingDegree	    					(KWB_BOILER_CF2) { channel="modbus:data:KWBBoilerCF2:boilerChain_1:boilerChain_bufferFillingDegree:string" }


==> KWB_boiler_status_t.map <==
0=Störung
1=Aus
2=Legionellenschutz
3=Urlaub
4=Einmalladung
5=Außerhalb der Ladezeit
6=Laden bis Solltemp.
7=Temp. ausreichend
8=Blockierschutz
9=Warten Pumpenfreigabe
10=Kessel Überhitzung
11=ZWQ Überhitzung
12=max. Wärmeabnahme
13=Nachlauf
14=Nachlauf (Warten Freig.)
15=Lizenz ungültig

==> kwb_boiler.things <==
//
// Modbus definition for the KWB heating
// In general we use a polling rate of 60000 [ms] / 1 minute
//

//
// Boiler CF2 ("leña")
//
Bridge modbus:tcp:KWBBoilerCF2 "KWB Heating boiler logs" [ host="10.30.255.204", port=502, id=2 ] {

    // Universal data - software version data
    // All read only, so using a relaxed polling rate
    Bridge poller softwareVersion "Poller KWBBoilerCF2 - universal - software" [ start = 8192, length = 5, refresh = 100000, type = "input" ] {

        // Note the zero based indexing: first coil is index 0.
        Thing data SoftwareVersionMajor [ readStart="8192", readValueType="uint16" ]
        Thing data SoftwareVersionMinor [ readStart="8193", readValueType="uint16" ]
        Thing data SoftwareVersionPatch [ readStart="8194", readValueType="uint16" ]
        Thing data SoftwareRevision [ readStart="8195", readValueType="uint32" ]
    }

    // Unviversal section - Alarms and errors
    Bridge poller alarms "Poller KWBBoilerCF2 - universal - alarms" [ start = 8204, length = 2, refresh = 60000, type = "input" ] {
        Thing data BoilerOKFlag [ readStart="8204", readValueType="int16" ]
        Thing data BoilerErrorFlag [ readStart="8205", readValueType="int16" ]
    }

    // Universal section - alarm counters
    Bridge poller alarmCounters "Poller KWBBoilerCF2 - universal - alarm counter" [ start = 8252, length = 4, refresh = 60000, type = "input" ] {
        Thing data CounterAlarms [ readStart="8252", readValueType="int32" ]
        Thing data CounterOpenAlarms [ readStart="8254", readValueType="int32" ]
    }

    // TODO: R/W Register 24582 "resolve alarms"

    // CF2 boiler data
    Bridge poller boilerStatus "Poller KWBBoilerCF2 - Status CF2" [ start = 8197, length = 51, refresh = 60000, type = "input" ] {

        Thing data boilerActualTemperature [ readStart = "8197", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data boilerActualTemperatureStatus [ readStart = "8198", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data boilerTargetTemperature [ readStart = "8199", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data boilerPumpStatus [ readStart = "8200", readValueType = "int16" ]
        Thing data boilerPumpPercentage [ readStart = "8201", readValueType = "uint16", readTransform = "JS(divide_by_10.js)" ]
        Thing data returnTemperature [ readStart = "8202", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data returnTemperatureStatus [ readStart = "8203", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data demandRequest [ readStart = "8206", readValueType = "int16", readTransform = "MAP(KWB_ksm_verbraucher_anforderung_t.map)" ]
        Thing data boilerStatus [ readStart = "8208", readValueType = "int16", readTransform = "MAP(KWB_ksm_kesselstatus_anzeige_t.map)" ]
        Thing data fullLoadHours [ readStart = "8209", readValueType = "uint32", readTransform = "JS(divide_by_60.js)" ]
        Thing data oxygenActualPercentage [ readStart = "8214", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data flameTemperatureActualValue [ readStart = "8215", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data flameTemperatureActualStatus [ readStart = "8216", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data draughtPercentage [ readStart = "8223", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]

        Thing data primaryAirShutterPercentage [ readStart = "8242", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data secondaryAirShutterPercentage [ readStart = "8243", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data fillRoomDoorStatus [ readStart = "8245", readValueType = "int16" ]

    }


    Bridge poller boilerStatus2 "Poller KWBBoilerCF2 - Status CF2, #2" [ start = 9498, length = 1, refresh = 60000, type = "input" ] {

        Thing data draughtFanRPM [ readStart = "9498", readValueType = "int16" ]

    }

    //
    // The next pollers define things for the heating circuits -> More circuits can be simply added by extending the lists
    //
    Bridge poller heatingCircuits "Poller KWBBoilerCF2 - heating circuits" [ start = 8260, length = 4, refresh = 60000, type = "input" ] {

        Thing data forwardFlowActualTemperature_1   [ readStart = "8260", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data forwardFlowStatus_1              [ readStart = "8261", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data forwardFlowActualTemperature_2   [ readStart = "8262", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data forwardFlowStatus_2              [ readStart = "8263", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
    }

    Bridge poller heatingCircuits2 "Poller KWBBoilerCF2 - heating circuits #2" [ start = 8328, length = 2, refresh = 60000, type = "input" ] {

        Thing data forwardFlowTargetTemperature_1   [ readStart = "8328", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data forwardFlowTargetTemperature_2   [ readStart = "8329", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]

    }

    Bridge poller heatingCircuits3 "Poller KWBBoilerCF2 - heating circuits #3" [ start = 8435, length = 2, refresh = 60000, type = "input" ] {

        Thing data outdoorTemperature_1         [ readStart = "8435", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data outdoorTemperatureStatus_1   [ readStart = "8436", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller heatingCircuits4 "Poller KWBBoilerCF2 - heating circuits #4" [ start = 8503, length = 2, refresh = 60000, type = "input" ] {

        Thing data pumpCircuit_1            [ readStart = "8503", readValueType = "int16" ]
        Thing data pumpCircuit_2            [ readStart = "8504", readValueType = "int16" ]

    }

    Bridge poller heatingCircuits5 "Poller KWBBoilerCF2 - heating circuits #5" [ start = 8573, length = 2, refresh = 60000, type = "input" ] {

        Thing data circuitStatus_1            [ readStart = "8573", readValueType = "int16", readTransform = "MAP(KWB_hk_status_t.map)" ]
        Thing data circuitStatus_2            [ readStart = "8574", readValueType = "int16", readTransform = "MAP(KWB_hk_status_t.map)" ]

    }


    //
    // Heating buffer data; sensors installed are #1, #3, #5
    //
    Bridge poller bufferSensor1 "Poller KWBBoilerCF2 - buffer sensor #1" [ start = 8708, length = 2, refresh = 60000, type = "input" ] {

        Thing data bufferTemperature_1          [ readStart = "8708", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data bufferTemperatureStatus_1    [ readStart = "8709", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller bufferSensor3 "Poller KWBBoilerCF2 - buffer sensor #3" [ start = 8776, length = 2, refresh = 60000, type = "input" ] {

        Thing data bufferTemperature_3          [ readStart = "8776", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data bufferTemperatureStatus_3    [ readStart = "8777", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller bufferSensor5 "Poller KWBBoilerCF2 - buffer sensor #5" [ start = 8844, length = 2, refresh = 60000, type = "input" ] {

        Thing data bufferTemperature_5          [ readStart = "8844", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data bufferTemperatureStatus_5    [ readStart = "8845", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller bufferPump "Poller KWBBoilerCF2 - buffer pump" [ start = 8878, length = 20, refresh = 60000, type = "input" ] {

        Thing data bufferPump           [ readStart = "8878", readValueType = "int16" ]
        Thing data bufferPumpRequest    [ readStart = "8895", readValueType = "int16" ]

    }

    // Domestic water deposit / ACS
    Bridge poller acs_1 "Poller KWBBoilerCF2 - ACS #1" [ start = 8608, length = 2, refresh = 60000, type = "input" ] {

        Thing data ACSActualTemperature         [ readStart = "8608", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data ACSActualTemperatureStatus   [ readStart = "8609", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller acs_2 "Poller KWBBoilerCF2 - ACS #2" [ start = 8641, length = 35, refresh = 60000, type = "input" ] {

        Thing data ACSloadPump             [ readStart = "8641", readValueType = "int16" ]
        Thing data ACSloadPumpDemand       [ readStart = "8658", readValueType = "int16" ]
        Thing data ACSTargetTemperature [ readStart = "8675", readValueType = "int16", readTransform = "JS(divide_by_10.js)"  ]

    }

    Bridge poller acs_3 "Poller KWBBoilerCF2 - ACS #3" [ start = 8692, length = 1, refresh = 60000, type = "input" ] {

        Thing data ACSStatus    [ readStart = "8692", readValueType = "int16", readTransform = "MAP(KWB_boiler_status_t.map)"]

    }

    // Kesselfolgeschaltung
    Bridge poller boilerChain_1 "Poller KWBBoilerCF2 - Kesselfolgeschaltung" [ start = 9394, length = 10, refresh = 60000, type = "input" ] {

        Thing data boilerChain_bufferMidTemp [ readStart = "9394", readValueType = "int16" ]
        Thing data boilerChain_bufferFillingDegree [ readStart = "9395", readValueType = "int16" ]
    }

}

//
// Boiler MF2 ("astilla")
//
Bridge modbus:tcp:KWBBoilerMF2 "KWB Heating boiler leña" [ host="10.30.255.228", port=502, id=1 ] {


    // Universal data - software version data
    // All read only, so using a relaxed polling rate
    Bridge poller softwareVersion "Poller KWBBoilerMF2 - universal - software" [ start = 8192, length = 5, refresh = 100000, type = "input" ] {

        // Note the zero based indexing: first coil is index 0.
        Thing data SoftwareVersionMajor [ readStart="8192", readValueType="uint16" ]
        Thing data SoftwareVersionMinor [ readStart="8193", readValueType="uint16" ]
        Thing data SoftwareVersionPatch [ readStart="8194", readValueType="uint16" ]
        Thing data SoftwareRevision [ readStart="8195", readValueType="uint32" ]
    }

    // Unviversal section - Alarms and errors
    Bridge poller alarms "Poller KWBBoilerMF2 - universal - alarms" [ start = 8204, length = 2, refresh = 60000, type = "input" ] {
        Thing data BoilerOKFlag [ readStart="8204", readValueType="int16" ]
        Thing data BoilerErrorFlag [ readStart="8205", readValueType="int16" ]
    }

    // Universal section - alarm counters
    Bridge poller alarmCounters "Poller KWBBoilerMF2 - universal - alarm counter" [ start = 8252, length = 4, refresh = 60000, type = "input" ] {
        Thing data CounterAlarms [ readStart="8252", readValueType="int32" ]
        Thing data CounterOpenAlarms [ readStart="8254", readValueType="int32" ]
    }

    Bridge poller boilerStatus "Poller KWBBoilerMF2 - Status MF2" [ start = 8197, length = 51, refresh = 60000, type = "input" ] {

        Thing data boilerActualTemperature [ readStart = "8197", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data boilerActualTemperatureStatus [ readStart = "8198", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data boilerTargetTemperature [ readStart = "8199", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data boilerPumpStatus [ readStart = "8200", readValueType = "int16" ]
        Thing data boilerPumpPercentage [ readStart = "8201", readValueType = "uint16", readTransform = "JS(divide_by_10.js)" ]
        Thing data returnTemperature [ readStart = "8202", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data returnTemperatureStatus [ readStart = "8203", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data demandRequest [ readStart = "8206", readValueType = "int16", readTransform = "MAP(KWB_ksm_verbraucher_anforderung_t.map)" ]
        Thing data boilerOutputPercentage [ readStart = "8207", readValueType = "int16", readTransform = "MAP(KWB_ksm_verbraucher_anforderung_t.map)" ]
        Thing data boilerStatus [ readStart = "8208", readValueType = "int16", readTransform = "MAP(KWB_ksm_kesselstatus_anzeige_t.map)" ]
        Thing data fullLoadHours [ readStart = "8209", readValueType = "uint32", readTransform = "JS(divide_by_60.js)" ]
        Thing data oxygenActualPercentage [ readStart = "8214", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data flameTemperatureActualValue [ readStart = "8215", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data flameTemperatureActualStatus [ readStart = "8216", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data ultrasonicSensorActual [ readStart = "8217", readValueType = "int16" ]
        Thing data negativePressure [ readStart = "8218", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data burnoutTemperatureActualValue [ readStart = "8219", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data burnoutTemperatureStatus [ readStart = "8220", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]
        Thing data primaryFanPercentage [ readStart = "8221", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data secondaryFanPercentage [ readStart = "8222", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data draughtPercentage [ readStart = "8223", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data primaryAirShutterPercentage [ readStart = "8242", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data secondaryAirShutterPercentage [ readStart = "8243", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data fillRoomDoorStatus [ readStart = "8245", readValueType = "int16" ]

    }

    //
    // Heating sensors installed are #1 (top) and #5 (middle)
    //
    Bridge poller bufferSensor1 "Poller KWBBoilerMF2 - buffer sensor #1" [ start = 8708, length = 2, refresh = 60000, type = "input" ] {

        Thing data bufferTemperature_1          [ readStart = "8708", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data bufferTemperatureStatus_1    [ readStart = "8709", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

    Bridge poller bufferSensor5 "Poller KWBBoilerMF2 - buffer sensor #5" [ start = 8844, length = 2, refresh = 60000, type = "input" ] {

        Thing data bufferTemperature_5          [ readStart = "8844", readValueType = "int16", readTransform = "JS(divide_by_10.js)" ]
        Thing data bufferTemperatureStatus_5    [ readStart = "8845", readValueType = "int16", readTransform = "MAP(KWB_system_sensor_status_t.map)" ]

    }

}

==> KWB_hk_status_t.map <==
0=Absenk
1=Komfort
2=Frostschutz
3=Urlaub
4=Aus
5=Estrich
6=Max. Wärmeabnahme
7=Max. Wärmeabnahme
8=Modbus

==> KWB_ksm_kesselstatus_anzeige_t.map <==
0=Aus
1=Messbetrieb
2=Betrieb (Reinigung)
3=Einmessen
4=Betrieb
5=Nachlauf
6=Neustart
7=Störung Nachlauf
8=Störung Aus
9=Wartung
10=Bereit (-Zuendanf)
11=Zünden Start Saugzug
12=Zünden FS Füllen
13=Zünden Einschieben 1
14=Zünden Einschieben 3
15=Zünden Heizen
16=Heizen Durchzünden
17=Zünden Einschieben 2
18=Zünden Warten
19=Durchzünden
20=1. IB Betrieb
21=Bereit (-Ext1)
22=Bereit (-Zweitkessel)
23=Bereit (-FS)
24=Bereit (-Reinigung)
25=Bereit (+Stop)
26=Bereit (-Ext3)
27=Bereit (-Lambdasonde)
30=Bereit (-Anf)
31=Bereit (+Wartezeit)
32=Bereit (+Anf)
34=Betrieb Leerschieben
35=Aus
36=Anheizen
37=Warten Zündanf.
38=Warten Zündfreig.
39=Start Zündung
40=Zünden
41=Heizen
42=Feuerhaltung
43=Feuer aus
44=Störung Feuer aus
45=Tür offen
46=Überhitzung
47=Störung Feuerhaltung
49=Sh aus, PM freigegeben
50=Start Pelletmodul
51=Pelletmodul Gesperrt
52=Wartung

==> KWB_ksm_verbraucher_anforderung_t.map <==
0=Aus
1=Heizkreis
2=BWS
3=Puffer

==> KWB_system_sensor_status_t.map <==
0=Defekt
1=Fehlt
2=OK