BJUMPER uniflair_amico_leonardo_TDAV_Modbus.xml

<?xml version="1.0"?>
<!-- amico_leonardo_ug40mp40_TCPIP_Modbus_CCU -->
<APC_DDF
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
	xsi:noNamespaceSchemaLocation="http://localhost/ddf_schema/apc_ddf_1_6.xsd"
	ddfid="BJumper uniflair_amico_leonardo_TDAV_0_TCPIP_Modbus"
	ddfname="BJumper Uniflair Amico/Leonardo(TDAV)[ModbusTCP]"
	ddfversion="17"
	canremove="yes">
  <schemaVersion>1.6</schemaVersion>

  <device deviceid="ug50_TCPIP_Modbus_CCU_header">
    <oidMustExist oid="MODBUS_OID_MUST_EXIST" ruleid="OIDMustExist_modbusdevicetest"/>
    <setProductData ruleid="typedata" field="type">Cooling Device</setProductData>
    <setProductData ruleid="vendordata" field="vendor">Uniflair/Schneider-Electric</setProductData>
    <setProductData ruleid="modeldata" field="model">TDAV</setProductData>

  </device>

  <device deviceid="ug50_TCPIP_Modbus_CCU_sensors">
    <oidMustExist oid="MODBUS_OID_MUST_EXIST" ruleid="OIDMustExist_modbusdevicetest"/>

    <numSensor ruleid="room_temperature_Sensor">
      <type>temp</type>
      <sensorId>ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="outdoor_temperature_Sensor">
      <type>temp</type>
      <sensorId>OUTDOOR_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>outdoor_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Outdoor Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="delivery_air_temperature_Sensor">
      <type>temp</type>
      <sensorId>DELIVERY_AIR_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>delivery_air_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Delivery Air Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="chilled_water_temperature_circuit_1_Sensor">
      <type>temp</type>
      <sensorId>CHILLED_WATER_TEMPERATURE_CIRCUIT_1</sensorId>
      <value>
        <mult>
          <op>
            <getOid>chilled_water_temperature_circuit_1</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Chilled Water Temperature Circuit 1</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="hot_water_temperature_Sensor">
      <type>temp</type>
      <sensorId>HOT_WATER_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>hot_water_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Hot Water Temperature</label>
      <sensorSet>Analog Water Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="room_relative_humidity_Sensor">
      <type>humidity</type>
      <sensorId>ROOM_RELATIVE_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>room_relative_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Room Relative Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="outlet_chilled_water_temperature_Sensor">
      <type>temp</type>
      <sensorId>OUTLET_CHILLED_WATER_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>outlet_chilled_water_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Outlet Chilled Water Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_1_evaporating_pressure_Sensor">
      <type>pressure</type>
      <sensorId>CIRCUIT_1_EVAPORATING_PRESSURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_1_evaporating_pressure</getOid>
          </op>
          <op>10</op>
        </mult>
      </value>
      <valueInc>100</valueInc>
      <label>Circuit 1 Evaporating Pressure</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_2_evaporating_pressure_Sensor">
      <type>pressure</type>
      <sensorId>CIRCUIT_2_EVAPORATING_PRESSURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_2_evaporating_pressure</getOid>
          </op>
          <op>10</op>
        </mult>
      </value>
      <valueInc>100</valueInc>
      <label>Circuit 2 Evaporating Pressure</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_1_suction_temperature_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_1_SUCTION_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_1_suction_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 1 Suction Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_2_suction_temperature_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_2_SUCTION_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_2_suction_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 2 Suction Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_1_evaporating_temperature_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_1_EVAPORATING_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_1_evaporating_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 1 Evaporating Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_2_evaporating_temperature_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_2_EVAPORATING_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_2_evaporating_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 2 Evaporating Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_1_superheat_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_1_SUPERHEAT</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_1_superheat</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 1 Superheat</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="circuit_2_superheat_Sensor">
      <type>temp</type>
      <sensorId>CIRCUIT_2_SUPERHEAT</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circuit_2_superheat</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Circuit 2 Superheat</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="cold_water_valve_ramp_Sensor">
      <type>pctofcapacity</type>
      <sensorId>COLD_WATER_VALVE_RAMP</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cold_water_valve_ramp</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Cold Water Valve Ramp</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

    <numSensor ruleid="hot_water_valve_ramp_Sensor">
      <type>pctofcapacity</type>
      <sensorId>HOT_WATER_VALVE_RAMP</sensorId>
      <value>
        <mult>
          <op>
            <getOid>hot_water_valve_ramp</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Hot Water Valve Ramp</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

    <numSensor ruleid="evaporating_fan_speed_Sensor">
      <type>pctofcapacity</type>
      <sensorId>EVAPORATING_FAN_SPEED</sensorId>
      <value>
        <mult>
          <op>
            <getOid>evaporating_fan_speed</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Evaporating Fan Speed</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	
	<numSensor ruleid="Analog_Variable_19">
      <type>num</type>
      <sensorId>Analog_Variable_19</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_19</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 19</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Cooling_Setpoint">
      <type>temp</type>
      <sensorId>Cooling_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cooling_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Cooling Setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Cooling_Sensitivity">
      <type>temp</type>
      <sensorId>Cooling_Sensitivity</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cooling_sensitivity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Cooling Sensitivity</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Second_Cooling_Setpoint">
      <type>temp</type>
      <sensorId>Second_Cooling_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>second_cooling_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Second Cooling Setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Heating_Setpoint">
      <type>temp</type>
      <sensorId>Heating_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>heating_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Cooling Sensitivity</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Second_Heating_setpoint">
      <type>temp</type>
      <sensorId>Second_Heating_setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>second_heating_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Second Heating setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Heating_Sensitivity">
      <type>temp</type>
      <sensorId>Heating_Sensitivity</sensorId>
      <value>
        <mult>
          <op>
            <getOid>heating_sensitivity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Heating Sensitivity</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="High_Room_Temperature_Alarm_Threshold(1)">
      <type>temp</type>
      <sensorId>High_Room_Temperature_Alarm_Threshold(1)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>high_room_temperature_alarm_threshold(1)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>High Room Temperature Alarm Threshold</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Low_Room_Temperature_Alarm_Threshold(1)">
      <type>temp</type>
      <sensorId>Low_Room_Temperature_Alarm_Threshold(1)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>low_room_temperature_alarm_threshold(1)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Low Room Temperature Alarm Threshold</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Setback_Mode:_Cooling_Setpoint">
      <type>temp</type>
      <sensorId>Setback_Mode:_Cooling_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>setback_mode:_cooling_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Setback Mode: Cooling Setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Setback_Mode:_Cooling_Setpoint">
      <type>temp</type>
      <sensorId>Setback_Mode:_Cooling_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>setback_mode:_cooling_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Setback Mode: Cooling Setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Setback_Mode:_Heating_Setpoint">
      <type>temp</type>
      <sensorId>Setback_Mode:_Heating_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>setback_mode:_heating_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Setback Mode: Heating Setpoint</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="CW_Setpoint_to_Start_Dehumidification">
      <type>temp</type>
      <sensorId>CW_Setpoint_to_Start_Dehumidification</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cw_setpoint_to_start_dehumidification</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>CW Setpoint to Start Dehumidification</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="CW_High_Temperature_Alarm_Threshold_(c.1)">
      <type>temp</type>
      <sensorId>CW_High_Temperature_Alarm_Threshold_(c.1)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cw_high_temperature_alarm_threshold_(c.1)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>CW High Temperature Alarm Threshold (c.1)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="CW_Setpoint_to_start_CW_Operating_Mode_(Only_TC_Units)">
      <type>temp</type>
      <sensorId>CW_Setpoint_to_start_CW_Operating_Mode_(Only_TC_Units)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cw_setpoint_to_start_cw_operating_mode_(only_tc_units)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>CW Setpoint to start CW Operating Mode (Only TC Units)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Radcooler_Setpoint_in_Energy_Saving_Mode">
      <type>temp</type>
      <sensorId>Radcooler_Setpoint_in_Energy_Saving_Mode</sensorId>
      <value>
        <mult>
          <op>
            <getOid>radcooler_setpoint_in_energy_saving_mode</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Radcooler Setpoint in Energy Saving Mode</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="RADCOOLER_SETPOINT_IN_DX_MODE">
      <type>temp</type>
      <sensorId>RADCOOLER_SETPOINT_IN_DX_MODE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>radcooler_setpoint_in_dx_mode</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Radcooler setpoint in dx mode</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Delivery_Temperature_Low_Limit_Setpoint(1)">
      <type>temp</type>
      <sensorId>Delivery_Temperature_Low_Limit_Setpoint(1)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>delivery_temperature_low_limit_setpoint(1)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Delivery Temperature Low Limit Setpoint(1)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Delta_Temperature_for_Automatic_Mean/Local_Changeover">
      <type>temp</type>
      <sensorId>Delta_Temperature_for_Automatic_Mean/Local_Changeover</sensorId>
      <value>
        <mult>
          <op>
            <getOid>delta_temperature_for_automatic_mean/local_changeover</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Delta Temperature for Automatic Mean/Local Changeover</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Serial_Transmission_Offset">
      <type>num</type>
      <sensorId>Serial_Transmission_Offset</sensorId>
      <value>
        <mult>
          <op>
            <getOid>serial_transmission_offset</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Serial Transmission Offset</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_38">
      <type>num</type>
      <sensorId>Analog_Variable_38</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_38</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 38</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_39">
      <type>num</type>
      <sensorId>Analog_Variable_39</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_39</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 39</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_40">
      <type>num</type>
      <sensorId>Analog_Variable_40</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_40</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 40</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_41">
      <type>num</type>
      <sensorId>Analog_Variable_41</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_41</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 41</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_42">
      <type>num</type>
      <sensorId>Analog_Variable_42</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_42</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 42</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_43">
      <type>num</type>
      <sensorId>Analog_Variable_43</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_43</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 43</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_44">
      <type>num</type>
      <sensorId>Analog_Variable_44</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_44</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 44</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_45">
      <type>num</type>
      <sensorId>Analog_Variable_45</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_45</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 45</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_46">
      <type>num</type>
      <sensorId>Analog_Variable_46</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_46</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 46</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	<numSensor ruleid="Analog_Variable_47">
      <type>num</type>
      <sensorId>Analog_Variable_47</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_47</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 47</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	<numSensor ruleid="Analog_Variable_48">
      <type>num</type>
      <sensorId>Analog_Variable_48</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_48</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 48</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	<numSensor ruleid="Analog_Variable_49">
      <type>num</type>
      <sensorId>Analog_Variable_49</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_49</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog Variable 49</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	
	

    <numSensor ruleid="lan_unit_02_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_02_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_02_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 02 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_03_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_03_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_03_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 03 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_04_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_04_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_04_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 04 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_05_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_05_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_05_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 05 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_06_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_06_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_06_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 06 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_07_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_07_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_07_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 07 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_08_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_08_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_08_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 08 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_09_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_09_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_09_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 09 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_10_room_temperature_Sensor">
      <type>temp</type>
      <sensorId>LAN_UNIT_10_ROOM_TEMPERATURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_10_room_temperature</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 10 Room Temperature</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Analog_Variable_59">
      <type>num</type>
      <sensorId>Analog_Variable_59</sensorId>
      <value>
        <mult>
          <op>
            <getOid>analog_variable_59</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Analog_Variable_59</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_02_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_02_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_02_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 02 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_03_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_03_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_03_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 03 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_04_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_04_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_04_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 04 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_05_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_05_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_05_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 05 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_06_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_06_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_06_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 06 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_07_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_07_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_07_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 07 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_08_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_08_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_08_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 08 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_09_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_09_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_09_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 09 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="lan_unit_10_room_humidity_Sensor">
      <type>num</type>
	  <units>percent</units>
      <sensorId>LAN_UNIT_10_ROOM_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>lan_unit_10_room_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>LAN Unit 10 Room Humidity</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="afps_air_pressure_Sensor">
      <type>pressure</type>
      <sensorId>AFPS_AIR_PRESSURE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps_air_pressure</getOid>
          </op>
          <op>0.0001</op>
        </mult>
      </value>
		<valueInc>0.0001</valueInc>
      <label>AFPS: Air Pressure</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>



	<numSensor ruleid="AFPS:_Setpoint">
      <type>pressure</type>
      <sensorId>AFPS:_Setpoint</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_setpoint</getOid>
          </op>
          <op>0.0001</op>
        </mult>
      </value>
		<valueInc>0.0001</valueInc>
      <label>AFPS: Setpoint</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Dead_Band">
      <type>pressure</type>
      <sensorId>AFPS:_Dead_Band</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_dead_band</getOid>
          </op>
          <op>0.0001</op>
        </mult>
      </value>
		<valueInc>0.0001</valueInc>
      <label>AFPS: Dead Band</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Regulation_Band">
      <type>pressure</type>
      <sensorId>AFPS:_Regulation_Band</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_regulation_band</getOid>
          </op>
          <op>0.0001</op>
        </mult>
      </value>
		<valueInc>0.0001</valueInc>
      <label>AFPS: Regulation Band</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Alarm_Threshold">
      <type>pressure</type>
      <sensorId>AFPS:_Alarm_Threshold</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_alarm_threshold</getOid>
          </op>
          <op>0.0001</op>
        </mult>
      </value>
		<valueInc>0.0001</valueInc>
      <label>AFPS: Alarm Threshold</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Compensation:_Room_Temperature_(T1)_(Del.Temp.Regol.)">
      <type>temp</type>
      <sensorId>Compensation:_Room_Temperature_(T1)_(Del.Temp.Regol.)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compensation:_room_temperature_(t1)_(del.temp.regol.)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
		<valueInc>0.1</valueInc>
      <label>Compensation: Room Temperature (T1) (Del.Temp.Regol.)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Compensation:_Setpoint_2_(SP2)_(Del.Temp.Regol.)">
      <type>temp</type>
      <sensorId>Compensation:_Setpoint_2_(SP2)_(Del.Temp.Regol.)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compensation:_setpoint_2_(sp2)_(del.temp.regol.)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
		<valueInc>0.1</valueInc>
      <label>Compensation: Setpoint 2 (SP2) (Del.Temp.Regol.)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Compensation:_Room_Temperature_(T2)_(Del.Temp.Regol.)">
      <type>temp</type>
      <sensorId>Compensation:_Room_Temperature_(T2)_(Del.Temp.Regol.)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compensation:_room_temperature_(t2)_(del.temp.regol.)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
		<valueInc>0.1</valueInc>
      <label>Compensation: Room Temperature (T2) (Del.Temp.Regol.)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	
	
	<numSensor ruleid="Cold_Water_Valve_Ramp_(circ.2)">
      <type>pressure</type>
      <sensorId>Cold_Water_Valve_Ramp_(circ.2)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cold_water_valve_ramp_(circ.2)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
		<valueInc>0.1</valueInc>
      <label>Cold Water Valve Ramp (circ.2)</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>



<numSensor ruleid="CW_High_Temperature_Alarm_Threshold_(c.2)">
      <type>temp</type>
      <sensorId>CW_High_Temperature_Alarm_Threshold_(c.2)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cw_high_temperature_alarm_threshold_(c.2)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
		<valueInc>0.1</valueInc>
      <label>CW High Temperature Alarm Threshold (c.2)</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>



    <numSensor ruleid="cold_water_valve_ramp_Sensor">
      <type>pctofcapacity</type>
      <sensorId>COLD_WATER_VALVE_RAMP</sensorId>
      <value>
        <mult>
          <op>
            <getOid>cold_water_valve_ramp</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Cold Water Valve Ramp</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

    <numSensor ruleid="humidifier_0_10v_ramp_Sensor">
      <type>pctofcapacity</type>
      <sensorId>HUMIDIFIER_0_10V_RAMP</sensorId>
      <value>
        <mult>
          <op>
            <getOid>humidifier_0_10v_ramp</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Humidifier 0-10V Ramp</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="chilled_water_temperature_circuit_2_Sensor">
      <type>temp</type>
      <sensorId>CHILLED_WATER_TEMPERATURE_CIRCUIT_2</sensorId>
      <value>
        <mult>
          <op>
            <getOid>chilled_water_temperature_circuit_2</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Chilled Water Temperature Circuit 2</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="room_temperature_mean_value_Sensor">
      <type>temp</type>
      <sensorId>ROOM_TEMPERATURE_MEAN_VALUE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>room_temperature_mean_value</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Room Temperature Mean Value</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="room_relative_humidity_mean_value_Sensor">
      <type>humidity</type>
      <sensorId>ROOM_RELATIVE_HUMIDITY_MEAN_VALUE</sensorId>
      <value>
        <mult>
          <op>
            <getOid>room_relative_humidity_mean_value</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Room Relative Humidity Mean Value</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

    <numSensor ruleid="room_absolute_humidity_Sensor">
      <type>g/Kg</type>
      <sensorId>ROOM_ABSOLUTE_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>room_absolute_humidity</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Room Absolute Humidity (g/Kg)</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
    <numSensor ruleid="condensing_pressure_circuit_1_Sensor">
      <type>pressure</type>
      <sensorId>CONDENSING_PRESSURE_CIRCUIT_1</sensorId>
      <value>
        <mult>
          <op>
            <getOid>condensing_pressure_circuit_1</getOid>
          </op>
          <op>10</op>
        </mult>
      </value>
      <valueInc>100</valueInc>
      <label>Condensing Pressure Circuit 1</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>

    <numSensor ruleid="condensing_pressure_circuit_2_Sensor">
      <type>pressure</type>
      <sensorId>CONDENSING_PRESSURE_CIRCUIT_2</sensorId>
      <value>
        <mult>
          <op>
            <getOid>condensing_pressure_circuit_2</getOid>
          </op>
          <op>10</op>
        </mult>
      </value>
      <valueInc>100</valueInc>
      <label>Condensing Pressure Circuit 2</label>
      <sensorSet>Analog Pressure</sensorSet>
    </numSensor>

    <numSensor ruleid="condensing_temperature_circuit_1_Sensor">
      <type>temp</type>
      <sensorId>CONDENSING_TEMPERATURE_CIRCUIT_1</sensorId>
      <value>
        <mult>
          <op>
            <getOid>condensing_temperature_circuit_1</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Condensing Temperature Circuit 1</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

    <numSensor ruleid="condensing_temperature_circuit_2_Sensor">
      <type>temp</type>
      <sensorId>CONDENSING_TEMPERATURE_CIRCUIT_2</sensorId>
      <value>
        <mult>
          <op>
            <getOid>condensing_temperature_circuit_2</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Condensing Temperature Circuit 2</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>

<numSensor ruleid="AIR_FILTER_RUN_HOURS">
      <type>num</type>
	  <units>hours</units>
      <sensorId>AIR_FILTER_RUN_HOURS</sensorId>
      <value>
        <mult>
          <op>
            <getOid>air_filter_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Air filter run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="UNIT_RUN_HOURS">
      <type>num</type>
	  <units>hours</units>
      <sensorId>UNIT_RUN_HOURS</sensorId>
      <value>
        <mult>
          <op>
            <getOid>unit_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Unit run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>


	  <numSensor ruleid="compressor_1_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>compressor_1_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compressor_1_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>compressor 1 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="compressor_2_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>compressor_2_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compressor_2_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>compressor 2 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="compressor_3_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>compressor_3_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compressor_3_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>compressor 3 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="compressor_4_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>compressor_4_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>compressor_4_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>compressor 4 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="heater_1_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>heater_1_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>heater_1_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>heater 1 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="heater_2_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>heater_2_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>heater_2_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>heater 2 run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="humidifier_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>humidifier_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>humidifier_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>humidifier run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_10">
      <type>num</type>
      <sensorId>Integer_Variable_10</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_10</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 10</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_11">
      <type>num</type>
      <sensorId>Integer_Variable_11</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_11</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 11</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<!-- TEST -->

	<numSensor ruleid="dehumidification_prop_band">
      <type>num</type>
	  <units>percent</units>
      <sensorId>0_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>dehumidification_prop_band</getOid>
          </op>
          <op>1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Dehumidification Prop.Band</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<numSensor ruleid="humidification_prop_band">
      <type>humidity</type>
      <sensorId>1_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>humidification_prop_band</getOid>
          </op>
          <op>1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Humidification Prop.Band</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<numSensor ruleid="High_Humidity_Alarm_Threshold">
      <type>humidity</type>
      <sensorId>2_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>high_humidity_alarm_threshold</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>High Humidity Alarm Threshold</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>

	<numSensor ruleid="Low_Humidity_Alarm_Threshold">
      <type>humidity</type>
      <sensorId>3_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>low_humidity_alarm_threshold</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Low Humidity Alarm Threshold</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Dehumidification_Setpoint">
      <type>humidity</type>
      <sensorId>4_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>dehumidification_setpoint</getOid>
          </op>
          <op>1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Dehumidification Setpoint</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Setback_Mode:_Dehumidification_Setpoint">
      <type>humidity</type>
      <sensorId>5_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>setback_mode:_dehumidification_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Setback Mode: Dehumidification Setpoint</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Humidification_Setpoint">
      <type>humidity</type>
      <sensorId>6_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>humidification_setpoint</getOid>
          </op>
          <op>1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Humidification Setpoint</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Setback_Mode:_Humidification_Setpoint">
      <type>humidity</type>
      <sensorId>7_UNIT_HUMIDITY</sensorId>
      <value>
        <mult>
          <op>
            <getOid>setback_mode:_humidification_setpoint</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Setback Mode: Humidification Setpoint</label>
      <sensorSet>Analog Humidity</sensorSet>
    </numSensor>
	
	<!-- TEST -->
		<numSensor ruleid="Restart_Delay">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>Restart_Delay</sensorId>
      <value>
        <mult>
          <op>
            <getOid>restart_delay</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Restart Delay</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>

	<numSensor ruleid="Regulation_Start_Transitory">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>Regulation_Start_Transitory</sensorId>
      <value>
        <mult>
          <op>
            <getOid>regulation_start_transitory</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Regulation Start Transitory</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Low_Pressure_Delay">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>Low_Pressure_Delay</sensorId>
      <value>
        <mult>
          <op>
            <getOid>low_pressure_delay</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Low Pressure Delay</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Temp./Humid.Limits_Alarm_Delay">
      <type>num</type>
	  <units>minutes</units>
      <sensorId>Temp./Humid.Limits_Alarm_Delay</sensorId>
      <value>
        <mult>
          <op>
            <getOid>temp./humid.limits_alarm_delay</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Temp./Humid.Limits Alarm Delay</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
			<numSensor ruleid="Anti-Hunting_Constant">
      <type>num</type>
	  <units>minutes</units>
      <sensorId>Anti-Hunting_Constant</sensorId>
      <value>
        <mult>
          <op>
            <getOid>anti-hunting_constant</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Anti-Hunting Constant</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Stand-by_Cycle_Base_Time">
      <type>num</type>
	  <units>minutes</units>
      <sensorId>Stand-by_Cycle_Base_Time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>stand-by_cycle_base_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Stand-by Cycle Base Time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
			<numSensor ruleid="Stand-by_Cycle_Base_Time">
      <type>num</type>
	  <units>hours</units>
      <sensorId>Stand-by_Cycle_Base_Time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>stand-by_cycle_base_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Stand-by Cycle Base Time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_26">
      <type>num</type>
      <sensorId>Integer_Variable_26</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_26</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 26</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Number_of_LAN_Units">
      <type>num</type>
      <sensorId>Number_of_LAN_Units</sensorId>
      <value>
        <mult>
          <op>
            <getOid>number_of_lan_units</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Number of LAN Units</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

		<numSensor ruleid="Fan:_Cicle_Time_(Sleep_mode)">
      <type>num</type>
	  <units>minutes</units>
      <sensorId>Fan:_Cicle_Time_(Sleep_mode)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>fan:_cicle_time_(sleep_mode)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Fan: Cicle Time (Sleep mode)</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	
	<numSensor ruleid="circut_1_electronic_valve_position">
      <type>num</type>
      <sensorId>circut_1_electronic_valve_position</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circut_1_electronic_valve_position</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>circut 1 electronic valve position</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="circut_2_electronic_valve_position">
      <type>num</type>
      <sensorId>circut_2_electronic_valve_position</sensorId>
      <value>
        <mult>
          <op>
            <getOid>circut_2_electronic_valve_position</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>circut 2 electronic valve position</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Integral_time">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>AFPS:_Integral_time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_integral_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Integral time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Derivative_Time">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>AFPS:_Derivative_Time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_derivative_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Derivative Time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Fan Min._Speed_(mode_CW)">
      <type>num</type>
	  <units>percent</units>
      <sensorId>AFPS:_Fan Min._Speed_(mode_CW)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_fan min._speed_(mode_cw)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Fan Min. Speed (mode CW)</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Fan_Max_Speed">
      <type>num</type>
	  <units>percent</units>
      <sensorId>AFPS:_Fan_Max_Speed</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_fan_max_speed</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Fan Max Speed</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Alarm_Delay">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>AFPS:_Alarm_Delay</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_alarm_delay</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Alarm Delay</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="High_Delivery_Temp._Alarm_Threshold">
      <type>temp</type>
      <sensorId>High_Delivery_Temp._Alarm_Threshold</sensorId>
      <value>
        <mult>
          <op>
            <getOid>high_delivery_temp._alarm_threshold</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>High Delivery Temp. Alarm Threshold</label>
      <sensorSet>Analog Temperature</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Day">
      <type>num</type>
      <sensorId>Day</sensorId>
      <value>
        <mult>
          <op>
            <getOid>day</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Day</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Month">
      <type>num</type>
      <sensorId>Month</sensorId>
      <value>
        <mult>
          <op>
            <getOid>month</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Month</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Year">
      <type>num</type>
      <sensorId>Year</sensorId>
      <value>
        <mult>
          <op>
            <getOid>year</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Year</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>


	
	<numSensor ruleid="Integer_Variable_40">
      <type>num</type>
      <sensorId>Integer_Variable_40</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_40</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 40</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_41">
      <type>num</type>
      <sensorId>Integer_Variable_41</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_41</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 41</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Hour">
      <type>num</type>
      <sensorId>Hour</sensorId>
      <value>
        <mult>
          <op>
            <getOid>hour</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Hour</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Minute">
      <type>num</type>
      <sensorId>Minute</sensorId>
      <value>
        <mult>
          <op>
            <getOid>minute</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Minute</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="AFPS:_Fan_Min._Speed_(mode_DX)">
      <type>num</type>
	  <unit>percent</unit>
      <sensorId>AFPS:_Fan_Min._Speed_(mode_DX)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>afps:_fan_min._speed_(mode_dx)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>AFPS: Fan Min. Speed (mode DX)</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Integer_Variable_45">
      <type>num</type>
      <sensorId>Integer_Variable_45</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_45</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 45</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_46">
      <type>num</type>
      <sensorId>Integer_Variable_46</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_46</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 46</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Integer_Variable_47">
      <type>num</type>
      <sensorId>Integer_Variable_47</sensorId>
      <value>
        <mult>
          <op>
            <getOid>integer_variable_47</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Integer Variable 47</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
		<numSensor ruleid="mode_cw_dx_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>mode_cw_dx_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>mode_cw_dx_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>mode cw dx run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="mode_dx_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>mode_dx_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>mode_dx_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>mode dx run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="mode_cw_run_hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>mode_cw_run_hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>mode_cw_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>mode cw run hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>

	<numSensor ruleid="Dehumidification_Run_Hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>Dehumidification_Run_Hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>dehumidification_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Dehumidification Run Hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Stand-By_Mode_Run_Hours">
      <type>num</type>
	  <units>hours</units>
      <sensorId>Stand-By_Mode_Run_Hours</sensorId>
      <value>
        <mult>
          <op>
            <getOid>stand-by_mode_run_hours</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Stand-By Mode Run Hours</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
		<numSensor ruleid="Ultracapacitor_Status_(UCAP)">
      <type>num</type>
      <sensorId>Ultracapacitor_Status_(UCAP)</sensorId>
      <value>
        <mult>
          <op>
            <getOid>ultracapacitor_status_(ucap)</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Ultracapacitor Status (UCAP)</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>

		<numSensor ruleid="Power_Supply_Fail.(UCAP_on_working)_Time">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>Power_Supply_Fail.(UCAP_on_working)_Time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>power_supply_fail.(ucap_on_working)_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Power Supply Fail.(UCAP on working) Time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="UCAP_Charge_Time">
      <type>num</type>
	  <units>seconds</units>
      <sensorId>UCAP_Charge_Time</sensorId>
      <value>
        <mult>
          <op>
            <getOid>ucap_charge_time</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>UCAP Charge Time</label>
      <sensorSet>Analog Time</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Unit_Serial_Number_part_1">
      <type>num</type>
      <sensorId>Unit_Serial_Number_part_1</sensorId>
      <value>
        <mult>
          <op>
            <getOid>unit_serial_number_part_1</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Unit Serial Number part 1</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Unit_Serial_Number_part_2">
      <type>num</type>
      <sensorId>Unit_Serial_Number_part_2</sensorId>
      <value>
        <mult>
          <op>
            <getOid>unit_serial_number_part_2</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Unit Serial Number part 2</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Unit_Serial_Number_part_3">
      <type>num</type>
      <sensorId>Unit_Serial_Number_part_3</sensorId>
      <value>
        <mult>
          <op>
            <getOid>unit_serial_number_part_3</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Unit Serial Number part 3</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>
	
	<numSensor ruleid="Energy_Saving_Status">
      <type>num</type>
      <sensorId>Energy_Saving_Status</sensorId>
      <value>
        <mult>
          <op>
            <getOid>energy_saving_status</getOid>
          </op>
          <op>0.1</op>
        </mult>
      </value>
      <valueInc>0.1</valueInc>
      <label>Energy Saving Status</label>
      <sensorSet>Analog</sensorSet>
    </numSensor>








    <stateSensor ruleid="system_on_Sensor">
      <type>state</type>
      <sensorId>SYSTEM_ON</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>system_on</getOid>
        </mapValue>
      </value>
      <label>System On (Fan)</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_1_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_1</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>compressor_1</getOid>
        </mapValue>
      </value>
      <label>Compressor 1</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_2_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_2</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>compressor_2</getOid>
        </mapValue>
      </value>
      <label>Compressor 2</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_3_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_3</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>compressor_3</getOid>
        </mapValue>
      </value>
      <label>Compressor 3</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_4_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_4</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>compressor_4</getOid>
        </mapValue>
      </value>
      <label>Compressor 4</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="el_heater_1_Sensor">
      <type>state</type>
      <sensorId>EL_HEATER_1</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>el_heater_1</getOid>
        </mapValue>
      </value>
      <label>El. Heater 1</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="el_heater_2_Sensor">
      <type>state</type>
      <sensorId>EL_HEATER_2</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>el_heater_2</getOid>
        </mapValue>
      </value>
      <label>El. Heater 2</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="Digital_Variable_8">
      <type>state</type>
      <sensorId>Digital_Variable_8</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_8</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 8</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="hot_gas_on_Sensor">
      <type>state</type>
      <sensorId>HOT_GAS_ON</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>hot_gas_on</getOid>
        </mapValue>
      </value>
      <label>Hot gas ON</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="dehumidification_Sensor">
      <type>state</type>
      <sensorId>DEHUMIDIFICATION</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>dehumidification</getOid>
        </mapValue>
      </value>
      <label>Dehumidification</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidification_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFICATION</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>humidification</getOid>
        </mapValue>
      </value>
      <label>Humidification</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="emergency_working_Sensor">
      <type>state</type>
      <sensorId>EMERGENCY_WORKING</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>emergency_working</getOid>
        </mapValue>
      </value>
      <label>Emergency Working</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_13">
      <type>state</type>
      <sensorId>Digital_Variable_13</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_13</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 13</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_14">
      <type>state</type>
      <sensorId>Digital_Variable_14</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_14</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 14</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_15">
      <type>state</type>
      <sensorId>Digital_Variable_15</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_15</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 15</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_16">
      <type>state</type>
      <sensorId>Digital_Variable_16</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_16</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 16</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_17">
      <type>state</type>
      <sensorId>Digital_Variable_17</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_17</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 17</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="Digital_Variable_18">
      <type>state</type>
      <sensorId>Digital_Variable_18</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_18</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 18</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="Digital_Variable_19">
      <type>state</type>
      <sensorId>Digital_Variable_19</sensorId>
      <value>
        <mapValue mapid="on-off-vm">
            <getOid>digital_variable_19</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 19</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	
    <stateSensor ruleid="wrong_password_alarm_Sensor">
      <type>state</type>
      <sensorId>WRONG_PASSWORD_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>wrong_password_alarm</getOid>
        </mapValue>
      </value>
      <label>Wrong Password Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="high_room_temperature_alarm_Sensor">
      <type>state</type>
      <sensorId>HIGH_ROOM_TEMPERATURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>high_room_temperature_alarm</getOid>
        </mapValue>
      </value>
      <label>High Room Temperature Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="low_room_temperature_alarm_Sensor">
      <type>state</type>
      <sensorId>LOW_ROOM_TEMPERATURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>low_room_temperature_alarm</getOid>
        </mapValue>
      </value>
      <label>Low Room Temperature Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="high_room_humidity_alarm_Sensor">
      <type>state</type>
      <sensorId>HIGH_ROOM_HUMIDITY_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>high_room_humidity_alarm</getOid>
        </mapValue>
      </value>
      <label>High Room Humidity Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="low_room_humidity_alarm_Sensor">
      <type>state</type>
      <sensorId>LOW_ROOM_HUMIDITY_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>low_room_humidity_alarm</getOid>
        </mapValue>
      </value>
      <label>Low Room Humidity Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="room_temperature_and_humidity_limits_by_external_sensors_Sensor">
      <type>state</type>
      <sensorId>ROOM_TEMPERATURE_AND_HUMIDITY_LIMITS_BY_EXTERNAL_SENSORS</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>room_temperature_and_humidity_limits_by_external_sensors</getOid>
        </mapValue>
      </value>
      <label>Room Temperature And Humidity Limits by External Sensors</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="clogged_filter_alarm_Sensor">
      <type>state</type>
      <sensorId>CLOGGED_FILTER_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>clogged_filter_alarm</getOid>
        </mapValue>
      </value>
      <label>Clogged Filter Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="flooding_alarm_Sensor">
      <type>state</type>
      <sensorId>FLOODING_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>flooding_alarm</getOid>
        </mapValue>
      </value>
      <label>Flooding Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="loss_of_air_flow_alarm_Sensor">
      <type>state</type>
      <sensorId>LOSS_OF_AIR_FLOW_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>loss_of_air_flow_alarm</getOid>
        </mapValue>
      </value>
      <label>Loss of Air Flow Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="heater_overheating_alarm_Sensor">
      <type>state</type>
      <sensorId>HEATER_OVERHEATING_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>heater_overheating_alarm</getOid>
        </mapValue>
      </value>
      <label>Heater Overheating Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_1_high_pressure_alarm_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_1_HIGH_PRESSURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_1_high_pressure_alarm</getOid>
        </mapValue>
      </value>
      <label>Circuit 1 High Pressure Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_2_high_pressure_alarm_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_2_HIGH_PRESSURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_2_high_pressure_alarm</getOid>
        </mapValue>
      </value>
      <label>Circuit 2 High Pressure Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_1_low_pressure_alarm_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_1_LOW_PRESSURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_1_low_pressure_alarm</getOid>
        </mapValue>
      </value>
      <label>Circuit 1 Low Pressure Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_2_low_pressure_alarm_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_2_LOW_PRESSURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_2_low_pressure_alarm</getOid>
        </mapValue>
      </value>
      <label>Circuit 2 Low Pressure Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_1_electronic_valve_failure_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_1_ELECTRONIC_VALVE_FAILURE</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_1_electronic_valve_failure</getOid>
        </mapValue>
      </value>
      <label>Circuit 1 Electronic Valve Failure</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="circuit_2_electronic_valve_failure_Sensor">
      <type>state</type>
      <sensorId>CIRCUIT_2_ELECTRONIC_VALVE_FAILURE</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>circuit_2_electronic_valve_failure</getOid>
        </mapValue>
      </value>
      <label>Circuit 2 Electronic Valve Failure</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="wrong_phase_sequence_alarm_Sensor">
      <type>state</type>
      <sensorId>WRONG_PHASE_SEQUENCE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>wrong_phase_sequence_alarm</getOid>
        </mapValue>
      </value>
      <label>Wrong Phase Sequence Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="smoke_fire_alarm_Sensor">
      <type>state</type>
      <sensorId>SMOKE_FIRE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>smoke_fire_alarm</getOid>
        </mapValue>
      </value>
      <label>Smoke-Fire Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="interrupted_lan_alarm_Sensor">
      <type>state</type>
      <sensorId>INTERRUPTED_LAN_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>interrupted_lan_alarm</getOid>
        </mapValue>
      </value>
      <label>Interrupted LAN Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidifier_high_current_alarm_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFIER_HIGH_CURRENT_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>humidifier_high_current_alarm</getOid>
        </mapValue>
      </value>
      <label>Humidifier: High Current Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidifier_power_loss_alarm_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFIER_POWER_LOSS_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>humidifier_power_loss_alarm</getOid>
        </mapValue>
      </value>
      <label>Humidifier: Power Loss Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidifier_water_loss_alarm_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFIER_WATER_LOSS_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>humidifier_water_loss_alarm</getOid>
        </mapValue>
      </value>
      <label>Humidifier: Water Loss Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="cw_temperature_too_high_for_dehumidification_Sensor">
      <type>state</type>
      <sensorId>CW_TEMPERATURE_TOO_HIGH_FOR_DEHUMIDIFICATION</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>cw_temperature_too_high_for_dehumidification</getOid>
        </mapValue>
      </value>
      <label>CW Temperature too High for Dehumidification</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="cw_valve_failure_or_water_flow_too_low_Sensor">
      <type>state</type>
      <sensorId>CW_VALVE_FAILURE_OR_WATER_FLOW_TOO_LOW</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>cw_valve_failure_or_water_flow_too_low</getOid>
        </mapValue>
      </value>
      <label>CW Valve Failure or Water Flow too Low</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="loss_of_water_flow_alarm_Sensor">
      <type>state</type>
      <sensorId>LOSS_OF_WATER_FLOW_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>loss_of_water_flow_alarm</getOid>
        </mapValue>
      </value>
      <label>Loss of Water Flow Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="high_chilled_water_temperature_alarm_Sensor">
      <type>state</type>
      <sensorId>HIGH_CHILLED_WATER_TEMPERATURE_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>high_chilled_water_temperature_alarm</getOid>
        </mapValue>
      </value>
      <label>High Chilled Water Temperature Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="room_air_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>ROOM_AIR_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>room_air_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Room Air Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="hot_water_temperature_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>HOT_WATER_TEMPERATURE_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>hot_water_temperature_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Hot Water Temperature Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="chilled_water_temperature_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>CHILLED_WATER_TEMPERATURE_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>chilled_water_temperature_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Chilled Water Temperature. Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="outdoor_temperature_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>OUTDOOR_TEMPERATURE_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>outdoor_temperature_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Outdoor Temperature Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="delivery_air_temperature_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>DELIVERY_AIR_TEMPERATURE_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>delivery_air_temperature_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Delivery Air Temperature Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="room_humidity_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>ROOM_HUMIDITY_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>room_humidity_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Room Humidity Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="chilled_water_outlet_temp_sensor_failed_disconnected_Sensor">
      <type>state</type>
      <sensorId>CHILLED_WATER_OUTLET_TEMP_SENSOR_FAILED_DISCONNECTED</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>chilled_water_outlet_temp_sensor_failed_disconnected</getOid>
        </mapValue>
      </value>
      <label>Chilled Water Outlet Temp.Sensor Failed/Disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_1_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_1_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>compressor_1_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Compressor 1 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_2_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_2_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>compressor_2_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Compressor 2 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_3_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_3_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>compressor_3_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Compressor 3 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="compressor_4_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>COMPRESSOR_4_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>compressor_4_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Compressor 4 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="air_filter_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>AIR_FILTER_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>air_filter_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Air Filter Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="heater_1_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>HEATER_1_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>heater_1_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Heater 1 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="heater_2_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>HEATER_2_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>heater_2_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Heater 2 Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidifier_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFIER_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>humidifier_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Humidifier Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="air_conditioning_unit_exceeded_runtime_threshold_Sensor">
      <type>state</type>
      <sensorId>AIR_CONDITIONING_UNIT_EXCEEDED_RUNTIME_THRESHOLD</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>air_conditioning_unit_exceeded_runtime_threshold</getOid>
        </mapValue>
      </value>
      <label>Air Conditioning Unit Exceeded Runtime Threshold</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="alarm_by_digitial_input_2_Sensor">
      <type>state</type>
      <sensorId>ALARM_BY_DIGITIAL_INPUT_2</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>alarm_by_digitial_input_2</getOid>
        </mapValue>
      </value>
      <label>Alarm by Digitial Input 2</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="alarm_by_digitial_input_4_Sensor">
      <type>state</type>
      <sensorId>ALARM_BY_DIGITIAL_INPUT_4</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>alarm_by_digitial_input_4</getOid>
        </mapValue>
      </value>
      <label>Alarm by Digitial Input 4</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="alarm_by_digitial_input_6_Sensor">
      <type>state</type>
      <sensorId>ALARM_BY_DIGITIAL_INPUT_6</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>alarm_by_digitial_input_6</getOid>
        </mapValue>
      </value>
      <label>Alarm by Digitial Input 6</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="humidifier_general_alarm_Sensor">
      <type>state</type>
      <sensorId>HUMIDIFIER_GENERAL_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>humidifier_general_alarm</getOid>
        </mapValue>
      </value>
      <label>Humidifier General Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="unit_on_alarm_Sensor">
      <type>state</type>
      <sensorId>UNIT_ON_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>unit_on_alarm</getOid>
        </mapValue>
      </value>
      <label>Unit on Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="unit_on_rotation_alarm_Sensor">
      <type>state</type>
      <sensorId>UNIT_ON_ROTATION_ALARM</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>unit_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>Unit on Rotation Alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="unit_on_alarm_type_a_Sensor">
      <type>state</type>
      <sensorId>UNIT_ON_ALARM_TYPE_A</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>unit_on_alarm_type_a</getOid>
        </mapValue>
      </value>
      <label>Unit on Alarm Type A</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="unit_on_alarm_type_b_Sensor">
      <type>state</type>
      <sensorId>UNIT_ON_ALARM_TYPE_B</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>unit_on_alarm_type_b</getOid>
        </mapValue>
      </value>
      <label>Unit on Alarm Type B</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>

    <stateSensor ruleid="unit_on_alarm_type_c_Sensor">
      <type>state</type>
      <sensorId>UNIT_ON_ALARM_TYPE_C</sensorId>
      <value>
        <mapValue mapid="normal-alarm-vm">
            <getOid>unit_on_alarm_type_c</getOid>
        </mapValue>
      </value>
      <label>Unit on Alarm Type C</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="DX/CW_Switch_on_TC_Units">
      <type>state</type>
      <sensorId>DX/CW_Switch_on_TC_Units</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>dx/cw_switch_on_tc_units</getOid>
        </mapValue>
      </value>
      <label>DX/CW Switch on TC Units</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Summer/Winter_Switch">
      <type>state</type>
      <sensorId>Summer/Winter_Switch</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>summer/winter_switch</getOid>
        </mapValue>
      </value>
      <label>Summer/Winter Switch</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_73">
      <type>state</type>
      <sensorId>Digital_Variable_73</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>digital_variable_73</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 73</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_74">
      <type>state</type>
      <sensorId>Digital_Variable_74</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>digital_variable_74</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 74</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Unit_ON/OFF_Switch">
      <type>state</type>
      <sensorId>Unit_ON/OFF_Switch</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>unit_on/off_switch</getOid>
        </mapValue>
      </value>
      <label>Unit ON/OFF Switch</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Buzzer_and_Alarm_Unit_Reset">
      <type>state</type>
      <sensorId>Buzzer_and_Alarm_Unit_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>buzzer_and_alarm_unit_reset</getOid>
        </mapValue>
      </value>
      <label>Buzzer and Alarm Unit Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Filter_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Filter_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>filter_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Filter Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Compressor_1_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Compressor_1_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_1_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 1 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
			<stateSensor ruleid="Compressor_2_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Compressor_2_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_2_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 2 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Compressor_3_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Compressor_3_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_3_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 3 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Compressor_4_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Compressor_4_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_4_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 4 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Compressor_1_Starting_Reset">
      <type>state</type>
      <sensorId>Compressor_1_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_1_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 1 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
			<stateSensor ruleid="Compressor_2_Starting_Reset">
      <type>state</type>
      <sensorId>Compressor_2_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_2_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 2 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>

	<stateSensor ruleid="Compressor_3_Starting_Reset">
      <type>state</type>
      <sensorId>Compressor_3_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_3_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 3 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Compressor_4_Starting_Reset">
      <type>state</type>
      <sensorId>Compressor_4_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>compressor_4_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Compressor 4 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>	
	
		<stateSensor ruleid="Heater_1_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Heater_1_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>heater_1_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Heater 1 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>	
	
			<stateSensor ruleid="Heater_2_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Heater_2_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>heater_2_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Heater 2 Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>	
	
	<stateSensor ruleid="Heater_1_Starting_Reset">
      <type>state</type>
      <sensorId>Heater_1_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>heater_1_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Heater 1 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>	
	
	<stateSensor ruleid="Heater_2_Starting_Reset">
      <type>state</type>
      <sensorId>Heater_2_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>heater_2_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Heater 2 Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>	
	
		<stateSensor ruleid="Humidifier_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Humidifier_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>humidifier_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Humidifier Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Humidifier_Starting_Reset">
      <type>state</type>
      <sensorId>Humidifier_Starting_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>humidifier_starting_reset</getOid>
        </mapValue>
      </value>
      <label>Humidifier Starting Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Unit_Run_Hours_Reset">
      <type>state</type>
      <sensorId>Unit_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>unit_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>Unit Run Hours Reset</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_93">
      <type>state</type>
      <sensorId>Digital_Variable_93</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>digital_variable_93</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 93</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_94">
      <type>state</type>
      <sensorId>Digital_Variable_94</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>digital_variable_94</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 94</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
		<stateSensor ruleid="Setback_Mode_(Sleep_Mode)">
      <type>state</type>
      <sensorId>Setback_Mode_(Sleep_Mode)</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>setback_mode_(sleep_mode)</getOid>
        </mapValue>
      </value>
      <label>Setback Mode (Sleep Mode)</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Sleep_Mode_Test">
      <type>state</type>
      <sensorId>Sleep_Mode_Test</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>sleep_mode_test</getOid>
        </mapValue>
      </value>
      <label>Sleep Mode Test</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Local/Mean_Usage_of_Values">
      <type>state</type>
      <sensorId>Local/Mean_Usage_of_Values</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>local/mean_usage_of_values</getOid>
        </mapValue>
      </value>
      <label>Local/Mean Usage of Values</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="No._of_Stand-by_Units">
      <type>state</type>
      <sensorId>No._of_Stand-by_Units</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>no._of_stand-by_units</getOid>
        </mapValue>
      </value>
      <label>No. of Stand-by Units</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Digital_Variable_99">
      <type>state</type>
      <sensorId>Digital_Variable_99</sensorId>
      <value>
        <mapValue mapid="on-off-em">
            <getOid>digital_variable_99</getOid>
        </mapValue>
      </value>
      <label>Digital Variable 99</label>
      <enum>on-off-em</enum>
      <sensorSet>State Sensors</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_2_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_2_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_2_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 2 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_3_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_3_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_3_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 3 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_4_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_4_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_4_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 4 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_5_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_5_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_5_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 5 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_6_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_6_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_6_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 6 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_7_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_7_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_7_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 7 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="unit_8_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_8_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_8_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 8 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_9_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_9_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_9_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 9 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="unit_10_on_rotation_alarm">
      <type>state</type>
      <sensorId>unit_10_on_rotation_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>unit_10_on_rotation_alarm</getOid>
        </mapValue>
      </value>
      <label>unit 10 on rotation alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="afps:_air_pressure_sensor_failed/disconnected">
      <type>state</type>
      <sensorId>afps:_air_pressure_sensor_failed/disconnected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>afps:_air_pressure_sensor_failed/disconnected</getOid>
        </mapValue>
      </value>
      <label>afps: air pressure sensor failed/disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="afps:_low_air_pressure_alarm">
      <type>state</type>
      <sensorId>afps:_low_air_pressure_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>afps:_low_air_pressure_alarm</getOid>
        </mapValue>
      </value>
      <label>afps: low air pressure alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="expansion_board_offline">
      <type>state</type>
      <sensorId>expansion_board_offline</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>expansion_board_offline</getOid>
        </mapValue>
      </value>
      <label>expansion board offline</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="eeprom_failure">
      <type>state</type>
      <sensorId>eeprom_failure</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>eeprom_failure</getOid>
        </mapValue>
      </value>
      <label>eeprom failure</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	
	
	<stateSensor ruleid="high_delivery_temperature_alarm">
      <type>state</type>
      <sensorId>high_delivery_temperature_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>high_delivery_temperature_alarm</getOid>
        </mapValue>
      </value>
      <label>high delivery temperature alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="humidifier:_high_conductivity_alarm">
      <type>state</type>
      <sensorId>humidifier:_high_conductivity_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>humidifier:_high_conductivity_alarm</getOid>
        </mapValue>
      </value>
      <label>humidifier: high conductivity alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="humidifier:_low_production">
      <type>state</type>
      <sensorId>humidifier:_low_production</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>humidifier:_low_production</getOid>
        </mapValue>
      </value>
      <label>humidifier: low production</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="humidifier:_drain_malfunction_(lock)">
      <type>state</type>
      <sensorId>humidifier:_drain_malfunction_(lock)</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>humidifier:_drain_malfunction_(lock)</getOid>
        </mapValue>
      </value>
      <label>humidifier: drain malfunction (lock)</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="humidifier:_bottle_full_of_water_alarm_(lock)">
      <type>state</type>
      <sensorId>humidifier:_bottle_full_of_water_alarm_(lock)</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>humidifier:_bottle_full_of_water_alarm_(lock)</getOid>
        </mapValue>
      </value>
      <label>humidifier: bottle full of water alarm (lock)</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="humidifier:_mandatory_maintenance_(lock)">
      <type>state</type>
      <sensorId>humidifier:_mandatory_maintenance_(lock)</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>humidifier:_mandatory_maintenance_(lock)</getOid>
        </mapValue>
      </value>
      <label>humidifier: mandatory maintenance (lock)</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="cw_temperature_too_high_for_dehumidification_(circ_2)">
      <type>state</type>
      <sensorId>cw_temperature_too_high_for_dehumidification_(circ_2)</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>cw_temperature_too_high_for_dehumidification_(circ_2)</getOid>
        </mapValue>
      </value>
      <label>cw temperature too high for dehumidification (circ 2)</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="high_chilled_water_temperature_alarm_(circ_2)">
      <type>state</type>
      <sensorId>high_chilled_water_temperature_alarm_(circ_2)</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>high_chilled_water_temperature_alarm_(circ_2)</getOid>
        </mapValue>
      </value>
      <label>high chilled water temperature alarm (circ 2)</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="dual_coil:_expansion_board_not_connected">
      <type>state</type>
      <sensorId>dual_coil:_expansion_board_not_connected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>dual_coil:_expansion_board_not_connected</getOid>
        </mapValue>
      </value>
      <label>dual coil: expansion board not connected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="chilled_water_temperature_(c_2)_sensor_failed/disconnected">
      <type>state</type>
      <sensorId>chilled_water_temperature_(c_2)_sensor_failed/disconnected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>chilled_water_temperature_(c_2)_sensor_failed/disconnected</getOid>
        </mapValue>
      </value>
      <label>chilled water temperature (c 2) sensor failed/disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	
	<stateSensor ruleid="cw_outlet_temperature_sensor_(circ_2)_failed/disconnected">
      <type>state</type>
      <sensorId>cw_outlet_temperature_sensor_(circ_2)_failed/disconnected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>cw_outlet_temperature_sensor_(circ_2)_failed/disconnected</getOid>
        </mapValue>
      </value>
      <label>cw outlet temperature sensor (circ 2) failed/disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="manual_mode">
      <type>state</type>
      <sensorId>manual_mode</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>manual_mode</getOid>
        </mapValue>
      </value>
      <label>manual mode</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	
	<stateSensor ruleid="supply_frequency_not_detected_alarm">
      <type>state</type>
      <sensorId>supply_frequency_not_detected_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>supply_frequency_not_detected_alarm</getOid>
        </mapValue>
      </value>
      <label>supply frequency not detected alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Exclude_from_Rotatation">
      <type>state</type>
      <sensorId>Exclude_from_Rotatation</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>exclude_from_rotatation</getOid>
        </mapValue>
      </value>
      <label>Exclude from Rotatation</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="mode_cw+dx:_hour_counter_threshold_alarm">
      <type>state</type>
      <sensorId>mode_cw+dx:_hour_counter_threshold_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_cw+dx:_hour_counter_threshold_alarm</getOid>
        </mapValue>
      </value>
      <label>mode cw+dx: hour counter threshold alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="mode_dx:_hour_counter_threshold_alarm">
      <type>state</type>
      <sensorId>mode_dx:_hour_counter_threshold_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_dx:_hour_counter_threshold_alarm</getOid>
        </mapValue>
      </value>
      <label>mode dx: hour counter threshold alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="mode_cw:_hour_counter_threshold_alarm">
      <type>state</type>
      <sensorId>mode_cw:_hour_counter_threshold_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_cw:_hour_counter_threshold_alarm</getOid>
        </mapValue>
      </value>
      <label>mode cw: hour counter threshold alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="MODE_CW+DX:_Run_Hours_Reset">
      <type>state</type>
      <sensorId>MODE_CW+DX:_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_cw+dx:_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>MODE CW+DX: Run Hours Reset</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="MODE_DX:_Run_Hours_Reset">
      <type>state</type>
      <sensorId>MODE_DX:_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_dx:_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>MODE DX: Run Hours Reset</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="MODE_CW:_Run_Hours_Reset">
      <type>state</type>
      <sensorId>MODE_CW:_Run_Hours_Reset</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>mode_cw:_run_hours_reset</getOid>
        </mapValue>
      </value>
      <label>MODE CW: Run Hours Reset</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="cond__pressure_sensor_circ_1_failed/disconnected">
      <type>state</type>
      <sensorId>cond__pressure_sensor_circ_1_failed/disconnected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>cond__pressure_sensor_circ_1_failed/disconnected</getOid>
        </mapValue>
      </value>
      <label>cond pressure sensor circ 1 failed/disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="cond__pressure_sensor_circ_2_failed/disconnected">
      <type>state</type>
      <sensorId>cond__pressure_sensor_circ_2_failed/disconnected</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>cond__pressure_sensor_circ_2_failed/disconnected</getOid>
        </mapValue>
      </value>
      <label>cond pressure sensor circ 2 failed/disconnected</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="dehumidification:_hour_counter_threshold_alarm">
      <type>state</type>
      <sensorId>dehumidification:_hour_counter_threshold_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>dehumidification:_hour_counter_threshold_alarm</getOid>
        </mapValue>
      </value>
      <label>dehumidification: hour counter threshold alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="stand-by_mode:_hour_counter_threshold_alarm">
      <type>state</type>
      <sensorId>stand-by_mode:_hour_counter_threshold_alarm</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>stand-by_mode:_hour_counter_threshold_alarm</getOid>
        </mapValue>
      </value>
      <label>stand-by mode: hour counter threshold alarm</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="TC_unit_mode">
      <type>state</type>
      <sensorId>TC_unit_mode</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>tc_unit_mode</getOid>
        </mapValue>
      </value>
      <label>TC unit mode</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Dual_Coil:_Coil_n.1_enabled">
      <type>state</type>
      <sensorId>Dual_Coil:_Coil_n.1_enabled</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>dual_coil:_coil_n.1_enabled</getOid>
        </mapValue>
      </value>
      <label>Dual Coil: Coil n.1 enabled</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	
	<stateSensor ruleid="Dual_Coil:_Coil_n.2_enabled">
      <type>state</type>
      <sensorId>Dual_Coil:_Coil_n.2_enabled</sensorId>
      <value>
        <mapValue mapid="normal-alarm-em">
            <getOid>dual_coil:_coil_n.2_enabled</getOid>
        </mapValue>
      </value>
      <label>Dual Coil: Coil n.2 enabled</label>
      <enum>normal-alarm-em</enum>
      <sensorSet>alarm</sensorSet>
    </stateSensor>
	

    <enumMap ruleid="on-off-em">
      <label>Off</label>
      <label>On</label>
      <label>Unknown</label>
    </enumMap>

    <enumMap ruleid="normal-alarm-em">
      <label>Normal</label>
      <label>Alarm</label>
      <label>Unknown</label>
    </enumMap>

    <valueMap ruleid="on-off-vm">
      <valueIn>0</valueIn>  <valueOut>0</valueOut>
      <valueIn>1</valueIn>  <valueOut>1</valueOut>
      <valueIn>*</valueIn>  <valueOut>2</valueOut>
    </valueMap>

    <valueMap ruleid="normal-alarm-vm">
      <valueIn>0</valueIn>  <valueOut>0</valueOut>
      <valueIn>1</valueIn>  <valueOut>1</valueOut>
      <valueIn>*</valueIn>  <valueOut>2</valueOut>
    </valueMap>
	
	<alarmFlags ruleid="system-on">
			<value><getOid>system_on</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>System off</activeText>
					<inactiveText>System on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>System off condition exists.</activeText>
					<inactiveText>System off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
	
		<alarmFlags ruleid="compressor-1">
			<value><getOid>compressor_1</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 1 off</activeText>
					<inactiveText>Compressor 1 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Compressor 1 off condition exists.</activeText>
					<inactiveText>Compressor 1 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="compressor-2">
			<value><getOid>compressor_2</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 2 off</activeText>
					<inactiveText>Compressor 2 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Compressor 2 off condition exists.</activeText>
					<inactiveText>Compressor 2 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="compressor-3">
			<value><getOid>compressor_3</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 3 off</activeText>
					<inactiveText>Compressor 3 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Compressor 3 off condition exists.</activeText>
					<inactiveText>Compressor 3 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="compressor-4">
			<value><getOid>compressor_4</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 4 off</activeText>
					<inactiveText>Compressor 4 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Compressor 4 off condition exists.</activeText>
					<inactiveText>Compressor 4 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
	
	
	<alarmFlags ruleid="el-heater-1">
			<value><getOid>el_heater_1</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Heater 1 off</activeText>
					<inactiveText>Heater 1 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Heater 1 off condition exists.</activeText>
					<inactiveText>Heater 1 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="el-heater-2">
			<value><getOid>el_heater_2</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Heater 2 off</activeText>
					<inactiveText>Heater 2 on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Heater 2 off condition exists.</activeText>
					<inactiveText>Heater 2 off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="hot-gas-on">
			<value><getOid>hot_gas_on</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>hot gas off</activeText>
					<inactiveText>hot gas on</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Hot gas off condition exists.</activeText>
					<inactiveText>Hot gas off condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		<alarmFlags ruleid="emergency-working">
			<value><getOid>emergency_working</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>emergency working on</activeText>
					<inactiveText>emergency working off</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>Emergency working on condition exists.</activeText>
					<inactiveText>Emergency working on condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		
		
		<alarmFlags ruleid="wrong-password-alarm">
			<value><getOid>wrong_password_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Wrong Password Alarm</activeText>
					<inactiveText>Wrong Password Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Wrong Password Alarm condition exists.</activeText>
					<inactiveText>A Wrong Password Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="high-room-temperature-alarm">
			<value><getOid>high_room_temperature_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>High Room Temperature Alarm</activeText>
					<inactiveText>High Room Temperature Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A High Room Temperature Alarm condition exists.</activeText>
					<inactiveText>A High Room Temperature Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="low-room-temperature-alarm">
			<value><getOid>low_room_temperature_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Low Room Temperature Alarm</activeText>
					<inactiveText>Low Room Temperature Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Low Room Temperature Alarm condition exists.</activeText>
					<inactiveText>A Low Room Temperature Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="high-room-humidity-alarm">
			<value><getOid>high_room_humidity_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>High Room Humidity Alarm</activeText>
					<inactiveText>High Room Humidity Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A High Room Humidity Alarm condition exists.</activeText>
					<inactiveText>A High Room Humidity Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="low-room-humidity-alarm">
			<value><getOid>low_room_humidity_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Low Room Humidity Alarm</activeText>
					<inactiveText>Low Room Humidity Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Low Room Humidity Alarm condition exists.</activeText>
					<inactiveText>A Low Room Humidity Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="room-temperature-and-humidity-limits-by-external-sensors">
			<value><getOid>room_temperature_and_humidity_limits_by_external_sensors</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Room Temperature and Humidity Limits by External Sensors</activeText>
					<inactiveText>Room Temperature and Humidity Limits by External Sensors Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Room Temperature and Humidity Limits by External Sensors condition exists.</activeText>
					<inactiveText>A Room Temperature and Humidity Limits by External Sensors condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="clogged-filter-alarm">
			<value><getOid>clogged_filter_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Clogged Filter Alarm</activeText>
					<inactiveText>Clogged Filter Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Clogged Filter Alarm condition exists.</activeText>
					<inactiveText>A Clogged Filter Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="flooding-alarm">
			<value><getOid>flooding_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Flooding Alarm</activeText>
					<inactiveText>Flooding Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Flooding Alarm condition exists.</activeText>
					<inactiveText>A Flooding Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="loss-of-air-flow-alarm">
			<value><getOid>loss_of_air_flow_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Loss of Air Flow Alarm</activeText>
					<inactiveText>Loss of Air Flow Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Loss of Air Flow Alarm condition exists.</activeText>
					<inactiveText>A Loss of Air Flow Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="heater-overheating-alarm">
			<value><getOid>heater_overheating_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Heater Overheating Alarm</activeText>
					<inactiveText>Heater Overheating Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Heater Overheating Alarm condition exists.</activeText>
					<inactiveText>A Heater Overheating Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-1-high-pressure-alarm">
			<value><getOid>circuit_1_high_pressure_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 1 High Pressure Alarm</activeText>
					<inactiveText>Circuit 1 High Pressure Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 1 High Pressure Alarm condition exists.</activeText>
					<inactiveText>A Circuit 1 High Pressure Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-2-high-pressure-alarm">
			<value><getOid>circuit_2_high_pressure_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 2 High Pressure Alarm</activeText>
					<inactiveText>Circuit 2 High Pressure Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 2 High Pressure Alarm condition exists.</activeText>
					<inactiveText>A Circuit 2 High Pressure Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-1-low-pressure-alarm">
			<value><getOid>circuit_1_low_pressure_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 1 Low Pressure Alarm</activeText>
					<inactiveText>Circuit 1 Low Pressure Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 1 Low Pressure Alarm condition exists.</activeText>
					<inactiveText>A Circuit 1 Low Pressure Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-2-low-pressure-alarm">
			<value><getOid>circuit_2_low_pressure_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 2 Low Pressure Alarm</activeText>
					<inactiveText>Circuit 2 Low Pressure Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 2 Low Pressure Alarm condition exists.</activeText>
					<inactiveText>A Circuit 2 Low Pressure Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-1-electronic-valve-failure">
			<value><getOid>circuit_1_electronic_valve_failure</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 1 Electronic Valve Failure</activeText>
					<inactiveText>Circuit 1 Electronic Valve Failure Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 1 Electronic Valve Failure condition exists.</activeText>
					<inactiveText>A Circuit 1 Electronic Valve Failure condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="circuit-2-electronic-valve-failure">
			<value><getOid>circuit_2_electronic_valve_failure</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Circuit 2 Electronic Valve Failure</activeText>
					<inactiveText>Circuit 2 Electronic Valve Failure Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Circuit 2 Electronic Valve Failure condition exists.</activeText>
					<inactiveText>A Circuit 2 Electronic Valve Failure condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="wrong-phase-sequence-alarm">
			<value><getOid>wrong_phase_sequence_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Wrong Phase Sequence Alarm</activeText>
					<inactiveText>Wrong Phase Sequence Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Wrong Phase Sequence Alarm condition exists.</activeText>
					<inactiveText>A Wrong Phase Sequence Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="smoke-fire-alarm">
			<value><getOid>smoke_fire_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Smoke-Fire Alarm</activeText>
					<inactiveText>Smoke-Fire Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Smoke-Fire Alarm condition exists.</activeText>
					<inactiveText>A Smoke-Fire Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="interrupted-lan-alarm">
			<value><getOid>interrupted_lan_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Interrupted LAN Alarm</activeText>
					<inactiveText>Interrupted LAN Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Interrupted LAN Alarm condition exists.</activeText>
					<inactiveText>A Interrupted LAN Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-high-current-alarm">
			<value><getOid>humidifier_high_current_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: High Current Alarm</activeText>
					<inactiveText>Humidifier: High Current Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: High Current Alarm condition exists.</activeText>
					<inactiveText>A Humidifier: High Current Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-water-loss-alarm">
			<value><getOid>humidifier_water_loss_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Water Loss Alarm</activeText>
					<inactiveText>Humidifier: Water Loss Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Water Loss Alarm condition exists.</activeText>
					<inactiveText>A Humidifier: Water Loss Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cw-temperature-too-high-for-dehumidification">
			<value><getOid>cw_temperature_too_high_for_dehumidification</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>CW Temperature Too High for Dehumidification (circ. 1)</activeText>
					<inactiveText>CW Temperature Too High for Dehumidification (circ. 1) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A CW Temperature Too High for Dehumidification (circ. 1) condition exists.</activeText>
					<inactiveText>A CW Temperature Too High for Dehumidification (circ. 1) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cw-valve-failure-or-water-flow-too-low">
			<value><getOid>cw_valve_failure_or_water_flow_too_low</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>CW Valve Failure or Water Flow Too Low</activeText>
					<inactiveText>CW Valve Failure or Water Flow Too Low Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A CW Valve Failure or Water Flow Too Low condition exists.</activeText>
					<inactiveText>A CW Valve Failure or Water Flow Too Low condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="loss-of-water-flow-alarm">
			<value><getOid>loss_of_water_flow_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Loss of Water Flow Alarm</activeText>
					<inactiveText>Loss of Water Flow Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Loss of Water Flow Alarm condition exists.</activeText>
					<inactiveText>A Loss of Water Flow Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="room-air-sensor-failed/disconnected">
			<value><getOid>room_air_sensor_failed_disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Room Air Sensor Failed/Disconnected</activeText>
					<inactiveText>Room Air Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Room Air Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Room Air Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="hot-water-temperature-sensor-failed/disconnected">
			<value><getOid>hot_water_temperature_sensor_failed_disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Hot Water Temperature Sensor Failed/Disconnected</activeText>
					<inactiveText>Hot Water Temperature Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Hot Water Temperature Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Hot Water Temperature Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="outdoor-temperature-sensor-failed_disconnected">
			<value><getOid>outdoor_temperature_sensor_failed_disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Outdoor Temperature Sensor Failed/Disconnected</activeText>
					<inactiveText>Outdoor Temperature Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Outdoor Temperature Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Outdoor Temperature Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="delivery-air-temperature-sensor-failed_disconnected">
			<value><getOid>delivery_air_temperature_sensor_failed_disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Delivery Air Temperature Sensor Failed/Disconnected</activeText>
					<inactiveText>Delivery Air Temperature Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Delivery Air Temperature Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Delivery Air Temperature Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="room-humidity-sensor-failed_disconnected">
			<value><getOid>room_humidity_sensor_failed_disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Room Humidity Sensor Failed/Disconnected</activeText>
					<inactiveText>Room Humidity Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Room Humidity Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Room Humidity Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="compressor-1-exceeded-runtime-threshold">
			<value><getOid>compressor_1_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 1: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Compressor 1: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Compressor 1: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Compressor 1: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="compressor-2-exceeded-runtime-threshold">
			<value><getOid>compressor_2_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 2: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Compressor 2: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Compressor 2: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Compressor 2: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="compressor-3-exceeded-runtime-threshold">
			<value><getOid>compressor_3_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 3: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Compressor 3: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Compressor 3: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Compressor 3: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="compressor-4-exceeded-runtime-threshold">
			<value><getOid>compressor_4_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Compressor 4: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Compressor 4: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Compressor 4: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Compressor 4: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="air-filter-exceeded-runtime-threshold">
			<value><getOid>air_filter_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Air Filter: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Air Filter: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Air Filter: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Air Filter: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="heater-1-exceeded-runtime-threshold">
			<value><getOid>heater_1_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Heater 1: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Heater 1: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Heater 1: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Heater 1: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="heater-2-exceeded-runtime-threshold">
			<value><getOid>heater_2_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Heater 2: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Heater 2: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Heater 2: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Heater 2: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier-exceeded-runtime-threshold">
			<value><getOid>humidifier_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Humidifier: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Humidifier: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="air-conditioning-unit-exceeded-runtime-threshold">
			<value><getOid>air_conditioning_unit_exceeded_runtime_threshold</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Air Conditioning Unit: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Air Conditioning Unit: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Air Conditioning Unit: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Air Conditioning Unit: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier-general-alarm">
			<value><getOid>humidifier_general_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier General Alarm</activeText>
					<inactiveText>Humidifier General Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier General Alarm condition exists.</activeText>
					<inactiveText>A Humidifier General Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-on-alarm">
			<value><getOid>unit_on_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit on Alarm</activeText>
					<inactiveText>Unit on Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit on Alarm condition exists.</activeText>
					<inactiveText>A Unit on Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-on-rotation-alarm">
			<value><getOid>unit_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit on Rotation Alarm</activeText>
					<inactiveText>Unit on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-on-alarm-type-a">
			<value><getOid>unit_on_alarm_type_a</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit on Alarm Type A</activeText>
					<inactiveText>Unit on Alarm Type A Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit on Alarm Type A condition exists.</activeText>
					<inactiveText>A Unit on Alarm Type A condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-on-alarm-type-b">
			<value><getOid>unit_on_alarm_type_b</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit on Alarm Type B</activeText>
					<inactiveText>Unit on Alarm Type B Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit on Alarm Type B condition exists.</activeText>
					<inactiveText>A Unit on Alarm Type B condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-on-alarm-type-c">
			<value><getOid>unit_on_alarm_type_c</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit on Alarm Type C</activeText>
					<inactiveText>Unit on Alarm Type C Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit on Alarm Type C condition exists.</activeText>
					<inactiveText>A Unit on Alarm Type C condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-2-on-rotation-alarm">
			<value><getOid>unit_2_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 2 on Rotation Alarm</activeText>
					<inactiveText>Unit 2 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 2 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 2 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-3-on-rotation-alarm">
			<value><getOid>unit_3_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 3 on Rotation Alarm</activeText>
					<inactiveText>Unit 3 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 3 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 3 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-4-on-rotation-alarm">
			<value><getOid>unit_4_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 4 on Rotation Alarm</activeText>
					<inactiveText>Unit 4 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 4 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 4 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-5-on-rotation-alarm">
			<value><getOid>unit_5_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 5 on Rotation Alarm</activeText>
					<inactiveText>Unit 5 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 5 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 5 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-6-on-rotation-alarm">
			<value><getOid>unit_6_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 6 on Rotation Alarm</activeText>
					<inactiveText>Unit 6 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 6 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 6 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-7-on-rotation-alarm">
			<value><getOid>unit_7_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 7 on Rotation Alarm</activeText>
					<inactiveText>Unit 7 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 7 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 7 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-8-on-rotation-alarm">
			<value><getOid>unit_8_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 8 on Rotation Alarm</activeText>
					<inactiveText>Unit 8 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 8 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 8 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-9-on-rotation-alarm">
			<value><getOid>unit_9_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 9 on Rotation Alarm</activeText>
					<inactiveText>Unit 9 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 9 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 9 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="unit-10-on-rotation-alarm">
			<value><getOid>unit_10_on_rotation_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Unit 10 on Rotation Alarm</activeText>
					<inactiveText>Unit 10 on Rotation Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Unit 10 on Rotation Alarm condition exists.</activeText>
					<inactiveText>A Unit 10 on Rotation Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="afps:-air-pressure-sensor-failed/disconnected">
			<value><getOid>afps:_air_pressure_sensor_failed/disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>AFPS: Air Pressure Sensor Failed/Disconnected</activeText>
					<inactiveText>AFPS: Air Pressure Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A AFPS: Air Pressure Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A AFPS: Air Pressure Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="afps:-low-air-pressure-alarm">
			<value><getOid>afps:_low_air_pressure_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>AFPS: Low Air Pressure Alarm</activeText>
					<inactiveText>AFPS: Low Air Pressure Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A AFPS: Low Air Pressure Alarm condition exists.</activeText>
					<inactiveText>A AFPS: Low Air Pressure Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="expansion-board-offline">
			<value><getOid>expansion_board_offline</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Expansion Board Offline</activeText>
					<inactiveText>Expansion Board Offline Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Expansion Board Offline condition exists.</activeText>
					<inactiveText>A Expansion Board Offline condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="eeprom-failure">
			<value><getOid>eeprom_failure</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>EEPROM Failure</activeText>
					<inactiveText>EEPROM Failure Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A EEPROM Failure condition exists.</activeText>
					<inactiveText>A EEPROM Failure condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="high-delivery-temperature-alarm">
			<value><getOid>high_delivery_temperature_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>High Delivery Temperature Alarm</activeText>
					<inactiveText>High Delivery Temperature Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A High Delivery Temperature Alarm condition exists.</activeText>
					<inactiveText>A High Delivery Temperature Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-high-conductivity-alarm">
			<value><getOid>humidifier:_high_conductivity_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: High Conductivity Alarm</activeText>
					<inactiveText>Humidifier: High Conductivity Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: High Conductivity Alarm condition exists.</activeText>
					<inactiveText>A Humidifier: High Conductivity Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-low-production">
			<value><getOid>humidifier:_low_production</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Low Production</activeText>
					<inactiveText>Humidifier: Low Production Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Low Production condition exists.</activeText>
					<inactiveText>A Humidifier: Low Production condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-drain-malfunction-(lock)">
			<value><getOid>humidifier:_drain_malfunction_(lock)</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Drain Malfunction (lock)</activeText>
					<inactiveText>Humidifier: Drain Malfunction (lock) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Drain Malfunction (lock) condition exists.</activeText>
					<inactiveText>A Humidifier: Drain Malfunction (lock) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-bottle-full-of-water-alarm-(lock)">
			<value><getOid>humidifier:_bottle_full_of_water_alarm_(lock)</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Bottle Full of Water Alarm (lock)</activeText>
					<inactiveText>Humidifier: Bottle Full of Water Alarm (lock) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Bottle Full of Water Alarm (lock) condition exists.</activeText>
					<inactiveText>A Humidifier: Bottle Full of Water Alarm (lock) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="humidifier:-mandatory-maintenance-(lock)">
			<value><getOid>humidifier:_mandatory_maintenance_(lock)</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Humidifier: Mandatory Maintenance (lock)</activeText>
					<inactiveText>Humidifier: Mandatory Maintenance (lock) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Humidifier: Mandatory Maintenance (lock) condition exists.</activeText>
					<inactiveText>A Humidifier: Mandatory Maintenance (lock) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cw-temperature-too-high-for-dehumidification-(circ_2)">
			<value><getOid>cw_temperature_too_high_for_dehumidification_(circ_2)</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>CW Temperature Too High for Dehumidification (circ.2)</activeText>
					<inactiveText>CW Temperature Too High for Dehumidification (circ.2) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A CW Temperature Too High for Dehumidification (circ.2) condition exists.</activeText>
					<inactiveText>A CW Temperature Too High for Dehumidification (circ.2) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="high-chilled-water-temperature-alarm-(circ_2)">
			<value><getOid>high_chilled_water_temperature_alarm_(circ_2)</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>High Chilled Water Temperature Alarm (circ.2)</activeText>
					<inactiveText>High Chilled Water Temperature Alarm (circ.2) Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A High Chilled Water Temperature Alarm (circ.2) condition exists.</activeText>
					<inactiveText>A High Chilled Water Temperature Alarm (circ.2) condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="dual-coil:-expansion-board-not-connected">
			<value><getOid>dual_coil:_expansion_board_not_connected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Dual Coil: Expansion Board Not Connected</activeText>
					<inactiveText>Dual Coil: Expansion Board Not Connected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Dual Coil: Expansion Board Not Connected condition exists.</activeText>
					<inactiveText>A Dual Coil: Expansion Board Not Connected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="chilled-water-temperature-(c_2)-sensor-failed/disconnected">
			<value><getOid>chilled_water_temperature_(c_2)_sensor_failed/disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Chilled Water Temperature (c.2) Sensor Failed/Disconnected</activeText>
					<inactiveText>Chilled Water Temperature (c.2) Sensor Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Chilled Water Temperature (c.2) Sensor Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Chilled Water Temperature (c.2) Sensor Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cw-outlet-temperature-sensor-(circ_2)-failed/disconnected">
			<value><getOid>cw_outlet_temperature_sensor_(circ_2)_failed/disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>CW Outlet Temperature Sensor (circ.2) Failed/Disconnected</activeText>
					<inactiveText>CW Outlet Temperature Sensor (circ.2) Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A CW Outlet Temperature Sensor (circ.2) Failed/Disconnected condition exists.</activeText>
					<inactiveText>A CW Outlet Temperature Sensor (circ.2) Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="manual-mode">
			<value><getOid>manual_mode</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Manual Mode</activeText>
					<inactiveText>Manual Mode Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Manual Mode condition exists.</activeText>
					<inactiveText>A Manual Mode condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="supply-frequency-not-detected-alarm">
			<value><getOid>supply_frequency_not_detected_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Supply Frequency Not Detected Alarm</activeText>
					<inactiveText>Supply Frequency Not Detected Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Supply Frequency Not Detected Alarm condition exists.</activeText>
					<inactiveText>A Supply Frequency Not Detected Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="mode-cw+dx:-hour-counter-threshold-alarm">
			<value><getOid>mode_cw+dx:_hour_counter_threshold_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Mode CW+DX: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Mode CW+DX: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Mode CW+DX: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Mode CW+DX: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="mode-dx:-hour-counter-threshold-alarm">
			<value><getOid>mode_dx:_hour_counter_threshold_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Mode DX: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Mode DX: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Mode DX: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Mode DX: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="mode-cw:-hour-counter-threshold-alarm">
			<value><getOid>mode_cw:_hour_counter_threshold_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Mode CW: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Mode CW: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Mode CW: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Mode CW: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cond_-pressure-sensor-circ_1-failed/disconnected">
			<value><getOid>cond__pressure_sensor_circ_1_failed/disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Cond. Pressure Sensor circ.1 Failed/Disconnected</activeText>
					<inactiveText>Cond. Pressure Sensor circ.1 Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Cond. Pressure Sensor circ.1 Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Cond. Pressure Sensor circ.1 Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="cond_-pressure-sensor-circ_2-failed/disconnected">
			<value><getOid>cond__pressure_sensor_circ_2_failed/disconnected</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Cond. Pressure Sensor circ.2 Failed/Disconnected</activeText>
					<inactiveText>Cond. Pressure Sensor circ.2 Failed/Disconnected Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Cond. Pressure Sensor circ.2 Failed/Disconnected condition exists.</activeText>
					<inactiveText>A Cond. Pressure Sensor circ.2 Failed/Disconnected condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="dehumidification:-hour-counter-threshold-alarm">
			<value><getOid>dehumidification:_hour_counter_threshold_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Dehumidification: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Dehumidification: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Dehumidification: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Dehumidification: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="stand-by-mode:-hour-counter-threshold-alarm">
			<value><getOid>stand-by_mode:_hour_counter_threshold_alarm</getOid></value>
			<alarmFlagsTest match="1">
				<name>
					<activeText>Stand-By Mode: Hour Counter Threshold Alarm</activeText>
					<inactiveText>Stand-By Mode: Hour Counter Threshold Alarm Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>System</category>
				<description>
					<activeText>A Stand-By Mode: Hour Counter Threshold Alarm condition exists.</activeText>
					<inactiveText>A Stand-By Mode: Hour Counter Threshold Alarm condition no longer exists.</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
  </device>
  <protocol>
    <modbus>
      <value_ref_id valid="room_temperature">
        <function>3</function>
        <start_addr>1</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="outdoor_temperature">
        <function>3</function>
        <start_addr>2</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="delivery_air_temperature">
        <function>3</function>
        <start_addr>3</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="chilled_water_temperature_circuit_1">
        <function>3</function>
        <start_addr>4</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="hot_water_temperature">
        <function>3</function>
        <start_addr>5</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="room_relative_humidity">
        <function>3</function>
        <start_addr>6</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="outlet_chilled_water_temperature">
        <function>3</function>
        <start_addr>7</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_evaporating_pressure">
        <function>3</function>
        <start_addr>8</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_evaporating_pressure">
        <function>3</function>
        <start_addr>9</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_suction_temperature">
        <function>3</function>
        <start_addr>10</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_suction_temperature">
        <function>3</function>
        <start_addr>11</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_evaporating_temperature">
        <function>3</function>
        <start_addr>12</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_evaporating_temperature">
        <function>3</function>
        <start_addr>13</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_superheat">
        <function>3</function>
        <start_addr>14</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_superheat">
        <function>3</function>
        <start_addr>15</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="cold_water_valve_ramp">
        <function>3</function>
        <start_addr>16</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="hot_water_valve_ramp">
        <function>3</function>
        <start_addr>17</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="evaporating_fan_speed">
        <function>3</function>
        <start_addr>18</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
	  <!-- Bjumper -->
	  
	  
	  
	  <value_ref_id valid="analog_variable_19">
        <function>3</function>
        <start_addr>19</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="cooling_setpoint">
        <function>3</function>
        <start_addr>20</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="cooling_sensitivity">
        <function>3</function>
        <start_addr>21</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="second_cooling_setpoint">
        <function>3</function>
        <start_addr>22</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="heating_setpoint">
        <function>3</function>
        <start_addr>23</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="second_heating_setpoint">
        <function>3</function>
        <start_addr>24</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="heating_sensitivity">
        <function>3</function>
        <start_addr>25</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="high_room_temperature_alarm_threshold(1)">
        <function>3</function>
        <start_addr>26</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="low_room_temperature_alarm_threshold(1)">
        <function>3</function>
        <start_addr>27</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_cooling_setpoint">
        <function>3</function>
        <start_addr>28</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_heating_setpoint">
        <function>3</function>
        <start_addr>29</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="cw_setpoint_to_start_dehumidification">
        <function>3</function>
        <start_addr>30</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="cw_high_temperature_alarm_threshold_(c.1)">
        <function>3</function>
        <start_addr>31</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="cw_setpoint_to_start_cw_operating_mode_(only_tc_units)">
        <function>3</function>
        <start_addr>32</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="radcooler_setpoint_in_energy_saving_mode">
        <function>3</function>
        <start_addr>33</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="radcooler_setpoint_in_dx_mode">
        <function>3</function>
        <start_addr>34</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="delivery_temperature_low_limit_setpoint(1)">        
	  <function>3</function>
        <start_addr>35</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="delta_temperature_for_automatic_mean/local_changeover">
        <function>3</function>
        <start_addr>36</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  <value_ref_id valid="serial_transmission_offset">
        <function>3</function>
        <start_addr>37</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="analog_variable_38">
        <function>3</function>
        <start_addr>38</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_39">
        <function>3</function>
        <start_addr>39</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_40">
        <function>3</function>
        <start_addr>40</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_41">
        <function>3</function>
        <start_addr>41</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_42">
        <function>3</function>
        <start_addr>42</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_43">
        <function>3</function>
        <start_addr>43</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_44">
        <function>3</function>
        <start_addr>44</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_45">
        <function>3</function>
        <start_addr>45</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_46">
        <function>3</function>
        <start_addr>46</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_47">
        <function>3</function>
        <start_addr>47</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_48">
        <function>3</function>
        <start_addr>48</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="analog_variable_49">
        <function>3</function>
        <start_addr>49</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  <!-- Bjumper -->

      <value_ref_id valid="lan_unit_02_room_temperature">
        <function>3</function>
        <start_addr>50</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_03_room_temperature">
        <function>3</function>
        <start_addr>51</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_04_room_temperature">
        <function>3</function>
        <start_addr>52</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_05_room_temperature">
        <function>3</function>
        <start_addr>53</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_06_room_temperature">
        <function>3</function>
        <start_addr>54</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_07_room_temperature">
        <function>3</function>
        <start_addr>55</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_08_room_temperature">
        <function>3</function>
        <start_addr>56</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_09_room_temperature">
        <function>3</function>
        <start_addr>57</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_10_room_temperature">
        <function>3</function>
        <start_addr>58</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>
	  
	  <value_ref_id valid="analog_variable_59">
        <function>3</function>
        <start_addr>59</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_02_room_humidity">
        <function>3</function>
        <start_addr>60</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_03_room_humidity">
        <function>3</function>
        <start_addr>61</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_04_room_humidity">
        <function>3</function>
        <start_addr>62</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_05_room_humidity">
        <function>3</function>
        <start_addr>63</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_06_room_humidity">
        <function>3</function>
        <start_addr>64</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_07_room_humidity">
        <function>3</function>
        <start_addr>65</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_08_room_humidity">
        <function>3</function>
        <start_addr>66</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_09_room_humidity">
        <function>3</function>
        <start_addr>67</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="lan_unit_10_room_humidity">
        <function>3</function>
        <start_addr>68</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="afps_air_pressure">
        <function>3</function>
        <start_addr>69</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>


		<!-- Bjumper -->

		<value_ref_id valid="afps:_setpoint">
        <function>3</function>
        <start_addr>70</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_dead_band">
        <function>3</function>
        <start_addr>71</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_regulation_band">
        <function>3</function>
        <start_addr>72</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_alarm_threshold">
        <function>3</function>
        <start_addr>73</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="compensation:_room_temperature_(t1)_(del.temp.regol.)">
        <function>3</function>
        <start_addr>74</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="compensation:_setpoint_2_(sp2)_(del.temp.regol.)">
        <function>3</function>
        <start_addr>75</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="compensation:_room_temperature_(t2)_(del.temp.regol.)">
        <function>3</function>
        <start_addr>76</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="cold_water_valve_ramp_(circ.2)">
        <function>3</function>
        <start_addr>77</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="cw_high_temperature_alarm_threshold_(c.2)">
        <function>3</function>
        <start_addr>78</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
		<!-- Bjumper -->



      <value_ref_id valid="humidifier_0_10v_ramp">
        <function>3</function>
        <start_addr>79</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="chilled_water_temperature_circuit_2">
        <function>3</function>
        <start_addr>80</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="room_temperature_mean_value">
        <function>3</function>
        <start_addr>81</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="room_relative_humidity_mean_value">
        <function>3</function>
        <start_addr>82</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="room_absolute_humidity">
        <function>3</function>
        <start_addr>83</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	<!-- Bjumper -->
	  
	  <!--
	  <value_ref_id valid="dehumidification_setpoint">
        <function>3</function>
        <start_addr>84</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="dehumidification_prop_band">
        <function>3</function>
        <start_addr>85</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_dehumidification_setpoint">
        <function>3</function>
        <start_addr>86</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="high_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>87</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_setpoint">
        <function>3</function>
        <start_addr>88</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_prop_band">
        <function>3</function>
        <start_addr>89</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_humidification_setpoint">
        <function>3</function>
        <start_addr>90</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="low_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>91</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  -->
	  
	  
	   <value_ref_id valid="dehumidification_setpoint">
        <function>3</function>
        <start_addr>5017</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="dehumidification_prop_band">
        <function>3</function>
        <start_addr>5013</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_dehumidification_setpoint">
        <function>3</function>
        <start_addr>5018</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="high_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>5015</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_setpoint">
        <function>3</function>
        <start_addr>5019</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_prop_band">
        <function>3</function>
        <start_addr>5014</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_humidification_setpoint">
        <function>3</function>
        <start_addr>5020</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="low_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>5016</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  <!-- Bjumper -->

	  

      <value_ref_id valid="condensing_pressure_circuit_1">
        <function>3</function>
        <start_addr>92</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="condensing_pressure_circuit_2">
        <function>3</function>
        <start_addr>93</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="condensing_temperature_circuit_1">
        <function>3</function>
        <start_addr>94</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

      <value_ref_id valid="condensing_temperature_circuit_2">
        <function>3</function>
        <start_addr>95</start_addr>
        <quantity>1</quantity>
        <type>int_16</type>
      </value_ref_id>

	 <!-- Bjumper -->
	 
      <value_ref_id valid="air_filter_run_hours">
        <function>3</function>
        <start_addr>1001</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="unit_run_hours">
        <function>3</function>
        <start_addr>1002</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="compressor_1_run_hours">
        <function>3</function>
        <start_addr>1003</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="compressor_2_run_hours">
        <function>3</function>
        <start_addr>1004</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="compressor_3_run_hours">
        <function>3</function>
        <start_addr>1005</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="compressor_4_run_hours">
        <function>3</function>
        <start_addr>1006</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="heater_1_run_hours">
        <function>3</function>
        <start_addr>1007</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="heater_2_run_hours">
        <function>3</function>
        <start_addr>1008</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="humidifier_run_hours">
        <function>3</function>
        <start_addr>1009</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
	  <value_ref_id valid="integer_variable_10">
        <function>3</function>
        <start_addr>1010</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="integer_variable_11">
        <function>3</function>
        <start_addr>1011</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <!--
	  <value_ref_id valid="dehumidification_prop_band">
        <function>3</function>
        <start_addr>1012</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_prop_band">
        <function>3</function>
        <start_addr>1013</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="high_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>1014</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="low_humidity_alarm_threshold">
        <function>3</function>
        <start_addr>1015</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	 <value_ref_id valid="dehumidification_setpoint">
        <function>3</function>
        <start_addr>1016</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_dehumidification_setpoint">
        <function>3</function>
        <start_addr>1017</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="humidification_setpoint">
        <function>3</function>
        <start_addr>1018</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode:_humidification_setpoint">
        <function>3</function>
        <start_addr>1019</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  -->
	  
	  <value_ref_id valid="restart_delay">
        <function>3</function>
        <start_addr>1020</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="regulation_start_transitory">
        <function>3</function>
        <start_addr>1021</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id><value_ref_id valid="low_pressure_delay">
        <function>3</function>
        <start_addr>1022</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="temp./humid.limits_alarm_delay">
        <function>3</function>
        <start_addr>1023</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="anti-hunting_constant">
        <function>3</function>
        <start_addr>1024</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="stand-by_cycle_base_time">
        <function>3</function>
        <start_addr>1025</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="integer_variable_26">
        <function>3</function>
        <start_addr>1026</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="number_of_lan_units">
        <function>3</function>
        <start_addr>1027</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="fan:_cicle_time_(sleep_mode)">
        <function>3</function>
        <start_addr>1028</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  

      <value_ref_id valid="circut_1_electronic_valve_position">
        <function>3</function>
        <start_addr>1029</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="circut_2_electronic_valve_position">
        <function>3</function>
        <start_addr>1030</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
	  
	  <value_ref_id valid="afps:_integral_time">
        <function>3</function>
        <start_addr>1031</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_derivative_time">
        <function>3</function>
        <start_addr>1032</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_fan min._speed_(mode_cw)">
        <function>3</function>
        <start_addr>1033</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_fan_max_speed">
        <function>3</function>
        <start_addr>1034</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="afps:_alarm_delay">
        <function>3</function>
        <start_addr>1035</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="high_delivery_temp._alarm_threshold">
        <function>3</function>
        <start_addr>1036</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="day">
        <function>3</function>
        <start_addr>1037</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="month">
        <function>3</function>
        <start_addr>1038</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="year">
        <function>3</function>
        <start_addr>1039</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="integer_variable_40">
        <function>3</function>
        <start_addr>1040</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="integer_variable_41">
        <function>3</function>
        <start_addr>1041</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="hour">
        <function>3</function>
        <start_addr>1042</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="minute">
        <function>3</function>
        <start_addr>1043</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="afps:_fan_min._speed_(mode_dx)">
        <function>3</function>
        <start_addr>1044</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="integer_variable_45">
        <function>3</function>
        <start_addr>1045</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="integer_variable_46">
        <function>3</function>
        <start_addr>1046</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  	  <value_ref_id valid="integer_variable_47">
        <function>3</function>
        <start_addr>1047</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
	  

      <value_ref_id valid="mode_cw_dx_run_hours">
        <function>3</function>
        <start_addr>1048</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="mode_dx_run_hours">
        <function>3</function>
        <start_addr>1049</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>

      <value_ref_id valid="mode_cw_run_hours">
        <function>3</function>
        <start_addr>1050</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
	  
	  <value_ref_id valid="dehumidification_run_hours">
        <function>3</function>
        <start_addr>1051</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="stand-by_mode_run_hours">
        <function>3</function>
        <start_addr>1052</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="ultracapacitor_status_(ucap)">
        <function>3</function>
        <start_addr>1053</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="power_supply_fail.(ucap_on_working)_time">
        <function>3</function>
        <start_addr>1054</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="ucap_charge_time">
        <function>3</function>
        <start_addr>1055</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="unit_serial_number_part_1">
        <function>3</function>
        <start_addr>1056</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="unit_serial_number_part_2">
        <function>3</function>
        <start_addr>1057</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="unit_serial_number_part_3">
        <function>3</function>
        <start_addr>1058</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  <value_ref_id valid="energy_saving_status">
        <function>3</function>
        <start_addr>1059</start_addr>
        <quantity>1</quantity>
        <type>uint_16</type>
      </value_ref_id>
	  
	  
		
		 <!-- Bjumper -->

      <value_ref_id valid="system_on">
        <function>1</function>
        <start_addr>1</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_1">
        <function>1</function>
        <start_addr>2</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_2">
        <function>1</function>
        <start_addr>3</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_3">
        <function>1</function>
        <start_addr>4</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_4">
        <function>1</function>
        <start_addr>5</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="el_heater_1">
        <function>1</function>
        <start_addr>6</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="el_heater_2">
        <function>1</function>
        <start_addr>7</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>


	<value_ref_id valid="digital_variable_8">
        <function>1</function>
        <start_addr>7</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>


      <value_ref_id valid="hot_gas_on">
        <function>1</function>
        <start_addr>9</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="dehumidification">
        <function>1</function>
        <start_addr>10</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="humidification">
        <function>1</function>
        <start_addr>11</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="emergency_working">
        <function>1</function>
        <start_addr>12</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>


		<value_ref_id valid="digital_variable_13">
        <function>1</function>
        <start_addr>13</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		
		<value_ref_id valid="digital_variable_14">
        <function>1</function>
        <start_addr>14</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		
		<value_ref_id valid="digital_variable_15">
        <function>1</function>
        <start_addr>15</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		<value_ref_id valid="digital_variable_16">
        <function>1</function>
        <start_addr>16</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		
		<value_ref_id valid="digital_variable_17">
        <function>1</function>
        <start_addr>17</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		
		<value_ref_id valid="digital_variable_18">
        <function>1</function>
        <start_addr>18</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>
		
		<value_ref_id valid="digital_variable_19">
        <function>1</function>
        <start_addr>19</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
		</value_ref_id>

      <value_ref_id valid="wrong_password_alarm">
        <function>1</function>
        <start_addr>20</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="high_room_temperature_alarm">
        <function>1</function>
        <start_addr>21</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="low_room_temperature_alarm">
        <function>1</function>
        <start_addr>22</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="high_room_humidity_alarm">
        <function>1</function>
        <start_addr>23</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="low_room_humidity_alarm">
        <function>1</function>
        <start_addr>24</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="room_temperature_and_humidity_limits_by_external_sensors">
        <function>1</function>
        <start_addr>25</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="clogged_filter_alarm">
        <function>1</function>
        <start_addr>26</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="flooding_alarm">
        <function>1</function>
        <start_addr>27</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="loss_of_air_flow_alarm">
        <function>1</function>
        <start_addr>28</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="heater_overheating_alarm">
        <function>1</function>
        <start_addr>29</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_high_pressure_alarm">
        <function>1</function>
        <start_addr>30</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_high_pressure_alarm">
        <function>1</function>
        <start_addr>31</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_low_pressure_alarm">
        <function>1</function>
        <start_addr>32</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_low_pressure_alarm">
        <function>1</function>
        <start_addr>33</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_1_electronic_valve_failure">
        <function>1</function>
        <start_addr>34</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="circuit_2_electronic_valve_failure">
        <function>1</function>
        <start_addr>35</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="wrong_phase_sequence_alarm">
        <function>1</function>
        <start_addr>36</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="smoke_fire_alarm">
        <function>1</function>
        <start_addr>37</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="interrupted_lan_alarm">
        <function>1</function>
        <start_addr>38</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="humidifier_high_current_alarm">
        <function>1</function>
        <start_addr>39</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="humidifier_power_loss_alarm">
        <function>1</function>
        <start_addr>40</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="humidifier_water_loss_alarm">
        <function>1</function>
        <start_addr>41</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="cw_temperature_too_high_for_dehumidification">
        <function>1</function>
        <start_addr>42</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="cw_valve_failure_or_water_flow_too_low">
        <function>1</function>
        <start_addr>43</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="loss_of_water_flow_alarm">
        <function>1</function>
        <start_addr>44</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="high_chilled_water_temperature_alarm">
        <function>1</function>
        <start_addr>45</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="room_air_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>46</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="hot_water_temperature_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>47</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="chilled_water_temperature_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>48</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="outdoor_temperature_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>49</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="delivery_air_temperature_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>50</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="room_humidity_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>51</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="chilled_water_outlet_temp_sensor_failed_disconnected">
        <function>1</function>
        <start_addr>52</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_1_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>53</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_2_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>54</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_3_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>55</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="compressor_4_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>56</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="air_filter_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>57</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="heater_1_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>58</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="heater_2_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>59</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="humidifier_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>60</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="air_conditioning_unit_exceeded_runtime_threshold">
        <function>1</function>
        <start_addr>61</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="alarm_by_digitial_input_2">
        <function>1</function>
        <start_addr>62</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="alarm_by_digitial_input_4">
        <function>1</function>
        <start_addr>63</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="alarm_by_digitial_input_6">
        <function>1</function>
        <start_addr>64</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
      
       <value_ref_id valid="humidifier_general_alarm">
        <function>1</function>
        <start_addr>65</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="unit_on_alarm">
        <function>1</function>
        <start_addr>66</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="unit_on_rotation_alarm">
        <function>1</function>
        <start_addr>67</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="unit_on_alarm_type_a">
        <function>1</function>
        <start_addr>68</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="unit_on_alarm_type_b">
        <function>1</function>
        <start_addr>69</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>

      <value_ref_id valid="unit_on_alarm_type_c">
        <function>1</function>
        <start_addr>70</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  
	  <value_ref_id valid="dx/cw_switch_on_tc_units">
        <function>1</function>
        <start_addr>71</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="summer/winter_switch">
        <function>1</function>
        <start_addr>72</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="digital_variable_73">
        <function>1</function>
        <start_addr>73</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="digital_variable_74">
        <function>1</function>
        <start_addr>74</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="unit_on/off_switch">
        <function>1</function>
        <start_addr>75</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="buzzer_and_alarm_unit_reset">
        <function>1</function>
        <start_addr>76</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="filter_run_hours_reset">
        <function>1</function>
        <start_addr>77</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_1_run_hours_reset">
        <function>1</function>
        <start_addr>78</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_2_run_hours_reset">
        <function>1</function>
        <start_addr>79</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_3_run_hours_reset">
        <function>1</function>
        <start_addr>80</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_4_run_hours_reset">
        <function>1</function>
        <start_addr>81</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_1_starting_reset">
        <function>1</function>
        <start_addr>82</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_2_starting_reset">
        <function>1</function>
        <start_addr>83</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_3_starting_reset">
        <function>1</function>
        <start_addr>84</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="compressor_4_starting_reset">
        <function>1</function>
        <start_addr>85</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="heater_1_run_hours_reset">
        <function>1</function>
        <start_addr>86</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="heater_2_run_hours_reset">
        <function>1</function>
        <start_addr>87</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="heater_1_starting_reset">
        <function>1</function>
        <start_addr>88</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="heater_2_starting_reset">
        <function>1</function>
        <start_addr>89</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="humidifier_run_hours_reset">
        <function>1</function>
        <start_addr>90</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="humidifier_starting_reset">
        <function>1</function>
        <start_addr>91</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="unit_run_hours_reset">
        <function>1</function>
        <start_addr>92</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="digital_variable_93">
        <function>1</function>
        <start_addr>93</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="digital_variable_94">
        <function>1</function>
        <start_addr>94</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="setback_mode_(sleep_mode)">
        <function>1</function>
        <start_addr>95</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="sleep_mode_test">
        <function>1</function>
        <start_addr>96</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="local/mean_usage_of_values">
        <function>1</function>
        <start_addr>97</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="no._of_stand-by_units">
        <function>1</function>
        <start_addr>98</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  <value_ref_id valid="digital_variable_99">
        <function>1</function>
        <start_addr>99</start_addr>
        <quantity>1</quantity>
        <type>bit</type>
      </value_ref_id>
	  
	  
	  
	  
	  
	  
	 <value_ref_id valid="unit_2_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>100</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_3_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>101</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_4_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>102</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_5_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>103</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_6_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>104</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_7_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>105</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_8_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>106</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_9_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>107</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="unit_10_on_rotation_alarm">
	 	<function>1</function>
	 	<start_addr>108</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="afps:_air_pressure_sensor_failed/disconnected">
	 	<function>1</function>
	 	<start_addr>109</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="afps:_low_air_pressure_alarm">
	 	<function>1</function>
	 	<start_addr>110</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="expansion_board_offline">
	 	<function>1</function>
	 	<start_addr>111</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="eeprom_failure">
	 	<function>1</function>
	 	<start_addr>112</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="high_delivery_temperature_alarm">
	 	<function>1</function>
	 	<start_addr>114</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="humidifier:_high_conductivity_alarm">
	 	<function>1</function>
	 	<start_addr>115</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="humidifier:_low_production">
	 	<function>1</function>
	 	<start_addr>116</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="humidifier:_drain_malfunction_(lock)">
	 	<function>1</function>
	 	<start_addr>117</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="humidifier:_bottle_full_of_water_alarm_(lock)">
	 	<function>1</function>
	 	<start_addr>118</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="humidifier:_mandatory_maintenance_(lock)">
	 	<function>1</function>
	 	<start_addr>119</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="cw_temperature_too_high_for_dehumidification_(circ_2)">
	 	<function>1</function>
	 	<start_addr>120</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="high_chilled_water_temperature_alarm_(circ_2)">
	 	<function>1</function>
	 	<start_addr>121</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="dual_coil:_expansion_board_not_connected">
	 	<function>1</function>
	 	<start_addr>122</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="chilled_water_temperature_(c_2)_sensor_failed/disconnected">
	 	<function>1</function>
	 	<start_addr>123</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="cw_outlet_temperature_sensor_(circ_2)_failed/disconnected">
	 	<function>1</function>
	 	<start_addr>124</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="manual_mode">
	 	<function>1</function>
	 	<start_addr>125</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="supply_frequency_not_detected_alarm">
	 	<function>1</function>
	 	<start_addr>126</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 
	 
	 	 <value_ref_id valid="exclude_from_rotatation">
	 	<function>1</function>
	 	<start_addr>127</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 
	 
	 
	 <value_ref_id valid="mode_cw+dx:_hour_counter_threshold_alarm">
	 	<function>1</function>
	 	<start_addr>128</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="mode_dx:_hour_counter_threshold_alarm">
	 	<function>1</function>
	 	<start_addr>129</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="mode_cw:_hour_counter_threshold_alarm">
	 	<function>1</function>
	 	<start_addr>130</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 
	 <value_ref_id valid="mode_cw+dx:_run_hours_reset">
	 	<function>1</function>
	 	<start_addr>131</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="mode_dx:_run_hours_reset">
	 	<function>1</function>
	 	<start_addr>132</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="mode_cw:_run_hours_reset">
	 	<function>1</function>
	 	<start_addr>133</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 
	 <value_ref_id valid="cond__pressure_sensor_circ_1_failed/disconnected">
	 	<function>1</function>
	 	<start_addr>134</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="cond__pressure_sensor_circ_2_failed/disconnected">
	 	<function>1</function>
	 	<start_addr>135</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="dehumidification:_hour_counter_threshold_alarm">
	 	<function>1</function>
	 	<start_addr>136</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="stand-by_mode:_hour_counter_threshold_alarm">
	 	<function>1</function>
	 	<start_addr>138</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 
	 
	  <value_ref_id valid="tc_unit_mode">
	 	<function>1</function>
	 	<start_addr>140</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="dual_coil:_coil_n.1_enabled">
	 	<function>1</function>
	 	<start_addr>141</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>
	 <value_ref_id valid="dual_coil:_coil_n.2_enabled">
	 	<function>1</function>
	 	<start_addr>142</start_addr>
	 	<quantity>1</quantity>
	 	<type>bit</type>
	 </value_ref_id>



      <packet>
        <function>3</function>
        <start_addr>1</start_addr>
        <quantity>19</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>50</start_addr>
        <quantity>21</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>77</start_addr>
        <quantity>8</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>92</start_addr>
        <quantity>20</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>129</start_addr>
        <quantity>10</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>157</start_addr>
        <quantity>3</quantity>
      </packet>

      <packet>
        <function>3</function>
        <start_addr>176</start_addr>
        <quantity>4</quantity>
      </packet>

      <packet>
        <function>1</function>
        <start_addr>1</start_addr>
        <quantity>13</quantity>
      </packet>

		<!--
      <packet>
        <function>1</function>
        <start_addr>20</start_addr>
        <quantity>52</quantity>
      </packet>
		-->

			<packet>
				<function>1</function>
				<start_addr>20</start_addr>
				<quantity>51</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>100</start_addr>
				<quantity>13</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>114</start_addr>
				<quantity>13</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>128</start_addr>
				<quantity>3</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>134</start_addr>
				<quantity>3</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>138</start_addr>
				<quantity>1</quantity>
			</packet>
			<packet>
				<function>1</function>
				<start_addr>141</start_addr>
				<quantity>4</quantity>
			</packet>


    </modbus>
  </protocol>

</APC_DDF>