BA_Coolinggroupcontroller.xml

<?xml version="1.0" encoding="UTF-8"?>
<APC_DDF xmlns:xsi="https://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="https://localhost/ddf_schema/apc_ddf_1_6.xsd" ddfid="BA_Coolinggroupcontroller" ddfname="BA Coolinggroupcontroller" ddfversion="1" canremove="yes">
	<schemaVersion>1.6</schemaVersion>
	<device deviceid="BA_Coolinggroupcontroller">
		<oidMustExist ruleid="modbusdevicetest" oid="MODBUS_OID_MUST_EXIST" />
		<setProductData ruleid="vendordata" field="vendor">BA</setProductData>
		<setProductData ruleid="modeldata" field="model">Cooling group controller</setProductData>
		<setProductData ruleid="typedata" field="type">Cooling Device</setProductData>
		<setDefaultLabel ruleid="labeldata">
			<sysHostname />
      - Slave
			<commSetting field="slaveaddress" />
		</setDefaultLabel>
		<numSensor ruleid="bypass_valve__rate">
			<type>pctofcapacity</type>
			<units />
			<sensorId>_BYPASS_VALVE__RATE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_7</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>Bypass valve  rate</label>
			<sensorSet>Percentage</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_system_load">
			<type>pctofcapacity</type>
			<units />
			<sensorId>_1_-_SYSTEM_LOAD</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_1</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - system load</label>
			<sensorSet>Percentage</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_system_load">
			<type>pctofcapacity</type>
			<units />
			<sensorId>_2_-_SYSTEM_LOAD</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_3</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - system load</label>
			<sensorSet>Percentage</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_system_load">
			<type>pctofcapacity</type>
			<units />
			<sensorId>_3_-_SYSTEM_LOAD</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_5</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - system load</label>
			<sensorSet>Percentage</sensorSet>
		</numSensor>
		<numSensor ruleid="outdoor_temperature">
			<type>temp</type>
			<units />
			<sensorId>_OUTDOOR_TEMPERATURE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_7</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>Outdoor temperature</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="outdoor_temperature">
			<type>temp</type>
			<units />
			<sensorId>_OUTDOOR_TEMPERATURE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_5</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>Outdoor temperature</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="_1_-_return_temperature_a">
			<type>temp</type>
			<units />
			<sensorId>__1_-_RETURN_TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_19</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - return temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_return_temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_3_-_RETURN_TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_31</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - return temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_supply__temperature_a">
			<type>temp</type>
			<units />
			<sensorId>_3_-_SUPPLY__TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_9</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - supply  temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_supply__temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_3_-_SUPPLY__TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_29</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - supply  temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_return_temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_1_-_RETURN_TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_33</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - return temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_supply__temperature_a">
			<type>temp</type>
			<units />
			<sensorId>_1_-_SUPPLY__TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_17</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - supply  temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_supply__temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_1_-_SUPPLY__TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_35</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - supply  temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_return_temperature_a">
			<type>temp</type>
			<units />
			<sensorId>_2_-_RETURN_TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_15</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - return temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_return_temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_2_-_RETURN_TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_1</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - return temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_supply__temperature_a">
			<type>temp</type>
			<units />
			<sensorId>_2_-_SUPPLY__TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_13</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - supply  temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_supply__temperature_b">
			<type>temp</type>
			<units />
			<sensorId>_2_-_SUPPLY__TEMPERATURE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_37</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - supply  temperature b</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_return_temperature_a">
			<type>temp</type>
			<units />
			<sensorId>_3_-_RETURN_TEMPERATURE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_11</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - return temperature a</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_cooling_output_set_point">
			<type>temp</type>
			<units />
			<sensorId>_1_-_COOLING_OUTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_45</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - cooling output set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_cooling_return__set_point">
			<type>temp</type>
			<units />
			<sensorId>_1_-_COOLING_RETURN__SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_41</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - cooling return  set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_reheat_uptput_set_point">
			<type>temp</type>
			<units />
			<sensorId>_1_-_REHEAT_UPTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_43</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - reheat uptput set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_reheat_return_setpoint">
			<type>temp</type>
			<units />
			<sensorId>_1_-_REHEAT_RETURN_SETPOINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_39</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - reheat return setpoint</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_cooling_output_set_point">
			<type>temp</type>
			<units />
			<sensorId>_2_-_COOLING_OUTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_37</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - cooling output set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_cooling_return__set_point">
			<type>temp</type>
			<units />
			<sensorId>_2_-_COOLING_RETURN__SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_31</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - cooling return  set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_reheat_uptput_set_point">
			<type>temp</type>
			<units />
			<sensorId>_2_-_REHEAT_UPTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_33</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - reheat uptput set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_reheat_return_set_point">
			<type>temp</type>
			<units />
			<sensorId>_3_-_REHEAT_RETURN_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_29</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - reheat return set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_cooling_output_set_point">
			<type>temp</type>
			<units />
			<sensorId>_3_-_COOLING_OUTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_27</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - cooling output set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_cooling_return__set_point1">
			<type>temp</type>
			<units />
			<sensorId>_2_-_COOLING_RETURN__SET_POINT1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_23</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - cooling return  set point1</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_reheat_0utput_set_point">
			<type>temp</type>
			<units />
			<sensorId>_3_-_REHEAT_0UTPUT_SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_25</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - reheat 0utput set point</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_reheat_return_set_point1">
			<type>temp</type>
			<units />
			<sensorId>_3_-_REHEAT_RETURN_SET_POINT1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_11</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - reheat return set point1</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_system_return__temperature">
			<type>temp</type>
			<units />
			<sensorId>_1_-_SYSTEM_RETURN__TEMPERATURE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_13</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - system return  temperature</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_system_return__temperature">
			<type>temp</type>
			<units />
			<sensorId>_2_-_SYSTEM_RETURN__TEMPERATURE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_17</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - system return  temperature</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_system_return__temperature">
			<type>temp</type>
			<units />
			<sensorId>_3_-_SYSTEM_RETURN__TEMPERATURE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_15</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - system return  temperature</label>
			<sensorSet>Temperature</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_system_runtime">
			<type>timeinhrs</type>
			<units />
			<sensorId>_1_-_SYSTEM_RUNTIME</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_19</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - system runtime</label>
			<sensorSet>Time</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_system_runtime">
			<type>timeinhrs</type>
			<units />
			<sensorId>_2_-_SYSTEM_RUNTIME</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_21</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - system runtime</label>
			<sensorSet>Time</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_system_runtime">
			<type>timeinhrs</type>
			<units />
			<sensorId>_3_-_SYSTEM_RUNTIME</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_35</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - system runtime</label>
			<sensorSet>Time</sensorSet>
		</numSensor>
		<numSensor ruleid="i/o_pressure_difference_a">
			<type>suctiondiffpress</type>
			<units />
			<sensorId>_I/O_PRESSURE_DIFFERENCE_A</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_3</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>I/o pressure difference a</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<numSensor ruleid="i/o_pressure_difference_b">
			<type>suctiondiffpress</type>
			<units />
			<sensorId>_I/O_PRESSURE_DIFFERENCE_B</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_27</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>I/o pressure difference b</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<numSensor ruleid="bypass_valve__set_point">
			<type>suctiondiffpress</type>
			<units />
			<sensorId>_BYPASS_VALVE__SET_POINT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_3_Reg_9</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>Bypass valve  set point</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<numSensor ruleid="1_-_return_flow">
			<type>num</type>
			<units />
			<sensorId>_1_-_RETURN_FLOW</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_25</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>1 - return flow</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<numSensor ruleid="2_-_return_flow">
			<type>num</type>
			<units />
			<sensorId>_2_-_RETURN_FLOW</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_23</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>2 - return flow</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<numSensor ruleid="3_-_return_flow">
			<type>num</type>
			<units />
			<sensorId>_3_-_RETURN_FLOW</sensorId>
			<value>
				<mult>
					<op>
						<getOid>Function_2_Reg_21</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<label>3 - return flow</label>
			<sensorSet>Pressure</sensorSet>
		</numSensor>
		<stateSensor ruleid="1_-_system_state">
			<type>state</type>
			<sensorId>_1_-_SYSTEM_STATE</sensorId>
			<value>
				<mapValue mapid="onoff_vm">
					<getOid>Function_1_Reg_17</getOid>
				</mapValue>
			</value>
			<label>1 - system state</label>
			<enum>onoff_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="2_-_system_state)">
			<type>state</type>
			<sensorId>_2_-_SYSTEM_STATE)</sensorId>
			<value>
				<mapValue mapid="onoff_vm">
					<getOid>Function_1_Reg_1</getOid>
				</mapValue>
			</value>
			<label>2 - system state)</label>
			<enum>onoff_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="3_-_system_state">
			<type>state</type>
			<sensorId>_3_-_SYSTEM_STATE</sensorId>
			<value>
				<mapValue mapid="onoff_vm">
					<getOid>Function_1_Reg_2</getOid>
				</mapValue>
			</value>
			<label>3 - system state</label>
			<enum>onoff_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="1_-_remote_control_command">
			<type>state</type>
			<sensorId>_1_-_REMOTE_CONTROL_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_3</getOid>
				</mapValue>
			</value>
			<label>1 - remote control command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="2_-_remote_control_command">
			<type>state</type>
			<sensorId>_2_-_REMOTE_CONTROL_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_4</getOid>
				</mapValue>
			</value>
			<label>2 - remote control command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="3_-remote_control_command">
			<type>state</type>
			<sensorId>_3_-REMOTE_CONTROL_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_5</getOid>
				</mapValue>
			</value>
			<label>3 -remote control command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="1_-_return_to_standby">
			<type>state</type>
			<sensorId>_1_-_RETURN_TO_STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_11</getOid>
				</mapValue>
			</value>
			<label>1 - return to standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="2_-__return_to_standby">
			<type>state</type>
			<sensorId>_2_-__RETURN_TO_STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_10</getOid>
				</mapValue>
			</value>
			<label>2 -  return to standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="3_-__return_to_standby">
			<type>state</type>
			<sensorId>_3_-__RETURN_TO_STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_9</getOid>
				</mapValue>
			</value>
			<label>3 -  return to standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="1_-_start_up_command">
			<type>state</type>
			<sensorId>_1_-_START_UP_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_12</getOid>
				</mapValue>
			</value>
			<label>1 - start up command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="2_-_start_up_command">
			<type>state</type>
			<sensorId>_2_-_START_UP_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_13</getOid>
				</mapValue>
			</value>
			<label>2 - start up command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="3_-_start_up_command">
			<type>state</type>
			<sensorId>_3_-_START_UP_COMMAND</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_21</getOid>
				</mapValue>
			</value>
			<label>3 - start up command</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="set_3_-_standby">
			<type>state</type>
			<sensorId>_SET_3_-_STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_5</getOid>
				</mapValue>
			</value>
			<label>Set 3 - standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="set_2_-_standby">
			<type>state</type>
			<sensorId>_SET_2_-_STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_6</getOid>
				</mapValue>
			</value>
			<label>Set 2 - standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="set_1_-standby">
			<type>state</type>
			<sensorId>_SET_1_-STANDBY</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_7</getOid>
				</mapValue>
			</value>
			<label>Set 1 -standby</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="1_-_need_service">
			<type>state</type>
			<sensorId>_1_-_NEED_SERVICE</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_16</getOid>
				</mapValue>
			</value>
			<label>1 - need service</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="2_-_need_service">
			<type>state</type>
			<sensorId>_2_-_NEED_SERVICE</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_15</getOid>
				</mapValue>
			</value>
			<label>2 - need service</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<stateSensor ruleid="3_-_need_service">
			<type>state</type>
			<sensorId>_3_-_NEED_SERVICE</sensorId>
			<value>
				<mapValue mapid="yesno_vm">
					<getOid>Function_1_Reg_14</getOid>
				</mapValue>
			</value>
			<label>3 - need service</label>
			<enum>yesno_em</enum>
			<sensorSet>State</sensorSet>
		</stateSensor>
		<alarmFlags ruleid="1_-__general_failt">
			<value>
				<getOid>Function_1_Reg_18</getOid>
			</value>
			<alarmFlagsTest mask="1" match="1">
				<name>
					<activeText>1 -  General failt Condition Present</activeText>
					<inactiveText>1 -  General failt Condition Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>system</category>
				<description>
					<activeText>1 -  General failt Condition Present</activeText>
					<inactiveText>1 -  General failt Condition Cleared</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="2_-__general_failt">
			<value>
				<getOid>Function_1_Reg_19</getOid>
			</value>
			<alarmFlagsTest mask="1" match="1">
				<name>
					<activeText>2 -  General failt Condition Present</activeText>
					<inactiveText>2 -  General failt Condition Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>system</category>
				<description>
					<activeText>2 -  General failt Condition Present</activeText>
					<inactiveText>2 -  General failt Condition Cleared</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<alarmFlags ruleid="3_-__general_failt">
			<value>
				<getOid>Function_1_Reg_20</getOid>
			</value>
			<alarmFlagsTest mask="1" match="1">
				<name>
					<activeText>3 -  General failt Condition Present</activeText>
					<inactiveText>3 -  General failt Condition Cleared</inactiveText>
				</name>
				<severity>warning</severity>
				<category>system</category>
				<description>
					<activeText>3 -  General failt Condition Present</activeText>
					<inactiveText>3 -  General failt Condition Cleared</inactiveText>
				</description>
			</alarmFlagsTest>
		</alarmFlags>
		<valueMap ruleid="onoff_vm">
			<valueIn>0</valueIn>
			<valueOut>0</valueOut>
			<valueIn>1</valueIn>
			<valueOut>1</valueOut>
			<valueIn>*</valueIn>
			<valueOut>0</valueOut>
		</valueMap>

		<enumMap ruleid="onoff_em">
			<label>Off</label>
			<label>On</label>
		</enumMap>

		<valueMap ruleid="yesno_vm">
			<valueIn>0</valueIn>
			<valueOut>0</valueOut>
			<valueIn>1</valueIn>
			<valueOut>1</valueOut>
			<valueIn>*</valueIn>
			<valueOut>0</valueOut>
		</valueMap>

		<enumMap ruleid="yesno_em">
			<label>No</label>
			<label>Yes</label>
		</enumMap>
	</device>
	<protocol>
		<modbus>
			<value_ref_id valid="Function_1_Reg_10">
				<function>1</function>
				<start_addr>9</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_21">
				<function>3</function>
				<start_addr>20</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_23">
				<function>3</function>
				<start_addr>22</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_14">
				<function>1</function>
				<start_addr>13</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_3">
				<function>1</function>
				<start_addr>2</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_41">
				<function>3</function>
				<start_addr>40</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_25">
				<function>3</function>
				<start_addr>24</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_43">
				<function>3</function>
				<start_addr>42</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_27">
				<function>3</function>
				<start_addr>26</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_7">
				<function>1</function>
				<start_addr>6</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_15">
				<function>1</function>
				<start_addr>14</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_45">
				<function>3</function>
				<start_addr>44</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_29">
				<function>3</function>
				<start_addr>28</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_2">
				<function>1</function>
				<start_addr>1</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_13">
				<function>2</function>
				<start_addr>12</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_21">
				<function>2</function>
				<start_addr>20</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_13">
				<function>1</function>
				<start_addr>12</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_5">
				<function>3</function>
				<start_addr>4</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_31">
				<function>2</function>
				<start_addr>30</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_15">
				<function>2</function>
				<start_addr>14</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_23">
				<function>2</function>
				<start_addr>22</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_20">
				<function>1</function>
				<start_addr>19</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_16">
				<function>1</function>
				<start_addr>15</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_17">
				<function>2</function>
				<start_addr>16</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_33">
				<function>2</function>
				<start_addr>32</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_25">
				<function>2</function>
				<start_addr>24</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_3">
				<function>3</function>
				<start_addr>2</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_19">
				<function>2</function>
				<start_addr>18</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_27">
				<function>2</function>
				<start_addr>26</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_35">
				<function>2</function>
				<start_addr>34</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_29">
				<function>2</function>
				<start_addr>28</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_37">
				<function>2</function>
				<start_addr>36</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_1">
				<function>3</function>
				<start_addr>0</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_6">
				<function>1</function>
				<start_addr>5</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_1">
				<function>1</function>
				<start_addr>0</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_11">
				<function>1</function>
				<start_addr>10</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_11">
				<function>3</function>
				<start_addr>10</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_13">
				<function>3</function>
				<start_addr>12</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_7">
				<function>2</function>
				<start_addr>6</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_31">
				<function>3</function>
				<start_addr>30</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_15">
				<function>3</function>
				<start_addr>14</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_5">
				<function>2</function>
				<start_addr>4</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_18">
				<function>1</function>
				<start_addr>17</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_33">
				<function>3</function>
				<start_addr>32</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_17">
				<function>3</function>
				<start_addr>16</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_19">
				<function>1</function>
				<start_addr>18</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_19">
				<function>3</function>
				<start_addr>18</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_35">
				<function>3</function>
				<start_addr>34</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_1">
				<function>2</function>
				<start_addr>0</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_12">
				<function>1</function>
				<start_addr>11</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_11">
				<function>2</function>
				<start_addr>10</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_37">
				<function>3</function>
				<start_addr>36</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_5">
				<function>1</function>
				<start_addr>4</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_39">
				<function>3</function>
				<start_addr>38</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_3">
				<function>2</function>
				<start_addr>2</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_7">
				<function>3</function>
				<start_addr>6</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_3_Reg_9">
				<function>3</function>
				<start_addr>8</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_21">
				<function>1</function>
				<start_addr>20</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_4">
				<function>1</function>
				<start_addr>3</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_9">
				<function>1</function>
				<start_addr>8</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
			<value_ref_id valid="Function_2_Reg_9">
				<function>2</function>
				<start_addr>8</start_addr>
				<quantity>2</quantity>
				<type>float</type>
			</value_ref_id>
			<value_ref_id valid="Function_1_Reg_17">
				<function>1</function>
				<start_addr>16</start_addr>
				<quantity>1</quantity>
				<type>bit</type>
			</value_ref_id>
		</modbus>
	</protocol>
</APC_DDF>