ABB_M2M.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="ABB_M2M"
	ddfname="ABB M2M"
	ddfversion="3"
	canremove="yes">
	<schemaVersion>1.6</schemaVersion>

	<device deviceid="ABB_M2M">
		<oidMustExist ruleid="modbusdevicetest" oid="MODBUS_OID_MUST_EXIST" />

		<setProductData ruleid="vendordata" field="vendor">ABB</setProductData>
		<setProductData ruleid="modeldata" field="model">M2M</setProductData>
		<setProductData ruleid="typedata" field="type">Generic Device</setProductData>

		<setDefaultLabel ruleid="labeldata"><sysHostname /> - Slave <commSetting field="slaveaddress" /></setDefaultLabel>

		<numSensor ruleid="three_phase_system_voltage">
			<type>voltage</type>
			<sensorId>_THREE_PHASE_SYSTEM_VOLTAGE</sensorId>
			<value>
				<getOid>3PH_SYS_VOLTAGE</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Voltage</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="rated_voltage_l1">
			<type>voltage</type>
			<sensorId>_RATED_VOLTAGE_L1</sensorId>
			<value>
				<getOid>PHASE_VOLTAGE_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Phase Voltage L1</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="rated_voltage_l2">
			<type>voltage</type>
			<sensorId>_RATED_VOLTAGE_L2</sensorId>
			<value>
				<getOid>PHASE_VOLTAGE_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Phase Voltage L2</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="rated_voltage_l3">
			<type>voltage</type>
			<sensorId>_RATED_VOLTAGE_L3</sensorId>
			<value>
				<getOid>PHASE_VOLTAGE_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Phase Voltage L3</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="linked_voltage_l12">
			<type>voltage</type>
			<sensorId>_LINKED_VOLTAGE_L12</sensorId>
			<value>
				<getOid>LINE_VOLTAGE_L12</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Line Voltage L1-2</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="linked_voltage_l23">
			<type>voltage</type>
			<sensorId>_LINKED_VOLTAGE_L23</sensorId>
			<value>
				<getOid>LINE_VOLTAGE_L23</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Line Voltage L2-3</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="linked_voltage_l31">
			<type>voltage</type>
			<sensorId>_LINKED_VOLTAGE_L31</sensorId>
			<value>
				<getOid>LINE_VOLTAGE_L31</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Line Voltage L3-1</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_system_current">
			<type>amperage</type>
			<sensorId>_THREE_PHASE_SYSTEM_CURRENT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_SYS_CURRENT</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>3-Phase System Current</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="line_current_1">
			<type>amperage</type>
			<sensorId>_LINE_CURRENT_1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>LINE_CURRENT_L1</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Line Current L1</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="line_current_2">
			<type>amperage</type>
			<sensorId>_LINE_CURRENT_2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>LINE_CURRENT_L2</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Line Current L2</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="line_current_3">
			<type>amperage</type>
			<sensorId>_LINE_CURRENT_3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>LINE_CURRENT_L3</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Line Current L3</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_system_power_factor">
			<type>num/powerfactor</type>
			<sensorId>_THREE_PHASE_SYSTEM_POWER_FACTOR</sensorId>
			<value>
				<div>
					<op>
						<getOid>3PH_SYS_POWER_FACTOR</getOid>
					</op>
					<op>1000</op>
				</div>
			</value>
			<valueInc>0.001</valueInc>
			<label>3-Phase System Power Factor</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="power_factor_line_1">
			<type>num/powerfactor</type>
			<sensorId>_POWER_FACTOR_LINE_1</sensorId>
			<value>
				<div>
					<op>
						<getOid>POWER_FACTOR_L1</getOid>
					</op>
					<op>1000</op>
				</div>
			</value>
			<valueInc>0.001</valueInc>
			<label>Power Factor L1</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="power_factor_line_2">
			<type>num/powerfactor</type>
			<sensorId>_POWER_FACTOR_LINE_2</sensorId>
			<value>
				<div>
					<op>
						<getOid>POWER_FACTOR_L2</getOid>
					</op>
					<op>1000</op>
				</div>
			</value>
			<valueInc>0.001</valueInc>
			<label>Power Factor L2</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="power_factor_line_3">
			<type>num/powerfactor</type>
			<sensorId>_POWER_FACTOR_LINE_3</sensorId>
			<value>
				<div>
					<op>
						<getOid>POWER_FACTOR_L3</getOid>
					</op>
					<op>1000</op>
				</div>
			</value>
			<valueInc>0.001</valueInc>
			<label>Power Factor L3</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_system_apparent_power">
			<type>powerVA</type>
			<sensorId>_THREE_PHASE_SYSTEM_APPARENT_POWER</sensorId>
			<value>
				<getOid>3PH_SYS_APPARENT_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Apparent Power</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_power_line_1">
			<type>powerVA</type>
			<sensorId>_APPARENT_POWER_LINE_1</sensorId>
			<value>
				<getOid>APPARENT_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Apparent Power L1</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_power_line_2">
			<type>powerVA</type>
			<sensorId>_APPARENT_POWER_LINE_2</sensorId>
			<value>
				<getOid>APPARENT_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Apparent Power L2</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_power_line_3">
			<type>powerVA</type>
			<sensorId>_APPARENT_POWER_LINE_3</sensorId>
			<value>
				<getOid>APPARENT_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Apparent Power L3</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_system_active_power">
			<type>powerW</type>
			<sensorId>_THREE_PHASE_SYSTEM_ACTIVE_POWER</sensorId>
			<value>
				<getOid>3PH_SYS_ACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Active Power</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="active_power_line_1">
			<type>powerW</type>
			<sensorId>_ACTIVE_POWER_LINE_1</sensorId>
			<value>
				<getOid>ACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Active Power L1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="active_power_line_2">
			<type>powerW</type>
			<sensorId>_ACTIVE_POWER_LINE_2</sensorId>
			<value>
				<getOid>ACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Active Power L2</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="active_power_line_3">
			<type>powerW</type>
			<sensorId>_ACTIVE_POWER_LINE_3</sensorId>
			<value>
				<getOid>ACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Active Power L3</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_reactive_power">
			<type>powerVA/powerVAR</type>
			<sensorId>_THREE_PHASE_REACTIVE_POWER</sensorId>
			<value>
				<getOid>3PH_SYS_REACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Reactive Power</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_power_line_1">
			<type>powerVA/powerVAR</type>
			<sensorId>_REACTIVE_POWER_LINE_1</sensorId>
			<value>
				<getOid>REACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Reactive Power L1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_power_line_2">
			<type>powerVA/powerVAR</type>
			<sensorId>_REACTIVE_POWER_LINE_2</sensorId>
			<value>
				<getOid>REACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Reactive Power L2</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_power_line_3">
			<type>powerVA/powerVAR</type>
			<sensorId>_REACTIVE_POWER_LINE_3</sensorId>
			<value>
				<getOid>REACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Reactive Power L3</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_active_energy">
			<type>num/kwatthr</type>
			<sensorId>_THREE_PHASE_ACTIVE_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_SYS_ACTIVE_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase Active Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_reactive_energy">
			<type>num/kVARhr</type>
			<sensorId>_THREE_PHASE_REACTIVE_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_SYS_REACTIVE_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase Reactive Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="frequency">
			<type>frequency</type>
			<sensorId>_FREQUENCY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>FREQUENCY</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Frequency</label>
			<sensorSet>Frequency</sensorSet>
		</numSensor>
		<numSensor ruleid="max__current_l1">
			<type>amperage</type>
			<sensorId>_MAX__CURRENT_L1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MAX_CURRENT_L1</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Max Line Current L1</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="max__current_l2">
			<type>amperage</type>
			<sensorId>_MAX__CURRENT_L2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MAX_CURRENT_L2</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Max Line Current L2</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="max__current_l3">
			<type>amperage</type>
			<sensorId>_MAX__CURRENT_L3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MAX_CURRENT_L3</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Max Line Current L3</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="max__three_phase_active_power">
			<type>powerW</type>
			<sensorId>_MAX__THREE_PHASE_ACTIVE_POWER</sensorId>
			<value>
				<getOid>MAX_3PH_ACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max 3-Phase System Active Power</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__three_phase_apparent_power">
			<type>powerVA</type>
			<sensorId>_MAX__THREE_PHASE_APPARENT_POWER</sensorId>
			<value>
				<getOid>MAX_3PH_APPARENT_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max 3-Phase System Apparent Power</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__three_phase_active_power">
			<type>powerW</type>
			<sensorId>_AVER__THREE_PHASE_ACTIVE_POWER</sensorId>
			<value>
				<getOid>AVG_3PH_ACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Active Power (15 Min. Average)</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__three_phase_apparent_power">
			<type>powerVA</type>
			<sensorId>_AVER__THREE_PHASE_APPARENT_POWER</sensorId>
			<value>
				<getOid>AVG_3PH_APPARENT_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>3-Phase System Apparent Power (15 Min. Average)</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="active_energy_l1">
			<type>num/kwatthr</type>
			<sensorId>_ACTIVE_ENERGY_L1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>ACTIVE_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Active Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="active_energy_l2">
			<type>num/kwatthr</type>
			<sensorId>_ACTIVE_ENERGY_L2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>ACTIVE_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Active Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="active_energy_l3">
			<type>num/kwatthr</type>
			<sensorId>_ACTIVE_ENERGY_L3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>ACTIVE_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Active Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_energy_l1">
			<type>num/kVARhr</type>
			<sensorId>_REACTIVE_ENERGY_L1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>REACTIVE_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Reactive Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_energy_l2">
			<type>num/kVARhr</type>
			<sensorId>_REACTIVE_ENERGY_L2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>REACTIVE_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Reactive Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_energy_l3">
			<type>num/kVARhr</type>
			<sensorId>_REACTIVE_ENERGY_L3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>REACTIVE_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Reactive Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="max__of_three_phase_average_active_power">
			<type>powerW</type>
			<sensorId>_MAX__OF_THREE_PHASE_AVERAGE_ACTIVE_POWER</sensorId>
			<value>
				<getOid>MAX_3PH_ACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max 3-Phase System Active Power (15 Min. Average)</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="voltage_thdf_of_line1">
			<type>num</type>
			<sensorId>_VOLTAGE_THDF_OF_LINE1</sensorId>
			<value>
				<div>
					<op>
						<getOid>VOLTAGE_THDF_L1</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Voltage THDf L1</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="voltage_thdf_of_line_2">
			<type>num</type>
			<sensorId>_VOLTAGE_THDF_OF_LINE_2</sensorId>
			<value>
				<div>
					<op>
						<getOid>VOLTAGE_THDF_L2</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Voltage THDf L2</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="voltage_thdf_of_line_3">
			<type>num</type>
			<sensorId>_VOLTAGE_THDF_OF_LINE_3</sensorId>
			<value>
				<div>
					<op>
						<getOid>VOLTAGE_THDF_L3</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Voltage THDf L3</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="current_thdf_of_line_1">
			<type>num</type>
			<sensorId>_CURRENT_THDF_OF_LINE_1</sensorId>
			<value>
				<div>
					<op>
						<getOid>CURRENT_THDF_L1</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Current THDf L1</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="current_thdf_of_line_2">
			<type>num</type>
			<sensorId>_CURRENT_THDF_OF_LINE_2</sensorId>
			<value>
				<div>
					<op>
						<getOid>CURRENT_THDF_L2</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Current THDf L2</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="current_thdf_of_line_3">
			<type>num</type>
			<sensorId>_CURRENT_THDF_OF_LINE_3</sensorId>
			<value>
				<div>
					<op>
						<getOid>CURRENT_THDF_L3</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Current THDf L3</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum_active_power_demand_line_1">
			<type>powerW</type>
			<sensorId>_MAXIMUM_ACTIVE_POWER_DEMAND_LINE_1</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L1 (15 Min. Average)</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum_active_power_demand_line_2">
			<type>powerW</type>
			<sensorId>_MAXIMUM_ACTIVE_POWER_DEMAND_LINE_2</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L2 (15 Min. Average)</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum_active_power_demand_line_3">
			<type>powerW</type>
			<sensorId>_MAXIMUM_ACTIVE_POWER_DEMAND_LINE_3</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L3 (15 Min. Average)</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum__three__phase_apparent_power_demand">
			<type>powerVA</type>
			<sensorId>_MAXIMUM__THREE__PHASE_APPARENT_POWER_DEMAND</sensorId>
			<value>
				<getOid>MAX_3PH_APPARENT_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Maximum 3-Phase System Apparent Power (15 Min. Average)</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum__apparent_power_demand_line_1">
			<type>powerVA</type>
			<sensorId>_MAXIMUM__APPARENT_POWER_DEMAND_LINE_1</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L1 (15 Min. Average)</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum__apparent_power_demand_line_2">
			<type>powerVA</type>
			<sensorId>_MAXIMUM__APPARENT_POWER_DEMAND_LINE_2</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L2 (15 Min. Average)</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum_apparent_power_demand_line_3">
			<type>powerVA</type>
			<sensorId>_MAXIMUM_APPARENT_POWER_DEMAND_LINE_3</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L3 (15 Min. Average)</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__active_power_from_pulse_input_ch1">
			<type>powerW</type>
			<sensorId>_AVER__ACTIVE_POWER_FROM_PULSE_INPUT_CH1</sensorId>
			<value>
				<getOid>AVG_ACTIVE_POWER_PULSES_CH1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Active Power from Pulses Input Ch.1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__reactive_power_from_pulse_input_ch2">
			<type>powerVA/powerVAR</type>
			<sensorId>_AVER__REACTIVE_POWER_FROM_PULSE_INPUT_CH2</sensorId>
			<value>
				<getOid>AVG_REACTIVE_POWER_PULSES_CH2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Reactive Power from Pulses Input Ch.1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="active_energy_from_pulse_input_ch1">
			<type>num/kwatthr</type>
			<sensorId>_ACTIVE_ENERGY_FROM_PULSE_INPUT_CH1</sensorId>
			<value>
				<div>
					<op>
						<getOid>ACTIVE_ENERGY_PULSES_CH1</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Active Energy from Pulses Input Ch.1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="reactive_energy_from_pulse_input_ch2">
			<type>num/kVARhr</type>
			<sensorId>_REACTIVE_ENERGY_FROM_PULSE_INPUT_CH2</sensorId>
			<value>
				<div>
					<op>
						<getOid>REACTIVE_ENERGY_PULSES_CH2</getOid>
					</op>
					<op>100</op>
				</div>
			</value>
			<valueInc>0.01</valueInc>
			<label>Reactive Energy from Pulses Input Ch.1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="current_threshold_for_timer_2_activation">
			<type>amperage</type>
			<sensorId>_CURRENT_THRESHOLD_FOR_TIMER_2_ACTIVATION</sensorId>
			<value>
				<mult>
					<op>
						<getOid>CURRENT_THRESHOLD_TIMER2</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Current Threshold for Timer-2 Activation</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="three_phase_apparent_energy">
			<type>num/kVAhr</type>
			<sensorId>_THREE_PHASE_APPARENT_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_APPARENT_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase System Apparent Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_energy_line_1">
			<type>num/kVAhr</type>
			<sensorId>_APPARENT_ENERGY_LINE_1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>APPARENT_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Apparent Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_energy_line_2">
			<type>num/kVAhr</type>
			<sensorId>_APPARENT_ENERGY_LINE_2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>APPARENT_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Apparent Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="apparent_energy_line_3">
			<type>num/kVAhr</type>
			<sensorId>_APPARENT_ENERGY_LINE_3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>APPARENT_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Apparent Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_three_phase_active_energy">
			<type>num/kwatthr</type>
			<sensorId>_GENERATED_THREE_PHASE_ACTIVE_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_GEN_ACTIVE_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase System Generated Active Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_active_energy_line_1">
			<type>num/kwatthr</type>
			<sensorId>_GENERATED_ACTIVE_ENERGY_LINE_1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_ACTIVE_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Active Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_active_energy_line_2">
			<type>num/kwatthr</type>
			<sensorId>_GENERATED_ACTIVE_ENERGY_LINE_2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_ACTIVE_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Active Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_active_energy_line_3">
			<type>num/kwatthr</type>
			<sensorId>_GENERATED_ACTIVE_ENERGY_LINE_3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_ACTIVE_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Active Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_three_phase_reactive_energy">
			<type>num/kVARhr</type>
			<sensorId>_GENERATED_THREE_PHASE_REACTIVE_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_GEN_REACTIVE_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase System Generated Reactive Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_reactive_energy_line_1">
			<type>num/kVARhr</type>
			<sensorId>_GENERATED_REACTIVE_ENERGY_LINE_1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_REACTIVE_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Reactive Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_reactive_energy_line_2">
			<type>num/kVARhr</type>
			<sensorId>_GENERATED_REACTIVE_ENERGY_LINE_2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_REACTIVE_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Reactive Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_reactive_energy_line_3">
			<type>num/kVARhr</type>
			<sensorId>_GENERATED_REACTIVE_ENERGY_LINE_3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_REACTIVE_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Reactive Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_three_phase_apparent_energy">
			<type>num/kVAhr</type>
			<sensorId>_GENERATED_THREE_PHASE_APPARENT_ENERGY</sensorId>
			<value>
				<mult>
					<op>
						<getOid>3PH_GEN_APPARENT_ENERGY</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>3-Phase System Generated Apparent Energy</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_apparent_energy_line_1">
			<type>num/kVAhr</type>
			<sensorId>_GENERATED_APPARENT_ENERGY_LINE_1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_APPARENT_ENERGY_L1</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Apparent Energy L1</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_apparent_energy_line_2">
			<type>num/kVAhr</type>
			<sensorId>_GENERATED_APPARENT_ENERGY_LINE_2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_APPARENT_ENERGY_L2</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Apparent Energy L2</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="generated_apparent_energy_line_3">
			<type>num/kVAhr</type>
			<sensorId>_GENERATED_APPARENT_ENERGY_LINE_3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>GEN_APPARENT_ENERGY_L3</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Generated Apparent Energy L3</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="current_transform__ratio">
			<type>num</type>
			<sensorId>_CURRENT_TRANSFORM__RATIO</sensorId>
			<value>
				<getOid>CT_RATIO</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>CT Ratio</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<numSensor ruleid="voltage_transform__ratio">
			<type>num</type>
			<sensorId>_VOLTAGE_TRANSFORM__RATIO</sensorId>
			<value>
				<getOid>VT_RATIO</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>VT Ratio</label>
			<sensorSet>Generic</sensorSet>
		</numSensor>
		<stateSensor ruleid="output_pulses_weight">
			<type>state</type>
			<sensorId>_OUTPUT_PULSES_WEIGHT</sensorId>
			<value>
				<mapValue mapid="pulseWeight_vm">
					<getOid>PULSE_WEIGHT</getOid>
				</mapValue>
			</value>
			<label>Pulse Energy Weight</label>
			<enum>pulseWeight_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>

		<numSensor ruleid="partial_active_energy_balance">
			<type>num/kwatthr</type>
			<sensorId>_PARTIAL_ACTIVE_ENERGY_BALANCE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>PARTIAL_ACTIVE_ENERGY_BALANCE</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Partial Active Energy Balance</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="partial_reactive_energy_balance">
			<type>num/kVARhr</type>
			<sensorId>_PARTIAL_REACTIVE_ENERGY_BALANCE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>PARTIAL_REACTIVE_ENERGY_BALANCE</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Partial Reactive Energy Balance</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="partial_apparent_energy_balance">
			<type>num/kVAhr</type>
			<sensorId>_PARTIAL_APPARENT_ENERGY_BALANCE</sensorId>
			<value>
				<mult>
					<op>
						<getOid>PARTIAL_APPARENT_ENERGY_BALANCE</getOid>
					</op>
					<op>0.1</op>
				</mult>
			</value>
			<valueInc>0.1</valueInc>
			<label>Partial Apparent Energy Balance</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="energy_factor">
			<type>num</type>
			<sensorId>_ENERGY_FACTOR</sensorId>
			<value>
				<getOid>COST_ENERGY_FACTOR</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Cost/Energy Factor (cents Euro/kWh)</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="co2_energy_factor">
			<type>num</type>
			<sensorId>_CO2_ENERGY_FACTOR</sensorId>
			<value>
				<getOid>CO2_ENERGY_FACTOR</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>CO2/Energy Factor (100*CO2/kWh)</label>
			<sensorSet>Energy</sensorSet>
		</numSensor>
		<numSensor ruleid="timer_1_free_running">
			<type>timeinhrs</type>
			<sensorId>_TIMER_1_FREE_RUNNING</sensorId>
			<value>
				<getOid>TIMER1_FREE_RUNNING</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Timer 1 Free Running</label>
			<sensorSet>Time</sensorSet>
		</numSensor>
		<numSensor ruleid="timer_2_count_down">
			<type>timeinhrs</type>
			<sensorId>_TIMER_2_COUNT_DOWN</sensorId>
			<value>
				<getOid>TIMER2_COUNTDOWN</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Timer 2 Count-Down</label>
			<sensorSet>Time</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__active_power_line_1">
			<type>powerW</type>
			<sensorId>_AVER__ACTIVE_POWER_LINE_1</sensorId>
			<value>
				<getOid>AVG_ACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Active Power L1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__active_power_line_2">
			<type>powerW</type>
			<sensorId>_AVER__ACTIVE_POWER_LINE_2</sensorId>
			<value>
				<getOid>AVG_ACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Active Power L2</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__active_power_line_3">
			<type>powerW</type>
			<sensorId>_AVER__ACTIVE_POWER_LINE_3</sensorId>
			<value>
				<getOid>AVG_ACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Active Power L3</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__3_phase_system_reactive_power">
			<type>powerVA/powerVAR</type>
			<sensorId>_AVER__3_PHASE_SYSTEM_REACTIVE_POWER</sensorId>
			<value>
				<getOid>AVG_3PH_REACTIVE_POWER</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average 3-Phase System Reactive Power</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__reactive_power_line_1">
			<type>powerVA/powerVAR</type>
			<sensorId>_AVER__REACTIVE_POWER_LINE_1</sensorId>
			<value>
				<getOid>AVG_REACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Reactive Power L1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__reactive_power_line_2">
			<type>powerVA/powerVAR</type>
			<sensorId>_AVER__REACTIVE_POWER_LINE_2</sensorId>
			<value>
				<getOid>AVG_REACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Reactive Power L2</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__reactive_power_line_3">
			<type>powerVA/powerVAR</type>
			<sensorId>_AVER__REACTIVE_POWER_LINE_3</sensorId>
			<value>
				<getOid>AVG_REACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Reactive Power L3</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__apparent_power_line_1">
			<type>powerVA</type>
			<sensorId>_AVER__APPARENT_POWER_LINE_1</sensorId>
			<value>
				<getOid>AVG_APPARENT_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Apparent Power L1</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__apparent_power_line_2">
			<type>powerVA</type>
			<sensorId>_AVER__APPARENT_POWER_LINE_2</sensorId>
			<value>
				<getOid>AVG_APPARENT_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Apparent Power L2</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="aver__apparent_power_line_3">
			<type>powerVA</type>
			<sensorId>_AVER__APPARENT_POWER_LINE_3</sensorId>
			<value>
				<getOid>AVG_APPARENT_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Average Apparent Power L3</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__active_power_line_1">
			<type>powerW</type>
			<sensorId>_MAX__ACTIVE_POWER_LINE_1</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L1</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__active_power_line_2">
			<type>powerW</type>
			<sensorId>_MAX__ACTIVE_POWER_LINE_2</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L2</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__active_power_line_3">
			<type>powerW</type>
			<sensorId>_MAX__ACTIVE_POWER_LINE_3</sensorId>
			<value>
				<getOid>MAX_ACTIVE_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Active Power L3</label>
			<sensorSet>Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__apparent_power_line_1">
			<type>powerVA</type>
			<sensorId>_MAX__APPARENT_POWER_LINE_1</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L1</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__apparent_power_line_2">
			<type>powerVA</type>
			<sensorId>_MAX__APPARENT_POWER_LINE_2</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L2</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<numSensor ruleid="max__apparent_power_line_3">
			<type>powerVA</type>
			<sensorId>_MAX__APPARENT_POWER_LINE_3</sensorId>
			<value>
				<getOid>MAX_APPARENT_POWER_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Apparent Power L3</label>
			<sensorSet>Apparent Power</sensorSet>
		</numSensor>
		<stateSensor ruleid="wiring_configuration">
			<type>state</type>
			<sensorId>_WIRING_CONFIGURATION</sensorId>
			<value>
				<mapValue mapid="wiringConfig_vm">
					<getOid>WIRING_CONFIG</getOid>
				</mapValue>
			</value>
			<label>Wiring Configuration</label>
			<enum>wiringConfig_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>
		<stateSensor ruleid="status_out0">
			<type>state</type>
			<sensorId>_STATUS_OUT0</sensorId>
			<value>
				<mapValue mapid="outputStatus_vm">
					<formatNumber printffmt="%1.0f">
						<bitwise_and>
							<op>
								<right_shift>
									<op>
										<getOid>STATUS</getOid>
									</op>
									<op>0</op>
								</right_shift>
							</op>
							<op>1</op>
						</bitwise_and>
					</formatNumber>
				</mapValue>
			</value>
			<label>Status OUT0</label>
			<enum>outputStatus_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>
		<stateSensor ruleid="status_out1">
			<type>state</type>
			<sensorId>_STATUS_OUT1</sensorId>
			<value>
				<mapValue mapid="outputStatus_vm">
					<formatNumber printffmt="%1.0f">
						<bitwise_and>
							<op>
								<right_shift>
									<op>
										<getOid>STATUS</getOid>
									</op>
									<op>1</op>
								</right_shift>
							</op>
							<op>1</op>
						</bitwise_and>
					</formatNumber>
				</mapValue>
			</value>
			<label>Status OUT1</label>
			<enum>outputStatus_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>
		<stateSensor ruleid="status_out2">
			<type>state</type>
			<sensorId>_STATUS_OUT2</sensorId>
			<value>
				<mapValue mapid="outputStatus_vm">
					<formatNumber printffmt="%1.0f">
						<bitwise_and>
							<op>
								<right_shift>
									<op>
										<getOid>STATUS</getOid>
									</op>
									<op>2</op>
								</right_shift>
							</op>
							<op>1</op>
						</bitwise_and>
					</formatNumber>
				</mapValue>
			</value>
			<label>Status OUT2</label>
			<enum>outputStatus_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>
		<stateSensor ruleid="status_out3">
			<type>state</type>
			<sensorId>_STATUS_OUT3</sensorId>
			<value>
				<mapValue mapid="outputStatus_vm">
					<formatNumber printffmt="%1.0f">
						<bitwise_and>
							<op>
								<right_shift>
									<op>
										<getOid>STATUS</getOid>
									</op>
									<op>3</op>
								</right_shift>
							</op>
							<op>1</op>
						</bitwise_and>
					</formatNumber>
				</mapValue>
			</value>
			<label>Status OUT3</label>
			<enum>outputStatus_em</enum>
			<sensorSet>Generic</sensorSet>
		</stateSensor>
		
		<numSensor ruleid="max__three_phase_current">
			<type>amperage</type>
			<sensorId>_MAX__THREE_PHASE_CURRENT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MAX_3PH_CURRENT</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Max 3-Phase Current</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="minimum_three_phase_current">
			<type>amperage</type>
			<sensorId>_MINIMUM_THREE_PHASE_CURRENT</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MIN_3PH_CURRENT</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Min 3-Phase Current</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="min__current_l1">
			<type>amperage</type>
			<sensorId>_MIN__CURRENT_L1</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MIN_CURRENT_L1</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Min Current L1</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="min__current_l2">
			<type>amperage</type>
			<sensorId>_MIN__CURRENT_L2</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MIN_CURRENT_L2</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Min Current L2</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="min__current_l3">
			<type>amperage</type>
			<sensorId>_MIN__CURRENT_L3</sensorId>
			<value>
				<mult>
					<op>
						<getOid>MIN_CURRENT_L3</getOid>
					</op>
					<op>0.001</op>
				</mult>
			</value>
			<valueInc>0.001</valueInc>
			<label>Min Current L3</label>
			<sensorSet>Ampere</sensorSet>
		</numSensor>
		<numSensor ruleid="maximum_three_phase_system_voltage">
			<type>voltage</type>
			<sensorId>_MAXIMUM_THREE_PHASE_SYSTEM_VOLTAGE</sensorId>
			<value>
				<getOid>MAX_3PH_VOLTAGE</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max 3-Phase System Voltage</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="max__voltage_l1">
			<type>voltage</type>
			<sensorId>_MAX__VOLTAGE_L1</sensorId>
			<value>
				<getOid>MAX_VOLTAGE_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Voltage L1</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="max__voltage_l2">
			<type>voltage</type>
			<sensorId>_MAX__VOLTAGE_L2</sensorId>
			<value>
				<getOid>MAX_VOLTAGE_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Voltage L2</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="max__voltage_l3">
			<type>voltage</type>
			<sensorId>_MAX__VOLTAGE_L3</sensorId>
			<value>
				<getOid>MAX_VOLTAGE_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Max Voltage L3</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="min__three_phase_system_voltage">
			<type>voltage</type>
			<sensorId>_MIN__THREE_PHASE_SYSTEM_VOLTAGE</sensorId>
			<value>
				<getOid>MIN_3PH_VOLTAGE</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Min 3-Phase System Voltage</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="min__voltage_l1">
			<type>voltage</type>
			<sensorId>_MIN__VOLTAGE_L1</sensorId>
			<value>
				<getOid>MIN_VOLTAGE_L1</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Min Voltage L1</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="min__voltage_l2">
			<type>voltage</type>
			<sensorId>_MIN__VOLTAGE_L2</sensorId>
			<value>
				<getOid>MIN_VOLTAGE_L2</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Min Voltage L2</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>
		<numSensor ruleid="min__voltage_l3">
			<type>voltage</type>
			<sensorId>_MIN__VOLTAGE_L3</sensorId>
			<value>
				<getOid>MIN_VOLTAGE_L3</getOid>
			</value>
			<valueInc>1</valueInc>
			<label>Min Voltage L3</label>
			<sensorSet>Voltage</sensorSet>
		</numSensor>

		<valueMap ruleid="pulseWeight_vm">
			<valueIn>1</valueIn>			<valueOut>1</valueOut>
			<valueIn>2</valueIn>			<valueOut>2</valueOut>
			<valueIn>3</valueIn>			<valueOut>3</valueOut>
			<valueIn>4</valueIn>			<valueOut>4</valueOut>
			<valueIn>*</valueIn>			<valueOut>0</valueOut>
		</valueMap>
		<enumMap ruleid="pulseWeight_em">
			<label>Unknown</label>
			<label>10Wh/VARh each Pulse</label>
			<label>100Wh/VARh each Pulse</label>
			<label>1000Wh/VARh each Pulse</label>
			<label>10000Wh/VARh each Pulse</label>
		</enumMap>

		<valueMap ruleid="wiringConfig_vm">
			<valueIn>1</valueIn>			<valueOut>1</valueOut>
			<valueIn>2</valueIn>			<valueOut>2</valueOut>
			<valueIn>3</valueIn>			<valueOut>3</valueOut>
			<valueIn>4</valueIn>			<valueOut>4</valueOut>
			<valueIn>*</valueIn>			<valueOut>0</valueOut>
		</valueMap>
		<enumMap ruleid="wiringConfig_em">
			<label>Unknown</label>
			<label>Generic Insertion</label>
			<label>3-Phase Insertion</label>
			<label>Balanced 3-Phase Insertion</label>
			<label>Single-Phase Insertion</label>
		</enumMap>

		<valueMap ruleid="outputStatus_vm">
			<valueIn>1</valueIn>			<valueOut>1</valueOut>
			<valueIn>*</valueIn>			<valueOut>0</valueOut>
		</valueMap>
		<enumMap ruleid="outputStatus_em">
			<label>Not Active</label>
			<label>Active</label>
		</enumMap>
	</device>
	<protocol>
		<modbus>
            <value_ref_id valid="3PH_SYS_VOLTAGE">
                <function>3</function>
                <start_addr>4096</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="PHASE_VOLTAGE_L1">
                <function>3</function>
                <start_addr>4098</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="PHASE_VOLTAGE_L2">
                <function>3</function>
                <start_addr>4100</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="PHASE_VOLTAGE_L3">
                <function>3</function>
                <start_addr>4102</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_VOLTAGE_L12">
                <function>3</function>
                <start_addr>4104</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_VOLTAGE_L23">
                <function>3</function>
                <start_addr>4106</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_VOLTAGE_L31">
                <function>3</function>
                <start_addr>4108</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_CURRENT">
                <function>3</function>
                <start_addr>4110</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_CURRENT_L1">
                <function>3</function>
                <start_addr>4112</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_CURRENT_L2">
                <function>3</function>
                <start_addr>4114</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="LINE_CURRENT_L3">
                <function>3</function>
                <start_addr>4116</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_POWER_FACTOR">
                <function>3</function>
                <start_addr>4118</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="POWER_FACTOR_L1">
                <function>3</function>
                <start_addr>4120</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="POWER_FACTOR_L2">
                <function>3</function>
                <start_addr>4122</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="POWER_FACTOR_L3">
                <function>3</function>
                <start_addr>4124</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_APPARENT_POWER">
                <function>3</function>
                <start_addr>4134</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_POWER_L1">
                <function>3</function>
                <start_addr>4136</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_POWER_L2">
                <function>3</function>
                <start_addr>4138</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_POWER_L3">
                <function>3</function>
                <start_addr>4140</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_ACTIVE_POWER">
                <function>3</function>
                <start_addr>4142</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4144</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4146</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4148</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_REACTIVE_POWER">
                <function>3</function>
                <start_addr>4150</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4152</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4154</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4156</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_ACTIVE_ENERGY">
                <function>3</function>
                <start_addr>4158</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_SYS_REACTIVE_ENERGY">
                <function>3</function>
                <start_addr>4160</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="FREQUENCY">
                <function>3</function>
                <start_addr>4166</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_CURRENT_L1">
                <function>3</function>
                <start_addr>4192</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_CURRENT_L2">
                <function>3</function>
                <start_addr>4194</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_CURRENT_L3">
                <function>3</function>
                <start_addr>4196</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_ACTIVE_POWER">
                <function>3</function>
                <start_addr>4198</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_APPARENT_POWER">
                <function>3</function>
                <start_addr>4200</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_3PH_ACTIVE_POWER">
                <function>3</function>
                <start_addr>4208</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_3PH_APPARENT_POWER">
                <function>3</function>
                <start_addr>4210</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_ENERGY_L1">
                <function>3</function>
                <start_addr>4212</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_ENERGY_L2">
                <function>3</function>
                <start_addr>4214</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_ENERGY_L3">
                <function>3</function>
                <start_addr>4216</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_ENERGY_L1">
                <function>3</function>
                <start_addr>4218</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_ENERGY_L2">
                <function>3</function>
                <start_addr>4220</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_ENERGY_L3">
                <function>3</function>
                <start_addr>4222</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_ACTIVE_POWER">
                <function>3</function>
                <start_addr>4224</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="VOLTAGE_THDF_L1">
                <function>3</function>
                <start_addr>4226</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="VOLTAGE_THDF_L2">
                <function>3</function>
                <start_addr>4228</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="VOLTAGE_THDF_L3">
                <function>3</function>
                <start_addr>4230</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CURRENT_THDF_L1">
                <function>3</function>
                <start_addr>4232</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CURRENT_THDF_L2">
                <function>3</function>
                <start_addr>4234</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CURRENT_THDF_L3">
                <function>3</function>
                <start_addr>4236</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4238</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4240</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4242</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_APPARENT_POWER">
                <function>3</function>
                <start_addr>4244</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L1">
                <function>3</function>
                <start_addr>4246</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L2">
                <function>3</function>
                <start_addr>4248</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L3">
                <function>3</function>
                <start_addr>4250</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_ACTIVE_POWER_PULSES_CH1">
                <function>3</function>
                <start_addr>4252</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_REACTIVE_POWER_PULSES_CH2">
                <function>3</function>
                <start_addr>4254</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="ACTIVE_ENERGY_PULSES_CH1">
                <function>3</function>
                <start_addr>4256</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="REACTIVE_ENERGY_PULSES_CH2">
                <function>3</function>
                <start_addr>4258</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CURRENT_THRESHOLD_TIMER2">
                <function>3</function>
                <start_addr>4260</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_APPARENT_ENERGY">
                <function>3</function>
                <start_addr>4262</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_ENERGY_L1">
                <function>3</function>
                <start_addr>4264</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_ENERGY_L2">
                <function>3</function>
                <start_addr>4266</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="APPARENT_ENERGY_L3">
                <function>3</function>
                <start_addr>4268</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_GEN_ACTIVE_ENERGY">
                <function>3</function>
                <start_addr>4270</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_ACTIVE_ENERGY_L1">
                <function>3</function>
                <start_addr>4272</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_ACTIVE_ENERGY_L2">
                <function>3</function>
                <start_addr>4274</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_ACTIVE_ENERGY_L3">
                <function>3</function>
                <start_addr>4276</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_GEN_REACTIVE_ENERGY">
                <function>3</function>
                <start_addr>4278</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_REACTIVE_ENERGY_L1">
                <function>3</function>
                <start_addr>4280</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_REACTIVE_ENERGY_L2">
                <function>3</function>
                <start_addr>4282</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_REACTIVE_ENERGY_L3">
                <function>3</function>
                <start_addr>4284</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="3PH_GEN_APPARENT_ENERGY">
                <function>3</function>
                <start_addr>4286</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_APPARENT_ENERGY_L1">
                <function>3</function>
                <start_addr>4288</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_APPARENT_ENERGY_L2">
                <function>3</function>
                <start_addr>4290</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="GEN_APPARENT_ENERGY_L3">
                <function>3</function>
                <start_addr>4292</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CT_RATIO">
                <function>3</function>
                <start_addr>4512</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="VT_RATIO">
                <function>3</function>
                <start_addr>4514</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="PULSE_WEIGHT">
                <function>3</function>
                <start_addr>4516</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="PARTIAL_ACTIVE_ENERGY_BALANCE">
                <function>3</function>
                <start_addr>4608</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="PARTIAL_REACTIVE_ENERGY_BALANCE">
                <function>3</function>
                <start_addr>4610</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="PARTIAL_APPARENT_ENERGY_BALANCE">
                <function>3</function>
                <start_addr>4612</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="COST_ENERGY_FACTOR">
                <function>3</function>
                <start_addr>4614</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="CO2_ENERGY_FACTOR">
                <function>3</function>
                <start_addr>4616</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="TIMER1_FREE_RUNNING">
                <function>3</function>
                <start_addr>4618</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="TIMER2_COUNTDOWN">
                <function>3</function>
                <start_addr>4620</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_ACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4622</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_ACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4624</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_ACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4626</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_3PH_REACTIVE_POWER">
                <function>3</function>
                <start_addr>4628</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_REACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4630</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_REACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4632</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_REACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4634</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_APPARENT_POWER_L1">
                <function>3</function>
                <start_addr>4636</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_APPARENT_POWER_L2">
                <function>3</function>
                <start_addr>4638</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="AVG_APPARENT_POWER_L3">
                <function>3</function>
                <start_addr>4640</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L1">
                <function>3</function>
                <start_addr>4642</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L2">
                <function>3</function>
                <start_addr>4644</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_ACTIVE_POWER_L3">
                <function>3</function>
                <start_addr>4646</start_addr>
                <quantity>2</quantity>
                <type>int_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L1">
                <function>3</function>
                <start_addr>4648</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L2">
                <function>3</function>
                <start_addr>4650</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_APPARENT_POWER_L3">
                <function>3</function>
                <start_addr>4652</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="WIRING_CONFIG">
                <function>3</function>
                <start_addr>4654</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="STATUS">
                <function>3</function>
                <start_addr>4656</start_addr>
                <quantity>1</quantity>
                <type>uint_16</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_CURRENT">
                <function>3</function>
                <start_addr>4664</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_3PH_CURRENT">
                <function>3</function>
                <start_addr>4666</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_CURRENT_L1">
                <function>3</function>
                <start_addr>4668</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_CURRENT_L2">
                <function>3</function>
                <start_addr>4670</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_CURRENT_L3">
                <function>3</function>
                <start_addr>4672</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_3PH_VOLTAGE">
                <function>3</function>
                <start_addr>4674</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_VOLTAGE_L1">
                <function>3</function>
                <start_addr>4676</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_VOLTAGE_L2">
                <function>3</function>
                <start_addr>4678</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MAX_VOLTAGE_L3">
                <function>3</function>
                <start_addr>4680</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_3PH_VOLTAGE">
                <function>3</function>
                <start_addr>4682</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_VOLTAGE_L1">
                <function>3</function>
                <start_addr>4684</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_VOLTAGE_L2">
                <function>3</function>
                <start_addr>4686</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>
            <value_ref_id valid="MIN_VOLTAGE_L3">
                <function>3</function>
                <start_addr>4688</start_addr>
                <quantity>2</quantity>
                <type>uint_32</type>
            </value_ref_id>

		</modbus>
	</protocol>
</APC_DDF>