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ASRICOH_EM15.xml
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ASRICOH_EM15.xml
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<?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="ASRICOH_EM15" ddfname="ASRICOH EM15" ddfversion="1" canremove="yes">
<schemaVersion>1.6</schemaVersion>
<device deviceid="ASRICOH_EM15">
<oidMustExist ruleid="modbusdevicetest" oid="MODBUS_OID_MUST_EXIST" />
<setProductData ruleid="vendordata" field="vendor">AS RICOH</setProductData>
<setProductData ruleid="modeldata" field="model">EM15</setProductData>
<setProductData ruleid="typedata" field="type">Power Meter</setProductData>
<setDefaultLabel ruleid="labeldata">
<sysHostname />
- Slave
<commSetting field="slaveaddress" />
</setDefaultLabel>
<numSensor ruleid="em15_active_energy_g">
<type>num/kdisprealenergy</type>
<units />
<sensorId>_EM15_ACTIVE_ENERGY_G</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_481</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_active energy g</label>
<sensorSet>Energy</sensorSet>
</numSensor>
<numSensor ruleid="em15_active_power">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_ACTIVE_POWER</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_482</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_active power</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_active_power1">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_ACTIVE_POWER1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_483</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_active power1</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_active_power2">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_ACTIVE_POWER2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_484</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_active power2</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_active_power3">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_ACTIVE_POWER3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_485</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_active power3</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_average_pf">
<type>num</type>
<units />
<sensorId>_EM15_AVERAGE_PF</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_696</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_average_pf</label>
<sensorSet>Generic</sensorSet>
</numSensor>
<numSensor ruleid="em15_current_avg.">
<type>amperage</type>
<units />
<sensorId>_EM15_CURRENT_AVG.</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_486</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_current avg.</label>
<sensorSet>Ampere</sensorSet>
</numSensor>
<numSensor ruleid="em15_current__ph_1">
<type>amperage</type>
<units />
<sensorId>_EM15_CURRENT__PH_1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_487</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_current ph 1</label>
<sensorSet>Ampere</sensorSet>
</numSensor>
<numSensor ruleid="em15_current_ph_2">
<type>amperage</type>
<units />
<sensorId>_EM15_CURRENT_PH_2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_488</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_current ph 2</label>
<sensorSet>Ampere</sensorSet>
</numSensor>
<numSensor ruleid="em15_current_ph_3">
<type>amperage</type>
<units />
<sensorId>_EM15_CURRENT_PH_3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_489</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_current ph 3</label>
<sensorSet>Ampere</sensorSet>
</numSensor>
<numSensor ruleid="em15_frequency">
<type>frequency</type>
<units />
<sensorId>_EM15_FREQUENCY</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_490</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_frequency</label>
<sensorSet>Frequency</sensorSet>
</numSensor>
<numSensor ruleid="em15_line_to_line_avg_voltage">
<type>voltage</type>
<units />
<sensorId>_EM15_LINE_TO_LINE_AVG_VOLTAGE</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_491</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_line to line avg voltage</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_line_to_neutral_voltage">
<type>voltage</type>
<units />
<sensorId>_EM15_LINE_TO_NEUTRAL_VOLTAGE</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_492</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_line to neutral voltage</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_reactive_power_ph_1">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_REACTIVE_POWER_PH_1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_493</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_reactive power ph 1</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_total_apparent_power">
<type>num/powerKW</type>
<units />
<sensorId>_EM15_TOTAL_APPARENT_POWER</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_494</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_total apparent power</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase1_to_neutral">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE1_TO_NEUTRAL</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_495</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase1 to neutral</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase1_to_phase_2">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE1_TO_PHASE_2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_496</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase1 to phase 2</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase2_to_neutral">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE2_TO_NEUTRAL</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_497</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase2 to neutral</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase2_to_phase_3">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE2_TO_PHASE_3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_498</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase2 to phase 3</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase3_to_neutral">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE3_TO_NEUTRAL</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_499</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase3 to neutral</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<numSensor ruleid="em15_voltage_phase3_to_phase_1">
<type>voltage</type>
<units />
<sensorId>_EM15_VOLTAGE_PHASE3_TO_PHASE_1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_500</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Em15_voltage phase3 to phase 1</label>
<sensorSet>Voltage</sensorSet>
</numSensor>
<stateSensor ruleid="em15_status">
<type>state</type>
<sensorId>_EM15_STATUS</sensorId>
<value>
<mapValue mapid="offon_vm">
<getOid>Function_1_Reg_719</getOid>
</mapValue>
</value>
<label>Em15_status</label>
<enum>offon_em</enum>
<sensorSet>Generic</sensorSet>
</stateSensor>
<valueMap ruleid="offon_vm">
<valueIn>0</valueIn>
<valueOut>0</valueOut>
<valueIn>1</valueIn>
<valueOut>1</valueOut>
<valueIn>*</valueIn>
<valueOut>0</valueOut>
</valueMap>
<enumMap ruleid="offon_em">
<label>Off</label>
<label>On</label>
</enumMap>
</device>
<protocol>
<modbus>
<value_ref_id valid="Function_3_Reg_489">
<function>3</function>
<start_addr>488</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_490">
<function>3</function>
<start_addr>489</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_481">
<function>3</function>
<start_addr>480</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_485">
<function>3</function>
<start_addr>484</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_500">
<function>3</function>
<start_addr>499</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_484">
<function>3</function>
<start_addr>483</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_488">
<function>3</function>
<start_addr>487</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_696">
<function>3</function>
<start_addr>695</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_495">
<function>3</function>
<start_addr>494</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_497">
<function>3</function>
<start_addr>496</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_492">
<function>3</function>
<start_addr>491</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_486">
<function>3</function>
<start_addr>485</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_483">
<function>3</function>
<start_addr>482</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_487">
<function>3</function>
<start_addr>486</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_494">
<function>3</function>
<start_addr>493</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_498">
<function>3</function>
<start_addr>497</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_491">
<function>3</function>
<start_addr>490</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_493">
<function>3</function>
<start_addr>492</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_499">
<function>3</function>
<start_addr>498</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_1_Reg_719">
<function>1</function>
<start_addr>718</start_addr>
<quantity>1</quantity>
<type>bit</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_482">
<function>3</function>
<start_addr>481</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_496">
<function>3</function>
<start_addr>495</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
</modbus>
</protocol>
</APC_DDF>