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APC_AP7855A.xml
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APC_AP7855A.xml
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<?xml version="1.0" encoding="UTF-8"?>
<APC_DDF xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="http://localhost/ddf_schema/apc_ddf_1_6.xsd" ddfid="APC_AP7855A" ddfname="APC AP7855A" ddfversion="1" canremove="yes">
<schemaVersion>1.6</schemaVersion>
<device deviceid="APC_AP7855A">
<setProductData ruleid="vendordata" field="vendor">APC</setProductData>
<setProductData ruleid="modeldata" field="model">AP7855A</setProductData>
<setProductData ruleid="typedata" field="type">RPDU</setProductData>
<numSensor ruleid="apparent_power_-_phase1">
<type>powerVA</type>
<units>voltamps</units>
<sensorId>_APPARENT_POWER_-_PHASE1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_1</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Apparent power - phase1</label>
<sensorSet>Apparent Power</sensorSet>
</numSensor>
<numSensor ruleid="apparent_power_-_phase2">
<type>powerVA</type>
<units>voltamps</units>
<sensorId>_APPARENT_POWER_-_PHASE2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_2</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Apparent power - phase2</label>
<sensorSet>Apparent Power</sensorSet>
</numSensor>
<numSensor ruleid="apparent_power_-_phase3">
<type>powerVA</type>
<units>voltamps</units>
<sensorId>_APPARENT_POWER_-_PHASE3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_3</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Apparent power - phase3</label>
<sensorSet>Apparent Power</sensorSet>
</numSensor>
<numSensor ruleid="current_-_phase1">
<type>amperage</type>
<units>amps</units>
<sensorId>_CURRENT_-_PHASE1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_4</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Current - phase1</label>
<sensorSet>Current</sensorSet>
</numSensor>
<numSensor ruleid="current_-_phase2">
<type>amperage</type>
<units>amps</units>
<sensorId>_CURRENT_-_PHASE2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_5</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Current - phase2</label>
<sensorSet>Current</sensorSet>
</numSensor>
<numSensor ruleid="current_-_phase3">
<type>amperage</type>
<units>amps</units>
<sensorId>_CURRENT_-_PHASE3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_6</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Current - phase3</label>
<sensorSet>Current</sensorSet>
</numSensor>
<numSensor ruleid="power_-_phase1">
<type>powerW</type>
<units>watts</units>
<sensorId>_POWER_-_PHASE1</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_9</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Power - phase1</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="power_-_phase2">
<type>powerW</type>
<units>watts</units>
<sensorId>_POWER_-_PHASE2</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_10</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Power - phase2</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="power_-_phase3">
<type>powerW</type>
<units>watts</units>
<sensorId>_POWER_-_PHASE3</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_11</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Power - phase3</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="total_apparent_power_output">
<type>powerVA</type>
<units>voltamps</units>
<sensorId>_TOTAL_APPARENT_POWER_OUTPUT</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_12</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Total apparent power output</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="total_power_factor">
<type>num</type>
<units />
<sensorId>_TOTAL_POWER_FACTOR</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_13</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Total power factor</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="total_power_output">
<type>powerW</type>
<units>watts</units>
<sensorId>_TOTAL_POWER_OUTPUT</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_14</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Total power output</label>
<sensorSet>Power</sensorSet>
</numSensor>
<numSensor ruleid="humidity_">
<type>humidity</type>
<units>percentRH</units>
<sensorId>_HUMIDITY_</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_15</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Humidity</label>
<sensorSet>Humidity</sensorSet>
</numSensor>
<numSensor ruleid="temperature">
<type>temp</type>
<units>degreeC</units>
<sensorId>_TEMPERATURE</sensorId>
<value>
<mult>
<op>
<getOid>Function_3_Reg_16</getOid>
</op>
<op>1</op>
</mult>
</value>
<label>Temperature</label>
<sensorSet>Temperature</sensorSet>
</numSensor>
<stateSensor ruleid="device_status_">
<type>state</type>
<sensorId>_DEVICE_STATUS_</sensorId>
<value>
<mapValue mapid="on_off_vm">
<getOid>Function_3_Reg_7</getOid>
</mapValue>
</value>
<label>Device status</label>
<enum>on-off_em</enum>
<sensorSet>Status</sensorSet>
</stateSensor>
<stateSensor ruleid="link_status">
<type>state</type>
<sensorId>_LINK_STATUS</sensorId>
<value>
<mapValue mapid="on_off_vm">
<getOid>Function_3_Reg_8</getOid>
</mapValue>
</value>
<label>Link status</label>
<enum>on-off_em</enum>
<sensorSet>Status</sensorSet>
</stateSensor>
<valueMap ruleid="on_off_vm">
<valueIn>0</valueIn><valueOut>0</valueOut>
<valueIn>1</valueIn><valueOut>1</valueOut>
<valueIn>*</valueIn><valueOut>0</valueOut>
</valueMap>
<enumMap ruleid="on-off_em">
<label>Off</label>
<label>On</label>
</enumMap>
<oidMustExist ruleid="modbusdevicetest" oid="MODBUS_OID_MUST_EXIST" />
</device>
<protocol>
<modbus>
<value_ref_id valid="Function_3_Reg_1">
<function>3</function>
<start_addr>0</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_2">
<function>3</function>
<start_addr>1</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_3">
<function>3</function>
<start_addr>2</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_4">
<function>3</function>
<start_addr>3</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_5">
<function>3</function>
<start_addr>4</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_6">
<function>3</function>
<start_addr>5</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_7">
<function>3</function>
<start_addr>6</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_8">
<function>3</function>
<start_addr>7</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_9">
<function>3</function>
<start_addr>8</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_10">
<function>3</function>
<start_addr>9</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_11">
<function>3</function>
<start_addr>10</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_12">
<function>3</function>
<start_addr>11</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_13">
<function>3</function>
<start_addr>12</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_14">
<function>3</function>
<start_addr>13</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_15">
<function>3</function>
<start_addr>14</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
<value_ref_id valid="Function_3_Reg_16">
<function>3</function>
<start_addr>15</start_addr>
<quantity>1</quantity>
<type>uint_16</type>
</value_ref_id>
</modbus>
</protocol>
</APC_DDF>