Kipp & Zonen SGR series, Instruction Manual

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Floating Point Data
PDU address * Parameter Name R/W SZ Mode Description
10000 U_DEVICE_TYPE R U All Device type of the sensor (see register IO_DEVICE_TYPE)
10001 U_OPERATIONAL_MODE R U All Operational mode, normal, service, calibration
10002 U_ERROR_CODE ErrCode R U All Most recent/ actual error code (see register IO_ERROR_CODE)
10003 U_STATUS_FLAGS R U All Device Status flags (see register U_STATUS_FLAGS)
10004 U_BATCH_NR R U All Production Batch number (see register IO_BATCH_NUMBER)
10005 U_SERIAL_NR R U All Serial number (see register IO_SERIAL_NUMBER)
10006 FL_SENSOR1_DATA FSensor1 R F All Temperature compensated (net) radiation sensor 1 in W/m2 with decimal point
10008 FL_STDEV_SENSOR1 FStdDev1 R F All Standard deviation Sensor 1 with decimal point
10010 FL_ SENSOR2_DATA FSensor2 R F All Temperature compensated Long wave down radiation with decimal point
10102 FL_STDEV_SENSOR2 FStdDev2 R F All Not used, always 0
10014 FL_BODY_TEMPERATURE R F All Body temperature in ° Kelvin with decimal point
10016 FL_EXT_POWER_SENSOR R F All External power voltage with decimal point
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A.3 Most important registers
In the table below the most important registers from the real-time processed data are combined.
The FL_XXXX registers are six unsigned 2 word integers and six 32 bit floating points and the floating point take two Modbus
registers with the Most Significant Byte First.
The IO_SCALE_FACTOR (or Resolution in the SmartExplorer software) influences the floating point registers found in this section.
The registers below are implemented from IO_DATAMODEL_VERSION >= 102
By fetching six registers 10000 to 10005 and six floating point registers from 10006 to 10016, all important sensor information
can be collected.