Vaisala FS11 - Page 117

Chapter 5 _________________________________________________________ Theory of Operation
VAISALA _______________________________________________________________________ 115
DC saturation: 0 offset: -0.09
Transmitter:
Window cont: 0 backscatter: 8
Intensity: 162
Contamination compensation: ON
Temperatures (unit C):
surface: 22.8 CPU: 27.8 RX: 27.3 TX: 29.3 hood RX: 20.3
Hood TX: 21.0
Voltages:
+12V: 11.4 -12V:-11.3 VB: 12.5 VR: 6.7
Heater status:
Hood TX: OFF, hood RX: OFF, dew: OFF
Interface unit: OK
Temperatures (unit C):
CPU: 27.1, external: /////
Humidity: ////
Voltages:
+12V: 12.1 +12Vout: 0.0 PVin: 23.8 V5I: OFF
Background luminance sensor: OK
Window cont: 10
Contamination compensation: ON
Backscatter: 0
CPU: 26.2 hood: 24.6
Heater status: hood: OFF, dew: OFF
V5iso: ON
#
where
FS11 System status
=
System level status
Measurement unit
=
FSM102 status
Receiver:
Window cont
=
Reduction in window transmittance, in %
Backscatter
=
Signal level from total blockage signal, in %
DC saturation
=
Receiver DC signal level of total saturation,
in %
Offset
=
Scatter signal offset (raw AD conversion, unit
is LSB)
Transmitter:
Window cont
=
Reduction in window transmittance, in %
Backscatter
=
Signal level from total blockage signal, in %
Intensity
=
LED current in mA
Contamination
compensation
=
Status of visibility compensation
Temperatures:
Surface
=
FSM102 external temperature
CPU
=
FSC101 temperature
RX
=
FSR102 temperature
TX
=
FST102 temperature
Hood RX
=
Receiver hood temperature