ET107 Weather Station
27
3.
Plug the cable in the
SOLAR RADIATION
connector on the enclosure.
Ensure that the plug is completely seated on the connector and the locking
ring is turned a quarter revolution clockwise.
5.5.8 107-LC or 108-LC Soil Temperature Sensor (Optional)
The cable is waterproof but not armored. Therefore, Campbell
Scientific recommends routing the cable through conduit,
especially if rocky soils or rodents are present.
1.
Bury the conduit from the weather station to the soil temperature site.
2.
Route the sensor cable through the conduit.
3.
Bury the end of the sensor so it is in contact with the soil surface to be
measured. See sensor manual for complete instructions.
4.
Plug this sensor into one of three possible connectors on the ET107
enclosure. Check the programming software for correct station connection.
Ensure that the plug is completely seated on the connector and the locking
ring is turned a quarter revolution clockwise.
5.5.9 CS616-LC Water Content Sensor (Optional)
The cable is waterproof but not armored. Therefore, Campbell
Scientific recommends routing the cable through conduit,
especially if rocky soils or rodents are present.
1.
If adding the sensor to an ET107, change the jumper setting (Section
(p. 21)
).
Jumper is set at the factory if the CS616 is ordered with the ET107
station.
2.
Bury the conduit from the weather station to the soil measurement site.
3.
Route the sensor cable through the conduit.
4.
Bury the end of the sensor so it is in contact with the soil surface to be
measured. See sensor manual for complete instructions.
5.
Plug the cable into the
TEMP CS616
connector on the enclosure. Ensure
that the plug is completely seated on the connector and the locking ring is
turned a quarter revolution clockwise.
5.5.10 CS650-LC or CS655-LC Soil Water Content Sensor Plus (Optional)
The CS650-LC and CS655-LC are multi-parameter smart sensors that use
innovative techniques to monitor soil volumetric water content, bulk electrical
conductivity, and temperature.
NOTE
NOTE
NOTE
