Precipitation Sensors

Rain gauges and snowfall adapter

 

TE525-L Texas Electronics 6" Rain Gage

TE525-L Texas Electronics 6

The TE525 tipping bucket rain gage is manufactured by Texas Electronics. The TE525 measures in 0.01 inch increments.

Precipitation is funneled...

TE525WS-L Texas Electronics 8" Rain Gage

TE525WS-L Texas Electronics 8

The TE525-series tipping bucket rain gages are manufactured by Texas Electronics. The TE525WS measures in 0.01 inch increments.

The gage funnels...

TE525MM-L Texas Electronics 9.6" Rain Gage

TE525MM-L Texas Electronics 9.6 The TE525-series tipping bucket rain gages are manufactured by Texas Electronics. The TE525MM measures in 0.1 mm increments. The gage funnels...

TB4-L Hydrological Services 8" Tipping Bucket Rain Gage

TB4-L Hydrological Services 8

The TB4 rain gage is manufactured by Hydrological Services Pty. Ltd. Rain funnels into a tipping bucket mechanism that tips when...

CS700-L Hydrological Services Rain Gage

CS700-L Hydrological Services Rain Gage The CS700 rain gage is manufactured by Hydrological Services. Rain funnels into a tipping bucket mechanism that tips when 0.01 inches...

TB4MM-L Hydrological Services Rain Gage 0.2 mm Tip w/8 inch Orifice

TB4MM-L Hydrological Services Rain Gage 0.2 mm Tip w/8 inch Orifice

The TB4MM tipping bucket rain gage has an 8" orifice and measures rainfall in 0.2 mm increments. It contains an internal...

CS705 Tipping Bucket Snowfall Adapter

CS705 Tipping Bucket Snowfall Adapter The CS705 is a snowfall adapter for tipping bucket rain gauges. It converts an 8" rain gage to a year-round rain...

385-L Met One 12" AC Heated Rain Gage

385-L Met One 12

Met One's Model 385 provides year-round measurement of rain or snow. It features a 12-inch diameter orifice that funnels precipitation into...

About Precipitation Sensors

Campbell Scientific offers several types of precipitation measuring devices: tipping bucket rain gage, siphoning tipping bucket rain gage, heated rain gage, and a snowfall adapter.

Sensor selection can be determined by precipitation type (rain or snow), orifice diameter, measurement range, and accuracy.