Campbell Scientific, Inc.

Some measurement and control peripherals are used to increase the number of terminals that dataloggers can use, which enables them to measure more sensors or control more external devices. Other measurement and control peripherals offer additional capabilities that would otherwise be unavailable.

Campbell Scientific offers ceilometers that use lidar (light detection and ranging) technology to measure cloud height, vertical visibility, and mixing layer height. While they are best known for their use in aircraft operations at airports and oil platform helipads, ceilometers are also used by meteorologists for boundary layer research and air-quality applications.

Campbell Scientific offers a variety of sensors for measuring air temperature. The electrical signals transmitted from the sensors to our dataloggers can be converted to different units of measurement, including °C , °F, and °K. Our dataloggers are also capable of measuring most commercially available air temperature sensors. Ask a Question Quick Links

Campbell Scientific sensors measure a broad array of parameters for environmental, water resource, research, and industrial applications. The sensors output electrical signals, which are transmitted to dataloggers. In addition to our extensive line of sensors, almost any commercially available sensor can be measured by our data acquisition systems.

Duff moisture sensors are stand-alone devices used to measure the water content in duff material. Duff is an important component of forest fire fuel, and knowledge of its moisture content is critical for those who conduct scheduled burns or attempt to battle out-of-control fires.

Campbell Scientific offers two types of leaf wetness sensors to measure the wetness of leaves: surface contact and electrical resistance. Surface contact sensors measure the electrical resistance of a water film on their surface. Electrical resistance sensors imitate the characteristics of leaves and measure the dielectric constant of their upper surfaces.