Benefits and Features

New conformal coating helps protect sonic transducers in corrosive environments

Combined support structure causes less flow distortion than two separate sensors

Truly colocated gas analyzer and sonic anemometer measurements avoid flux loss due to sensor separation

Synchronized gas analyzer and sonic anemometer measurements avoid the need to correct for time lag

Low power consumption; suitable for solar power applications

Measurements are temperature compensated without active heat control

Low noise

Maximum output rate of 60 Hz with 20 Hz bandwidth

Angled windows shed water and are tolerant to window contamination

Field rugged

Field serviceable

Factory calibrated over wide range of CO,, H,0, pressure, and temperature in all combinations encountered in practice

Extensive set of diagnostic parameters

Fully compatible with Campbell Scientific dataloggers; field setup, configuration, and field zero and span can be accomplished directly from the datalogger

Sonic temperature determined from three acoustic paths; corrected for crosswind effects

Innovative signal processing and transducer wicks considerably improve performance of the anemometer during precipitation events