Toxic Gas Detector Family
Description
Detector Electronics Corporation (Det-Tronics) today announced the release of the GT3000 toxic gas detector family – a group of electrochemical fixed-point detectors that provide non-intrusive calibration, communication via 4-20mA and HART protocol, the ability to swap sensors without de-classifying hazardous areas, and third-party performance certifications. The GT3000 family includes sensors that detect these gases (more added soon): hydrogen sulfide (H2S), oxygen (O2), carbon monoxide (CO), ammonia (NH3), chlorine (Cl2), hydrogen (H2), and sulfur dioxide (SO2).
A GT3000 detector consists of a transmitter (GTX) and a sensor module (GTS). The transmitter generates a 4-20mA output signal with HART that is proportional to the concentration of the target gas and corresponds directly to 0-100% full scale. GT3000 is approved as a stand-alone device, but can partner with Det-Tronics’ FlexVu® Universal Display for quick device set up and easy access to sensor status including local alarm and event logs.
“One of the primary benefits of the GT3000 is added intelligence with features such as automatic sensor recognition and local event logging,” says Mike Bragg, product development manager. “Additionally, because of the design and intrinsic safety features, users do not need to de-classify hazardous areas when attaching a sensor to a transmitter.”
A GT3000 detector consists of a transmitter (GTX) and a sensor module (GTS). The transmitter generates a 4-20mA output signal with HART that is proportional to the concentration of the target gas and corresponds directly to 0-100% full scale. GT3000 is approved as a stand-alone device, but can partner with Det-Tronics’ FlexVu® Universal Display for quick device set up and easy access to sensor status including local alarm and event logs.
“One of the primary benefits of the GT3000 is added intelligence with features such as automatic sensor recognition and local event logging,” says Mike Bragg, product development manager. “Additionally, because of the design and intrinsic safety features, users do not need to de-classify hazardous areas when attaching a sensor to a transmitter.”