PS-CO-5000 CO module, works on the proven fuel cell technology, combines fuel cell technology with precise electronic technique, converting the CO content into PPM directly. Once CO arrives at working electrode (anode) it is oxidized instantaneously to generate an electrical signal which is proportional to the CO concentration. The electrical signal is then acquired and processed by microprocessor into a PPM value and is output by standard digital signal. PS-CO-5000 is pre-calibrated in the factory and can be integrated into your system directly

ProGuard Sensor for dissolved gas, based on fuel cell technology, relied on numerous patented technologies, combined with years of field experience, is specialized in the detection and monitoring of hydrogen dissolved in the transformer oil and ensures the safe operation of transformer, shunt reactor, bushing, etc…

FC-CO-5000 CO sensor with long service life works on the proven fuel cell technology. Once CO arrives at the working electrode(anode) it is oxidized instantaneously to generate an electrical signal which is proportional to the CO concentration. By calibrating the sensor with a known concentration of CO, the output current of the sensor can be used to quantitatively determine CO concentration. FC-CO-5000 is famous for its long service life, high anti-interference ability and the sensor has a compact size which is the ideal choice for size oriented applications such as portable CO detectors, small residential CO detectors, and multi-sensor fire detectors. The calibration information is stored in barcode printed on the sensor, enabling users to skip the costly gas calibration process and allowing for individual sensor tracking. Since there is no consumption components in the sensor, FC-CO-5000 possesses excellent long service life and ensures maintenance-free operation.

FC-H2-5000 H2 sensor with long service life works on the proven fuel cell technology. Once H2 arrives at the working electrode(anode) it is oxidized instantaneously to generate an electrical signal which is proportional to the H2 concentration. By calibrating the sensor with a known concentration of H2, the output current of the sensor can be used to quantitatively determine H2 concentration. FC-H2-5000 is famous for its long service life, high anti-interference ability and the sensor has a compact size which is the ideal choice for size oriented applications such as portable H2 detectors, small residential H2 detectors, and multi-sensor fire detectors. The calibration information is stored in barcode printed on the sensor, enabling users to skip the costly gas calibration process and allowing for individual sensor tracking. Since there is no consumption components in the sensor, FC-H2-5000 possesses excellent long service life and ensures maintenance-free operation.

PS-VOC-E air quality module, works on the proven fuel cell technology, combines solid electrolyte with noble metal catalyst, converting VOC content into PPM directly. Once VOC arrives at working electrode (anode) it is oxidized instantaneously to generate an electrical signal. The electrical signal is then acquired and processed by microprocessor into a PPM value and is output by standard digital signal. PS-VOC-E is pre-calibrated in the factory and can be integrated into your system directly.