Hydrogen (H2)
Hydrogen holds significant promise now and into the future as an energy carrier. Beyond its usual applications, it is increasingly garnering attention in the automotive industry. Given that H2 is a highly reactive gas, continuous monitoring through a gas detection system is crucial throughout its entire lifecycle. The UL-certified PolyXeta®2 sensor, equipped with X-Change technology, is used for efficient gas monitoring. This continual oversight is critical for explosion prevention and overall safety.
While hydrogen serves as an exceptional energy carrier, it is among the most challenging substances to transport due to the inherent risks of oxyhydrogen explosions. Leaks can occur at any stage, from research and testing to gas production, leading to potentially devastating outcomes if ignited. Thus, it is imperative to have warning systems in place.
View our H2 Gas Detection Salesflyer to learn more!
Applications
- Battery rooms
- Fuel cell plants and hydrogen refueling stations
- Chemical and steel plants
- Research labs, space agencies, and power plants
- Underground hydrogen storage
Solutions
SGC6 - Standalone Gas Controller One, two, or three SC2-Series sensor modules
PX2 - Explosion-Proof, ATEX Zone 1 or 2, SIL 2 Certified One SSAX1-Series sensor module

SGC6
PG2 Standalone Controller, Hydrogen
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PX2
Multi-gas, Explosion Proof, Hydrogen
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CGC6
PG2 Multi-gas Controller, Hydrogen
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MGC6
PG2, Digital, Multi-gas, Hydrogen
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DC6
PG2 Multi-gas Controller, Hydrogen
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DT6
PG2, Digital, Multi-gas, Hydrogen
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DR6
PG2, Multi-gas, for DT6, Hydrogen
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SCM6
PG2 Control Module, Hydrogen
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AT6
PG2, Analog, Multi-gas, Hydrogen
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