Hydrogen Detector – Catalytic Combustion Type
FH2-HY04、FH2-HY05、FH2-HY06、FH2-HY11、FH2-HY11-HC
Fast start‑up, high durability hydrogen detector proven in mass‑produced FCVs
This hydrogen detector is designed for hydrogen‑powered systems such as fuel cell vehicles (FCVs) and stationary energy equipment. It features an original catalytic combustion sensor that enables start‑up within one second and response within three seconds, meeting strict automotive safety requirements. With excellent hydrogen selectivity, it minimizes false detection caused by interference gases such as ethanol or methane. The detector also offers high durability and long‑term stability, compliant with global automotive standards. It is the first hydrogen detector adopted in mass‑produced FCVs, supporting safe and reliable hydrogen utilization.
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basic information
- Detection method: Catalytic combustion type - Target gas: Hydrogen (H₂) - Detection range: 0–4 vol.% in air - Start‑up time: ≤ 1 second - Response time (T90): ≤ 3 seconds - Power supply: 5 V / 12 V / 24 V (model dependent) - Output: Analog voltage, PWM, CAN (Standard / Extended) - Features: High hydrogen selectivity, resistant to interference gases - Durability: Designed to meet automotive reliability requirements Multiple models are available depending on application and voltage needs.
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Applications/Examples of results
- Fuel cell vehicles (passenger cars) - Adopted in mass‑produced FCVs - Hydrogen buses and trucks (24 V systems) - Residential fuel cell systems and industrial energy storage - Industrial vehicles such as forklifts - Motorcycles and compact mobility platforms The detector has a proven track record in both mobile and stationary applications where fast detection, high reliability, and long‑term stability are critical for hydrogen safety.
Line up（5）
| Model number | overview |
|---|---|
| FH2-HY04 | Passenger Cars |
| FH2-HY05 | Passenger Cars |
| FH2-HY06 | Buses and Trucks |
| FH2-HY11 | Motorcycles / Home and Industrial Storage Systems |
| FH2-HY11-HC | Motorcycles / Home and Industrial Storage Systems |
Company information
NISSHA has continuously expanded its core technologies by integrating printing technology, which it has cultivated since its founding, with elements such as coating, molding, and metal processing. This has enabled the diversification of products and target markets, as well as entry into global markets, thereby achieving an expansion of its business domain. The current core technologies consist of "printing," "coating," "lamination," "molding," "patterning," and "metal processing," and they continue to evolve and expand by incorporating new technologies and materials.
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