Introduction to Fiber Optic Hydrogen Detection Sensor (Video)
Contributing to "Well to Tank" from manufacturing to filling. This is a fiber optic hydrogen detection sensor that does not require explosion-proof measures. It is the size of a ballpoint pen. Of course, the sensor part does not require power supply and does not need an explosion-proof structure. Like other fiber optic sensors, it also allows for multi-point measurement through series connection (daisy chain). In handling hydrogen gas, which requires advanced equipment and skilled workers, it monitors hydrogen gas leaks during manufacturing, transportation, storage, and filling. *Please watch the video in the related links.
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basic information
Hydrogen Detection Sensor Target Gas: Hydrogen Gas Detection Principle: Contact Combustion Type Detection Range: 0~4 vol% (0~100% LEL: Hydrogen Gas) Detection Capability: 0.5 vol% Response Time: Approximately 40 seconds Explosion-proof Structure: Not Required Operating Temperature: -10 ~ 45℃ (Sensor Part) Operating Humidity: 10~85% (Sensor Part)
Price range
P2
Delivery Time
※The usual delivery time is 1.5 to 2 months after the order is received.
Applications/Examples of results
Hydrogen gas leak detection - Plant - Methanation - Hydrogen production and storage facility - Hydrogen station - Synthetic fuel / e-fuel - Fuel cell - Hydrogen pipeline - Aerospace
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Company information
Are you troubled by issues related to lightning surges? Fiber optic sensors are insulators, so they won't be damaged by surge currents. Are you struggling with electromagnetic noise? Fiber optic sensors are completely unaffected by electromagnetic noise. Are you required to meet explosion-proof and non-flammable standards? Fiber optic sensors do not use electricity, so explosion-proof certification is not necessary (they are exempt). Are you facing difficulties with complex wiring? Fiber optic sensors can be configured with multiple sensors on a single fiber. Our company offers multi-point measurement solutions using fiber optic sensors, specifically FBG (Fiber Bragg Grating) and communication technology WDM (Wavelength Division Multiplexing) for optical sensing systems (measuring instruments, sensors, software).
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