<
>
Specifications
Measurement Range:
0ppm~5000ppm
Operating Temperature:
-40℃~+70℃
Mfr. Part #:
FC-H2-5000
Package:
Through Hole
Key Attributes
Model Number:
FC-H2-5000
Product Description
Product Overview
The FC-H2-5000 Long-Life Hydrogen Sensor utilizes a micro fuel cell principle for detection. Hydrogen gas molecules reach the core detection unit via natural diffusion and concentration polarization, undergoing oxidation at the positive electrode while oxygen is reduced at the negative electrode. This closed-loop reaction generates a current proportional to the hydrogen gas concentration, allowing for precise quantification. This passive sensor offers zero power consumption, low noise, high detection accuracy, long lifespan, and resistance to interference and poisoning across a wide temperature range.
Application Scenarios
- Lithium battery safety monitoring
- Energy storage station safety monitoring
- Residential and commercial water gas alarms
- Industrial safety environments
- Fire safety fields
Product Attributes
- Brand: FC
- Model: H2-5000
- Lifespan: Long-Life
- Power Consumption: 0 W
- Noise: Low
- Accuracy: High
- Interference Resistance: Yes
- Poisoning Resistance: Yes
- Temperature Range: Wide
- Repeatability: Excellent
- Stability: Excellent
Technical Specifications
| Project | Technical Parameters |
|---|---|
| Principle | Micro fuel cell |
| Range | 0-5000ppm |
| Max Overload | 10000ppm |
| Sensitivity | 0.40.2(nA/ppm) |
| Response Time | <60 seconds |
| Detection Accuracy | 3%FS |
| Detection Lower Limit | 5ppm |
| Repeatability | 3% |
| Output Linearity | Linear |
| Working Temperature Range | -4070 |
| Working Pressure Range | Standard atmospheric pressure10 |
| Working Humidity Range | 1090non-condensing |
| Service Life | 10 years (normal use) |
| Warranty Period | 12 months |
| Weight | 3g |
| Organic Silicone Poisoning | No |
2407161700_ProSense-FC-H2-5000_C29779683.pdf
Request A Quote
Please Use Our Online Inquiry Contact Form Below If You Have Any Questions, Our Team Will Get Back To You As Soon As Possible
