High Sensitivity
Electrochemical sensing provides stable low-concentration hydrogen measurement.
The Winsen ZE610-H2 is a miniature electrochemical hydrogen module with a 0–5000 ppm detection range, 10 ppm resolution, temperature compensation, DAC output and UART digital output for OEM hydrogen monitoring systems.
A general-purpose electrochemical H2 module combining stable sensing, temperature compensation and dual analog/digital outputs.
ZE610-H2 detects hydrogen in air using an electrochemical sensing element selected for high selectivity and stability.
A built-in temperature sensor supports compensation, while DAC and 3 V TTL UART outputs shorten integration and calibration time.
Electrochemical sensing provides stable low-concentration hydrogen measurement.
Designed for embedded and portable detection equipment.
Supports 0.4–2 V standard DAC output and 3 V TTL UART.
Built-in temperature sensing supports compensated output.
Official product information highlights good stability and anti-interference capability.
Specified working life is 3–5 years in air.
| Parameter | Specification |
|---|---|
| Model No. | ZE610-H2 |
| Target Gas | Hydrogen gas (H2) |
| Detection Principle | Electrochemical |
| Interference Gas | Alcohol and other gases |
| Output Data | DAC(0.4~2V standard voltage output correspondingto 0~full scale); UART Output (3V-TTL Electrical Level) |
| Working Voltage | 5V~12V (No voltage reverse connect protection) |
| Warm up time | ≤5minutes |
| Response time | ≤60s |
| Resume time | ≤60s |
| Detection Range | 0~5000ppm |
| Resolution | 10ppm |
| Operating Temp. | -10°C~55°C |
| Operating Hum. | 15%RH~90%RH(No condensation) |
| Storage temp. | -10°C~55°C |
| Working life | 3-5 years (in air) |
Specifications are based on the official Winsen product page or product manual. Confirm the latest datasheet, calibration requirements, communication protocol and mechanical drawing before final product design.
Contact us for the latest datasheet, model selection support, samples and OEM integration information.