Hydrogen Gas Sensor – ES1-H2-5000-01

  • Detects a wide variety of gases with high selectivity
  • Long lifetime of over 5 years
  • Fast response time
  • Linear output
  • Wide temperature range of -40 °C to +55 °C

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The EC Sense Easy Gas Sensors ES1-H₂-5000-01 Hydrogen Gas Sensor is a highly advanced hydrogen gas sensor utilizing solid polymer electrochemical technology. It offers high selectivity, a long lifetime of over 5 years, no poisoning, fast response time, linear output, and a wide operating temperature range of -40°C to +55°C. The sensor is designed for a variety of applications including industrial safety, leakage detection, gas manufacturing process monitoring, emission monitoring, semiconductor industry, power transformer, propellant detection, hydrogen energy, and fire safety. It features low power consumption, excellent sensitivity at low temperatures, a small size, and RoHS compliance. The sensor has a part number of 01-ES1-H₂-5000-01 and is known for its high sensitivity, with a sensitivity of 3 nA/ppm ± 2 nA/ppm. It also has a wide range of 0-5000 ppm and a maximum overload of 20000 ppm. The sensor is RoHS compliant and has a housing made of PPO with a weight of less than 0.7 grams. It is ideal for environments where accurate and reliable hydrogen detection is crucial.

Use Cases

  • Leakage Detection
  • Gas Manufacturing Process Monitoring
  • Emission Monitoring
  • Hydrogen Energy

Capabilities

  • Detects with high selectivity a wide variety of gases
  • Long lifetime > 5 years
  • No-poisoning
  • Typical warm-up time in seconds
  • Fast response time
  • nA power consumption
  • Linear output
  • No zero line drift
  • Better signal to noise ratio
  • Wide temperature range of -40 °C to +55 °C
  • Excellent sensitivity at low temperatures
  • No leakage
  • Small size
  • RoHS compliant
  • Range - 0-5000 PPM
  • Resolution (16Bit ADC) 1 ppm
EC Sense GmbH

EC Sense develops advanced hydrogen sensors for safety and monitoring in the hydrogen economy, known for their fast response times and high detection limits. Founded in 2015, the company focuses on clean energy applications.

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