Thermal conductive hydrogen analyzer
Thermal conductive hydrogen analyzer can be widely used in the hydrogen concentration online measurement of ammonia decomposition and protection gas devices or welding and cutting proportional gas, or the online monitoring of trace hydrogen concentration in hydrogen-purifying nitrogen generator. Thermal conductive hydrogen analyzer has a friendly communication menu that makes the operation visual and simple, The imported thermal conductive sensor or the micro-fuel cell principle has high accuracy and long serving life.It is with long calibration interval cycle, high accuracy and reliable stability for features.
Product Description
The Thermal Conductive Hydrogen Analyzer stands out as a robust and precise instrument tailored for accurate hydrogen measurements. Its advanced design incorporates a temperature compensation sensor, mitigating errors arising from temperature fluctuations to ensure consistent precision in hydrogen measurement. Operating on the thermal conduction principle, this analyzer exhibits resilience during power interruptions, safeguarding the sensor's longevity and bolstering overall reliability. Users benefit from the convenience of data storage, capable of retaining up to 5000 historical data records, allowing seamless local data access and review.
The frame mount installation mode further streamlines the setup process, enhancing practicality and user-friendliness. With adaptability to a broad spectrum of power supplies, this instrument ensures stability and accuracy by effectively mitigating the impact of power fluctuations. Additionally, it offers the flexibility of utilizing either thermal conduction or electrochemical principles based on specific measurement requirements, enhancing its utility across diverse applications.
The Thermal Conductive Hydrogen Analyzer delivers precise measurements using either the thermal conductive or micro-fuel cell principle, depending on the application's unique demands. Its 128×64 matrix dot LCD display ensures clarity in readings, supporting a wide test range that spans hydrogen concentrations from 0 to 30/50/99.99% using the thermal conductive principle and 0 to 10/100/2000ppm using the electrochemical principle. With a commitment to accuracy, the thermal conductive principle achieves ≤±1%FS, while the micro-fuel cell principle attains ≤±1.5%FS. The analyzer's repeatability stands at ≤±1%, accompanied by a swift response time with T90≤60S.
Offering versatile output options, including 4-20mA.DC and 0-10V.DC analog outputs, along with a programmable alarm output, it caters to diverse application needs. Communication ports feature RS232 (default) and RS485 for seamless data exchange. Operating on AC170 ~ 265V 50/60Hz power supply, the device accommodates sample gas temperatures from -10 to +50℃. It employs a sample gas flow rate of 400 to 800ml/min, functioning under steady pressure conditions with a displayed pressure range of 0.05Mpa to 0.35Mpa. The analyzer is proficient in analyzing various mixed gases, and its impressive service life extends beyond 36 months for the thermal conductive type and 24 months for the micro-fuel cell type under normal usage conditions. With straightforward installation compatibility, particularly through frame mount options, this analyzer proves suitable for a wide array of applications.
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