Online hydrogen analyzer, argon analyzer, hydrogen concentration meter, argon content detector, hydrogen meter

The & series thermal conductivity analyzer uses advanced imported high-performance thermal conductivity sensors as the measurement unit. It is an intelligent analyzer with a microprocessor as the core. It has two programmable alarm points and a programmable current (.C) Output and two programmable alarm signal outputs can accurately measure the concentration of any gas in a binary mixed gas. Product Features
●Imported sensor (Germany), long life, high precision, fast response time
●Full Chinese human-machine dialogue menu, intuitive display, easy to operate
●Automatic temperature and pressure compensation, Eliminate the impact of the environment on measurement accuracy
●Timing automatic storage function, historical data can be viewed at any time
●Large-screen dot matrix LCD display, which can simultaneously display gas concentration, date, time and other parameters
●The alarm point can be set arbitrarily within the full range
●The upper and lower limits of the analog output can be set arbitrarily within the full range
Technical parameters
◇&Model: (See the range chart for specific models)< br/> ◇&Sensor principle: thermal conductivity type
◇Resolution: . or .%
◇&Sensitivity: &.% .
◇&Accuracy: &% .(range section)
◇&Repeatability: &%. (Measuring range)
◇&Stability: &%. (Measuring range)
◇&Response time: & (℃)
◇ &Power supply: C
◇&Alarm contact capacity:,.
◇Power consumption:
◇&Ambient temperature: ~℃
◇&Ambient humidity: &%R< br/> ◇&Sample gas pressure:.&Inlet pressure&.
◇&Sample gas flow rate:/(recommended value)
◇&Sensor life: & years (normal use)
◇ &Instrument life: & years (normal use)
◇&Background gas: medium, medium r and other mixed gases
◇&Explosion-proof level: C (optional)
◇&Instrument weight:.
◇&Instrument packaging: wooden box
◇&Instrument size: &&=.&
Application fields
The series of thermal conductivity analyzers are suitable for supplementing gas in the process of synthetic ammonia production in fertilizer plants. The volume percentage of hydrogen in the circulating gas and the volume percentage of hydrogen in the production process of the fertilizer plant. The volume percentage of excess hydrogen in the argon production process. The volume percentage of hydrogen in the circulating gas of the hydrogen cooling unit of the power plant. Ambient air and industry. The volume percentage of hydrogen in the air in the container, the volume percentage of argon in the ammonia fraction, the volume percentage of argon in the crude argon, etc.