H2-Hydrogen Sensor for the definition of the nitriding atmosphere
Simple connection to existing automation devices (e.g. recorder, programmer, etc.) via 4-20mA output.
Measuring principle: Heat conductivity of measuring gas in nitrogen, ammonia, hydrogen and carbonic gases.
¡ö Applicable for nitriding, nitrocarburizing, oxy-nitriding, X-nitriding as well as carburizing processes.
¡ö Simple installation by convection pipe connection, which is located within the gas atmosphere.
¡ö Calibration gas connection and electric connection over connector.
¡ö No exhaust gas over sensor.
¡ö The sensor works according to the diffusion principle.
¡ö The sensor can be connected directly to the 4-20mA input of the automation device (e.g. recorder, programmer etc.)
Technical Data
¡ö Measuring converter WLD / heat-conductive gas sensor
¡ö Measuring gas temperature: corresponding to process temperature
¡ö Connection temperature at KF flange: < 65°C
¡ö Measuring gas pressure: over pressure minimal 5mbar
¡ö Measuring components: Hydrogen: 0 - 60 Vol%, Ammonia: 0 - 90 Vol%
¡ö Measuring range : 0...60 Vol%, 75 Vol%, 100 Vol%
¡ö Output: 4-20 mA linear
¡ö Time response : Output delay 6...20s
¡ö Preheat time: Depending on sensor installation, up to 30 minutes at room temperature
¡ö Dimension: 110x70x240mm (WxHxD)
Accessories
¡ö Documentation
¡ö Power supply unit (optional) 24V/3A, short-circuit proof, output voltage 24V ± 10%
¡ö 2m connecting line with connected plug connector to sensor
Requirements for use
¡ö Convection pipe, depending on installation situation on request
¡ö Connection with KF16 vacuum flange
Example for mechanical connection of an H2-Sensor with convection pipe:
Data Sheet
 H2-Sensor (nitriding sensor)
Language:
    
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Hydrogen
