Hydrogen, Helium, Argon, and Xenon Analyzer MTL K1550
  • Hydrogen, Helium, Argon, and Xenon Analyzer MTL K1550

Las fotos son solo para fines informativos. Ver especificaciones de producto

please use latin characters

Fabricante: Eaton / CEAG

Hydrogen, Helium, Argon, and Xenon Analyzer MTL K1550

Hydrogen, Helium, Argon, and Xenon Analyzer MTL K1550

The Crouse-Hinds MTL K1550 series gas analyzers precisely measure the percentage levels of a single gas within a binary or pseudobinary mixture.

Examples include hydrogen, carbon dioxide, argon, helium, and various hydrocarbons such as freons. Virtually any individual component of a gas mixture can be measured, provided its thermal conductivity differs from the thermal conductivity of other components. Ranges from high ppm to 100% are possible, depending on the measured gas.

A calorimetric sensor measures the thermal conductivity of the gas. It contains an extremely sensitive element with low thermal mass that requires no maintenance. Signal processing and temperature compensation are provided by a microprocessor to ensure a level of accuracy and range not typically associated with this type of sensor.

Menos
Lee mas

Envíe una consulta

¿Estás interesado en este producto? ¿Necesita información adicional o precios individuales?

Contacta con nosotras
SOLICITA EL PRODUCTO close
Mensaje enviado con éxito.
SOLICITA EL PRODUCTO close
Vistazo

Añadir a la lista de deseos

Usted debe estar conectado

Hydrogen, Helium, Argon, and Xenon Analyzer MTL K1550

The Crouse-Hinds MTL K1550 series gas analyzers precisely measure the percentage levels of a single gas within a binary or pseudobinary mixture.

Examples include hydrogen, carbon dioxide, argon, helium, and various hydrocarbons such as freons. Virtually any individual component of a gas mixture can be measured, provided its thermal conductivity differs from the thermal conductivity of other components. Ranges from high ppm to 100% are possible, depending on the measured gas.

A calorimetric sensor measures the thermal conductivity of the gas. It contains an extremely sensitive element with low thermal mass that requires no maintenance. Signal processing and temperature compensation are provided by a microprocessor to ensure a level of accuracy and range not typically associated with this type of sensor.

Menos
Lee mas
Comentarios (0)