VQ600 Series Pellistor Gas Sensors

Amphenol SGX Sensortech’s VQ600 series pellistor gas sensors for hazardous areas

Image of Amphenol SGX Sensortech’s VQ600 Series Pellistor Gas SensorsThe VQ600 series from Amphenol SGX Sensortech is designed for fixed gas detection systems and implement either thermal conductivity or catalytic detection. The VQ600 can detect and monitor various gases in the range 0% to 100% LEL for combustible gases and 0% to 100% volume in thermal conductivity mode when using the Amphenol SGX Sensortech range of pellistor gas sensors. There are three types of mounting thread available to allow easy fixing to the junction box of the fixed system and the facility to attach accessories to the sensor via an external M46 thread.

Features
  • Designed for fixed gas detection systems
  • For detection of the following:
    • Combustible gases (catalytic sensors)
    • Light gases, such as hydrogen and helium (thermal conductivity sensors)
  • LEL and % volume monitoring
  • Diffused gas sampling via sinter
  • Three thread options available
  • Operational in varying temperature, pressure, and humidity
  • Fast response
  • Rugged stainless steel construction
  • No moving parts
  • Resistance to corrosion
  • Low maintenance
  • Accessories available for field applications
  • ATEX certified
  • CSA certified (Canada and US)

VQ600 Series Pellistor Gas Sensors

ImageManufacturer Part NumberDescriptionCurrent - SupplyAvailable QuantityPriceView Details
SENSOR LIGHT GASES VOLTAGE OUTVQ631M/1SENSOR LIGHT GASES VOLTAGE OUT90mA14 - Immediate$8,252.44View Details
SENSOR HYDROCARBONS VOLTAGE OUTVQ621T/3SENSOR HYDROCARBONS VOLTAGE OUT300mA11 - Immediate$14,149.68View Details
SENSOR HYDROCARBONS VOLTAGE OUTVQ621T/1SENSOR HYDROCARBONS VOLTAGE OUT300mA12 - Immediate$14,609.40View Details
SENSOR HYDROCARBONS VOLTAGE OUTVQ622T/1SENSOR HYDROCARBONS VOLTAGE OUT175mA15 - Immediate$10,793.44View Details
SENSOR HYDROCARBONS VOLTAGE OUTVQ641TS/1SENSOR HYDROCARBONS VOLTAGE OUT100mA11 - Immediate$11,076.90View Details
Published: 2017-09-08