Products

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement. ATEX zone 2 certified.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection CAN BUS, maximum 25 sensors per line

Output Digital via CAN BUS

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection CAN BUS, maximum 25 sensors per line

Output Digital via CAN BUS

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection USB

Output Digital via USB or analog (0.5 - 2.5V)

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection CAN BUS, maximum 25 sensors per line

Output Digital via CAN BUS

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Output Digital via USB or analog (0.5 - 2.5V)

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection USB

Output Digital via USB or analog (0.5 - 2.5V)

Description The XEN-5320 is an intelligent gas sensor with a wide application in industry where it is desirable to analyse binary gas mixtures. The sensor is based on the measurement of the thermal conductivity of the ambient gas, using the proven thermal conductivity sensor XEN-3880. Applications include hydrogen and helium gas experimentation, detection of gas dispersion rates in jets and plumes and binary gas composition measurement.

Application Monitoring and leak detection of hydrogen, helium, nitrogen and methane gas mixtures in medical, R&D and industrial environments.

Type connection UART

Output Digital via UART (5V and 3.3V)

Description The XEN-85030 Gas Manifold is used in applications in which the XEN-5320 Thermal Conductivity Gas Sensor cannot be installed directly at the gas sensing location due to poor accessibility or the harshness of the environment. Then the sample can be continuously drawn from the sensing location to the sensor at a more suitable location. The gas manifold does not have any active component so the gas sample flow control needs to be provided by the user.

Application Aid the user in calibration with reference gases, placement for remote gas sensing and use of gas sensor devices to ensure accurate and reliable monitoring of gases.

Features • Compatible with the XEN-5320-ALU housing • Aluminium, viton O-ring gas seal • Mounting holes for easy fixing • 4 mm brass tube connectors

Description The XEN-85031 Gas Manifold is used in applications in which the XEN-5320 Thermal Conductivity Gas Sensor cannot be installed directly at the gas sensing location due to poor accessibility or the harshness of the environment. Then the sample can be continuously drawn from the sensing location to the sensor at a more suitable location. The gas manifold does not have any active component so the gas sample flow control needs to be provided by the user.

Application Aid the user in calibration with reference gases, placement for remote gas sensing and use of gas sensor devices to ensure accurate and reliable monitoring of gases.

Features • Compatible with the XEN-5320-HP housing • Aluminium • Mounting holes for easy fixing • 4 mm brass tube connectors

CAN BUS cable CAN BUS cable is used to connect the CAN devices together. Available in 10m, 4m, 2m, 1m and 0.5m length. Other lengths are available on request.

CAN BUS terminator set One terminator set is required to terminate the CAN BUS on both ends.

CAN BUS power supply The CAN BUS power supply is needed to supply power to the CAN sensors on the CAN BUS.

Kvaser CAN BUS - USB converter The Kvaser CAN BUS - USB converter is used to connect the CAN BUS to a computer for reading out the sensors.

Description KF40 flange, compatible with the XEN-5320 HP version.