The LD8000-TCD analyzer offers direct and continuous measurements of a gas component in a binary gas mixture. It is a compact, rack-mountable unit for industrial & laboratory use. It uses a Thermal Conductivity Detector (TCD) enabling measurements in the ppm to % measurements for binary gas mixtures.
Measurements of one component in more complex gas mixtures is also achievable when the background gases have the same ratio to each other or have similar thermal conductivity values.
The larger the difference between the thermal conductivity of the gas of interest and the background gas(es), the lower the limit of detection. For this reason, each application will different measurement ranges.
Features:
Unique Thermal Conductivity Detector (TCD)
Bootloader integrated for software update via Ethernet
Large scale measurement
4-20 mA output as standard
Range Identification Relay
Maintenance free
LAN/Web control
Micro-valve for very low dead volume and fast purging time
3U cabinet Applications:
Gas Manufacturing Facilities: monitoring Pressure Swing Adsorption (PSA) Systems
Gas management system
Gas blending equipment
Air Liquification Plants: monitoring purity of Ar, O2, H2, N2, He, CO2, or Ne
Welding gas control
Steel Mills: CO2 in off-gas from gas generators
Petroleum Refineries: H2 purity in C1 - C6 hydrocarbons
Speciality gas laboratories
Heat Treating: H2 in N2 and other annealing gases
Process control
Power Generation Plants: H2 cooling gas in turbine generator housings; CO2 in turbine generator housing; checking H2 purity
Ammonia Plants
Chemical plants
Refrigeration Facilities
The LD8000-TCD analyzer offers direct and continuous measurements of a gas component in a binary gas mixture. It is a compact, rack-mountable unit for industrial & laboratory use. It uses a Thermal Conductivity Detector (TCD) enabling measurements in the ppm to % measurements for binary gas mixtures.
Measurements of one component in more complex gas mixtures is also achievable when the background gases have the same ratio to each other or have similar thermal conductivity values.
The larger the difference between the thermal conductivity of the gas of interest and the background gas(es), the lower the limit of detection. For this reason, each application will different measurement ranges.
Features:
- Unique Thermal Conductivity Detector (TCD)
- Bootloader integrated for software update via Ethernet
- Large scale measurement
- 4-20 mA output as standard
- Range Identification Relay
- Maintenance free
- LAN/Web control
- Micro-valve for very low dead volume and fast purging time
- 3U cabinet Applications:
- Gas Manufacturing Facilities: monitoring Pressure Swing Adsorption (PSA) Systems
- Gas management system
- Gas blending equipment
- Air Liquification Plants: monitoring purity of Ar, O2, H2, N2, He, CO2, or Ne
- Welding gas control
- Steel Mills: CO2 in off-gas from gas generators
- Petroleum Refineries: H2 purity in C1 - C6 hydrocarbons
- Speciality gas laboratories
- Heat Treating: H2 in N2 and other annealing gases
- Process control
- Power Generation Plants: H2 cooling gas in turbine generator housings; CO2 in turbine generator housing; checking H2 purity
- Ammonia Plants
- Chemical plants
- Refrigeration Facilities
