The Model 225 protects liquid hydrocarbon systems from water, caustic, sulfuric acid or other immiscible liquids where the operating pressure does not exceed 2000 psig. Ideal for high-pressure applications, it also removes absorbed gases, gas bubbles, or volatile organic carbon (VOC) compounds from water sample at the same pressure rating.

The Model 170 protects gas systems requiring very low sample flow rates on a continuous or intermittent basis. Its small internal volume and low dead volume 1/16” ports allow the Genie® Model 170 to purge quickly, which is ideal for the removal liquid aerosol droplets from gas samples; it is also perfect for protecting components such as laboratory gas chromatographs.

The Genie® Supreme Model 133 Membrane Separator™ combines your favorite features of the legacy Genie® Model 130 with the improved features of the Supreme Series™, including a threaded cover for easy maintenance and the option of Liquid Block Technology™ that prevents liquid from being forced across the membrane.

The Model 120 is ideal for low flow applications and can withstand high pressure in the housing. This high pressure model has a 1” cross sectional membrane area, the same as the original Genie® Model 101, and it is ideal for the removal of relatively small amounts of liquid present on a continuous basis.

The Model 123 is ideal for applications requiring higher flow rates or larger quantities of liquid than the Genie® Supreme Model 120 can withstand. It offers a 2” diameter membrane, the same membrane cross sectional area as the original Genie® Model 130 or Genie® Model 130M, and is ideal for removing unintermitted liquid flow from gas samples.

The Therm-Omega-Tech ITCH Assembly assures accurate temperature control in an instrument or analyzer enclosure. This self-contained unit provides a reliable, economical alternative to costly, hazardous electric heating.

These compact self contained control valves can maintain very tight temperature control of any number of control loops using steam, liquid phase heat transfer media such as Dowtherm®, hot water, hot oil, glycol, compressed air, etc. In general they can be used whenever accurate but low cost control is required. The reverse acting model, TV/US-XR can be used to control cooling media to economically remove heat from equipment or a process. Controlling air flow to a vortex cooling device is a common application. Another common application is use of the TV/US-XR to control cooling media fl ow to a sample cooler in response to sample temperature. Sample heating applications are commonly controlled by the TV/US-X.

These compact self contained control valves can maintain very tight temperature control of any number of control loops using steam, liquid phase heat transfer media such as Dowtherm®, hot water, hot oil, glycol, etc. In general they can be used whenever accurate but low cost control is required. The reverse acting model, US/S-XR can be used to control cooling media to economically remove heat from equipment or a process

The HST (High Sample Temperature) safety shutoff valve is used to sense the sample temperature after the sample cooler. The sample passes through this normally open valve whenever the sample temperature is below the valve setpoint. If the sample temperature exceeds the valve setpoint, the HST closes to protect expensive and delicate analyzers and other instruments from overtemperature damage.

The ISH10I high efficiency filters are used to remove contaminated particles from gases such as steam and compressed air.