SOCLEMA

Sample Cooler Temperature Control Valve (with Tube Fittings) | TV/US-XR

Sample Cooler Temperature Control Valve (with Tube Fittings) | TV/US-XR - SOCLEMA

Sample Cooler Temperature Control Valve (with Tube Fittings) | TV/US-XR - Regulation valve

Sample Cooler Temperature Control Valve (with Tube Fittings) | TV/US-XR - produit présenté par SOCLEMA

Sample Cooler Temperature Control Valve (with Tube Fittings) | TV/US-XR

Regulation valve

“ - Self-operating – no external power source required - Prevents process overheating - Discharges minimum amount of media for temperature control ”

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Presentation

The TV/US-XR is a flow regulating valve designed to monitor and control flow of cooling media in response to process temperature or pipe surface temperature, to prevent systems and equipment from overheating.

The reverse-acting TV/US-XR (Tube Fitting/Ultra Surface Sensing) sample cooler control valve opens on rising temperatures to allow cooling fluid in to keep a process from overheating. The valve may be installed so the valve’s thermal wax actuator is immersed in the process fluid or mounted non-invasively to the pipeline with a band-o-let fitting. The TV/US-XR operates the same way as the US/S-X valve, but it has tube compression fittings instead of pipe fittings and the Cv is around half of the US/S-XR valve.

The wax actuator automatically and continuously senses the process temperature either directly or through thermal conduction to modulate the valve open/closed and regulate the flow of cooling media.

These compact self-contained sample cooler control valves can be used to control cooling media to economically remove heat from equipment or a process. Controlling air flow to a vortex cooling device and controlling cooling media flow to a sample cooler in response to sample temperature are common applications.-

Technical features

Exclusive self-actuating Thermoloid® wax blend thermal actuator All stainless-steel construction Compact low mass – fast response Ram-type plug for reliable shut off Narrow temperature band Unaffected by pressure variations

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