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Spirax Sarco Traps
Spirax Sarco steam traps automatically discharge condensate while preventing steam loss, keeping heat-exchange equipment efficient and the steam system stable. Types include ball float, thermodynamic and balanced-pressure thermostatic models, selected by back pressure, capacity and superheat.
Spirax Sarco TD32F/TD32FLC Flanged Thermodynamic Steam Trap DN15/DN20/DN25 PN40
Spirax Sarco TD32F flanged thermodynamic steam traps are maintainable, medium-pressure thermodynamic steam traps with an integral strainer and flanged connections, suitable for med
Spirax Sarco TD42L/TD42H Thermodynamic Steam Traps
Serviceable thermodynamic steam traps for main line drainage and process loads, with optional anti-air-lock discs for applications requiring air removal.
Spirax Sarco TD42S2/TD42S2LC Thermodynamic Steam Traps
Forged steel thermodynamic steam traps with socket-weld connections. TD42S2LC low-capacity models are available in all sizes for steam main and tracer line drainage.
Spirax Sarco TD52M/TD52MLC/TD52MA/TD52MLCA Thermodynamic Steam Traps
Spirax Sarco TD52M series thermodynamic steam traps are stainless steel, repairable units for applications with relatively low condensate loads, such as steam mains. Low-capacity LC models and versions with anti-air-binding discs are available.
Spirax Sarco TDS46M Stainless Steel Thermodynamic Steam Trap with Replaceable Seat
Spirax Sarco TDS46M stainless steel thermodynamic steam trap with a replaceable seat, designed for low-capacity applications with a maximum operating pressure of 46 bar g. Available with threaded, socket-weld, or integral flanged connections.
Spirax Sarco UIB30/UIB30H Sealed Inverted Bucket Steam Trap - For Use with Pipeline Connectors
Spirax Sarco UIB30 and UIB30H sealed inverted bucket steam traps can be installed horizontally or vertically, with the body suspended downward and the cover at the top. UIB30H is the high-capacity version. When connected to a suitable pipeline connector, UIB can be removed in-line without disturbing the pipework, reducing system downtime.