Spirax Sarco thermodynamic steam traps combine compact disc construction, wide pressure capability and durable condensate drainage for steam mains.
Thermodynamic designs are strongest where compactness and broad pressure capability matter most. If the duty needs continuous condensate discharge for process equipment, compare float and thermostatic steam traps. Where a more durable mechanical route is preferred for general industrial service, review inverted bucket steam traps.
If controlled sub-cooled discharge or stronger air release is the main need, continue into balanced pressure steam traps.
TD32F is a maintainable thermodynamic steam trap for medium-pressure steam systems. It uses flanged connections, includes an integral strainer and covers standard TD32F, LC low-capacity and A anti-air-binding disc routes.
The TD52 route is the model-level entry for users searching TD52, TD52M or adjacent replacement variants inside the Spirax Sarco thermodynamic steam trap family. Current documentation centres on the maintainable stainless steel TD
TD42 is a maintainable thermodynamic steam trap with an integral strainer and screwed connections for steam, air or condensate/water service within its documented pressure, temperature, differential-pressure and backpressure limit
TD42L is a maintainable thermodynamic steam trap for relatively small condensate loads, with an integral strainer, screwed BSP T Rp or NPT connections, and an ENP body surface for steam mains drainage and lower-capacity tracing ap
TD42S2 is a maintainable thermodynamic steam trap with a forged steel body, socket weld ends and an integral stainless steel strainer for documented steam, air or condensate/water service. Lower-capacity TD42S2LC versions are avai
TD120M is a maintainable high-pressure thermodynamic steam trap with an integral strainer and replaceable seat for low-capacity superheated steam main drainage, with documented pressure and temperature conditions up to 250 bar g.
