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Return to the thermodynamic steam trap category when you need to compare TD32F with TD52, TD42 or the wider disc-trap family.
Steam traps > Thermodynamic steam traps
TD32F flanged thermodynamic steam trap
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.
Quick facts
TD32F is the model route for steam systems that already need a flanged,
maintainable and compact disc trap. For Spirax Sarco TD32F, TD32F steam trap
or installed-base replacement searches, this page clarifies the product boundary
more directly than the wider thermodynamic steam trap category.
TD32F is a maintainable medium-pressure thermodynamic steam trap with flanged connections and an integral strainerTD32FLC is the low-capacity routeTD32FA and TD32FALC include an anti-air-binding disc for start-up air releaseDN15, DN20 and DN25, including corresponding LC low-capacity sizesANSI B16.5 Class 150 / 300, DIN 2501 PN40 and JIS / KS 10 / 16 / 20PN40, with maximum operating pressure at 32 bar g0.25 bar g; maximum back pressure is 80% of upstream pressureBefore moving into final specification, confirm whether the duty should stay on
standard TD32F, move to TD32FLC for low-capacity service, or use TD32FA / TD32FALC when start-up air release and anti-air-binding behaviour matter. Also
confirm DN size, flange standard, downstream back pressure, and whether a check
valve or diffuser should be added downstream.
The specification selector above shows the available TD32F PN40 body
specifications for DN15, DN20 and DN25. If the duty needs LC low-capacity
or A anti-air-binding options, include the required model, size, flange rating
and option in the enquiry.
If the project still needs wider family comparison, return to thermodynamic steam traps or the wider steam traps route. If the next step is working-principle confirmation, continue into thermodynamic steam trap knowledge.
TD32F selection usually starts after the project already knows it needs a flanged thermodynamic trap and now needs to confirm DN size, PN40 flanges, low-capacity or anti-air-binding options and back-pressure conditions.
Return to the thermodynamic steam trap category when you need to compare TD32F with TD52, TD42 or the wider disc-trap family.
Review the wider steam trap range when the project still needs comparison between thermodynamic, ball float and inverted bucket formats.
Continue into thermodynamic trap knowledge when the next step is checking operating principle, start-up air release or application fit.