WT2000 Thermostatic Steam Traps

DRIP, TRACING, PROCESS: The WT2000* thermostatic steam trap is used for drip, tracing, and process applications. Their compact size, all stainless steel construction, excellent air & handling capabilities, and the ability to operate over a wide & pressure range make them a good choice for most applications. They can also be used as an air vent on heat exchangers. Thermostatic traps are far superior to bucket traps and thermodynamic traps in their ability to remove air from the system. The discharging of air on start up allows steam to enter the system more quickly.
* WT2001 refer to 3/16″ orifice size and should be used on all drip and tracing applications,WT2003 refer to 5/16″ orifice size.

  • Thermostatic traps are excellent at discharging air, which allows steam to enter quickly; extremely important during start-up
  • Freeze-proof when trap is installed in a vertical orientation allowing for complete condensate drainage
  • Welded stainless steel thermal element resists shock from waterhammer
  • Body is produced from stainless steel investment casting
  • Hardened stainless steel seat for extended service life
  • Integral strainer to protect trap from contamination
  • Will operate at steam pressures up to 650 PSIG
ModelSizeTypeOrifice SizeMax PMO (psig)
WT2001-13-N3/4"NPT3/16"650
WT2001-12-N1/2"NPT3/16"650
WT2003-12-N1/2"NPT5/16"650
WT2003-13-N3/4"NPT5/16"650

Catalog Spec Sheet

I&M

Application Data Sheet – Fill Out and Return for Accurate Quote

Description

WT2000 Thermostatic Steam Traps are extremely energy efficient and excellent at discharging air allowing steam to enter the system quickly during system startup. Models are available in Stainless and alloy steel for Drip, Tracing, and medium size Process applications. Pressures up to 650 psig.

  • Superior air venting capability and extremely energy efficient
  • Single model operates over the entire pressure range in contrast to (F&Ts & IBs)
  • Considerably Smaller in size than F&Ts & IB traps of similar capacities
  • Self-draining to prevent freezing (unlike F&Ts and IB traps)