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Steam TrapsForbes MarshallThermodynamic Steam Trap

Forbes Marshall Thermodynamic Steam Trap

A thermodynamic steam trap uses the difference in velocity between steam and condensate to snap a disc shut on steam and open it again on condensate. It is compact, tolerates water hammer and superheat, and is the usual trap for steam mains, drip legs and tracer lines.

As listed, it has a carbon steel body and screwed (threaded) ends. The listed size is 15 mm.

S.K Trading & Co. supplies Forbes Marshall steam traps as a dealer and stockist in Navi Mumbai, to plants and projects across India. Other sizes, body materials, end connections and pressure classes are supplied to your specification, with the manufacturer's test certificates — send your requirement for a quotation within one working day.

Size

  • 15 mm(1/2")

Intermediate and larger sizes in this range are supplied to order — tell us the size you need and we will confirm availability.

Specifications

Technical specifications for Forbes Marshall Thermodynamic Steam Trap
MakeForbes Marshall
Type & construction
DesignThermodynamic
Materials
Body MaterialCarbon Steel
Disc MaterialStainless Steel
Size, rating & connections
Size15 mm
Max Operating Pressure16 Bar
Max Operating Temperature250 °C
End ConnectionScrewed (Threaded)

Specifications are as listed for this item. Alternative sizes, body materials, end connections and pressure classes are available to order.

Across our steam traps range

Full guide →

Typical market ranges for this type of valve, not a statement about this item.

Sizes
15 mm to 100 mm
Ratings
Up to about PN63, depending on type
Materials
Cast iron, SG iron, carbon steel, forged steel, stainless steel
Standards
EN 26554, ISO 6704, IBR on request
  • Make stated on the quotation
  • Manufacturer’s test certificate on request
  • IBR certification available where specified
  • Dispatch across India from our Navi Mumbai godown

Related steam traps

Steam TrapsSpirax Marshall

Spirax Thermodynamic Steam Trap

Size

15 mm
Body Material
Carbon Steel
End Connection
Screwed (Threaded)
Design
Thermodynamic
Max Operating Temperature
250 °C
Details