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Armstrong International 175A3 3/4″ NPT 175 PSI Cast Iron Float & Thermostatic Steam Trap

Original price was: $696.51.Current price is: $174.13.

Description

The Armstrong International 175A3 is a Series A Cast Iron Float & Thermostatic (F&T) Steam Trap engineered for reliable, continuous condensate discharge in a wide range of steam heating and process applications. With a robust cast iron body and standard 3/4″ NPT connections, this trap is built to handle demanding commercial and industrial steam systems.

Key Features
  • Series A cast iron body construction for long-lasting durability in steam service
  • Float & thermostatic (F&T) design provides continuous condensate discharge and automatic air venting
  • Standard 3/4″ NPT inlet and outlet connections for straightforward installation
  • Rated to 175 PSI maximum operating pressure
  • 7/64″ orifice sizing optimized for controlled condensate flow rates
  • Integrated thermostatic air vent purges non-condensable gases automatically, improving system efficiency
  • Float mechanism responds instantly to condensate levels, minimizing steam loss and water hammer
Product Specifications
  • SKU: 175A3
  • Brand: Armstrong International
  • Series: Series A
  • Body Material: Cast Iron
  • Connection Type: Standard NPT
  • Connection Size: 3/4″ NPT
  • Maximum Operating Pressure: 175 PSI
  • Orifice Size: 7/64″
  • Trap Type: Float & Thermostatic (F&T)
  • Air Vent: Thermostatic Air Vent Included
Applications
  • Steam heating coils and unit heaters
  • Heat exchangers and process equipment
  • Steam distribution mains and drip legs
  • Commercial and industrial boiler systems
  • Steam tracing and temperature maintenance lines
Why Choose Armstrong F&T Steam Traps?

Armstrong International is a globally recognized leader in steam system solutions. The Series A F&T steam trap combines a buoyancy-driven float valve with a thermostatic bellows element to deliver continuous, modulating condensate discharge while simultaneously venting air and non-condensable gases. This dual-action mechanism helps maintain optimal heat transfer efficiency, reduces energy waste, and protects downstream equipment from the damaging effects of water hammer and air binding.