What principle does the thermostatic steam trap work on?

Thermodynamic steam traps have a unique operating principle which relies on the dynamics of water and flash steam. They are simple, robust and reliable and can operate up to very high temperatures and pressures.

What is a steam trap and how does it work?

A steam trap is a valve designed to sense the difference between steam and condensate, and drain the condensate from the line. Steam traps allow only condensate and gases to drain and “traps” the steam in to provide heat and power.

What are 3 types of steam traps?

Three Categories of Steam Trap Based on Operation Principles. Mechanical Steam Traps. Thermodynamic Steam Traps. Thermostatic Steam Traps.

What is the purpose of the thermostat in a F steam trap?

There is a thermostat inside the trap that allows air to pass and closes to steam.

What is the characteristic feature of thermostatic steam traps?

The valve is off its seat and is wide open, allowing unrestricted removal of air. This is a feature of all balanced pressure traps and explains why they are well suited to air venting. As condensate passes through the balanced pressure steam trap, heat is transferred to the liquid in the capsule.

What is a float and thermostatic steam traps?

Float & Thermostatic Steam Traps. Fs contain a float-operated valve to continually discharge condensate and a thermostatic air vent which discharges air. Body materials available are Cast Iron, Ductile Iron, Cast Steel, & Stainless Steel for pressure up to 450 psig.

What happens when a steam trap fails?

When a steam trap fails open, it simply acts like an open valve and hence, a lot of steam would leak through it. As a result, the overall steam consumption of the plant will go up, reducing the efficiency of the operation.

Where are steam traps needed?

In Front of Manual Valves Closed for a Long Time Similarly, a steam trap is needed at the end of a pipe run (end of main) to help drain the system for safe and effective operation.