الدعم والخدمات

With certain separation of steam and condensate, no leakage by involvement from sheet surface, no loss by the steam leak due to wear of a sheet surface.

Condensate can be efficiently discharged from any part of equipment, steam piping of steam system, and heat exchanger, and piping system.

Since air always exists in a system not only in the time of starting. If trap has a positive discharge function of non-condensable gas, such as air, the thermal efficiency of a heat transfer surface improves.

In boiler feeding, during simple softened water processing and water softener processing, carbon dioxide is contained in steam, if steam become condensate, it dissolve and pH of condensate is reduced, and carbonic acid corrosion of heat exchanger or the piping is conducted. Therefore, carbon dioxide can be discharged at saturated steam temperature like air.

Steam pressure power is not always constant and, in a heat exchanger, the inlet side pressure of the heat exchanger is different from that of the trap. Therefore, even if pressure fluctuation occurs, a function does not fall or stop. It can be used under any pressure. Although the pressure in a condensate recovery pipe influences as back pressure for a trap, it can operate certainly without being influenced by this pressure.

A trap is especially simple for structure, there are few operation portions, and operational check and decomposition check be easy for it at the key point using a suitable material.

The operating portion of a trap consists of structure and material excellent in wear resistance and corrosiveness-proof, and is superior in durability, and an initial cost and its running cost are cheap.

Although there are models which built in the strainer inside of a trap, most pass 1 mm or less of small foreign substances. Moreover, these are brought together in a trap. Therefore, it has the structure which can keep operation and does not produce steam leak even if there are such foreign substances.