Produktname: Fisher DSA Steam Conditioning Desuperheater
Marke: Fisher
Produktcode: DSA
Stichwörter: Fisher
DSA Steam Desuperheater
DSA Steam Desuperheater
Fisher Steam Conditioning
DSA Desuperheater
Fisher DSA Steam
Fisher Steam Conditioning Desuperheater
Fisher DSA Conditioning Desuperheater
DSA Steam Desuperheater
Conditioning Desuperheater
Steam Conditioning
Fisher DSA
Fisher Conditioning Desuperheater
DSA Steam Conditioning Desuperheater
Conditioning Desuperheater
Fisher Steam Conditioning
Steam Conditioning Desuperheater
DSA Conditioning
DSA Steam Desuperheater
DSA Desuperheater
Steam Conditioning Desuperheater
Interessieren Sie sich für das Produkt Fisher DSA Steam Conditioning Desuperheater vom Hersteller Fisher mit dem Code DSA? Kontaktieren Sie uns jetzt und holen Sie sich ein Angebot. Imtek Engineering, der schnellste und zuverlässigste Lieferant von Industrieausrüstung der Welt, wird Ihnen das beste Angebot machen!
Angebot per E-Mail erhalten: info@im-tek.com
Holen Sie sich jetzt ein Angebot für Fisher DSA Steam Conditioning Desuperheater von unserem Live-Support-Team!
Fisher™ DMA, DMA-AF, DMA-AF-HTC, DSA, and DVI Desuperheaters Fisher DMA, DMA-AF, DMA-AF-HTC, DSA, and DVI desuperheaters can be used in many applications to efficiently reduce the temperature of superheated steam to the desired set point. Available variations are mechanically atomized (both fixed geometry and variable geometry) and steam assisted. Desuperheaters are available for installation in steam lines from DN25 through DN1500 (NPS 1 through 60) in diameter and are capable of maintaining steam temperatures to within 6C (10F) of saturation temperatures.FeaturesNozzles can be maintained or replaced without having to replace the entire unit.The DSA desuperheater is capable of 40:1 rangeability.DSA desuperheater can be located wherever is convenient in the pipeline.In the DSA desuperheater, high-pressure steam is mixed with the spraywater to produce a critical or near-critical pressure drop in the atomizing steam for a very high velocity. The high velocity disperses the spraywater into very small particles