CS41HCS11H疏水阀CS41HCS11H疏水阀自由浮球疏水阀:CS41H-16C法兰自由浮球疏水阀CS11H-16C法兰自由浮球疏水阀主要部件材料表部件名称(Componentname)材料(Materials)阀体、阀盖(BodyandCap)碳钢WCB浮球(FloatBall)不锈钢(austeniticstainlesssteel)隔罩、过滤网(CaulkingshellandScreenl)不锈钢austeniticstainlesssteel)阀座(seat)不锈钢(chromestainlesssteel)性能***低工作压力Minimumoperatingpressure0.01MPa节能效果Metreeffects15-40%***小过泠度≈Minimumsubcooledtemperature0℃铸铁阀体***高允许温度MaxTemperatureforCast-ironBody200℃有负荷漏汽率≈RateofLoadsteamloss0铸钢阀体***高允许温度MaxTemperatureforCast-steelBody425℃***高允许背压率RateofLoadsteamloss80～85%适用介质suitableMedium蒸汽、凝结水SteamCondensateWate独特点：UniqueFeatres★本产品采用自动防气锁装置的***Y系列元件和高精度研磨的不锈钢空心浮球制造，具有***节能，经久耐用的优越性能。●ThisproductadoptingautomaticprotectionairlockandtheadvancedYseriescomponentandstainlesssteelforwithhihtaccuracygrindingwithhollowfloating,h***ingenergyc***ervationefficiently,durableserviceascendantfunction.优点：Advantage★能连续排放饱和凝洁水，加热设备内不会有水积聚，从而获得***高的加热效率。★蒸汽压力变化时不受影响，工作连续，性能稳定。★漏汽率小：产品的1cr18Ni9Ti浮球全部采用***研磨工艺制造，浮球精度高，密封性能好。★确保加热设备温度稳定。Y型元件能自动排除不凝洁冷、热气体，杜绝气锁现象，提高加热效率。★使用寿命长。高精度浮球的整个球面都可以做密封面，无集中磨损。★过冷度小，背压率高。在加热设备和凝结水回收系统工程上使用，更显其优越性能。●Exhaustingcontinuouslythesaturationcondensedwater,heatingequipmentscan'taccumulatethewater,acquiredthehighestheatingefficiency.●Uninfluencedwhensteampressurechange,workingcontinuously,thefunctionstabilizintg●Thelittlerateofairleakage,the1cr18Ni9TiofYingqiao'sseriesproductsfloatingalladoptadvancedgrindsandcraft,floatingaccuracyhigh,sealedwellwithcapability.●Insuringtheheatingequipments/stemperaturestabilizes.TheYtypecomponentcanexcludeautomatically,notcoagulatedcold,hotgas,eradicateairlockphenomenon,improveheatsefficiency.●Thelongservicelife.Thewholesphereofhighprecisionfloatingcanbedonethesealant.h***enotheconcentrationwearandtear.●Lowundercoolingdegree,theratehighbackpress.Ontheheatingequipmentswithcondensedwaterandtherecoverysystemengineering,evenshowitsascendantfunction.工作原理：PrincipleofWork该阀门利用浮力原理，浮球根据***水量的多少，随水位于变化而作升降自动调节阀座孔的开度，连续排放凝结水。当凝结水停止进入时，浮球靠自重降到底部，回到关闭位置，排水停止。由于排水阀座孔总是在凝结水位以下，形成水封、水汽自然分离，达到无蒸汽泄漏。Accordingtotheprincipleofbuoyancy,floatingballfluctuatesaccordingtocondensationwaterlevel,ltcanautomaticallyregulatejawopeningofvalveseataperture,drainingcondensationwater,Whencondensatestopsfloodingin,floatingballbacktothebottombasedonitsownweight,valveclosedanddrainingstopped.Duetowaterclosing,inwhichvalveseataperturebelowthecondensatelevel,steamandwaterseparatedautomatically,noairleakage.)