熱泵除濕烘干機

熱泵除濕烘干機

　　Dehumidifyingdryerwithheatpump[SeePolardehumidifyingdryerwithheatpump]機組內置能量轉移裝置，最大限度增加機組的脫水量和回收系統的能量,低能耗,比一般干燥設備節能最高達60％或以上。Anenergytransferdeviceisinstalledintheunittomaximizethedewateringamountofunitandtheenergyofrecyclingsystem.Theenergyconsumptionofunitisuptoormorethan60%lessthantraditionaldryingequipment.利用熱泵和能量轉移升溫,完全不用電熱件,徹底消除了火災隱患，安全可靠。Gettingridofheatingelementswithheatpumpandenergytransferforheating,thisdeviceissafeandreliablebycompletelyeliminatingfirehazard.所有機型均采用先低溫除水，再升溫干燥的運行模式。Allthemachinesoperateinthemodeofdewateringinlowtemperaturebeforedryingbyheating.干燥過(guò)程可選閉式循環(huán)，降低能耗，避免環(huán)境及人為污染，確保被干燥物料的品質(zhì)，更符合衛生要求。Thedryingcanbeinclosedcyclingforenergyreduction.Thiscyclingcanavoidenvironmentalandman-madepollution,andcanensurethatthequalityofmaterialsfordryingmeetshygienerequirements.采用自動(dòng)控制系統，根據不同產(chǎn)品對溫度的要求，選擇最佳干燥溫度,徹底解決了其它干燥方式存在的干燥時(shí)間長(cháng)、溫度高、干燥不均勻、能耗大等諸多問(wèn)題，具無(wú)可比擬的卓越特性。Automaticcontrolsystemisused.Thissystemcanselecttheoptimaldryingtemperatureaccordingtodifferenttemperaturerequirements,completelysolvingtheproblemsoflongdryingtime,hightemperature,unevendryness,largeenergyconsumption,etc.byotherdryingmethods.干燥過(guò)程中物料不變形、不開(kāi)裂、不變色、不變質(zhì)、不氧化、干燥徹底、干燥后復水性好、營(yíng)養成分損失少，儲存期長(cháng),比任何傳統干燥設備更有效地保護干燥物的色、香、味、型和有效成分。Duringthedryingprocess,thematerialhascharacteristicsincludingnodeformation,nocracking,nocolorchanging,nometamorphism,nooxidation,thoroughdryness,goodrehydration,lessnutrientloss,andlongstoragetime.Thecolor,smell,taste,formandeffectivecomponentcanbemoreeffectivelyprotectedthananytraditionaldryingequipment.根據工藝要求，可選擇恒溫、分時(shí)段、曲線(xiàn)等干燥模式的機型，從而使物料達到快速自然干燥的目的。Accordingtotheprocessrequirements,modelswithdryingmodesasconstanttemperature,designatedintervalsandcurvescanbechosen,sothatthematerialcanbedriedquicklyandnaturally.機組整體化設計，現場(chǎng)接上管道及電源即可使用；操作方便，設定好參數后，按開(kāi)關(guān)就可實(shí)現自動(dòng)控制，可靠性高。Unitintegrateddesignmakesitusablebyconnectingpipesandpoweronsite.Operateconvenientlytoachieveautomaticcontrolbypressingon-off,withhighreliability.