斯普柯林风道式电极蒸汽加湿器产品推介
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Why dry yourcompressed air?Compressed air contains oil, solid particles and water vapors. It is theinherent result of the compression process, which concentrates thenatural water vapors and particles in the air that surrounds us. Thisuntreated compressed air poses a substantial risk to your air system andend products. Its moisture content alone can cause corrosion in pipework, premature failure of pneumatic equipment, product spoilageand more. An air dryer is therefore essential to protect your systemsand processes.Refrigerant dryersby Atlas CopcoAtlas Copco’s refrigerant dryers provide the clean, dry air you need+) to expand the life of your equipment and ensure the quality of yourproducts. Our FD and FX dryers are designed in-house and tested usingthe most stringent methods. They meet or exceed the internationalstandards for compressed air purity and are tested according toISO 7183:2007.253614Controls the speed of the compressor to match your air demand and ensure the highest possible energy savings.1Opens the drain only when needed to eliminate unnecessary loss of compressed air during timed draining.4Counter-flow compact brazed plate or aluminum heat exchanger, with air-to-air side for optimum cooling efficiency and the lowest possible pressure drop.2®Touch controllerProvides advanced control and allows for remote monitoring.5Low velocity with high separation efficiency, even in low flow conditions.3Ensures plug-and-play installation.6VSD for superior energy savingsAtlas Copco’s in-house developed VSD technology matches your FD dryer’s power consumption to your production’s actual airflow. While a traditional refrigerant dryer can only be turned on or off, Atlas Copco’s FD VSD mirrors your production’s demand for compressed air as it fluctuates during the day, week or year. This ensures supreme energy savings as well as a stable dew point.Minimal environmental impactFD VSD dryers use the CFC-free R410A refrigerant, which has an ozone depletion potential (ODP) of zero. The refrigerant meets the strict F-Gas regulations and, due to its low powerconsumption, has an an outstanding TEWI (Total Equivalent Warming Impact) performance.Optimum performance and safety in all conditions• Hot gas bypass valve prevents freezing at lower loads.• The extremely reliable R410A rotary compressor provides the best performance with minimum environmental impact.Capillary tubes cope with all conditions – no moving parts for extra reliability.• Condenser with louvered fin technology for improved performance in dusty environments.Advanced remote monitoring and control• High-tech Elektronikon ® Touch controller with warning indications, dryer shutdown and maintenance scheduling. • Standard SMARTLINK remote monitoring to maximize air system performance and energy savings.Robust and compact design• Forklift opening for smooth transport. • Easy front and side panel access.• No bulky thermal mass heat exchanger needed to save on energy.FiltersIf your production requires higher levels of air quality andfiltration, UD + filters can be added on to your FD VSD dryer.Power consumptionVSD dryerFixed speed dryerSupreme energy efficiency• The FD offers a low pressure drop – typically below 0.2 bar/2.9 psi – and minimal energy consumption.• The compact brazed plate or aluminum heat exchanger was designed specifically to provide optimal pre-cooling and the lowest possible pressure drop.• The electronic no-loss condensate drain comes with a level sensor to open the drain only when needed, preventing unnecessary loss of compressed air.Comprehensive control and monitoring options• The Elektronikon ® Alpha controller displays the pressure dew point and relative humidity.• Remote alarm and start/stop control through voltage-free contact.• Additional features such as alarm history and standard remote visualization.Easy installation and long maintenance intervals• Small footprint thanks to an innovative all-in-one design. • Delivered ready for use, minimizing costly production downtime.Low environmental impactFD dryers use CFC-free refrigerants (R134A and R410A) with an ozone depletion potential (ODP) of zero.Counter-flow compact brazed plate or aluminum heatexchanger, with air-to-air side for optimum cooling efficiency and the lowest possible pressure drop.2condensate drainWith level sensor, backup manual drain and drain alarm.4separatorLasts longer thanks to limited vibrations, minimal moving parts, and reduced risk of leakage.1Reduces energy consumption and optimizes the pressure dew point at very low temperatures.5Low velocity with high separation efficiency even in low flow conditions.3Ensures stable pressure dew point and prevents freezing at lower loads.6connectionAllows for plug-and-play installation.8Eliminates the chance of moisture entering the compressed air system.7Reliable performance in tough conditions• Hot gas bypass valve prevents freezing at lower loads.• R134A piston compressor with high coefficient of performance (extremely reliableR410A rotary compressor for models FD 60-FD 95) provides the best performance with minimum environmental impact. Capillary tubes cope with all conditions – no moving parts for extra reliability.• Condenser with louvered fin technology for improved performance in dusty environments.3748152637481526Pressure dew point precisionThe FX comes in a wide range of sizes (7-300 l/s or 15-636 cfm) to offer a steady pressure dew point as low as +3°C/+37.4°F. Its easy to use digital display precision-measures and monitors the pressure dew point and dryer performance.Digital display• Pressure dew point: exact measurement and visual monitoring. • Status: refrigerant compressor and fan.• Alarms: high/low pressure dew point and probe failure.• Service warning.ReliableBuilt according to the stringent Atlas Copco standards, the FX is made of high quality, generously sized components.Hot environmentsHigh ambient temperatures can put your equipment to the test. The FX range offers several high temperature models that ensure dependable performance in conditions up to 46°C/115°F.Significant cost savings• Increased reliability and lifetime of tools and equipment.• Reduced pipe work leaks and thus a lower energy bill.• Less equipment breakdowns and operational interruptions.• Minimal chance of product damage as a result of moisture carryover.Sustainable refrigerantThe FX range comes with refrigerant that is compliant with F-Gas regulations to ensure the lowest possible carbon footprint and energy consumption.separatorNo chance of moisture entering the compressed air system.1Ensures stable pressure dew point and eliminates the possibility of condensate freezing.2Provides peace of mind through precise monitoring of pressure dew point.3connectionAllows for plug-and-play installation.4componentsFor straightforward servicing.5Offers high efficiency for better pressure dew point.6with integrated liquid separatorLasts longer thanks to limited vibrations, minimal moving parts, and reduced risk of leakage.8For a small footprint.7VSD:a game-changer in energy savingsWhen purchasing a refrigerant dryer, the main focus is usually on the initial cost. However, this only represents approximately 10% of the lifecycle cost of the dryer. Energy, maintenance and installation make up the bulk of your actual dryer costs. Direct and indirect (pressure drop) energy costs are the most important.Indirect energy costsIndirect energy costs are related to the extra energy your aircompressor must consume to overcome the pressure drop that takesplace in the air dryer. By design, Atlas Copco FD VSD dryers offer a lowpressure drop and efficient heat transfer – both of which contribute toFD VSD 100-300:Elektronikon ® Touch controller• 4.3-inch high-definition color display with clear pictograms and service indicator.• Internet-based dryer visualization using a simple Ethernet connection.• Automatic restart after voltage failure.• Built-in SMARTLINK online monitoring.• More flexibility: four different week schedules.• Graphical service plan indication.• Remote control and connectivity functions.SMARTLINK & Total ResponsibilityGet the most out of SMARTLINK as part of a Total Responsibility Plan. Step back, relax, and let our service engineers monitor your compressed air system. We know exactly when to serviceyour machines, diagnose any issues and be there on time to fix them.FD 5-95:Elektronikon ® Alpha controller• Exact measurement and visual monitoring of pressure dew point and ambient temperature.• High/low pressure dew point alarm.• Relative humidity indicator.• Energy saving mode.• Switch off at freezing alarm.• Alarm history and standard remote visualization.FX 1-16: Digital display• Pressure dew point: exact measurement and visual monitoring. • Energy saving mode.• Alarms: high/low pressure dew point and probe failure.•Service warnings.SMARTLINK: Data Monitoring ProgramSMARTLINK captures live data from your compressed air equipment and translates it in clear insights. At a glance, you can check uptime, energy efficiency and machine health.• Remote monitoring that helps you optimize your compressed air system and save energy and costs.• Provides a complete insight in your compressed air network.• Anticipates potential problems by warning you upfront.• Efficient service planning and parts handling to give you improved uptime.Advanced controlAtlas Copco’s refrigerant dryers are built to reliably and efficiently deliver quality air. But in the end, it’s all about how they perform on your work floor, meeting your individual needs and responding to your specific conditions. That is why the FD VSD, FD and FX come with comprehensive control options to allow you to get the best performance from your Atlas Copco dryer.Remote monitoringHow refrigerant dryers workA refrigerant dryer uses a refrigerant circuit and heat exchanger(s) to pre-coolair, refrigerate it to condense out moisture vapor, and then re-heat the air toAir circuit1Air-to-air heat exchanger: Incoming air is cooled downby the outgoing dry, cold air2Air-to-refrigerant heat exchanger: The air is cooled tothe required dew point by the refrigerant circuit. Thewater vapor condenses into water droplets3Integrated water separator: The moisture is collectedand evacuated by the electronic drainRefrigerant circuit4Refrigerant compressor: Compresses the gaseousrefrigerant to a higher pressure5Regulation device: The hot gas bypass valve regulatesthe dryer to prevent freezing at lower load conditions6Refrigerant condenser: Cools the refrigerant so that itchanges from a gas to a liquid7Refrigerant filter: Protects the expansion device fromharmful particles8Thermostatic expansion valve: The expansion processreduces the pressure and cools the refrigerant further9Liquid separator: Ensures that only refrigerant gasenters the compressorHot refrigerant gasCold refrigerant liquidExpanded refrigerant liquid2935 0868 41 © 2020, A t l a s C o p c o A i r p o w e r N V , B e l g i u m . A l l r i g h t s r e s e r v e d . D e s i g n s a n d s p e c i fi c h a n g e w i t h o u t n o t i c e o r o b l i g a t i o n . R e a d a l l s a f e t y i n s t r u c t i o n s i n t h e。
·干蒸汽加湿器系列干蒸汽加湿器系列·电极加湿器系列1、干蒸汽加湿器工作原理(点击下图看放大图)·风管式湿膜加湿器饱和蒸汽从蒸汽入口进入加湿器,蒸汽在蒸汽套杆中轴向流动,利用蒸汽的潜热将中心喷杆加热,确保中心喷杆中喷出的是纯的干蒸汽,即不夹带冷凝水的蒸汽。
饱和蒸汽进入套管后,进入汽水分离室。
分离室内设折流板,使蒸汽进入分离室后产生旋转,且垂直上升流动,从而高效地将蒸汽和冷凝水分离;分离出的冷凝水从分离室底部通过疏水器排出。
当需要加湿时,打开调节阀,干燥的蒸汽进入中心喷杆,从带有消声装置的喷孔中喷出,实现对空气的加湿。
2、干蒸汽加湿器特点:1.采用美国先进的汽—水分离技术和汽水分离机构,汽水分离更加彻底,绝无喷水现象。
2.属于等温加湿,加湿效率高,可达95%以上。
3.独特的双层蒸汽套管,保证所喷出干蒸汽绝无喷水和噪音现象。
4.采用全不锈钢材料制造,外型美观,耐腐蚀,寿命长。
5.独特的消音结构,确保蒸汽在流动和喷射过程中绝无哨音或噪音。
6.电动、电磁干蒸汽为一体化结构,可以实现湿度的远程精确调节控制。
7.当要求的加湿量比较大时,可采用多喷杆结构3、干蒸汽加湿器的型号:4、蒸汽加湿器形式(1)手动干蒸汽加湿器(RQS)系列(查看手动干蒸汽工作原理图请点击这里)、手动干蒸汽加湿器的执行机构手动调节阀,采用不锈钢材料制造,抛物线型柱塞阀芯,行程20MM,完全能够满足对加湿量要求的可靠调节和控制型号15型20型25型32型额定流量系数(Kv)2.85.4915泄露量(ml/min)0.91.51.53.0(2)电磁干蒸汽加湿器(RQC)系列(查看电磁干蒸汽工作原理图请点击这里)电磁干蒸汽加湿器的执行机构采用专用蒸汽电磁阀,在接通电控信号后,断电则靠弹簧自动复位关闭,实现湿度的远程调节和控制,其性能参数见下表。
型号15型20型25型32型介质温度(℃)0-180工作压力(MPa)0-1.6介质类型饱和蒸汽额定流量系数(Kv)2.85.4915泄露量(ml/min)0.91.51.53.0阀座、阀芯材料不锈钢电源AC220V/50Hz 或DC24V功耗AC66V A 或DC50W3.电动干蒸汽加湿器(RQD)系列(查看电动干蒸汽工作原理图请点击这里)查看电动干蒸汽结构图请点击这里电动干蒸汽加湿器的执行机构选用国外先进的蒸汽电动调节阀和电动执行器,符合国际IEC标准,可以接受控制仪表和计算机输出的各类控制信号,并将此信号转变为相应的线形位移,自动调节蒸汽流量,实现对湿度的远程精确控制,其性能参数见下表。
电极加湿器工作原理:电极式蒸汽加湿是一种简便高效的加湿方法。
利用它金属电极插入有水的容器中,一般水中都含有导电介质,这时水就作为电阻,当电流流过水中时,导电介质不断的剧烈运动,从而产生热量(利用电阻的热效应),当水被加热至沸腾后就产生蒸汽,进行加湿。
加湿过程中,加湿控制模块时刻检测加湿电流的强度,再与目标加湿电流强度进行比较,从而控制进水阀和排水阀的动作,通过进排水阀的动作来控制加湿罐内水位的高低从而实现控制蒸汽的产量,达到自动精确控制加湿的目的。
电极加湿的控制方式分为开关式和比例式,比例调节控制能使加湿量无极连续产生,保证加湿的精确需求。
自动上水补水并自动调整合适的水位:开机自动上水,工作时自动补水并根据水质、水温及上、排水流量自动调整加湿罐内合适的工作水位。
i主水杯使用条件■驱:l-IOhar (0. 1-lMPs;■:酋迪自来水】■匸作斤力J{J bar■常岀lOOOPa■讣1見芯庶:1■啜护岳墟:IP43自动清洗:控制板根据水质和电流变化率自动调整清洗次数和清洗时间。
极限水位限制功能:因水质、电极水垢等原因使电流检测失效,加湿罐水位升高到极限值接触到极限水位电极,控制板自动强行关闭进水阀。
电极式加湿器的优点:加湿迅速、均匀、稳定、高精度、高效率、无水滴喷泻、无白粉、无任何杂质、完全杀死细菌,是世界公认的最为洁净卫生的加湿方式。
特别适合于对环境要求严格的生物、制药、食品等车间场所以及对舒适性要求比较高的环境。
加湿显示-工作指示电源开关面板图体积小巧紧凑,可按用户要求任意组合安装,确保系统部件的连接配套。
有开关型控制精度5%比例型可以实现比例控制,在最大加湿量的20-100%之间自动调整。
小电流、大电流及异常故障保护功能:①因水垢等原因在一定的时间内加湿电流达不到额定值;② 因水质及其它异常原因使电流超过极限值;③其他异常原因致使加湿控制板故障等;以上三种情况任意一种情况发生控制板都会自动停止工作。
干蒸汽加湿器引进国外先进的水—汽分离技术,使汽水分离加倍完全。
蒸汽式加湿器采纳国外先进的汽水分离技术和汽水分离机制,将通过滤的饱和蒸汽导入饱和蒸汽入口,饱和蒸汽在蒸汽套杆中轴向流动,利用蒸汽的潜热将中心喷杆加热,确保中心喷杆喷出纯的干蒸汽,即不含冷凝水的蒸汽。
操纵方式多样化,有手动式、电磁式和电动式干蒸汽加湿器等,配套温湿度操纵器精准远程操纵,欢迎咨询。
型号:AZQ系列类别:干蒸汽加湿器—空调配套加湿器品牌:百力拓强干蒸汽加湿器是新一代加湿产品其特点是加湿量大,加湿效率高,调剂灵活,操纵稳固,节约能源等优势,是对无尘无菌环境进行湿度调剂的好帮手,是电子行业,制药行业,食物行业,医院等的首选方案。
工作原理:是由锅炉生产具有必然压力和温度的饱和蒸汽,经输气管路和进气调剂阀进入蒸汽加湿器的汽水分离减压室,再通过电磁阀或比例调剂阀进入喷管。
干蒸汽加湿器普遍应用于各类组合空调机组,新风机组的系统中,亦可用于送风管道静压箱等精准操纵型干蒸汽加湿器概述干蒸汽加湿器具有蒸汽散布均匀,无局部过饱和现象;安装简单、保护费用低,能够对湿度进行精准远程操纵;加湿快速、干净等优势,已普遍应用于制药车间、医院手术室、电子厂、印刷、纺织、烟草、菌类培育室等对湿度精度要求高的场所。
北京百力拓强干蒸汽加湿器显著特点1.引进国外先进的水—汽分离技术,使汽水分离加倍完全;2.属于等温干净加湿,加湿效率高,可达95%以上;3.外置式采纳独特的双层套管和消声装置,确保所喷出干蒸汽绝无喷水和哨声现象;4.电动、电磁干蒸汽为一体化结构,可实现湿度的远程精准操纵;5.内置式可帮忙用户解决因安装空间所局限的苦恼;6.采纳全不锈钢材料制造,外形美观,安装方便,耐侵蚀,寿命长;7.单台加湿量最大可达760Kg/h性能靠得住,安装方便.利用蒸汽噴杆喷雾的干蒸汽加湿器工作原理:蒸汽式加湿器采纳国外先进的汽水分离技术和汽水分离机制,将通过滤的饱和蒸汽导入饱和蒸汽入口,饱和蒸汽在蒸汽套杆中轴向流动,利用蒸汽的潜热将中心喷杆加热,确保中心喷杆喷出纯的干蒸汽,即不含冷凝水的蒸汽。
电极加湿器之参数说明[产品简介] 电极加湿器适用于对于周围环境卫生有高要求的行业。
当液态水通电加热后产生水蒸气,使得空气湿度增加。
从电极式加湿器产生的水蒸气是最健康和干净的。
所以经常应用于医院,手术室,实验室,机房,电子产品车间,食品储存室,银行和电信机房以及小型房间等。
[技术参数] 电极加湿器参数说明[产品分类] 电极式加湿器,OEM电极加湿器,小电极加湿器,机房电极加湿器[产品图形] 电极加湿器实物图:[产品组成] 电极加湿器主机配置部件:箱体、加湿罐、进排水电磁阀、底托、控制板、蒸汽软管、蒸汽分布管、冷凝水管,湿度控制器(选配)。
电极加湿器简介:电极式加湿器就是热蒸发型加湿器,直接蒸发式加湿器通常被称为纯净型加湿器。
其工作原理是将水在加热体中加热到100度,产生蒸气,用风机将蒸气送出。
所以电极式加湿器是技术最简单的加湿方式,缺点是能耗较大,不能干烧,安全系数较低,优点是加湿为洁净加湿,不会对空气产生污染,纯净加湿技术则是加湿领域刚刚采用的新技术,纯净加湿器通过分子筛蒸发技术,除去水中的钙镁离子,彻底解决“白粉”问题,能够过滤空气且杀灭细菌。
电极式加湿器一般和中央空调配套使用,一般不单独使用。
电极式加湿器的类别:电极式加湿器、小电极加湿器、OEM电极加湿器、蒸汽加湿器等。
电极式加湿器配件主要有:加湿桶、电磁阀、控制电路板等,我公司配有各种规格的加湿罐。
精密空调用加湿罐、卡乐加湿桶、嘉乐斯乐加湿桶、思探得加湿桶、诺德曼加湿桶、康迪加湿桶、德瓦泰克加湿桶、法亚加湿桶、爱默生机房空调专用加湿罐dm3000、阿特拉斯空调专用加湿桶、用于雅利顿、丹科、艾苏威尔等机房空调加湿桶。
电极加湿器应用于医药厂房、手术室:电极加湿器应用于医药厂房、手术室等,这些场所环境对湿度的要求更是具有必要性的,并且洁净加湿,如果湿度不够将会造成药品等级下降、细菌增多、伤口不易愈合等问题。
根据测定,人感觉最舒适的环境温度在25℃左右,相对湿度在45%~55%RH这个区间,过低的相对湿度会造成皮肤干裂及瘙痒等现象,合适的相对湿度会使人感觉非常舒适,维护人体健康,提高工作效率。
北京斯普柯林电子技术有限公司是国外诸多品牌加湿器OEM贴牌商和产品制造商。
专注于机房空调系列产品加湿器配件研发和销售,全新引进意大利的系列新式加湿器用蒸汽设备(加湿桶、加湿罐)原装意大利BTRUN进水电磁阀,卡乐新式排水电磁阀等部件,具备原装加湿器完全等同的工艺标准,使用寿命达到原装产品水平。
适用于专业的机房空调损耗品代替更换. 也可根据不同加湿器要求,设计适用于不同加湿量要求的1、卡乐全系列(1-15kg/h)机房空调加湿器用加湿罐加湿桶北京斯普柯林生产的系列加湿桶(加湿罐),采用了原装生产工艺技术,产品性能和使用寿命均达到原装产品的技术要求和应用标准。
全系列蒸发桶都配有原装形式大型电镀耐腐蚀电极以及覆底式大型过滤器。
卡乐加湿器供应规格:BL0SRF00H1(3.0kg); BL0T1C00H1(H2)(3.2kg)/BL0T2C00H1(H2)(5,8kg); BL0T3C00H2(H0)(10,15kg)BLOT4C00H0(25,35kg); BLOT4B00W0(45kg);加湿桶可完全与下述各种机房空调用加湿桶配套更换:意大利海洛斯S23(HIROSS)、意大利海瑞弗(HiRef)、丹考空调,艾默生3000空调、德国阳光Sonnenschein、法国CITEL、英国威尔信(FG WILSON)、法国西电(SDMO);机房专用空调的品牌有海洛斯(HIROSS)、力博特(LIBERTY)、史图斯(STULZ)、蒙特(MONTAIR)、佳力图(CANTAL)、阿尔西RC、优力(UNITFLAIR)、菲尼克斯(PHOENIX)、美兰日兰,依米糠等知名品牌的机房专用空调。
也可广泛应用于南京天加,广州申菱,广东吉荣等知名空调企业品牌。
2、加湿器进水电磁阀\排水电磁阀进水阀应用:广泛应用于各种进口,国产品牌机房空调加湿器的进水阀,上水电磁阀的更换和配套应用。
有AC24V和AC220V两种规格。
内置进水过滤器和流量限制器。
电极加湿器工作原理:电极式蒸汽加湿是一种简便高效的加湿方法。
利用它金属电极插入有水的容器中,一般水中都含有导电介质,这时水就作为电阻,当电流流过水中时,导电介质不断的剧烈运动,从而产生热量(利用电阻的热效应),当水被加热至沸腾后就产生蒸汽,进行加湿。
加湿过程中,加湿控制模块时刻检测加湿电流的强度,再与目标加湿电流强度进行比较,从而控制进水阀和排水阀的动作,通过进排水阀的动作来控制加湿罐内水位的高低从而实现控制蒸汽的产量,达到自动精确控制加湿的目的。
电极加湿的控制方式分为开关式和比例式,比例调节控制能使加湿量无极连续产生,保证加湿的精确需求。
自动上水补水并自动调整合适的水位:开机自动上水,工作时自动补水并根据水质、水温及上、排水流量自动调整加湿罐内合适的工作水位。
自动清洗:控制板根据水质和电流变化率自动调整清洗次数和清洗时间。
极限水位限制功能:因水质、电极水垢等原因使电流检测失效,加湿罐水位升高到极限值接触到极限水位电极,控制板自动强行关闭进水阀。
电极式加湿器的优点:加湿迅速、均匀、稳定、高精度、高效率、无水滴喷泻、无白粉、无任何杂质、完全杀死细菌,是世界公认的最为洁净卫生的加湿方式。
特别适合于对环境要求严格的生物、制药、食品等车间场所以及对舒适性要求比较高的环境。
体积小巧紧凑,可按用户要求任意组合安装,确保系统部件的连接配套。
有开关型控制精度5%,比例型可以实现比例控制,在最大加湿量的20-100%之间自动调整。
小电流、大电流及异常故障保护功能:①因水垢等原因在一定的时间内加湿电流达不到额定值;②因水质及其它异常原因使电流超过极限值;③其他异常原因致使加湿控制板故障等;以上三种情况任意一种情况发生控制板都会自动停止工作。
注:利用手动排水将排水阀打开,将加湿罐中水排净,然后重新开机工作。
注:如有时加湿失控时,喷杆带水、整机不工作或超流使用。
请使用手动排水阀(5排水电磁阀上有手动开关,向里推进保持到水排净)排净罐体内的水,然后开机工作。
电极加湿器是洁净等温加湿,加湿效率高,可实现开关量
或比例量进行调节控制,蒸汽输出量在1-120Kg/h,加湿量
大加湿速度快。
电极加湿器的参数包括型号、加湿范围、功率、工作电流、安装体积等。
例如,AD-05型号的加湿范围为2\~4kg/h,功
率为1.5\~3.0KW,工作电流为2\~4A,安装体积为
370\*230\*500mm。
其他型号如AD-10、AD-15、AD-23、AD-32、AD-45和AD-90也都有各自的参数。
此外,电极加湿器还有小型的,如百力拓强的AFC系列小
电极加湿器,技术参数包括电压功率、适用房间面积等。
例如,AFC-1.0型号的电压功率为220V0.75KW,适用房间面积
为20\~30m2。
其他型号如AFC-2.0和AFC-3.0也有相应的技
术参数。
各种加湿器工作原理、简介暖通南社1、电极式加湿器工作原理:自来水一般都有一定的导电率,把电极片插入自来水中,并与交流电连接在一起,由于水导电,电流会从电极之间的水中通过,传递给水的电能全部转化热能,使水加热产生蒸汽。
电极式蒸汽加湿器产生的蒸汽压力较低,蒸汽不含矿物质,没有细菌及白粉。
电极式加湿器是利用三根铜棒或不锈钢棒插入盛水的容器中做电极。
将电极和三相电源接通之后,就有电流从水中通过。
在这里水是电阻,因而能被加热蒸发成蒸汽。
除三相电外,也有使用两根电极的单相电极式加湿器。
由于水位越高,导电面积越大,通过电流也越强,因而发热量也越大。
所以,产生的蒸汽量多少可以用水位高低来调节。
电极式加湿器的功率应根据所需蒸汽大小,按下式确定(考虑结垢影响可设安全系数)。
电极式加湿器结构紧凑,而且加湿量也容易控制,所以用的较多。
它的缺点是耗电量较大,电极上易积水垢和腐蚀,因此,宜用在小型空调系统中。
2、电热式加湿器工作原理:电热式加湿器是根据电流通过电阻产生热,电能转换成热能的原理,电加热管浸没在水中,电热管产生热量,从而使水沸腾变成水蒸汽,电热式加湿器创造一个湿度环境经过三个过程:1、产生蒸汽:通过电加热使水沸腾产生蒸汽。
2、控制:通过加湿器配有的微机控制蒸汽的产生及供应。
3、传播:通过蒸汽扩散装置把水蒸汽送入空气处理机或风管内的气流。
这三个过程的部件作为一个系统共同工作构成了一台完整的电热式加湿器。
电热式加湿器是用管状电热元件置于水盘中做成的。
元件通电之后便能将水加热而产生蒸汽。
补水靠浮球阀自动控制,以免发生断水空烧现象。
此种电热式加湿器的加湿量大小取决于水温和水表面积。
3、干蒸汽加湿器工作原理:接通饱和蒸汽源,饱和蒸汽在双层喷管的外套作横向运动,对中心喷管预热后,环向进入弯管,经折流板,进入蒸发室;由于蒸发室断面突然增大,使蒸汽减速,加之惯性作用和折流板的阻挡,饱和蒸汽中所含的凝结水被分离出来,经蒸发室底部的冷凝水出口排出;分离出水份的蒸汽由顶部进入已经被预热的干燥室,干燥室内充满了不锈钢介质,对残留水份进行过滤,分离,并能够分吸收流动蒸汽的噪声;开启调节阀,干噪室内的压力下降,汽化温度降低,残留于蒸汽中的水份被再次加热、汽化,实现对饱和蒸汽的进一步干燥处理;干燥的蒸汽经过调节阀进入中心喷管,从装有不锈钢消声网的孔中逆向喷入空调机组内的流动空气中,实现对空气中的加湿处理。