丹佛斯散热器恒温控制阀2

Data SheetDanfoss Eco™Programmable radiator thermostat for smartphoneApplicationDanfoss Eco™ is a stand-alone radiator thermostatfor residential use.Danfoss Eco™ is battery powered, compact andeasy to operate with a manual hand wheel andsingle button. Danfoss Eco™ is programmed witha smartphone App using Bluetooth connectivity.Danfoss Eco™ is easy to install, in just 30 seconds!Adapters are available for all thermostatic valvesmanufactured by Danfoss and most otherradiator valve manufacturers.Features:• Easy App programming via Bluetooth on smart phone or tablet• Energy savings• Easy to install• Easy to operate• Manual mode• Open-window function• PID Accurate temperature control• Adaptive learning• Night & day set-back, Weekly scheduling, Holiday and Pause• Easy to read LCD display• Display rotation -180 degrees• Min./max. temp. range• Child lock• Frost protectionOrderingData Sheet Danfoss Eco™ Programmable Radiator Thermostat AccessoriesSpecificationsData Sheet Danfoss Eco™ Programmable Radiator ThermostatApp Advanced SettingsMain features App SchedulingEasy App programming via Bluetooth on smartphone or tablet. Up to 3 setback periods per dayand the option to copy the schedule across toother days.Software UpdatesSoftware updates are automatic, prompted viathe App. The data security of the Danfoss Eco™thermostat and App that is paired to yoursmartphone is guaranteed. The system is testedby independent specialists.Open-window functionDanfoss Eco™ features an Open-window function,which closes the valve if the room temperature isfalling dramatically, thus reducing the heat loss.The radiator heat is shut off for up to 30 minutes,before Danfoss Eco™ returns to its originalsettings. When Open-window has been activated,the function is quarantined for 45 minutes.Adjusting to the valveDuring the first night of operation Danfoss Eco™will shut off the radiator heat and then openagain to detect the exact opening point of thevalve. This will allow Danfoss Eco™ to control theheat as efficiently as possible. If necessary, theprocedure is repeated once a night for up to aweek.You might experience the valve being warm during the adjustment procedure, regardless of the room temperature.Child lockActivating the child lock feature will protect the settings from tampering.Adaptive learningDuring the first week of operation Danfoss Eco™ learns when it is necessary to start heating the room in order to reach the correct temperature at the correct time.The intelligent control will continuouslyadjust the heating time compared to seasonal temperature changes.Automatic valve exercisingTo keep the radiator valve functional and at its best, Danfoss Eco™ automatically exercises the valve every Thursday at approx. 11:00 hrs by fully opening and then returning to its normal setting.Measuring the room temperature Danfoss Eco™ is measuring the temperaturewith multiple built-in sensors to ensure accuratecontrol. Based on these readings the roomtemperature is calculated for an area approx.20cm in front of the display. This allows DanfossEco™ to control the actual room temperature veryaccurately.Be aware that sources of cold or heat, e.g.fireplace, direct sun or draft, might affect thefunction of Danfoss Eco™.20c mNote: The displayed temperature is always the settemperature, not the actual room temperature.M28Orkli3. P ress and hold the button for 3seconds. The Danfoss Eco™ is now mounted and will display the current temperature.4. Download the Danfoss Eco™ App fromApple App Store or Google Play Store.Search Danfoss Eco™ or follow the link:-Dimensions。

参数表静态平衡阀MSV-F2, PN 16/25, DN 15 - 400描述MSV-F2 为静态平衡阀。

它用在供热和制冷定流量水系统中平衡流量。

这种阀门标配阀位指示和行程限制。

阀杆罩与行程限制集成为一体。

阀门设定值可被锁定。

在测量仪器PFM3000/4000中建有该阀门流量特性数据。

阀门不含石棉。

具有关断功能主要数据：• DN 15- 400• PN 16: - 水流温度: –10 °C … 130 °C • PN 25:- 水流温度: –10 °C … 150 °C• 阀门可安装与供水管或回水管上。

MSV-F2 DN 15-150应用MSV-F2 DN 200-400在定流量系统中，MSV 阀门可保持恒定的压降。

根据预设定值，阀门可设定多种压降。

订货附件型号产品编号Rectus型快速测量接头003Z0108针式测量接头，2 件003Z0104加长型针式测量接头45 mm，2 件003Z0103针式测量接头连接件，2 件003Z0107 PFM4000测量仪器参见相关参数表型号产品编号手轮DN 15- 50003Z0179DN 65- 150003Z0180DN 200003Z0181DN 250- 300003Z0182DN 350- 400003Z0183MSV-F2 阀门 - PN 16公称直径DN 1520253240506580100125150200250300350400k vs （m 3/h ） 3.16.39.015.532.353.893.4122.3200.0304.4400.8685.6952.31380.22046.12584.6公称压力(Bar)16最大压降(Bar)1.5泄漏率 A 级：依照 ISO5208，表 5（无可见渗漏）流体介质水以及水与辅助冷却剂（如乙二醇）的混合物* ，用于闭式供暖和制冷系统流体最高温度(°C) 130连接符合 EN 1092-2 标准的法兰重量(闭式) 2.32.93.85.67.29.41721324356231354497747890阀体材料铸铁 EN-GJL 250 (GG 25)阀座密封EPDM圆锥材料CW602NCuSn5Zn5Pb5铸造不锈钢* 请向供应商确认材料与辅助冷却剂的相容性。

散热器恒温控制阀标准
散热器恒温控制阀的标准主要包括以下几个方面：
1.流量调节范围：控制阀应具备广泛的流量调节范围，能够满足不
同工况下的需求。

2.温度稳定性：控制阀需要能够准确稳定地维持散热器的设定温度，
防止温度波动过大。

3.控制精度：控制阀在工作过程中需要具备高的控制精度，能够快
速响应温度变化，并实时调节流量。

4.最大工作压力和最大工作压差：根据散热器恒温控制阀的使用环
境和系统要求，需要确定其最大工作压力和最大工作压差。

5.调温范围：散热器恒温控制阀的调温范围通常在8～28℃之间。

6.系统形式和连接方式：根据散热器恒温控制阀所使用的系统形式
和连接方式的不同，需要选择合适的恒温阀类型。

7.其他性能指标：如寿命、防漏水性能等也需要考虑。

总之，散热器恒温控制阀的标准需要根据具体的使用环境和系统要求来确定，同时也需要考虑控制阀的流量调节范围、温度稳定性、控制精度、最大工作压力和最大工作压差等性能指标。

丹佛斯恒温阀控温原理嘿，你有没有想过，在寒冷的冬天或者炎热的夏天，家里的温度是怎么被精准控制的呢？今天呀，咱就来唠唠丹佛斯恒温阀的控温原理，这可真是个超有趣的事儿呢！我有个朋友叫小李，他对这些东西就特别好奇。

有一次，他跑到我家，看到我家安装的丹佛斯恒温阀，就像发现了新大陆一样。

他眼睛瞪得大大的，问我：“这小玩意儿是怎么把温度控制得这么好的呢？”我当时就乐了，心想这可得好好给他讲讲。

你看啊，丹佛斯恒温阀就像是一个超级聪明的小管家。

它的身体里有个特别敏感的感温元件，这个感温元件呀，就像是我们人体的皮肤一样，能感知周围环境的温度变化。

当室内温度发生变化的时候，这个感温元件就开始工作啦。

比如说在冬天，我们想要房间保持在20度左右。

如果房间温度低于20度了，就像一个冷得直打哆嗦的人一样，这时候恒温阀里的感温元件就察觉到了。

它就会像发出信号的小信使一样，把这个“冷”的消息传递给恒温阀的控制部分。

这控制部分就像恒温阀的大脑一样，收到消息后，立马就开始想办法解决问题。

它会让热水更多地流入散热器，就好像给散热器加油打气一样，让散热器散发更多的热量。

这就好比我们冷的时候，多穿几件衣服来保暖。

我给小李解释到这儿的时候，他似懂非懂地点点头，又问我：“那要是夏天呢？这恒温阀也能控制温度吗？”我拍了拍他的肩膀说：“那当然啦！”夏天的时候，要是房间温度高于我们设定的温度了，感温元件又像个机灵的小侦探一样发现了这个情况。

然后告诉恒温阀的控制部分，这控制部分呢，就会减少热水流入散热器，甚至可能会让冷水流进去，就像是给房间喝了一杯凉水，让房间凉快下来。

这多神奇呀，就好像这个恒温阀能根据房间的冷热需求随时做出调整。

再深入一点说，丹佛斯恒温阀的内部结构其实是很精密的。

它里面的一些小零件之间的配合就像一个默契的小团队一样。

比如说，阀门的开合程度是和感温元件以及控制部分紧密相连的。

阀门就像是一扇门，温度的调节就像控制这扇门开合的大小。

如果要让温度升高得快一点，那这扇“门”就开得大一点，热水就像潮水一样涌进来；要是温度差不多了，这扇“门”就关小一点，热水的流入量就减少了。

散热器恒温控制阀介绍4. 双管系统必须选用专门为双管系统设计的高阻力两通恒温阀。

单管系统一般采用低阻力两通恒温阀。

5. 单管系统用三通恒温阀（要求进入散热器的流量在0～100％范围内和跨越管流量在100％～0范围内变化）时，要求个别散热器的调节不会影响同一串联系统其它散热器的流量。

但目前这类阀门质量不够稳定，容易漏水，不建议采用。

6. 恒温阀的两端如果超过最大压差，则无法进行稳定调节或产生噪声。

所以不同规格的恒温阀，都有一定的压差适用范围。

通常在系统启动时、或大量用户处于值班调节、锁闭情况下，正常采暖用户的恒温阀可能出现超压现象。

所以在进行设计时，需要对用户进行模拟分析，采取相应措施，确保系统安全运行。

7. 对于小型或经济分析计算、恒温阀可以正常工作的系统，各个立管无须安装压差控制阀。

对于系统规模较大或压差超过恒温阀允许的最大压差的情况，宜安装自力式压差控制阀。

8. 室内采暖双管系统采用散热器恒温阀时宜计算阀权度，即恒温阀的阻力在其所处分支系统阻力的百分比。

设计时取阀权度为50％左右；这时恒温阀具有较好的调节性能和较低的阻力损失。

计算时，样本资料提供的KV与我们常用的管路阻力特性系数S 的关系如下式：9. 带跨越管的单管系统（包括垂直单管和水平单管）宜采用低阻两通恒温阀。

采用低阻两通恒温阀时，应按下式计算散热器或其它采暖设备的分流系数ω，即通过散热器的流量与通过该分支管路的总流量（通过散热器支路流量与通过跨越管流量之和）的比值，分流系数ω应≥ 30％。

ω＝式中：ω—散热器分流系数；S1 —散热器支路阻力特性数；S2 —跨越管支路阻力特性数10. 对供暖系统运行管理及水质条件较差的情况，为保证恒温阀正常工作，应在每户入口处（分户系统）或在立管上（既有建筑带跨越管的垂直单管系统）或恒温阀前设置水过滤器（一般为60 目）。

二、相关标准图05K405《新型散热器选用与安装》三、施工安装要点1. 由于恒温阀需要感受室内温度，因此在安装时，必须保证恒温阀的温包部分处于一个气流通畅，相对开放的空间内。

ORV are 3-way industrial valves for maintaining a constant oil temperature in gas compressor systems, by mixing hot and cold oil in the lubricating system of e.g. screw or turbo type compressors.The ORV valves are with few components and with extended cylindrical connections, to ensure ease of installation and service.Features• Stainless steel nickel plated thermostaticelement.• Butt-weld (DIN, ANSI) or socket weld (SOC)connection.• No manual adjustment.• Plug and Play design.• Optimised flow characteristics.• Sturdy construction.• High resistance against vibrations or shock.• Can be mounted in any direction.• Service friendly. Easy to dismantle and service when required.• Classification: DNV, CRN, BV, EAC etc.To get an updated list of certification on the products please contact your local Danfoss Sales Company.Technical data Oils:Applicable to all common refrigeration oils.Refrigerants:Applicable to HC, HCFC, HFC, R717 (Ammonia)and R744 (CO2).For further information please refer to installationinstruction for ORV.Temperature range:Minimum operating temperature:≥ –10°C (+14°F)Max. temperature limit based on the element temperature settings:Types Max limit43°C / 110°F77°C / 170°F49°C / 120°F82°C / 180°F60°C / 140°F93°C / 200°F77°C / 170°F110°C / 230°FPressure range:The valves are designed for a max.working pressure of 40 bar g (580 psig)Design IdentificationConnectionsAvailable with the following connections:• Butt weld DIN (EN 10220),DN 25-80 (1-3 in.)• Butt weld ANSI (B 36.10 Schedule 80),DN 25 - 40 (1 - 1½ in.)• Butt weld ANSI (B 36.10 Schedule 40),DN 50 - 80 (2 - 3 in.)• Socket Weld (ANSI B 16.11),DN 25 - 50 (1 - 2 in.)HousingMade of special, cold resistant steel approved forlow temperature operations.InstallationInstallation of the valve depends on the way itshould operate.Pressure Equipment Directive (PED)ORV valves are approved according to theEuropean standard specified in the PressureEquipment Directive and are CE marked.For further details / restrictions - see InstallationInstruction.FunctionMixing operationORV valve can work as a mixing or diverting valve. The ORV temperature regulating valve utilises the high coefficient of thermal expansion of wax to create the internal movementnecessary to have a cold and a hot inlet mixing to a common outlet. The outlet temperature will correspond to the nominal temperature of the thermostatic element.The valve house has three ports:• Port A is used for the common outlet • Port B is for the hot inlet •Port C is for the cold inletWhen the compressor unit is cold at start up, the thermostatic element will be contracted to let the full flow from port B pass until the nominal temperature (minus 5 K / 10°F ) is reached (fig. 1.1). The thermostatic element will then begin to extract to let the outlet become a mixture of hot and cold oil.When the nominal temperature is reached, the element is positioned in approximately half open position (fig. 1.2). If the temperature is reaching approximately the nominal temperature plus 5 K, the thermostatic element has been extracted to its fully open position (fig. 1.3). In this position the oil temperature will only come from the cold inlet port (C) from oil cooler.From figure 1, it can be seen how the sleeve on the element is sliding in a vertical movement. The thermostatic element is kept in position by a spring.Diverting operationDiverting operation is similar to the mixing operation. It is carried out with separation in to two of the fluid with single temperature. Due to that the temperature on the inlet is very stable fact the regulation is very smooth. The inlet temperature would correspond to the nominaltemperature of the thermostatic element.The valve house has three ports:• Port A is used for the common inlet • Port B is for the cold outlet • Port C is for the warm outletThe diverting operation otherwise is similar to the mixing operation.Application examplesExample of the system with ORV for diverting operationCapacitiesSI unitsSelection exampleOil type: Grade 68Required flow: 17 m3/hNominal oil temperature: 49°CPipe dimension: 40 mmThe upper left curve shows the viscosity of different grades of oil as a function of the temperature. The viscosity is continued into the upper right curve where the 17 m3/h must be found. The line is drawn vertically downwards into the capacity table for the ORV valve models.As shown two selections can be made:Either ORV 40 H2 with pressure drop at approx. 0.56 bar or ORV 50 H2 with pressure drop at 0.42 bar.The final selection will depend on the available pressures in the system. If the pressures are low (or can be low at certain loads) the ORV 50 H2 might be preferred. If the pressures are constantly available the pipe dimension may be taken into account and the ORV 40 H2might be preferred.CapacitiesUS unitsSelection exampleOil type: Grade 68Required flow: 75 USgal/min.Nominal oil temperature: 120°FPipe dimension: 1½”The upper left curve shows the viscosity of different grades of oil as a function of the temperature. The viscosity is continued into the upper right curve where the 75 USgal/min. must be found. The line is drawn vertically downwards into the capacity table for the ORV valve models.As shown two selections can be made:Either- ORV 1½H2 with pressure drop 8.2 psi or- ORV 2”H2 with pressure drop 6.2 psiThe final selection will depend on the available pressures in the system. If the pressures are low (or can be low at certain loads) the ORV 2" H2 might be preferred. If the pressures are constantly available the pipe dimension may be taken into account and the ORV 1½" H2might be preferred.Material specification ORV 25-80No.Part Material EN ASTM standard1Housing Steel GP240GH10213-2WCB A 2162Cover Steel GP240GH------------------------P285QH 10213-2------------------------10222-4WCB A 216------------------------A 3503Glide ring PTFE4Element*)Stainless steeland NI platedparts5Spring Steel DIN1722310270-16Gasket Non asbestos7Bolts Steel Quality 8.8ISO4017Grade 5*) The thermostatic element may look differently from one shown on the picture. All types of thermostats used by Danfoss have the same function, temperature setting and P-band.Connections DINANSISOCDimensions and weightsType codesImportant!Where products need to be certified according to specific certification societies or where higher pressures are required, the relevant information should be included at the time of ordering.Valve type ORV Oil regulating valve, high specificationNominal size in mm(valve size measured on the connection diameter)Available connections DINANSI SOC 25X X X 40X X X 50X X X65X X 80XXConnection A D SOC Butt weld connection: ANSI Butt weld connection: DIN Socket welding Valve housing3-WAY3-WAYThermostatCode no.Thermostat 43oC/110oFORV 25 and ORV 40 H1148H3466ORV 40 and ORV 50 H2148H3467ORV 65 and ORV 80 H3148H34681)Thermostat 49o C/120oFORV 25 and ORV 40 H1148H3463ORV 40 and ORV 50 H2148H3464ORV 65 and ORV 80 H3148H34651)Thermostat 60o C/140oFORV 25 and ORV 40 H1148H3469ORV 40 and ORV 50 H2148H3470ORV 65 and ORV 80 H3148H34711)Thermostat 77o C/170oFORV 25 and ORV 40 H1148H3472ORV 40 and ORV 50 H2148H3473ORV 65 and ORV 80 H3148H34741)1)For valve housing size H3 the code number includes two H2 thermostats.Complete valve housing including gasket and guide ring but without thermostat Code no.ORV 25 DIN H1148H3399ORV 25 SOC H1148H3400ORV 25 ANSI H1148H3401ORV 40 DIN H1148H3361ORV 40 DIN H2148H3402ORV 40 SOC H2148H3403OVR 40 ANSI H1148H3404ORV 40 ANSI H2148H3405ORV 50 DIN H2148H3406ORV 50 SOC H2148H3407ORV 50 ANSI H2148H3408ORV 65 DIN H3148H3409ORV 65 ANSI H3148H3410ORV 80 DIN H3148H3362ORV 80 ANSI H3148H3411ORV parts programmeExample:ORV 40 DIN H2 49°C/120°F:Thermostat element and cover gasket code number 148H3464andComplete valve housing code number 148H3402Ordering ORV valves from the parts programmePlease note:The thermostat code numbers do not include guide ring.Gasket and guide ring are included when ordering the complete valve housing but can also be ordered separately as spare parts.PartSpare parts for Code no.Gasket and guide ringORV 25 and ORV 40 H1148H3246ORV 40 and ORV 50 H2148H3247ORV 65 and ORV 80 H3148H32482)2)Including two guide rings and one gasket.ORV spare partsData sheet | Temperature regulating valve, type ORV。

Instruction ManualDanfoss Eco™ Electronic radiator thermostatInstallation Guide1. Installation1.1 Identify your Danfoss Eco™ (4)1.2 In the package (5)1.3 Overview of valve adapters (5)1.4 Installing the right adapter (7)1.5 Inserting the batteries (8)1.6 Mounting the Danfoss Eco™ (9)1.7 DownloadDanfoss Eco™ App (9)Danfoss Eco™ (10)1.8 Paring1.9 Automatic adjustments (10)1.10 Removing Danfoss Eco™ (11)1.11 Resetting Danfoss Eco™ to default settings (11)2. Technical specifications (12)2| © Danfoss | Heating Segment | 2017.04 VILTH102User Guide3. Display3.1 Display screen (13)3.2 Red illuminating ring (13)3.3 Display rotation (14)3.4 Manual mode (14)4. Temperature and programme settings (15)4.1 Time4.2 Default temperature (15)4.3 Setting temperatures (15)4.4 Create your own schedule (16)4.5 Vacation (16)4.6 Overrule a vacation (17)4.7 Cancel an existing vacation programme (17)4.8 Pause (17)4.9 Open window setting (18)5. Additional settings5.1 Setting options via the Danfoss Eco™ App (19)5.2 Software updates (20)5.3 Data security (21)6. Safety precautions (21)7. Disposal (21)3 VILTH102 © Danfoss | Heating Segment | 2017.04 |4| © Danfoss | Heating Segment | 2017.04 VILTH1021. Installation1.1 Identify your Danfoss Eco™1.2 In the packageQuick Guide1.3 Overview of valve adaptersAdapters for a wide range of different valve types are available as accessories.Code no.5 VILTH102 © Danfoss | Heating Segment | 2017.04 |6| © Danfoss | Heating Segment | 2017.04 VILTH1021.4 Installing the right adapterThe Danfoss Eco™ pack contains an adapter guide to help you find the correct adapter for your valve. If you need additional help in finding the correct adapter follow the QR code on the guide and follow the video instruction.7 VILTH102 © Danfoss | Heating Segment | 2017.04 |1.5 Inserting the batteries8| © Danfoss | Heating Segment | 2017.04 VILTH1021.6 Mounting the Danfoss Eco™1.7 Download Danfoss Eco™ App9 VILTH102 © Danfoss | Heating Segment | 2017.04 |1.8 Pairing Danfoss Eco™Note, Turn on Bluetooth on your smart phone to connect to the Danfoss Eco™.Follow the prompts from the Danfoss Eco™ App to pair your Danfoss Eco™.Bluetooth range is 10m (depending on the building construction and surroundings).1.9 Automatic adjustmentsWhen Danfoss Eco™ is installed it will automatically begin to adjust itself to your heating system, during the first week after insallation. During this process you might experience that the ther-mostat reacts slowly or turns the heat up and down by itself. This is normal and a necessary part of the adjustment process.1. Adjusting to the valveDuring the first night of operation Danfoss Eco™ will shut off the radiator heat and then open again to detect the exact opening point of the valve. This will allow Danfoss Eco™ to control the heat as efficiently as possible. If necessary, the procedure is repeated once a night for up to a week.2. Adaptive LearningIf you activate Adaptive Learning Danfoss Eco™ learns during the first week of operation when it is necessary to start heating the room in order to reach the correct temperature at the correct time.The intelligent control will continuously adjust the heating time compared to seasonal tempera-ture changes.Using Saving Program requires that your heating system has enough heat for a short period during heat up. If you experience problems you should contact your installer.10| © Danfoss | Heating Segment | 2017.04 VILTH1021.11 Resetting Danfoss Eco™ to default settings2. Technical specifications3. Display3.1 Display ScreenDisplay symbols:3.2 Red illuminating ring3.3 Display rotationDanfoss Eco™ can be mounted in a horizontal or veritcal position, depending on your radiator valve. You can set the display rotation to either ‘horizontal’ or ‘vertical’ within the Danfoss Eco™ App under Advanced Settings.3.4 Manual modeDanfoss Eco™ can be used without the Danfoss Eco™ App in Manual Mode.Functionality is reduced.Use the handwheel to adjust the temperature. The display shows the required temperature and not the room temperature. In manual mode there are no comfort or setback temperatures or times set.4. Schedules and Temperatures4.1 TimeThe device will take the correct time from your smart phone. There is no need to set the time. Danfoss Eco™ uses a 24 hour time display.Note. If the batteries have been removed from the Danfoss Eco™ you will need to connect to the Danfoss Eco™ App to correct the time once the batteries are replaced.4.2 Default temperatureThe default temperatures can be changed in the Danfoss Eco™ App.4.3 Setting temperaturesSet your own temperatures for your setback periods in the Danfoss Eco™ App.Scroll on temperatures to set your preferred temperatures.The Danfoss Eco™ can be set from 5°C to 28°C.Danfoss recommend a difference between ‘At Home’ tem-perature and ‘Away/Asleep’ that does not exceed 4 degrees.Note. Changes in temperature from the home screen aretemporary (Until next setback period)4.4 Create your own scheduleWithin the Danfoss Eco™ App you can create your ownschedule. You can choose any setback times within 24 hours and a maximum of 3 setback periods per day.4.5 VacationA Vacation programme keeps the setback temperature for a period, defined by you.Use a Vacation programme to save energy, when you are away from home. Vacation programme is set within the Danfoss Eco™ App.Vacation mode can be planned or set straight away (Now).Planned Vacations use a calendar and time setting.Schecule your Vaca-tion in the Danfoss Eco™ App. The Danfoss Eco™ App display confirms your Vacation date.4.6 Overrule a vacationIf returning earlier than expected you might wish to shift from the Vacation programme to your normal schedule.When in ‘Vacation’ setting the Danfoss Eco™ App will giveoptions to end the Vacation period or edit the dates andtimes.4.7 Cancel an existing vacation programmeIf the Vacation is planned for the future you can simply editthe dates or cancel the programme.4.8 PauseThe Pause programme keeps the setback temperature until another programme is selected.When Danfoss Eco™ is turned down to Min level manually,a notification banner is shown, and center icon switchesto ‘Pause’.To exit Pause click the centre icon on the Danfoss Eco™App and return to the scheduled or manual setpoint.4.9 Open window function5. Settings & Installation modes5.1 Setting options via the Danfoss Eco™ AppCommand OptionsThermostats List of the installed DanfossEco™ thermostats (by name)Option to change the name of the DanfossEco™ or to un-pair an existing DanfossEco™.Add Danfoss Eco™Option to add another Danfoss Eco™Restrictions PIN Code Option to add a PIN code to the DanfossEco™ AppChange PIN Code Option to change PIN codeChild Lock To protect your Danfoss Eco™ activate theChild Lock, once activated the DanfossEco™ can only be adjusted by the DanfossEco™ App and the Manual function isoverridden.Min/Max Temperatures Limit the temperature range. The MIN/MAX settings are adjusted by scrolling thetemperatures in the Danfoss Eco™ App.Advanced Settings Adaptive Learning Adaptive Learning ensures you get thetemperature you asked for at the righttime. Adaptive Learning uses historicaldata to determine how fast (degrees/hour)each room can be reheated.Heat Control The Heat Control ensures that DanfossEco™reaches the comfort temperature ontime, according to the schedule. Optionsare for Moderate or Quick. Moderate en-sures sufficient return temperature. Display Rotation The Danfoss Eco™ display can be rotatedby 180°. This allows the display to be readfrom hoziontal and vertical mounting. Mode Mounting ModeFrost Protection The minimum temperature to protect yourheating system. Set between 4-10°C.System Information Software version informationConfirms the latest sofware version of the Danfoss Eco™ App that is downloaded to your device.EULALegal information Full terms and conditions of the Danfoss Eco™ App.Help TopicsLinks to the FAQ site for the main help topics for troubleshooting issues with your Danfoss Eco™.Show Introduction ScreensPlays the introduction screens that first appear when you download the Danfoss Eco™ App.Demo ModeTry the Danfoss Eco™ App with the Demo Mode feature. This will not adjust the Danfoss Eco™ but will show the screens and functionallity within theDanfoss Eco™App.NB. To exit the Demo Mode double click on the word ‘Demo’ on the Danfoss Eco™ App screen.5.2 Software UpdatesDanfoss Eco™ thermostat can be updated via the Danfoss Eco™ App The Danfoss Eco™ App will inform when a new software is available.5.3 Data SecurityThe data security for of the Danfoss Eco™ thermostat and Danfoss Eco™ App, that is paired toyour smartphone is guaranteed. The system is tested annually by independent specialists.Data encryption: The wireless connection to your Danfoss Eco™ thermostat is protected against threats from unknown devices with latest encryption technology, and first time pairing with the thermostat can only be done by physically pressing the button on the thermostat.Security through PIN code: A PIN code assigned by the user ensures that only authorized per-sons can make changes to the system.User Personal data such as temperature or set-points are only stored in the thermostat, so therefore only your personal App can access this.In addition to the security functions that ensure data protection at any point during the data transmission from your smartphone to the Danfoss Eco™ thermostat, we ensure the highestlevel of security with further technical and organizational measures. Danfoss continuouslychecks and develops these further.6. Safety precautionsThe thermostat is not intended for children and must not be used as a toy.Do not leave packaging materials where children may be tempted to play with them, as this is extremely dangerous.Do not attempt to dismantle the thermostat as it contains no user-serviceable parts.Do not remove the cover to clean the thermostat. The external cover can be cleaned with a soft cloth.21 VILTH102 © Danfoss | Heating Segment | 2017.04 |Danfoss A/S Haarupvaenget 11 DK-8600 Silkeborg DenmarkPhone: +45 7488 8000 Fax: +45 7488 8100 。

丹佛斯温控阀调试方法
温控阀调试方法
测试温控阀方法：把拨盘调到绿灯亮，等待大约一分钟，看分水器旁阀体上面白色执行器顶端的黑色小帽是否缩到里面去了（黑色小帽一开始应该是在外面外漏一块，用手用力摁压黑色小帽应该是可以上下活动的），拨盘调到红灯亮时，等待2分钟左右黑色小帽正常自动弹起恢复原状（如未弹起有可能零活线接反过，面板烧坏），如果有以上动作属于正常，如没有请检查连接线。

温控阀接线方式：用电笔测试你家接线头零线火线，面板接线口N接零，L接火（千万不能接反否则烧坏面板），白色执行器（分水器旁边阀门上面白颜色的）两根线连接方式，其中随便一根和零线接到一起，另一根接到面板NO接线口。

如果你的面板没有被装修师傅接反烧坏就应该没问题了，如果面板烧坏不能从外表看到问题，该亮的灯正常亮，只是连接正确后有可能导致温控阀打不开，暖气处于关闭状态，处理办法只能更换面板。

温控阀技术标准1范围本标准规定了散热器恒温控制阀(以下简称恒温阀)的术语和定义;结构、分类与型号;要求;试验方法;检验规则;标志﹑使用说明书和合格证,以及包装,运输和贮存。

本标准适用于民用建筑供暖系统中,通过自力式动作控制流经采暖散热器的热水流量,用以实现室温调控的恒温阀(水温95℃以下),不适用于电动等其他驱动形式的控温阀门。

2规范性引用文件下列文件对于本文件的应用是必不可少的。

凡是注日期的引用文件,仅注日期的版本适用于本文件。

凡是不注日期的引用文件,其最新版本(包括所有的修改单)适用于本文件。

GB/T5231加工铜及铜合金牌号和化学成分GB/T 7306.155°密封管螺纹第1部分:圆柱内螺纹与圆锥外螺纹GB/T 7306.255°密封管螺纹第⒉部分:圆锥内螺纹与圆锥外螺纹GB/T 730755°非密封管螺纹GB/T 9969 工业产品使用说明书总则GB/T 12220通用阀门标志JB/T 6169金属波纹管3术语和定义以下术语和定义适用于本文件。

3.1 散热器恒温控制阀thermostatic radiator valve与采暖散热器配合使用的一种专用阀门.由阀头和阀体组成,通过其阀头温包感应环境温度驱动阀休动作,调节流经散热器的热水流量,从而实现室温的恒温控制和自主调节。

3.2 温包sensor在恒温阀阀头中感受环境温度变化并产生驱动力的部件。

3.3 开启曲线opening curve在保持恒温阀设定温度不变,前后压差不变的条件下﹐通过逐渐降低环境温度使恒温阀做开启动作,开启过程中得出的温度-流量特性曲线。

3.4 关闭曲线closing curve在保持恒温阀设定温度不变,前后压差不变的条件下,通过逐渐升高环境温度使恒温阀做关闭动作,关闭过程中得出的温度-流量特性曲线。

3.5 开启温度opening temperaturc开启曲线中零流量点所对应的温度值。

3.6 关闭温度closing temperature关闭曲线中零流量点所对应的温度值。

丹佛斯发布散热器恒温阀新产品——RTW
佚名
【期刊名称】《暖通空调》
【年(卷),期】2007(037)B05
【摘要】丹佛斯公司于2007年4月10日于北京正式发布丹佛斯散热器恒温阀新产品——RTW。

RTW是丹佛斯公司在对中国市场多年的潜心研究及大量应用经验的基础上，专为中国市场开发的产品。

RTW秉承了丹佛斯恒温阔一贯反应迅速、调节精准、质量稳定可靠的特点，并在保证性能的前提下，外观更加紧凑小巧，色彩清闲雅致，与时尚家居内饰搭配更为和谐，也更利于清洁。

【总页数】1页(P47)
【正文语种】中文
【中图分类】TU832.24
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