德普施DRYDC-A运动控制台使用说明
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离心脱水机控制柜操作手册第一章.概述操作者可以通过安装在控制柜面板的“手动/自动”转换开关来选择操作方式:⏹手动操作方式:通过控制柜面板上的操作按钮操作脱水机。
⏹自动操作:可通过装在控制柜上控制屏(触摸式)控制PLC进行自动运行,亦可切换至远程控制器控制PLC进行自动运行。
控制器采用西门子可编程控制器,内部已装入全部逻辑程序。
触摸屏采用昆仑通态TPC7062/KS 7”人机界面产品,通过触摸屏可直接监控脱水机运行。
第二章.手动操作运行1.将柜面板控制模式选择开关拨至“手动”位置。
此时只允许在控制柜面板上的按钮进行操作,手动启停脱水机(参照脱水机运行工艺要求)。
PLC(可编程控制器)程序控制包括远程控制无效。
2.柜面板操作按钮及功能说明:●脱水机变频器起动—-瞬动按钮。
按该按钮后松开即可起动脱水机变频器(电机),若起动成功则该按钮内指示灯亮。
(该按钮只在手动控制模式有效)●脱水机停止—-瞬动按钮。
按该按钮后松开即可停止运行中的脱水机变频器(电机)。
变频器(电机)若处于停止状态,则该按钮内指示灯亮。
(该按钮只在手动控制模式有效)●急停按钮—该按钮为紧急停止按钮,无论机器在手动或自动控制模式,只要出现紧急情况,可按下此按钮,即可切断系统控制电源,停止脱水机的一切运行。
注意:待故障排除,可按按钮标明方向旋转按钮,即可恢复控制电源,进行正常操作.●冲洗电磁阀开关—-选择开关,该开关只在手动控制模式有效。
手动开关冲洗电磁阀。
阀开时阀开指示灯亮。
●差速调节旋钮——该旋钮只在手动控制模式有效,其作用是调节脱水机螺旋电机转速以达到调节差速。
特别说明:(1)指示灯指示脱水机的状态:脱水机变频器(电机)起动、停止、故障;电源指示;电磁阀开关;一级报警(脱水机负荷较重,需高速冲洗);二级报警(超负荷,需低速冲洗)。
在手动、自动两种模式都有效。
(2)手动操作模式只在调试阶段或特殊需要时采用,正常情况建议采用自动操作模式。
德普施科技传感器使用说明书深圳市德普施科技有限公司SHENZHEN DEPUSH CO., LTD.1DRYB-B型应变式力传感器1.1原理与外观电阻应变计又称电阻应变片,工作原理基于导体的应变效应。
电阻应变计测量基数是利用电阻应变计测定构件表面的应变,再根据应力、应变的关系式确定构件表面应力状态的一种应力分析方法。
其测量系统可分为三个基本环节:传感器,通过零件或弹性元件将力转变为应变,再由电阻应变计将机械应变转变为电阻变化量;电阻应变仪,放大由电阻应变计组成的电桥所输出的电压,以电压或电流信号输出;指示、记录装置,可为一般指针式仪表,也可为示波器、磁带记录器或计算机,作用是对信号加以指示、记录或分析DRYB-B型力传感器就是采用电阻应变原理,将应变片电阻应变产生的效应通过测力环转换成与其成线性关系的电信号的装置。
1.2适用范围和使用场合DRYB-B型力传感器适用于各种物件质量、触力、应变等等参量的测量,结合深圳市德普施科技技术有限公司配套的实验设备,可以完成输送线实验中物件称重和转子动平衡实验中添加配重质量测量等实验内容。
1.3主要技术性能指标1.工作电压:+5V直流电压2.测量范围:0~2kg3.输出电压:0~+5V4.输出灵敏度:1.0±0.15mV/V5.测量精度:0 .03Kg6.重复性:0.02%7.工作温度:-10~+60℃8.外型尺寸:1.4 使用方法1. 将DRYB-B 型力传感器与配套载物平台装配好,并固定在磁力吸座支架或其它传感器固定支架上。
2. 将传感器的信号输出端接入配套的德普施数据采集仪A/D 通道中,传感器的信号输出采用五芯航空插头,其输出插头的连线定义如右图所示,各引脚定义为:1,输出;2,地;3,+5V 。
3. 打开数据采集仪以及DRVI 虚拟仪器平台,通过DRVI 虚拟仪器平台中的称重传感器实验脚本进行力传感器的标定,标定完毕即可进行后续的测量工作。
Operating instructions for steam baths and steam bath technologywith generatorDE 510 Star / DE 3000 E/R / DE 4000 E/RDE 1005 / DE 1050Vision 2000 sensorTable of contentsSafety information 3…Night design“ sensor illumination 3 Keylock 3 Overview of the display and control elements 4 Switching the steam bath on and off 6 Displaying / setting the steam cubicle temperature 6 Displaying / setting the timer runtime 6 Displaying / setting the time 7 Steam bath lighting (optional) 8 Manual addition of scents 8 Aromatherapy (optional) 8 Colour therapy (optional) 9 Mist nozzles (optional) 11 MP3 docking station (optional) 11 Thermostat control (if installed in the panel) 11 Servicing 12 Exchanging the scent 12 Changing the illuminants 12 Decalcifying the steam generator 12 Determination of the water hardness 13 Setting the water hardness range 13 Anti-lime management (ALM) and decalcification programmes 13 Error Messages 17 Care instructions for repa BAD steam baths 17Care instructions for repa CLEAR coated glass partitions 1723…Night design“ sensor illuminationAll individual keys retain subdued lighting for some 60 minutes after the last input. Power consumption for this is extremely low (LED technology).KeylockThe keylock is activated when the display shows ---- irrespective of which key is pressed. All functions are blocked.The keylock can only be activated if all the functions are switched off.In order to avoid accidental or unauthorised activation of steam bath functions (for example by children), the keylock can be activated.Switching the keylock on: ---- is shown on the displaySwitching the keylock off:If the keylock is activated, the night design lighting of the sensor is switched off.The current keylock status is maintained even if it is disconnected from the electrical power supply.Overview of the display and control elements456Switching the steam bath on and offThe current steam bath temperature is shown on the display and the steam ge-nerator is heated. After a few minutes, steam flows into the steam bath cubicle.If the FlLL , message appears on the display after switching on, there is too little water in the steam generator. The steam generator fills automatically with the correct water supply.IF FL.., appears for the DE 510, DE 2000, DE 3000 and DE 4000 steam genera-tors, the flushing function is active.Displaying / setting the steam cubicle temperatureDisplaying the steam cubicle temperature(only for a steam bath which is swit-ched on)Setting the steam cubicle target temperatureautomatically after approx. 5 seconds.The target temperature value remains saved until a new input is made.Displaying / setting the timer runtimeSwitching on the steam bath automatically starts the timer.You can use the timer to end your steam bath automatically after a settable time.Display of the remaining timer running period (only for a steam bath which is switched on)7Setting the timer running periodThe desired total timer running period is then shown on the display.The steam generator switches off automatically after the timer running periodDisplaying / setting the timeDisplaying the timeWhen the steam bath is switched off, the time is permanently shown on thedisplay.Setting the timeOnly the hours are now shown on the display.keys to set the minutes.8Steam bath lighting (optional)The steam bath lighting can also be switched on when the steam bath is off. It switches off automatically after 45 minutes.This key is also used to select the (optional) colour therapy programme.Manual addition of scentA scent can be administered by drops to the upper hollow of the steam nozzle / aroma bowl (steam fountain Victoria). In this way, the aroma substances are better absorbed by the steam flowing past and can spread in the steam bath cubicle.Aromatherapy (optional)For aromatherapy, dosed scents are added to the steam. Up to 2 scents can be optionally selected.Switching on the aromatherapy (only for a steam bath which is switched on)Setting the intensity of the aromatherapyThe intensity currently set for the scent addition is shown on the display.1 Means minimum scent addition,2 medium and3 maximum scent addition.approx. 5 seconds.Colour therapy (optional)If colour therapy is integrated in the steam bath, a red, blue, yellow and green lamp is installed for colour therapy in addition to the white steam bath lighting. The colour lamps for colour therapy can be controlled manually or using a programme.The lamp functions can also be used when the steam bath is off.Allocation of the keys to the lamp coloursYellowRedBlueGreenWhiteManual switching on of the individual lampslamp is switched on.Manual brightness settingkeys.P0 appearsCalling up the colour therapy programmesA total of six programmes are available.P1 appears on the display and you can select a colour therapy programme.the desired programme number is shown on the display.The programme starts automatically after a few seconds and the display swit-ches back to the initial status.9P0 appears on the display and all The duration of the programmes P1 and P6 idepends on the timer running period programmed. After timer runtime has expired, the program is termina-ted.The duration of the programmes P2 to P5 is 15 minutes. If a shorter timer running period is programmed, the programme is finished when the timer running period expires.After the programme is finished, the white steam bath lighting goes on.Colour therapy programmesP1Joy programmeThe ideal programme for getting to know colour therapy.All the lamps light up in different combinations, transitions flow due to the dim-mer function.P2Relax programmeThe predominant colours in this programme are red and blue. Both lamps toge-ther provide a meditative, violet-coloured light, unifying the differences bet-ween the elements fire and water which are embodied by red and blue.The complementary colour of yellow at the end of the programme ensures equilibrium, reinforcing the special effectiveness of this programme.P3Power programmeThe energy colour red dominates in this programme, augmented by yellow. Green light moderates the strong activating power of the red light, preventing too strong an effect. It may be advisable to abort the programme early if the exposure to red light over a longer period feels unpleasant.P4Slow-down programmeThe relaxation programme mostly uses the soothing colours of blue and green. Orange-coloured light is created by the simultaneous use of the red and yellow lamps, creating variation and balance.P5Happy sun programmeThis programme has its special fascination due to the intense use of yellow light. The red lamp transforms to orange, toning down the transition to the final phase during which the red and blue lamps are activated.P6Kids programmeThis programme makes full use of all the colour therapy options available: the1011result is a colourful picture in motion which will specially impress and fascinate children.Mist nozzles (optional)MP3 docking station (optional)activated by another function.The volume can also be adjusted when the steam bath is switched off.Thermostat control (if installed in the panel)ThermostatThermostat with a 2-way stop valvewith two 2-way stop valvesTwo-way stop valve for riser rail shower and afurther load. Flow ratesettable by turning.Scalding protection at38°, higher temperaturespossible if the key ispressed.Manual thermostat Two-way stop valve for2 additional loads.Two-way stop valve for riser rail shower and a further load. A maxi-mum of 2 loads can be applied simultaneously.Scalding protection at38°, higher temperaturespossible if the key ispressed.Manual thermostatServicingExchanging the scentYou can exchange the scent container against any other scent you like.After the scent has been exchanged, the scent pump tube must be inserted in the opening down to the bottom of the scent container.It can take approx. 3 runs of the steam bath until the new scent is effective in the cubicle.Attention!We can only guarantee perfect functioning of the scent pumps if Repabad scents are used! You can purchase them from your specialist Repabad dealer.Changing the illuminantsBefore changing the illuminants, all phases of the steam bath‘s power supply must be switched off!Halogen lights in the steam bath ceiling:-Stand in the steam cubicle to pull out the socket of the luminaire in a straight downward movement (do not twist it!).-Exchanging luminaires.-Re-inserting the socket.-At the same time, ensure that the retaining clips for the luminaire are positi-oned on the grooves intended for this purpose.Decalcifying the steam generator1213The decalcification cycle for the steam generator depends on the water hard-ness. The different water hardness areas result in varying running times (steam times), before the steam generator needs to be decalcified.Determination of the water hardnessYou can use the test strips supplied and the corresponding colour table to de-termine the water hardness range.Plunge the test strip in fresh tap water for approx. 1 second and shake off-surplus water.After waiting for approx. 1 minute, compare the test strip with the colour table. -Based on the colour of the test strip, you can read off the degree of water hard-ness from the colour table.Setting the water hardness range.the display.1 to 4) is shown on the right of the dis-Anti-lime management (ALM) and decalcification programmesThree hours before reaching the decalcification cycle (dependent on the water hardness range set), CALC is displayed when the steam bath is switched on and off (flashes 3 x, AKM).If no decalcification takes place before the remaining steam period expires, the control mechanism automatically blocks the operation of the steam bath.If the steam bath is then switched on, the information CALC flashes on thedisplay for approx. 10 seconds. Following this, the steam bath switches off again automatically.The display shows the time again.The decalcification programme for all repa BAD steam generators with the Vision 2000 sensor and filling opening on the DE 1005 (6 KW) / DE 1050 steam generator If the steam generator DE1005 is not connected to a drain, a bucket (10 litres) must be placed under the drainage tube when decalcifying.14- -CALC is shown on the display.After approx. 10 seconds, PU1 is shown on the display.The steam generator is automatically pumped empty.Once the steam generator has been pumped empty, the display will show FlLL and ACld alternately.Unscrew the filling opening clasp on the steam generator.-Dissolve -8 tablespoons of repa BAD decalcification agent (art. no. EK 500)in 5 litres of water in a separate container and fill through the filling opening using a funnel.Screw the filling opening clasp on the steam generator closed.-The steam bath control automatically recognises when the decalcification agent is filled and starts the decalcification period of 12 hours. The remaining decalcification time is shown on the display.After expiry of the decalcification period, PU 2 is shown on the display.The steam generator is automatically pumped empty.PA 3 is shown on the display, as soon as the steam generator is emptied.After approx. 1 minute, the steam generator is automatically filled with fresh water.Following this, the time is again shown on the display.15Decalcification programme for all repa BAD steam generators with the Vision 2000 button sensor and the filling opening on the column, steam generators DE 510/DE 2000 (3 kW) and DE 3000 (6 kW)/ DE 4000 (6 kW)- -CALC is shown on the display.When the display shows FlLL and ACld alternately:Screw open the filler neck on the column and screw in the decalcification-tube (please refer to page 16)Dissolve -8 dessert spoons of repa BAD decalcification agent (art. no.. EK500) in 1 litre of water in a separate container and fill through the filling ope-ning using a funnel.Unscrew the decalcification tube and screw the filler neck closed-The steam bath control automatically recognises when the decalcification agent is filled and starts the decalcification period of 12 hours. The remaining decalcification time is shown on the display.Once the decalcification time has expired, the steam generator is automatical-ly rinsed with fresh water. Following this, the time is again shown on the display.16Error messagesError message Cause RectificationEr 01The steam bath hastoo little water 1. Switch the steam bath on again.This repeats the filling process.2. Decalcify the steam generator.3. If no remedy is possible, informthe specialist fitter.Er 02Temperature sensornot connected ordefective.Connect or replace the temperature sensorEr 04Steam generatordetection notconnectedConnect steam generator detectionCare instructions for repa BAD steam bathsDo not use cleaning agents which contain solvents, are aggressive or abra-sive! They damage the acrylic surface / glass cubicle.Only use soft, non-abrasive and lint-free cloths for cleaning!The acrylic surface / glass cubicle must be freed of abrasive dust etc. before cleaning, e.g. by rinsing it with clear water.Chemical drain cleaners may not be used.Clean the steam bath with a household cleaning agent after use.Use a wiper to remove all water drops on the glass cubicle.Clean the acrylic parts at regular intervals with anti-static acrylic and plexiglass cleaner repa BAD …Spezial-Reiniger“ [special cleaner] (art. no. RR).repa BAD’s …Care set“ (art. no. PF) is suitable for the elimination of minor scratches in the acrylics.Care instructions for repa CLEAR coated glass partitionsDo not use concentrated cleaning agents containing vinegar or citrus, stain-less steel cleaners, micro fibre cloths or similar to clean glass partitions coated with repa CLEAR.We recommend repa CLEAR glass cleaner (art. no. Glasreiniger) as the ideal care and cleaning agent for repa CLEAR coated glass partitions. With repa-CLEAR glass cleaner, you can freshen up the glass refinement.171819Warranty cardFor repa BAD steam bathsWe grant a 5-year warranty on all acrylic parts for the repa BAD steam baths supplied by us provided the care instructions are observed and it is used correctly and carefully in accordance with our general terms and conditions of use. The warranty period for the steam bath technology and electronics is 2 years. This warranty begins on the day of delivery by repa BAD. Any possi-ble claim must be notified to the specialist fitter from whom our product was purchased, specifying the data provided below.Delivered on: Customer‘s address:Invoice no..:Reason for complaint:Specialist fitter‘s addressFitter‘s stamp / signatureOnly send the warranty card in case of a complaint.BEDDBV2000.1 E © 05/2010 repa BAD GmbH Technical hotline +49 (0)7024/94 11 -88 repa BAD GmbHBosslerstr. 13-15D-73240 WendlingenTel. +49 (0)7024/94 11 -0Fax +49 (0)7024/94 11 -30e-mail:****************repa BAD Schweiz GmbHUnterer Rebberweg 129CH-4153 ReinachTel. +41 (0)61/71 39 13 4Fax +41 (0)61/71 10 82 6e-mail:****************✁。
德普施科技传感器使用说明书深圳市德普施科技有限公司SHENZHEN DEPUSH CO., LTD.1DRYB-B型应变式力传感器1.1原理与外观电阻应变计又称电阻应变片,工作原理基于导体的应变效应。
电阻应变计测量基数是利用电阻应变计测定构件表面的应变,再根据应力、应变的关系式确定构件表面应力状态的一种应力分析方法。
其测量系统可分为三个基本环节:传感器,通过零件或弹性元件将力转变为应变,再由电阻应变计将机械应变转变为电阻变化量;电阻应变仪,放大由电阻应变计组成的电桥所输出的电压,以电压或电流信号输出;指示、记录装置,可为一般指针式仪表,也可为示波器、磁带记录器或计算机,作用是对信号加以指示、记录或分析DRYB-B型力传感器就是采用电阻应变原理,将应变片电阻应变产生的效应通过测力环转换成与其成线性关系的电信号的装置。
1.2适用范围和使用场合DRYB-B型力传感器适用于各种物件质量、触力、应变等等参量的测量,结合深圳市德普施科技技术有限公司配套的实验设备,可以完成输送线实验中物件称重和转子动平衡实验中添加配重质量测量等实验内容。
1.3主要技术性能指标1.工作电压:+5V直流电压2.测量范围:0~2kg3.输出电压:0~+5V4.输出灵敏度:1.0±0.15mV/V5.测量精度:0 .03Kg6.重复性:0.02%7.工作温度:-10~+60℃8.外型尺寸:1.4 使用方法1. 将DRYB-B 型力传感器与配套载物平台装配好,并固定在磁力吸座支架或其它传感器固定支架上。
2. 将传感器的信号输出端接入配套的德普施数据采集仪A/D 通道中,传感器的信号输出采用五芯航空插头,其输出插头的连线定义如右图所示,各引脚定义为:1,输出;2,地;3,+5V 。
3. 打开数据采集仪以及DRVI 虚拟仪器平台,通过DRVI 虚拟仪器平台中的称重传感器实验脚本进行力传感器的标定,标定完毕即可进行后续的测量工作。
ATLAS COPCO DESICCANT AIR DRYERS FOR SIMPLE RELIABILITYCD series (360-1600 l/s, 763-3392 cfm) AD series (360-3450 l/s, 763-7314 cfm) BD series (360-3450 l/s, 763-7314 cfm)THE RIGHT DESICCANT DRYER FOR YOUR APPLICATIONA dry compressed air system is essential to maintain the reliability of production processes and the quality of your end products. Untreated air can cause corrosion in pipe work, premature failure of pneumatic equipment, and product spoilage. Atlas Copco’s desiccant dryers produce dry compressed air in a reliable and energy-efficient way while protecting your systems and processes.Working principleDesiccant dryers or twin tower dryers consist of two towers filled withdesiccant such as activated alumina or silica gel. While one tower isdrying compressed air, the other is being regenerated. Desiccantdryers can achieve dewpoints of down to -40°C/-40°F and -70°C/-100°F.Why desiccant dryers?Robust design.Total reliability.A constant, stable dewpoint in full load conditions.High reliabilityCompressed air entering the air net is always 100% saturated. When it cools, the moisture will condense, causing damage to your air system and finished products. Removing moisture from compressed air with a pressure dewpoint as low as -40°C/-40°F, Atlas Copco desiccant dryers eliminate system failures, production downtime and costly repairs.Competitive performanceA dewpoint down to -40°C/-40°F together with simple and easy controls guarantee the dryer operates in the best way possible.Good efficiencyProperly sized pipes and valves ensure a limited pressure drop. Several options are available to increase the efficiency and to reduce the energy consumption.Limited maintenanceAtlas Copco dryers have a small footprint thanks to the all-in-one design. Delivered ready for use, installation is straightforward, minimizing costly production downtime. All internal components are easily accessible to facilitate maintenance. The use of high-grade desiccant and high-quality valves results in three-year maintenance intervals.Assuring your peace of mindThrough continuous investment in our competent, committed and efficient service organization, Atlas Copco ensures superior customer value by maximizing productivity. With a presence in over 170 countries, we offer professional and timely service through interaction and involvement. Uptime is guaranteed by dedicated technicians and 24/7 availability.Blower purge dryers use a combination of air from an external blower, heat and minimal compressed air.Dry air from the outlet of the drying tower is expanded to atmospheric pressure and sent through the saturated desiccant, forcing the adsorbed moisture out (2) (4). After desorption, the blow-off valve is closed and the vessel is re-pressurized.The drying processThe regeneration processWet compressed air flows upward through the desiccant which adsorbs the moisture, from bottom to top (1).HEATLESS DESICCANT DRYERS4312Dry airWet airAfter regeneration, the functions of both towers are switched (3).SwitchingAWet compressed air flows upward through the desiccant which adsorbs the moisture, from bottom to top (1).Dry air from the outlet of the drying tower is expanded to atmospheric pressure (4) and sent over the heater (5). The heated air is then sent through the saturated desiccant (2) forcing the adsorbed moisture out, from top to bottom. After the heating process, the hot tower desiccant is cooled. Cooling is done by expanding dry compressed air from the outlet over the hot reactivated tower, from top to bottom.The blower (5) takes ambient air and blows it over the external heater (6). The heated air is then sent through the saturated desiccant (2), forcing the adsorbed moisture out, from top to bottom. After the heating, the hot tower desiccant is cooled. Cooling is done by expanding dry compressed air from the outlet of the adsorbing vessel over the hot reactivated tower, from top to bottom.After regeneration, the functions of both towers are switched (3).After regeneration, the functions of both towers are switched (3).BLOWER PURGE DESICCANT DRYERSThe drying processThe regeneration processSwitchingSwitching53124Dry airWet air56312Dry airWet airHigh-quality desiccantReliable high adsorption capacity desiccant for maximum performance. Pressure dewpoint of -40°C/-40°F .1Butterfly valvesHigh-performance butterfly valves with actuators ensure long lifetime.2Galvanized piping with flanged connectionsFlanged piping simplifies maintenance and minimizes the chance of leakages. Properly sized piping.3FiltersPre-filter(s) protect desiccant against oil contamination, increasing the lifetime of the desiccant. After-filter protects the network against desiccant dust, avoiding network contamination. Mounted directly on the inlet and outlet of the dryer, for easy assembly.4CubicleIP 54 protected.Electronic control board. Time-based steering. Load/unload freeze contact.5Robust and compact designStandard frame, including forklift slots and lifting eyes for easy handling. Vessel connecting flanges are integrated into the top and bottom shells, lowering the total unit height.6Check valveNickel-plated. Wafer type.With integrated fixed nozzle.71High-quality desiccantReliable high adsorption capacity desiccant for maximum performance.Pressure dewpoint of -40°C/-40°F.2Butterfly valvesHigh-performance butterfly valves with actuators ensure long lifetime.3Galvanized piping with flanged connectionsGalvanized piping simplifies maintenance and minimizes the chance of leakages.Properly sized piping.4Low-watt density heaterStainless steel design to ensure long lifetime.Galvanized heater pipe protects against corrosion.Heater is installed in an insulated heater pipe to assure the most energy-efficient setup.5Filters (optional)Pre-filter(s) protect desiccant against oil contamination, increasing the lifetime ofthe desiccant.After-filter protects network against desiccant dust, avoiding network contamination.Mounted directly on the inlet and outlet of the dryer, for easy assembly.6Advanced control and monitoring systemFitted inside a real IP54 cubicle for easy cablingand safety.Monitoring of all parameters to ensure maximum reliability for your installation.7Robust and compact designStandard frame, including forklift slots and lifting eyes for easy handling.Vessel connecting flanges are integrated intothe top and bottom shells, lowering the totalunit height.8Check valveNickel-plated.Wafer type.High-quality desiccantReliable high adsorption capacity desiccant for maximum performance. Pressure dewpoint of -40°C/-40°F .1Butterfly valvesHigh-performance butterfly valves with actuators ensure long lifetime.2Galvanized piping with flanged connectionsGalvanized and properly sized piping simplifies maintenance and minimizes the chance of leakages.3Low-watt density heaterStainless steel design to ensure long lifetime. Galvanized heater pipe protects against corrosion. Heater is installed in an insulated heater pipe to assure the most energy-efficient setup.4Advanced control and monitoring systemFitted inside a real IP54 cubicle for easy cabling and safety. Monitoring of all parameters to ensure maximum reliability for your installation.6Robust and compact designStandard frame, including forklift slots and lifting eyes for easy handling. Vessel connecting flanges are integrated into the top and bottom shells, lowering the total unit height.7Filters (optional)Pre-filter(s) protect desiccant against oil contamination, increasing the lifetime of the desiccant.After-filter protects network against desiccant dust, avoiding network contamination. Mounted directly on the inlet and outlet of the dryer, for easy assembly.5Atlas Copco's Elektronikon ® control and monitoring system takes continuous care of your desiccant dryer to ensure optimal productivity and efficiency at your site.ADVANCED CONTROL ANDMONITORINGAvailable in 32 languages, this graphical 3.5-inch high-definition color display with pictograms and LED indicators for key events is easy to use. 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It is fully customizable to meet specific customer needs, from simple alarm notification via email or SMS to visualization via fieldbus, LAN or internet, including advanced reporting services.Control and monitoringInternet-based visualizationAIRConnect™OPTIMIZE YOUR SYSTEM Scope of supply: Not available : OptionalTECHNICAL SPECIFICATIONSHeatless desiccant dryersHeated purge desiccant dryersBlower purge desiccant dryersReference conditions:Compressed air inlet temperature: 35°C/100°F .Inlet relative humidity: 100%.Dryer inlet pressure for 11 bar variants, after inlet filtration.6996 1037 01 – P r i n t e d i n C h i n a - S u b j e c t t o a l t e r a t i o n w i t h o u t p r i o r n o t i c e . N e v e r u s e c o m p r e s s COMMITTED TO SUSTAINABLE PRODUCTIVITYWe stand by our responsibilities towards our customers, towards the environment and the people around us. We make performance stand the test of time. This is what we call — Sustainable Productivity.。
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PhilipsSmart clothes drying rackEasy stopDisinfection and mite removal Overload alert App controlSDR701PASWCleaner and healthierHave disinfection and mite removal at one goDisinfection and mite removal of SDR701 bring assuring clothes drying experience. Easy stop, Wi-Fi connectivity and App control make clothes drying more convenient than ever.Caring design for more drying possibilities •Meet various drying needs•Care for the health of mom and baby •Ensure safe clothes dryingSmart operations for convenient life •Realize rack lifting with one click •Hold to stop and push to lift•To enjoy smart life with remote controlExtra cleaning care to safeguard family health •Have better clothes cleaning at one step •Start disinfection and mite removal anytimeHighlightsDisinfection and mite removalSDR701 has 2 UVC lamps for effective clothes disinfection. After disinfection starts, the drying rack will automatically rise to the top, then starts clearing harmful bacteria with UV lights. It also has 2 mite repellers to effectively remove mites from your clothes.Delayed-start modeAfter disinfection and mite removal starts, it will automatically stop after 37.5 minutes, avoiding clothes discoloration due to long UV lights exposure. Long press the "Disinfection and mite removal" button, the drying rack will enter into "Delayed-start mode", allowing disinfection and mite removal to start automatically in 8 hours. You can start disinfection and mite removal at anytime as you like and create a healthy life.4 rodsSDR701 has large clothes drying space with its four 2.2 meter rods. 2 of them are for clothes and 2 for bed sheets. The hanging holes on clothes drying rods are properly distanced,ensuring sufficient ventilation and sunshine for clothes to dry off.APP controlAfter binding the drying rack to APP, you can use remote control to complete instructions such as: rack rising, rack descending, lighting, disinfection and mite removal and etc. The APP also supports log review, so that you can control clothes drying situation at home even when you are away.Easy stopGently hold the descending rack to stop it. After hanging clothes up, slightly push it with your hands, and it will go up automatically, making clothes drying much simpler. Without having to turn around and search for remote control, you can have clothes drying at ease.Remote controlEnjoy one-click on remote control to monitor clothes drying. The DC motor lets the drying rack rise and descend quietly and fast. It takesonly 20 seconds for the rack to go up or down. Without too much waiting, you can enjoy the best of your life.Separate clothes drying areaThe 3 rods for mom and baby that can both hang and clip clothes are convenient andpractical. The clips are right under disinfection lamps for more effective cleaning of baby clothes and underwear, providing extra care for the health of you and your child.Stable structureEnjoy safe and stable clothes dryingexperience. Triangle structure of the scissor frames gives great stability and balance. The whole machine is made of aluminum alloy and uses stainless rivets and screws that are conform to international standard 304#, making the rack exquisite and rustproof.Issue date 2022-09-28 Version: 2.0.212 NC: 8670 001 74845 EAN: 69 73746 14002 3© 2022 Koninklijke Philips N.V.All Rights reserved.Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. or their respective owners.SpecificationsColor scheme•Space grayDimensions of product (LxWxH)•2,200x578x200 mmNet weight of product•13.2 kgDrop distance•0-1,100 mm Maximum load•35kgPower supply•Input voltage: 220 V•Rated power of product: 82 W•Rated power of LED lamp: 12 W•Rated power of UVC lamps: 7 W*2•Rated power of mite repeller: 5 W** The disinfection rate of the UVC lamps is tested understandardized laboratory conditions (Minister of Health 2020 edition-2.1.5.4) and can be up to 99.99%. Actual disinfection rate may varyin actual use environment.。
德普施科技运动控制台
(DRYDC-A 型)
使 用 说 明 书
深圳市深圳市德普施科技德普施科技德普施科技有限公司有限公司
SHENZHEN DEPUSH CO., LTD.
1简介
DRYDC-A型运动控制台是深圳德普施科技有限公司为方便机电控制类实验开设而研制的实验台,实验台具有结构合理、使用方便、可开设实验项目多的特点。
与德普施科技公司的DRLAB-MU-ME型综合实验桌结合,使用DRLink动态快速可重组虚拟控制软件平台可以开设以下7个实验(具体实验可参考DRLink实验指导书的相关内容):
1.步进电动机基本原理实验
2.步进电动机速度调节和方向控制实验
3.步进电动机位置测量实验
4.直流电动机速度调节和方向控制实验
5.直流电机转速测量实验
6.直流电机位置测量实验
另外,由于本实验台内部的运动控制卡对用户开放,可开设结合运动控制台硬件的8051单片机编程实验,以全面锻炼学生观察、思考和动手的能力。
(见运动控制卡的用户手册)
2结构组成与基本技术参数
DRYDC-A型运动控制台的结构如图1所示,
图1 DRYDC-A型运动控制台结构示意图
2.1 结构组成
1)电源开关
2)电源指示LED
3)运动控制卡工作指示LED
4)直流电机光电(编码盘)对管
5)直流电机光电编码盘/皮带减速传动机构
6)直流电机
7)步进电机
8)涡轮—涡杆减速传动机构
9)运动位置指示标尺
10)(微动)限位开关A
11)电涡流限位开关A
12)零位(中心)定位光电对管
13)位置指示器
14)电涡流限位开关B
15)(微动)限位开关B
16)直流电机位置反馈机构
1.2 技术参数
1)电源:直流+12V(3A),+5V(1A),-12V(3A)
2)标尺有效行程:200mm
3)涡轮—涡杆减速器减速比:1:40
4)(直流电机—步进电机)皮带减速器减速比:1:3
5)步进电机电压12V
6)步进电机控制方式:单步、四相单四拍、四相双四拍、四相八拍
7)直流电机控制电压:-10V~+10V,线性可调
8)通信接口:RS-232C标准9针D型串行口
9)直线运动速度:30mm/s(Max,直流电机驱动)
10)位置反馈器件:多圈绕线式电位器
11)直线定位精度:1.5mm
12)外观尺寸:390×350×195mm
13)重量:5Kg
3设备连接
DRYDC-A型运动控制卡使用通用串口线与计算机的串口相接,其电源使用专用5芯接口与DRMU-ME-B型综合实验桌的电源接口相接。
在使用DRLink作为实验的软件平台时,还需要将采集卡通过并口线接入计算机。
(DRMU-ME-B型综合实验桌内已经安装了信号采集卡,计算机安装在实验桌内的时候已经连接好了并口线,所以,在实验的准备过程中,只需要将串口线和电
源线连接到实验桌上即可。
)图2是运动控制台、信号采集卡与计算机的连接示意图。
图2 实验设备连接方法示意图
4操作说明
4.1实验准备
运用单摆实验台进行实验教学所需准备的实验设备为:
1.DRLink可重组虚拟控制实验开发平台1套
2.运动控制台(DRYDC-A)1套
3.计算机n台
4.德普施数据采集仪(DRDAQ-EPP2)※1台
5.开关电源(DRDY-B)※1台
在以上所列出的实验设备中,带有※号的设备是没有使用DRMU-ME-B型综合实验桌的实验室需要准备的。
由于DRDY-A型电源-12V的电流输出能力小于1A,所以不能直接驱动DRYDC-A型运动控制台的直流电机部分。
4.2实验操作
4.2.1 DRLink平台实验操作
1.启动计算机,运行DRLink主程序,开启数据采集仪电源,然后点击DRLink快捷工具
条上的“联机注册”图标,进行DRLink和数据采集仪之间的注册。
2.分别启动不同的实验脚本,将实验脚本的程序下载到运动控制卡中准备进行实验。
3.按照实验指导书的步骤操作实验脚本和运动控制台。
为了保护控制台上的零件安全,(微动)限位开关A、B都已接入保护电路当中,当位置指
示器运动到两侧的极限位置时,微动开关被触发,保护电路动作并切断运动控制卡的电源。
此时,由于运动控制卡的电源被切断,保存在CPU内部RAM中的实验程序会丢失。
并且只能手动盘动直流电机皮带轮使位置指示器脱离两端的极限位置。
当位置指示器回到正常的位置范围后,运动控制卡重新上电,如果需要继续实验请再次运行脚本。
4.2.2 开放实验
本实验是基于DRYDC-A型运动控制台硬件的程序设计实验,实验的目的是锻炼学生的观察、分析及单片机编程的能力。
在运动控制台的内部安装了一块DRMC-A型运动控制卡,(见图3),运动控制台的各动作都是在运动控制卡的控制下完成的。
在我们将运动控制卡的底层编程接口对用户开放,使学生有机会练习使用通用的C-51(或者汇编、PL/M)程序控制简单的机械运动。
下面将列出使用C-51程序进行实验的步骤。
图3 运动控制台内部部件安装情况
1)在源程序的编辑、编译环境下将C-51的源程序编译成后缀为hex的可执行二进制程序
代码。
2)按住“编程”按钮不放,按“复位”按钮。
3)点击Windows Seriel DownLoader(以下简称WSD)程序界面的Reset按钮。
注意,此
时不能松开机械手底座的“编程”按钮。
4)WSD提示OK,可进行下一步操作,否则需重复第2,3步。
5)点击WSD界面的Download按钮,选择刚编译好的.hex文件下载。
6)下载文件后,点击WSD的Run按钮就可以运行用户程序。
为了用户使用和编程的方便,下表将DRYDC-A型运动控制台部分设备与内部运动控制卡的电气连接情况作一个简单介绍。
具体的编程方法和程序示例在DRMC-A型运动控制卡的使用
说明书中给出,在此不作重复。
序号电器名称运动控制卡接口
1 直流电机DAC0通道
2 步进电机步进电机0通道
3 位置反馈电位器ADC5通道
4 直流电机光电(编码盘)对管ADC4通道
5 电涡流限位开关A ADC7通道
6 电涡流限位开关B ADC6通道
7 零位(中心)定位光电对管ADC3通道
备注运动控制卡和保护电路安装于面板之下
4.2.3直流电机手动操作
在DRYDC-A型运动控制台上还安装了辅助手动按钮、自动/手动转换开关等部件,以方便实验。
见图4,其中6是自动/手动转换开关,用于直流电机的控制方式的切换。
图4 辅助部件位置示意图
1:控制卡运行指示LED;2:手动指示LED;3:自动指示LED;4:正转LED;
5:反转LED;6:直流电机自动/手动切换开关;7:PRG(编程)按钮;8:RST(复
位)按钮;9:手动正转按钮;10:手动反转按钮
在切换开关在自动位置,此时,直流电机由运动控制卡控制。
手动正转/反转按钮不工作,但其对应的指示LED会点亮。
当切换开关在手动位置时,直流电机由手动按钮控制,用户可根据需要选择直流电机的运动方向,操作手动正转/反转按钮,使位置指示器快速移动到指定位置。
手动控制直流电机的时候,由于电机的动作不受运动控制卡的控制,在经过标尺两侧的电涡流限位开关时,不会自动停下。
当运动到极限位置时则会触动微动限位开关使保护电路动作,最后使运动控制卡失电。