Opteva560模块拆装

Installation Instructions5602 876 v1.1 10/2011for use by heating contractorLow-Loss Header for Vitodens 100-W, WB1A/B and Vitodens 200, WB2A/B (single-boiler installations only)Please file in Service Binder25602 876 v 1.1Please ensure that these instructions are read and understood before starting any service work. Failure to comply with these instructions may cause product/property damage, severe personal injury and/or loss of life.Working on the equipmentThe installation, adjustment, service and maintenance of this product must be performed by a licensed professional heating contractor who is qualified and experienced in the installation, service, and maintenance of hot water boilers. There are no user serviceable parts on the boiler, burner or control.Ensure that main power to the equipment being serviced is off.Ensure that the main fuel supply valve to the boiler is closed.Take precautions to avoid accidental activation of power or fuel during service work.Do not perform service work on any component part without ensuring safe operation of the heating system. When replacing parts, use original Viessmann orViessmann approved replacement parts.When used in conjunction with the Vitodens 100, or Vitodens 200, boilers, the low-loss header acts as a hydraulic break, decoupling boiler and system circuits from each other.It is recommended to use the low-loss header inapplications in which the total system flow rate exceeds the maximum boiler flow rate.Viessmann strongly recommends the use of a low-loss header in cases where the system head and flow rates are unknown.The temperature sensor connection located at the top of the low-loss header ensures low return temperatures to the Vitodens 200, boilers, at all times, increasing operational efficiency.In addition, the low-loss header helps eliminate air and debris from the heating system.The low-loss header is available in the following sizes. Select the size based on the maximum system flow rateof your application.LLH Model Part Number Max. Flow Rate Type 80/60749852919.5 GPM (4428 L/h)Type 120/80749853035.2 GPM (8000 L/h)Boiler Model Part Number WB2A 7134 240WB2B7179 488Low-Loss Header Temperature Sensors (for single-boiler applications)Note: No temperature sensor is used on the Vitodens 100 boiler. Temperature sensor for the Vitodens 200 must be purchased separately.35602 876 v 1.1Low-Loss Header InstallationContents Low-Loss Header, Type 80/60Low-loss header (Type 80/60)Sensor wellDrain plug Air bleed plugInsulationInstallation InstructionsThe temperature sensor (see page 2) for Vitodens 200, WB2A/B must be purchased separately.Contents Low-Loss Header, Type 120/80Low-loss header (Type 120/80)Sensor wellDrain plugAir bleed plugInsulationInstallation InstructionsThe temperature sensor (see page 2) for Vitodens 200, WB2A/B must be purchased separately.Before commencing with the installation of the low-loss header, check low-loss header orientation with respect to your heating system.If (when holding the low-loss header with the sensor well connection facing to the left, as shown below)..........the boiler is located to the left of the low-loss header and the heating system is located to the right, install thelow-loss header as shown above (with sensor well Alocated on left side), following the installation steps on the following page.the boiler is located to the right of the low-loss header and the heating system on the opposite side, perform thefollowing steps:1. Rotate low-loss header 180º clockwise (from its original orientation, as shown below).2. Proceed with the installation steps on the following pages (depending on low-loss header model).ASensor wellB Air bleed openingC ½” drain plug45602 876 v 1.1Low-Loss Header InstallationLow-loss header single boiler applicationsfor Viessmann wall-mount boilers Boiler ModelNo. of Boilers Boiler max flow rate Typical System Flow Rates Viessmann temperature sensor required System ¡t *22011.02514.03017.03519.54022.0°F °CVitodens 100WB1A 8-2416.21400System Flow Rate LLH required LLH Model7.21635yes 80/60 5.81315optional 80/60 4.81190optional 80/60 4.1930optional 80/60 3.6820optional 80/60GPM L/h No *3WB1A 8-3016.21400System Flow Rate LLH required LLH Model9.02045yes 80/607.21630yes 80/60 6.01360optional 80/60 5.11150optional 80/60 4.51020optional 80/60GPM L/h No *3WB1B 2616.11385System Flow Rate LLH required LLH Model8.31885yes 80/60 6.61508yes 80/60 5.51257optional 80/60 4.71077optional 80/60 4.2943optional 80/60GPM L/h No *3WB1B 3516.11385System Flow Rate LLH required LLH Model10.82453yes 80/608.61962yes 80/607.21635yes 80/606.21402yes 80/605.41226optional 80/60GPM L/h No *3Vitodens 200WB2A 6-24C16.21400System Flow Rate LLH required LLH Model8.11840yes 80/60 6.51476yes 80/60 5.41227optional 80/60 4.61045optional 80/60 4.1931optional 80/60GPM L/h No *3WB2A 6-2416.21400System Flow Rate LLH required LLH Model8.11840yes 80/60 6.51476yes 80/60 5.41227optional 80/60 4.61045optional 80/60 4.1931optional 80/60GPM L/h Yes *1WB2A 8-3217.01600System Flow Rate LLH required LLH Model11.22544yes 80/609.02044optional 80/607.51703optional 80/60 6.41454optional 80/60 5.61272optional 80/60GPM L/h Yes *1WB2A 11-44115.43500System Flow Rate LLH required LLH Model15.43498yes 80/6012.32794optional 80/6010.32340optional 80/608.81999optional 80/607.71749optional 80/60GPM L/h Yes *1WB2A 15-60115.43500System Flow Rate LLH required LLH Model20.64679yes 120/8016.53748yes 80/6013.73112optional 80/6011.82680optional 80/6010.32339optional 80/60GPM L/h Yes *1*1 Low-loss header temperature sensor (see page 2) - sold seperately; for use in single-boiler applications in conjunction with Viessmann Comfortrol boiler control.*2 F or system ¡t < 20 °F use low-loss header sizes for ¡t 20 °F *3 V itodens 100, WB1A/B and Vitodens 200, WB2A 6-24C does not require a temperature sensor.Low-loss header must be used in all applications where the system flow rate exceeds the maximum or minimum boiler flow rate. “Optional” indicates that a low-loss header may be used for purposes of air separation and/or debris removal, asopposed to for flow purposes.55602 876 v 1.1Low-Loss Header InstallationInstallationBoiler ModelNo. of Boilers Boiler max flow rate Typical System Flow Rates Viessmann temperature sensor required System ¡t*22011.02011.03017.03017.03519.5°F °CVitodens 200WB2B 1916.11385System Flow Rate LLH required LLH Model6.11385yes 80/60 4.91108optional 80/60 4.1924optional 80/60 3.5792optional 80/60 3.1693optional 80/60GPM L/h Yes *1WB2B 2616.11385System Flow Rate LLH required LLH Model8.51931yes 80/60 6.81544yes 80/60 5.71287optional 80/60 4.91103optional 80/60 4.3965optional 80/60GPM L/h Yes *1WB2B 3516.11385System Flow Rate LLH required LLH Model11.42589yes 80/609.12071yes 80/607.61726yes 80/60 6.51480yes 80/60 5.71295optional 80/60GPM L/h Yes *1WB2B 45115.43498System Flow Rate LLH required LLH Model14.63316yes 80/6011.72653optional 80/609.72211optional 80/608.31895optional 80/607.31658optional 80/60GPM L/h Yes *1WB2B 60115.43498System Flow Rate LLH required LLH Model19.44406yes 80/6015.53525yes 80/6012.92937optional 80/6011.12518optional 80/609.72203optional 80/60GPM L/h Yes *1WB2B 801357949System Flow Rate LLH required LLH Model26.05905yes 120/8020.84724yes 120/8017.33937optional 120/8014.93374optional 120/8013.02953optional 120/80GPM L/h Yes *1WB2B 1051357949System Flow Rate LLH required LLH Model35.07949yes 120/8028.06359yes 120/8023.35300yes 120/8020.04542optional 120/8017.53975optional 120/80GPM L/h Yes *1*1 Low-loss header temperature sensor (see page 1) - sold seperately; for use in single-boiler applications in conjunction with Viessmann Comfortrol boiler control.*2 F or system ¡t < 20 °F use low-loss header sizes for ¡t 20 °FLow-loss header must be used in all applications where the system flow rate exceeds the maximum or minimum boiler flow rate.”Optional” indicates that a low-loss header may be used for purposes of air separation and/or debris removal, asopposed to for flow purposes.Low-loss header single boiler applicationsfor Viessmann wall-mount boilers65602 876 v 1.1Low-Loss Header InstallationLow-loss header dimensions Overall depth 2¼” (60 mm)Overall width 10c ” (274 mm)Overall height 23” (586 mm)Please note that the pipe connections on the system side are at a closer distance from each other than those on the boiler side.LegendA Sensor well, 150 mmB Air bleed plug (c/w O-ring)C Boiler supplyD System supplyE System returnF Boiler returnG ½” drain plugIf the standard low loss header insulation is being installed, add extra clearance between the back of the low loss header and the finished wall [1½” (38 mm) for Type 80/60].Insulation dimensionsOverall depth 5d ” (135 mm)Overall width 6” (155 mm)Overall height 22f ” (575 mm)IMPORTANTIMPORTANTLow-loss header information ModelType 80/60Low-loss header *Vitodens 100/200)Connector size (NPT) inches 1¼Distance between boiler inches supply/return mm 14360Distance between system inches supply/return mm 11280Matching insulation boxIncludedAdditional clearance with inches installed insulation mm2f 68* Please note that the temperature sensor for Vitodens 200, WB2A/B must be purchased separately. See price list.75602876 v 1.1Low-Loss Header InstallationLow-loss header dimensions Overall depth 5½” (140 mm)Overall width 12c ” (320 mm)Overall height 36” (914 mm)Please note that the pipe connections on the system side are at a closer distance from each other than those on the boiler side.LegendASensor well, 200 mm (for WB2 only)B Air bleed plug (c/w O-ring)C Boiler supply D System supply E System return F Boiler return G ½” drain plugIf the standard low loss header insulation is being installed, add extra clearance between the back of the low lossheader and the finished wall [2” (51 mm) for Type 120/80].Insulation dimensionsOverall depth 7d ” (183 mm)Overall width 8c ” (223 mm)Overall height 35f ” (905 mm)IMPORTANTIMPORTANTLow-loss header information ModelType 120/80Low-loss header *Vitodens 100/200)Connector size (NPT) inches 2Distance between boiler inches supply/return mm 25½650Distance between system inches supply/return mm 21½550Matching insulation boxIncludedAdditional clearance with inches installed insulation mm3f 92* Please note that the temperature sensor for Vitodens 200, WB2A/B must be purchased separately. See price list.85602 876 v 1.1Low-Loss Header Installation1. Remove low-loss header and supplied accessories from carton (see section entitled “Standard Equipment” on page 3 for a list of component parts included with your low-loss header).2. Drain plug B , air bleed plug C (c/w O-ring) and sensor well D are pre-installed. Ensure thightness and check for leaks.3. Tighten all connections.4. Install low-loss header only in vertical position (as shown). See pages 6 and 7, indicating system and boiler connection sides. Make system and boiler connections accordingly.5. Insert temperature sensor E probe end deep into sensor well D . The other end of the low-loss header temperature sensor comes prewired to terminals 3 and 4 on plug X7. Insert plug X7 into corresponding terminal on boiler control console. See wiringinformation on page 9.LegendA Low-loss headerB Drain plug (c/w O-ring)C Air bleed plug (c/w O-ring)D Sensor well, 150 mm (Vitodens 200 only, except model WB2A 6-24C)E Temperature sensor (Vitodens 200 only, except model WB2A 6-24C,WB1A/B)95602 876 v 1.1Low-Loss Header Installation1. Insert plug X7 of the low-loss header sensor (as shown) into terminal X7 on the Vitodens 200 boilercontrol console (not applicable for Vitodens 200 WB2A6-24C).A Low-loss header sensorThe % DHW sensor of the DHW storage tank comes prewired to terminals 1 and 2 on plug X7.To connect a low-loss header sensor in addition to the DHW sensor, perform the following steps:1. Remove and discard plug X7 from the low-loss header sensor.2. Rewire low-loss header sensor wires to terminals 3 and 4 on plug X7 of the % DHW sensor (as shown).3. Insert plug X7 into terminal X7 on the Vitodens 200 boiler control console (not applicable for model Vitodens 200 WB2A 6-24C).A % DHW sensorB Low-loss header sensorPlug X7 wired for installation with low-loss header only.Plug X7 wired for installation with low-loss header and DHW storage tank.105602 876 v 1.1Low-Loss Header InstallationElectrical Connection1. Remove the control unit cover.2. Remove the X3 plug from the control board. Attach sensors and/or KM-BUS and/or accessories and reinsert the X3 plug. Refer to the following sensor information.3. Reinstall the control cover.1. Connect the low-loss header sensor (if used) to terminals X3.4/X3.5 onthe boiler control board.Accessing the X3 plug Connecting the low-loss header sensor115602 876 v 1.1Low-Loss Header InstallationLow-Loss Header Installation5602 876 v 1.1T e c h n i c a l i n f o r m a t i o n s u b j e c t t o c h a n g e w i t h o u t n o t i c e.。

目录一、安装、使用返修工作站 (1)二、了解返修工作站 (3)三、操作步骤说明 (5)四、触摸屏控制简介 (13)五、温度曲线设置简介 (24)六、校准摄像机简介： (28)七、返修工作站保养事项 (28)八、报警故障及其处理方法 (29)九、技术参数 (30)附录1、笔记本夹具使用介绍： (31)RW-SV560A V1.11一、安装、使用返修工作站安装场所为了确保安全和避免返修站可能发生损坏，应将返修站安装在符合下述条件的环境场所。

◆ 远离易燃物；◆ 不会溅到水或其它液体的地方；◆不会受到空调机、加热器或者通风机直接气流影响的地方； ◆ 通风良好、干燥、少尘的地方； ◆ 水平、稳定、不易受到震动的地方； 电源电源要求如下：电压： AC220V ±10% 频率： 50/60Hz 功率： 大于5.6KW空间要求为方便操作，易于维修，务必在返修站背面留出约300mm 以上的空间。

使用注意事项在使用返修工作站，请注意以下事项：1、打开热风返修站电源开关后，首先应检查上下热风喷嘴是否有冷风吹出，若无风吹出，严禁启动加热，否则可能烧毁加热器。

2、返修不同的BGA，可设定不同的温度曲线段；采用无铅返修时可根据BGA锡珠的焊接温度曲线参考设定。

3、BGA安装前，必须逐片检查PCB板焊盘和BGA锡珠是否良好；BGA焊接后需逐片进行外观检查，如发现异常，应停止安装BGA并检测温度，待调整正常后方可进行焊接，否则可能会批量损坏BGA或PCB板。

4、机器表面需定时清洁，特别是要保持红外线发热管及防护网表面的清洁，防止污物积留在上面而影响正常热量辐射，导致焊接质量不良，并明显缩短红外发热体的使用寿命。

5、未经培训的操作人员不得随意更改各设定参数。

6、工作时不要用电扇或其他设备对返修站吹风，否则会导致加热器异常升温，烧坏工件。

7、开机后，高温发热区不能直接接触任何物体，否则可能会引起物件的烧毁，待加工PCB板应放在PCB板支撑架上。

沃未来派拆机教程
1、第一步是静电放电，防止拆开手机后损坏内部元件。

将手机拿在手上，以免引起静电，然后可以开始拆开手机。

2、拆开沃未来派手机的第一步是用螺丝刀把背部底座螺丝轴拧开，底座螺丝分别位于手机的4个角落。

一般情况下，要用一只T4批量螺丝刀来拆开沃未来派手机的背部底座。

3、打开后就可以看到手机内部的各个部件，如电池、电路芯片、线路板等。

可以用螺丝刀分离各个元件，剥开沃未来派手机的外壳时要小心，不要用力拉出来，以防手机损坏。

4、清理一下内部零件，如需要加装一些新组件时，先检查每个部件是否有松动，有没有局部损坏情况，再组装回原来的状态。

特别地，组装时要小心，先检查元件的接线是否正常，然后再慢慢组装。

总的来说，沃未来派手机拆机是容易的，但要在拆机和组装过程中，务必采用小心慢慢下手的方法，以防手机损坏。

这样可以有效保护手机，并能顺利地完成拆机工作。

NETCOM®MODEL ADHAUTOMATIC AIR DEHYDRATOR WITH ETHERNETADH® NETCOM™ AUTOMATIC AIR DEHYDRATOR DC DUAL REDUNDANT POWER SUPPLY MODULEREPLACEMENT PROCEDUREReplacement Kit Part Number 24095Document Part Number 24107SAFETY INFORMATION AND WARNINGSAbnormal Odor or SmokeIn the event of smoke or a burning orabnormal odor, immediately interruptpower to the ADH NETCOM with thePOWER switch at the rear of the unit,unplug the unit, or turn off the circuitbreaker controlling the outlet. Notethat only the AC model of the ADHNETCOM has an ON / OFF switch.Lethal Voltages PresentLethal voltages are present inside theADH NETCOM. Service should beperformed by qualified personnelonly. There are no user serviceablecomponents inside the chassis.PneumaticsEach of the air pumps inside the ADHNETCOM automatic air dehydrator iscapable of generating as much as 24psig (1,655mbar). Other attached dryair sources may be capable ofgenerating even higher pressures.Proper safety practice requirestreating all pneumatic componentswith care. Always vent the system toatmospheric pressure before servicingpneumatic components.Rack MountingBefore and after rack mounting theADH NETCOM, ensure that the rackis stable. Mounting of the ADHNETCOM into a rack should be suchthat a hazardous condition is notcreated due to uneven mechanicalloading. Verify that adequate airflow and power source capacity isavailable to the unit. Ensure that theADH NETCOM maximum operatingtemperature of 130°F (55°C) will notbe compromised by othercomponents in the rack. Ensurereliable earthing of the ADHNETCOM.ADH NETCOM DC DUALREDUNDANTPOWER SUPPLY MODULEREPLACEMENT PROCEDUREThis procedure addresses the removal and replacement of the DC Dual Redundant Power Supply Module in an ADH NETCOM Automatic Air Dehydrator with DC Dual Redundant Power. It is recommended to read the entire procedure prior to beginning work.INVENTORY LISTIdentify the following items in this kit prior to beginning work. TOOLS REQUIREDThe following tools are needed to perform this procedure:•5/16” Nut driver•Small flat blade screwdriver•Needle nose pliersItem NumberPartNumberItemQuantityItemDescription1 23224 1 DC Dual Redundant Power Supply Module 224107 1 Instruction Manual (this document)DC DUAL REDUNDANT POWER SUPPLY MODULEREMOVAL AND REPLACEMENTTo replace the DC Dual Redundant Power Supply Module (23224) in an ADH NETCOM with DC Dual Redundant Power,perform the steps below. Refer to Figure 1.Figure 1. THE ADH NETCOMAUTOMATIC AIR DEHYDRATORDC DUAL REDUNDANT POWER SUPPLYMODULE.NOTE:As its name implies and as shown in Figure 1, the DC Dual Redundant Power Supply Module is comprised of two halves, wired to each other in parallel. Follow this procedure as written, disconnecting then connecting only those electrical leads specified in this procedure. Do not disconnect any of the wires connecting either half of the supply module to the other half as doing so will adversely impact the function, integrity, and electrical continuity of the redundant supply module.1.Shut off DC unit power by shutting offthe external power supply. Ifpossible, move the dehydrator to awork table.2.Remove both top machine panels.Retain the mounting hardware.3.From the far right side of the leftbank of supply module electricalleads, disconnect the white/red andwhite/black striped leads. Refer toNumber 1 of Figure 2. To disconnectthe lead, unscrew the set screw aboveit, then gently remove the lead fromthe terminal. Remove both the white/red and the white/black striped leads.4.From the far right side of the rightbank of supply module electricalleads, disconnect the red/white andblack/white striped leads. Refer toNumber 2 of Figure 2. To disconnectthe lead, unscrew the set screw aboveit, then gently remove the lead fromthe terminal. Remove both the red/white and the black/white stripedleads.Figure 2. DC DUAL REDUNDANT POWER SUPPLY MODULE LEFT-SIDE TERMINALS.Disconnect each lead by loosening each set screw,then gently removing the lead.1 25.From the far left side of the PC board terminal block, disconnect the red and black electrical leads. Refer to Figure 3. To disconnect the lead,push in on the orange release tab under the lead, then gently remove the lead from the terminal. Remove both the red and black leads.Figure 3. THE PC BOARD TERMINALBLOCK. Unlike the first two pairs of electrical leads in steps 3 and 4, disconnect the black and red electrical leads in step 5 from the PC board terminalblock.Press in on the orange release tab under the lead,then gently disconnect the lead. Repeat for the other lead.6.Using the nut driver, remove the two nuts and lock washers securing the existing power supply module to the chassis and remove the module.Refer to Figure 4.Retain the mounting hardware.Figure 4. POWER SUPPLY MODULE MOUNTING HARDWARE (2 places).7.Install the new power supply module onto the Pem ® studs from which the original supply module was removed.Secure in place using the two sets of nuts and lock washers removed in step 6.Torque to 10 in/lb.8.Connect the pair of solid red and black leads running from the new power supply module to the two terminals on the far left side of the PC board terminal block from which the original leads were disconnected in step 5.Refer back to Figure 3. Connect the leads with the black lead on the left and the red lead on the right.9.Connect the red/white and black/white striped leads from the cable bundle to the two far right terminals on the righ side of the new power supply module from which the original leads were disconnected in step 4.Refer back to Figure 2. Connect the leads with the red/white lead on the left and the black/white lead on the right and secure in place by tightening the set screw from above.10.Connect the white/red and white/black striped leads from the cable bundle to the two far right terminals on the lef side of the new power supply module from which the original leads were disconnected in step 3.Refer back to Figure 2. Connect the leads with the white/red lead on the left and the white/black lead on the right and secure in place by tightening the set screw from above.11.Reinstall the machine top panels using the hardware removed in step 2.12.Restore machine power.QUESTIONS AND COMMENTS For technical help, questions, or comments concerning this or any ETI, Inc., product, contact the Customer Service Department between 8:00 a.m. and 5:00 p.m. EST.DISCLAIMERETI, Inc. makes no representations or warranties, either expressed or implied with respect to the contents of this publication or the products that it describes, and specifically disclaims any implied warranties of merchantability or fitness for any particular purpose. ETI, Inc. reserves the right to revise this publication and to make changes and improvements to the products described in this publication without the obligation of ETI, Inc. to notify any person or organization of such revisions, changes or improvements. No part of this manual may be reproduced or translated in any form or by any means, electronic or mechanical including photocopying and recording, for any purpose without the express written consent of ETI, Inc.The ETI logo, We Manage Heat, and ADH are registered trademarks of ETI, Inc. NETCOM is a trademarknc. NETCOM isCopyright © 2012 ETI, Inc. All rights reserved.。

新壳体检测器模块更换1、关闭机架电源2、打开机架的前罩、侧罩和上罩3、手动旋转，使球馆处于正下方4、打开固定锁，以防止在模块更换过程中机架发生旋转5、断开检测器风扇电源线W203,拆下检测器前罩，如下图所示：6、卸下检测器上罩的6个固定螺钉，把检测器上罩给拆下来。

如下图所示：7、拆下加热膜片的电源线。

如下图所示8、把加热电阻膜片和盖住它的橡胶填塞物拿下来。

如下图所9、把要拆卸的模块所对应的DAS板给拆下来。

（比如要更换第15块检测器模块，那就得把第15块DAS板给拆下来）10、拆下压住连接模块与DAS底板之间电缆的金属压片。

如下图所示：11、使用专用工具拆下连接模块与DAS底板之间电缆。

如下图所示：12、拆下检测器模块与板箱之间的两个固定螺钉。

如下图所示13、使用专用工具把检测器模块从DAS板箱中给拿出来。

如下图所示：14、使用专用工具安装新的检测器模块，固定好固定螺钉。

注意检测器模块的前后位置要和之前拆下来的保持一致。

15、使用专用工具连接检测器模块与DAS底板之间的电缆。

注意要保证它们之间连接良好。

安装金属压条。

16、安装DAS板17、安装加热电阻膜片和橡胶添塞物，连接加热电阻膜片电源18、安装检测器上罩19、安装检测器前罩以及检测器风扇电源线w302.20、松开固定销21、安装机架上罩、侧罩、和前罩22、按照自动校正中更换DMS模块的要求做相应的校正。

下图是更换检测器模块的专用工具：说明：上面更换步骤只适用于更换新壳体检测，对于老壳体检测器系统不适用。

如下所列检测器系统都适用：454110160821新壳体双层无钼检测器系统454110160911新壳体双层有钼检测器系统454110160831单层检测器系统。

With the T-560R unit, Thermo King helps you re-imagine what’s possible in your business.Extra Fresh & Frozen Capacity: enhanced capacity and faster pull down increases your options, enhances your performance, and supports route optimisation for smarter deliveries.Extra Flexibility: higher capacity allows for better fleet optimisation, quickly adapting to Fresh or Frozen goods’ needs and making sure you have the right temperature, right when you need it.Extreme Temperatures: designed to operate in the toughest ambient conditions, to protect your load up to 55°C ambient.Extra Savings: with increased fuel efficiency and lower maintenance costs, coupled with our service contract options to drive down the total life cost of each unit.Extra Uptime: with extended maintenance intervals which keep individual vehicles working and earning for longer, while also hitting sustainability targets.Powerful. Dependable. Sustainable.Each new Thermo King product has first to undergo stringent testing to ensure the highest levels of reliability and operating economy, and the T-560R is no exception.At our state-of-the-art global research and development centre, the unit is exposed to a variety of hostile conditions, extreme temperatures, and non-stop endurance tests. Next up, it’s subjected to exhaustive field trials, and only after consistently positive reviews do we finally give the unit our seal of approval.With Thermo King, you can be sure the T-560R will meet your expectations for quality, reliability, and dependability.Technology you can rely onLess emissions: refrigerant R-452A provides a future proof solution to more stringentglobal legislation on greenhouse gases. GreenTech engine exhaust gas emissions are compliant with the most stringent 45% reduction in refrigerant GWPR-452A R-404AKey features and options Remote Watch»New feature that allows the Thermo King service team to remotely access the unit from anywhere in the world»Only requires a USB port and an internet connection»User-friendly interface providing on the road service, minimising vehicle downtimeWarranty coverage2 year warranty coverage on unit and options (2nd year warranty coverage subject to mid-term inspection)Cycle-SentryStops the engine when refrigeration is not needed, and restarts it when refrigeration or battery charge is called for.»Fuel and CO2 savings of up to 80%»Increased component life »Reduced maintenance costs Extended Maintenance Interval: EMI 1000Thermo King EMI 1000 will extend maintenance intervalsand reduce operating costs by:»Reducing clean-up and disposal costs»Reducing environmental impact with less spillageand less oil, filter, and coolant waste»Extending engine life with improved, highly efficientfiltrationThermo King EnergyOne Silver BatteryIncorporates silver-calcium technology to extend servicelife by over 20% more than conventional batteries.Auto phase correction»Avoids reverse fan rotation while on electric stand-by»Protects the loadDiesel/electric auto switching»Automatically starts diesel engine if electric stand-byfails»Manual override for ferry operation»Protects the load automatically (without manualintervention)TherMax system»Faster defrosting cycles.Password protected controller»Prevents unauthorised access»Protects against cargo loss, especially in high ambientsBody mount enclosureAllows external mounting of in-cab displays on drawbartruck bodies, allowing for easier access.ThermoKare™ThermoKare offers a complete selection of servicecontract options, to help you manage maintenance costsand hence total life cost of a unit.Thermo King EnergyOne Gold BatteryFor customers that operate in colder climates, this760 CCA upgraded wet cell battery delivers greater powerthan the standard battery.Thermo King EnergyOne Platinum Battery»Uses Absorbed Glass Mat (AGM) technology with deepcycle capability and enormous cranking power(880 CCA)»Maintains capacity at extremely low temperatures betterthan a wet cell battery»Avoids the cost of battery replacements through anexpected five to eight year service life»Also backed by Thermo King’s 2 year warranty90L Fuel tank»Approved for diesel and bio-diesel»Vibration resistant to Thermo King standards»Mechanical fuel gauge with option to upgradeto electrical»Galvanised drain plug as standard»Corrosion resistant installation kit (e-coated)Key features and options● Not Available ● Standard Feature△ Option: Factory Supplied ▲ Option: Dealer SuppliedDoor switchesReduce the load temperature rise and detect theft by monitoring door openings and save fuel when doors are open by turning off the unit.Whisper™ noise attenuating kit»The Whisper™ low noise kit reduces noise levels significantly over standard units.Remote Watch allows you, your Thermo King Dealer and the Thermo King Service Team to access the reefer unit’s control system from anywhere in the world – all you need is a device with a USB port and internet or data connection.Thanks to Remote Watch, normal operation set up - such as changing set point and other operating parameters - as well as troubleshooting can now be done remotely, saving time and labor costs.Remote Watch is fitted as standard on T-560R and helps minimize down-time by allowing TK Service Team to access the unit data log up to 2 weeks’ operation, clear alarms and change the unit’s settings.Remote Watch36163292632369527994air 9261676632SpecificationsDimensions (in millimeters)Specifications* Battery not included. With Whisper noise attenuating kit option: +10kg ** With Electric Heat Option 2500W capacity is achievableAs a result, you can rely on a fast and efficient response to any operational issues – including product installation, diagnostics, and maintenance.Unmatched serviceability and improved parts supportThe T-560R is designed to use components that are common to the already existing members of the T-Series range. We’ve done this to help ensure greater availability of parts, faster repair times, and Exceptional reliability.Keeping you moving:Thermo King service and parts supportANYWHERE IN EUROPE, MIDDLE EAST AND AFRICA»Over 500 authorised service points in 75 countries»1400 fully trained and certified technicians with Gold, Silver and Bronze Certi-T ech expertise certifications »Open and available 24/7FIND THE DEALER CLOSEST TO YOU WITH OUR ONLINE DEALER LOCATOR MORE DEALER SERVICES9Emergency assistance 9Service contracts9Genuine Thermo King parts 9Options and Accessories 9Mobile service9Calibration and leak testing 9...WARRANTY SUMMARYThermo King – by Trane Technologies (NYSE: TT), a global climate innovator – is a worldwide leader in sustainable transport temperature control solutions. Thermo King has been providing transport temperature control solutions for a variety of applications, including trailers, truck bodies, buses, air, shipboard containers and railway cars since 1938. For further information, please contact:Find your nearest dealer on。

万能平板打印机光栅解码器更换
------本文摘自《迈创彩印》网站行业新闻栏目
万能平板打印机光栅解码器的更换，在X轴走vs 值不准或者是没有读数的时候有可能就是光栅解码器损坏或者光栅条位置太低。

更换及检查时一定要注意看光栅解码器是否有亮灯、光栅条的位置是否正确。

软件的读数是否为正。

万能平板打印机更换光栅条的步骤如下：
第一步:后盖上端四颗螺丝取下，后排侧盖一排螺丝取下。

第二步：取下后盖可看到光栅解码器和X轴限位开关。

第三步：松开螺丝取出坏的光栅光栅解码器，更换上新的光栅解码器。

（注意调好位置，不要让光栅条太低导致读不出数据，也不要挨着光栅解码器两侧导致损坏光栅条。

），小车后盖拆下后将光栅解码器两颗螺丝拧开。

第四步：开机移动小车看软件是否有读数且为正。

万能平板打印机光栅解码器基本上很少更换，迈创彩印采用的是国际进口的高品质配件。

除非出现人为损坏的原因，正常的使用寿命在3-5年，相比较国内部分厂家4-5个月的解码器，在品质上无可挑剔。