机柜空调说明书
机柜使用说明书
机柜使用说明书1.概述本机柜为19英寸标准计算机机柜，主要用于网络、监控、计算机等领域，具有所有机柜的一般通用性尺寸规格：2000mm（不含轮脚）X 1100mm(深度)X 600mm（宽度）内部有效高度：42U颜色：黑色砂纹。
2.使用环境条件(1).工作电压：AC 220V～380V(2).工作温度：-5℃～+40℃(3).存储温度：-25℃～+55℃(4).相对湿度：5%～80%（5).机柜有效放置空间距离：≥2M（6）.机房散热条件：内装空调（7）.机房内部防雷、防静电装置：机房需内装接地及防雷电设施（8）.消防报警及灭火系统：机房需安装因出现电路起火的报警装置及灭火设备机房内所有使用环境需要配备相应的检测设备：如温度计，湿度计等，若机柜存放于没有机房的环境工作，则需要房间具有空气流通条件形成对流，必要时可以在机柜内部配装风机散热。
3.系统的主要功能和主要指标(1).机柜的主要功能是将所有设备集成在机柜内部，便于安装调试、维护和管理，使机柜成了设备运行的载体，从而达到高效、安全的工作效果。
(2).LCD显示屏，便于集成显示用户需要的技术参数。
（3）.相关指标：安全防护等级：IP45ESD:机柜内部前后门均接地脚轮载重：≥600KG机柜静态载重：≥1000KGGB/T 19520.1-2007 GB/T 19520．1-2007 电子设备机械结构 482．6 mm(19 in)系列机械结构尺寸第1部分：面板和机架GB/T 19520．2-2007 电子设备机械结构 482．6 mm(19 in)系列机械结构尺寸第2部分：机柜和机架结构的格距《公差标准》（GB1804-2000/GBT1184-1996）《喷涂质量标准》（GB/T5237.5-2000）4.产品特点及说明(1).机柜前门采用铝型材和弧形造型设计，使机柜整体具有较新颖和线条美感，前后门均为通风网孔，增加美感同时满足设计运行的散热要求，其外形有如下特点。
机柜使用说明书
机柜使用说明书1.概述本机柜为19英寸标准计算机机柜，主要用于网络、监控、计算机等领域，具有所有机柜的一般通用性尺寸规格：2000mm（不含轮脚）X 1100mm(深度)X 600mm（宽度）内部有效高度：42U颜色：黑色砂纹。
2.使用环境条件(1).工作电压：AC 220V～380V(2).工作温度：-5℃～+40℃(3).存储温度：-25℃～+55℃(4).相对湿度：5%～80%（5).机柜有效放置空间距离：≥2M（6）.机房散热条件：内装空调（7）.机房内部防雷、防静电装置：机房需内装接地及防雷电设施（8）.消防报警及灭火系统：机房需安装因出现电路起火的报警装置及灭火设备机房内所有使用环境需要配备相应的检测设备：如温度计，湿度计等，若机柜存放于没有机房的环境工作，则需要房间具有空气流通条件形成对流，必要时可以在机柜内部配装风机散热。
3.系统的主要功能和主要指标(1).机柜的主要功能是将所有设备集成在机柜内部，便于安装调试、维护和管理，使机柜成了设备运行的载体，从而达到高效、安全的工作效果。
(2).LCD显示屏，便于集成显示用户需要的技术参数。
（3）.相关指标：安全防护等级：IP45ESD:机柜内部前后门均接地脚轮载重：≥600KG机柜静态载重：≥1000KGGB/T 19520.1-2007 GB/T 19520．1-2007 电子设备机械结构 482．6 mm(19 in)系列机械结构尺寸第1部分：面板和机架GB/T 19520．2-2007 电子设备机械结构 482．6 mm(19 in)系列机械结构尺寸第2部分：机柜和机架结构的格距《公差标准》（GB1804-2000/GBT1184-1996）《喷涂质量标准》（GB/T5237.5-2000）4.产品特点及说明(1).机柜前门采用铝型材和弧形造型设计，使机柜整体具有较新颖和线条美感，前后门均为通风网孔，增加美感同时满足设计运行的散热要求，其外形有如下特点。
机柜空调使用说明书(RA-900W电子版)
图三
冷气机
电 控 箱
冷气机
图四
电控箱
错误
正确
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错误
正确
泠逸工业制冷·安装使用说明书
机柜空调
2、安装方法 （1）当机组在搬运、装卸时，请始终保持设备处于垂直直立状态，不要将设备长期放在露天场所； （2）为使空调器的冷却效果最佳，请将机组直接安装在电气柜的外壁上或顶上（根据用户所选机型来决定）， 请勿采用风管的形式进行送风，如若确实需要采用风管送风，请先咨询本公司技术工程师； （3）空调器在安装之前，请先确认好安装位置的强度是否能承载机组，以免造成人员受伤及设备损坏，当 安装在电气柜门上时，最好该扇箱门能固定不动，当需要打开时请先确认好加在门上的重量不会使整个电 气柜倾倒； （4）电气柜上必须开孔，以便使冷风能进入电控箱内，具体的开口尺寸请参见图五； （5）箱体开孔时请严格参照开口尺寸进行，孔口处的毛刺必须清除，以免划伤机组； （6）当长期使用时请注意安装螺栓是否损坏或脱落，若有而未加处理，将有可能导致机器掉落而损坏； （7）侧装式机柜空调的安装方式见下页图； （8）RA-900W 机柜空调安装开孔图见附页图纸；
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泠逸工业制冷·安装使用说明书
机柜空调
菜单设置选项 回差设定 压缩机延时 温度设置下限 温度设置上限 模式选择 温度校正
DTS 8000ES 外挂式机柜空调操作及使用说明书
外挂式机柜空调操作及使用说明书1 手册提示 (5)2 搬运 (5)2.1 运输 (5)2.2 储运 (5)2.3 开箱 (5)3 供货范围 (6)4 一般信息 (6)5 铭牌 (6)6 安全 (7)7 功能 (7)7.1 配置与功能 (7)7.2 工作原理 (7)7.3 冷凝物 (8)8 技术规格书 (8)8.1电气原理图 (8)8.2备品备件 (9)8.3安装开孔 (9)8.4气流原理 (12)8.5技术参数 (12)9 安装 (16)9.1 概述 (16)9.2 安装工作 (16)9.3 电气连接 (17)10 运行条件 (17)11 投入使用和功能 (17)11.1 概述 (18)11.2 操作显示器 (18)11.3启动测试模式 (18)11.4 门触点 (18)11.5 设备故障 (19)12 参数查看与设置 (19)13 清洁和维护 (20)13.1 清洁 (20)13.2 维护 (20)14 停止使用 (21)15 故障排除 (21)16 保障条款 (21)附表I (22)1 Hints on the manual (23)2 Handling (23)2.1 Transport (23)2.2 Storage (23)2.3 Unpacking (24)3 Scope of delivery and options (24)4 General Information (24)5 Name plate (24)6 Safety (25)7 Function (25)7.1 Function and configuration (25)7.2 Operating principles (26)7.3 Condensate (26)8 Technical data (27)8.1 Circuit Diagram (27)8.2 Spare parts (28)8.3 Installation Cut-out (28)8.4 Airflow principle (31)8.5 Technical Data (31)9 Installations (35)9.1 General (35)9.3 Electrical connection (36)10 Operating condition (37)11 Putting into operation and function (37)11.1 General remarks (37)11.2 Operation display (37)11.3 Start-up / Test mode (38)11.4 Door contact (38)11.5 Equipment fault (38)12 Parameters View and Settings (39)13 Cleaning and Maintenance (40)13.1 Cleaning (40)13.2 Maintenance (40)14 When not in used (40)15 Trouble shooting (41)16 Warranty Conditions (41)Appendix I (42)1 手册提示此手册为百能堡电气科技有限公司（以下简称百能堡）提供的门装或侧装螺栓固定，外挂式机柜空调系列的安装运行指南。
山特精密空调一体机架空调用户手册说明书
客服热线：400-830-3938/800-830-3938Rack Type Air Conditioner User Manual 一体机架空调用户手册产品防伪为了切实保障您的用电安全，帮助您购买到真正的山特精密空调，请注意以下事项：1. 认准山特注册商标：、、、、。
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请到山特网站w 下载最新版的产品说明书。
版权所有© 2020山特电子（深圳）有限公司1.1F OREWORD (1)1.2A IR CONDITIONER DESCRIPTION (1)1.2.1Principles of function (1)1.2.2Operating Conditions (1)1.3S TANDARDS (2)2.SAFETY NOTICES (2)3.INSTALLATION AND OPERATION (2)3.1M ECHANICAL INSTALLATION (2)3.2E LECTRICAL INSTALLATION (3)3.3P OWER-ON STEPS (4)4.SYSTEM FUNCTION INTRODUCTION4 4.1C OOLING (4)4.2H EATING (O PTION) (5)4.3D OOR ALARM (5)4.4C OMPONENT CONTROL MODE (5)4.5U NIT SEQUENCING CONTROL (OPTION) (5)4.5.1T IME S WITCHING (5)4.5.2T EMPERATURE SWITCH (5)4.5.3B OTH WORKING WITH HIGH TEMPERATURE (5)4.5.4D ISTURBANCE SWITCHING (5)4.6S ELF TESTING (6)4.7H YDROGEN DISCHARGING/EMERGENCY FAN (OPTION) (6)4.8A LARM (6)4.9U NIT MENU STRUCTURE (7)4.9.1Operation interface (7)4.9.2Menu structure (7)5.MAINTENANCE (8)5.1D AILY MAINTENANCE (8)5.2C OMPRESSOR MAINTENANCE (8)5.3C OMMON FAULT (9)1.简介 (15)1.1前言 (15)1.2空调器描述 (15)1.2.1工作原理 (15)1.2.2运行条件 (15)1.3符合标准 (16)2.安全注意事项 (16)3.安装和操作 (17)3.1空调器机械安装 (17)3.2电气安装 (17)3.3开机步骤 (18)4.系统功能介绍 (18)4.1制冷功能 (19)4.2制热功能（选配） (19)4.3门禁功能 (19)4.4器件控制模式 (19)4.5双机切换控制（选配） (19)4.5.1定时切换 (19)4.5.2温度切换 (19)4.5.3高温同开 (19)4.5.4故障切换 (20)4.6自测 (20)4.7排氢/应急风扇（选配） (20)4.8故障 (20)4.9机组菜单结构 (21)4.9.1操作界面 (21)4.9.2菜单结构 (21)5.维护 (22)5.1日常维护表 (22)日常维护表 (22)5.2压缩机维护 (22)5.3故障及恢复措施 (23)常见故障及恢复措施 . E RROR!B OOKMARK NOT DEFINED.6.产品有毒有害物质申明 (29)附录1.维修保证 (30)附录2.合格证 (31)Introduction1.1 ForewordNote: All of the operations of this product shall be performed by professional engineers and technicians.This manual can only be used to guide the installation and operation of EF series of industry cabinet air-conditioners. The manual content includes the functional description and regular maintenance of the unit. In this manual, the safety tips and warning signs are described as follows:DANGER!If the measures described in the following are not strictly observed there is danger to life and health.HAZARD!If the measures described in the following are not strictly observed there is danger to life and health due to electrical shock.CAUTION!If the measures described in the following are not strictly observed material damage may be caused.1.2 Air conditioner descriptionThe EF series outdoor cabinet air conditioner is a cooling product developed for cabinet. This air conditioner’s frequency can be regulated. It has cooling capacity regulating function, and the fans can regulate speed automatically.Function Diagram 1.2.1 Principles of functionThe refrigerant is compressed by compressor (1) into high temperature and high pressure gas; To the condenser (3), and suctioned by the cooling fan (2) from the bottom part into outdoor air, where the heat is forced through the condenser (3) to spread to the surrounding environment in the air, and the refrigerant becomes into a liquid through the throttling element (4), the refrigerant pressure drops, and in the evaporator (6), the refrigerant absorbs the heat inside the control cabinet and evaporates; The hot air is suctioned by the evaporation fan (5) from inside the control cabinet, and through the evaporator, the air is cool and forced to discharge into the inside of the control cabinet. At the same time, the air inside the control cabinet is dehumidified.This series can be used a variety of installations.This is shown in the pictures below:Working Principle Diagram1.2.2 Operating Conditions⚫Power system220VAC±15%,50/60Hz⚫External cycle temperature:-40℃~ 50℃Note: Please read the nameplate parameters on the air conditioner carefully. The actual technicalparameters shall be subject to the nameplate name.1.3 StandardsStandard DescriptionGB/T17626.7-1998EMCGB4706.1Safety of household appliances or similar electric applianceGB4798.1Environmental conditions existing in the application of electric and electronic product –StorageGB4798.2Environmental conditions existing in the application of electric and electronic product –TransportationGB4798.3Environmental conditions existing in the application of electric and electronic product –Use2. Safety noticesThe following safety notices are to be observed in their entirety for the correct use of the equipment: 2.1 Transport⚫Keep the air conditioner in a horizontal state during transportation.⚫If the cabinet needs to be transported, please remove the air conditioner and pack itseparately before transportation.2.2 Storage⚫Storage environment should not exceed 70 °. ⚫Keep the air conditioner in a horizontal state during storage.2.3 Unpacking⚫Prior to and during unpacking make a visual inspection of the air conditioner to seewhether any damage has occurred duringtransport. Especially pay attention to looseparts,dents,visible loss of oil etc.⚫Any damage mast be reported immediately to the forwarding agent (follow the instructionsin“Rules For Damage Claims”).Moreover,thelatest ed ition of the “After sales Service Letterof Commitment”⚫Before disposing of packing material ensure that it does not contain any loose components.2.4 Installation ⚫The site for the enclosure, and hence the arrangement of the air conditioner, is selected so as to ensure good ventilation;⚫The location is free from excessive dirt and moisture;⚫The ambient temperature does not exceed +45℃;⚫The enclosure is sealed on all sides(IP54).Condensation will occur if the enclosure isleakage;⚫Air inlet and outlet are not obstructed on the inside of the enclosure;⚫The duct size outside the air conditioner cabinet should not be less than the limit value in the following figure.⚫Units are only fitted horizontally in thespecified position.Max. Deviation from the true horizontal:2°;⚫Losses from the components installed in the enclosure must not exceed the specificrefrigeration capacity of the air conditioneritself;⚫The customer must not modify the airconditioner in any way.Distance Diagram3. Installation and Operation3.1 Mechanical installationBefore the installation of air conditioner, the fitting surface of cabinet shall be properly opened withvent and screw hole, where the hole size shall refer to the appearance size figure as provided by the manufacturer.CAUTION!If the required cutouts are only made in the switch cabinet just before mounting of the air conditioner, make sure that swarf is not allowed to enter the device hood by using a cover sheet. Mounting:1) Insert the air conditioner into the cabinet alongthe guide rail direction.2) The installation flange of the air conditionerand the installation surface inside the cabinetare fixed, as shown in the figure below:Installation Diagram3.2 Electrical installationCAUTION!As the cabinet air conditioner is connected to the power supply via the circuit protection device, the appropriate circuit protection device and the power cable should be chosen according to the air conditioning nameplate and technical parameters.CAUTION!Too high voltage may lead to damage of cabinet air conditioner. Please follow the voltage requirement marked on the nameplate to switch on the air conditioner.CAUTION!In order to avoid any damaging effects, before turning on the power supply, the cabinet air conditioner must be reliably earthed.Note: The power input port identifier is subject to the specific unit screenprintingReferences to common (copper wire) selection: RatedCurrent≤5A≤10A≤15A≤25A Power linediameter1.0mm1.5mm2.5mm4mmConnecting interface (The power input terminal will be subject to application instructions)Connecting interface:Port DefinitionPowerinputL1/LL:220VAC power input cable L;L1:110VAC power input cable L L2/NN:220VAC power input cable N;L2:110VAC power input cable L PEGrounding wire of the airconditionerAlarm outputNC The first public alarm dry nod (NC) COMThe first public alarm dry nod(COM)NOThe first public alarm dry nod(NO)(Option)1The second public alarm dry nod(COM)(Option)2The second public alarm dry nod(NO) (Option)Signal input 3 N/A4Hydrogen discharge / emergencyfan dry contact (FG) (Option)5Hydrogen discharge / emergencyfan dry contact (NO) (Option)6Hydrogen discharge / emergencyfan dry contact (COM) (Option) 7Door open alarm input (option)8comm unicati on ports +RS485 communication ports (+)(Option)-RS485 communication ports (-)(Option)⚫Alarm output (option):The unit provides alarm output dry contact. Ifthere is no alarm, the dry contact is close.When there is alarm, the dry contact will open.Contact capacity: resistive load5A@30VDC/5A@250VAC.⚫Hydrogen discharge / emergency fan electricity connecting.(option):Note: Contact capacity: max load 2A@-48VDC; 8A@230VAC.➢Hydrogen discharge / emergency fan(AC input) connecting interface diagram;AC input connecting interface diagram➢Hydrogen discharge / emergency fan(DC input) connecting interface diagram;DC input connecting interface diagramDC input connecting interface diagram(FG:optional)3.3 Power-on stepsFirstly make sure the AC voltage is in accordance with the standard, and then close the power input switch. 30s later the internal cycle fan of the unit will be started. After delay time about 3min, the unit select operation mode according to the unit’s. 4. System function introductionAir conditioner running is automatically controlled completely according to the temperature inside the cabinet, and through the inner loop temperature sensor, the controller detects the cabinet return air temperature and the set point for judgment, to control the work of compressor or the fan.4.1 CoolingCooling stop point=cooling start point-cooling sensitivity. When the cabinet internal temperature exceeds the cooling start-up point, the cooling will be started; when the cabinet internal temperature is lower than the cooling stop point, the cooling Parameter Default value Setting rangeCoolSP 25℃[15~50]Cool△T 5℃[1~10]INHT 65℃[20~80]stops.Setting point description:CoolSP:Point when cooling starts.Cool△T:Temperature control sensitivity.INHT:Internal high Temp. alarm point.CAUTION!For the reliable operation of the unit and the maximum energy efficiency, it is recommended that the users should not randomly change the temperature set point. The above set point is not on behalf of the factory settings.4.2 Heating (Option)Heating stop point=heating point+heating sensitivity. When the temperature inside the cabinet is lower than the heating start-up point, the heating will start; when the temperature inside the cabinet is higher than the heating stop point, the heating will stop.Parameters Default value Setting range HeatSP 0℃[-5~15]Heat△T 10℃[1~15]Setting point description:HeatSP:Point when heating starts.Cool△T:Temperature control sensitivity.CAUTION!For the reliable operation of the unit and the maximum energy efficiency, it is recommended that the users should not randomly change the temperature set point. The above set point is not on behalf of the factory settings.4.3 Door alarmTo avoid an increase in condensation, a door operated switch should be used which will switch the air conditioner off when the switch the air conditioner off when the enclosure door is opened. After judging whether the cabinet door is opening or not by the sign sent by the door magnetic switch ,the air conditioner will alarm and stop. CAUTION：When door opened, the door magnetic switch will be triggered to shut down the air conditioner after one minute. After door closed, the door magnetic switch will be released, then the air conditioner will start work after three minutes when the temperature inside is higher than the set point.4.4 Component control mode1) Control modern of internal fan：The inner fan runs in normal speed when system runs normally.2) Control mode of external fan:Air circulation mode: The external fan stops.Cooling mode:The external fan’s running speed depends on the condenser’s temperature. The higher the temperature is, the higher the fan speed is; the lower the temperature is, the lower the fan speed is.3) Control mode of compressor:Air circulation mode: Compressor stops.Cooling mode: The compressor’s running speed depends on the temperature differences between return air and setting value. The higher the difference is, the higher the compressor speed is; the lower the difference is, the lower the compressor speed is.4.5 Unit sequencing control(option)The equipment has linkage function including time switching, disturbance switching, high temperature switching.4.5.1 Time SwitchingTwo air conditioners switch as setting time.4.5.2 Temperature switch1) When cabinet temp reach the setting point cooling point only one air-con will work. When temp lower than cooling stop point, the air-con stops working.2) When cabinet temp reach the setting point high temp point, two air-cons will work together. When temp lower than (high temp point - sensitivity), one air-con stops working, only one air-con will work alone.4.5.3 Both working with hightemperatureWhen one appears high temperature alarm, the other will work at the same time. If high temperature alarm is cleared, one air conditioner will be closed, it will recover to time and temperature switching status.4.5.4 Disturbance switching1) When one air conditioner has a problem, the other will start immediately.2) If the fault that is come up in the switching time is cleared, it do not switch to other until time switch is finished.3) If the fault is not cleared, the other will work all the time.4.6 Self testingThe unit provides the self testing function for on site test and it will automatically goes to self-testing procedure if choosing self-testing function in the system function menu, the procedures are as below:1) If the compressor doesn’t stop, stop thecompressor.2) The internal fan runs for 60 seconds.3) The external fan runs for 60 seconds.4) The compressor runs for 60 seconds with lowlimit speed, meanwhile the external fan runs with 50% full speed.5) The compressor runs for 60 seconds withupper limit speed, meanwhile the external fan runs with full speed.6) If configured with heater, starts heater andruns for 120s.7) If configured with hydrogen discharging fan,starts the fan and runs for 120s.8) The compressor, internal fan & external fan,electric heater, hydrogen discharging fan stops.9) Self-testing procedures finished, the unit worksaccording to the normal logic.4.7 Hydrogendischarging/emergency fan(option)Discharge hydrogen at regular times: according to the requirement for environment inside the cabinet, the hydrogen discharging fan realizes automatic cycle hydrogen discharging and forced ventilation. The interval time of each automatic cycle hydrogen discharging is 24 hours and the discharging time is 5 minutes.2) Forced ventilation:when the compressor does not have cooling capacity (including compressor failure, power failure), the temperature inside the cabinet is higher than the start up point (emergency point + sensitivity) of emergency fan , start the emergency fan.4.8 AlarmThe cabinet air conditioner provides the following alarm information. Please refer to table for the setting point.Diagram for alarm triggeredIf the alarm hasn’t been recovered, t he alarm information will be still on, until the alarm has been eliminated. And you can check the alarm statistics through entering the alarm menu shown as Figure.Sensor Failure4.9 Unit menu structure4.9.1 Operation interfaceThe unit controller adopts the 96x32 LCD, which contains 7 buttons for the setting. The operation interface is as shown in the following figure：ON/OFF：ON/OFF button (press the button 5s), this can be used to turn on/off the unit.: Up button, which is used to increase the setting value or select the previous record/menu.: Down button, which is used to decrease the setting value or select the next record/menu. 4.9.2 Menu structure: Left button, which is used to select the previous bit of the data.: Right button, which is used to select the next bit of the data.ENTER: ENTER button, which is used to confirm the entry.ESC: Quit button, which is used to return to the previous page menu.If there is no keyboard operation for consecutively 60s under any interface after start-up, it will automatically return to the normal display interface. When any button is pressed after the system is powered up, the backlight will turn on. If there is no keyboard operation for consecutively 60s, the backlight will be off.The factory default operation password of the unit is “0001”. To change it, you need to press ENTER on the normal display interface to enter the password input interface, press the LEFT button or RIGHT button to select the bits for change, and press the UP/DOWN button to change the relevant digits, and finally press ENTER button to confirm the change. If the password is incorrect, the interface will display the error message, and the unit setting cannot be changed. If the password is correct, you can enter the main menu and edit the unit setting.Remarks:InT: Internal return temperature sensorTp: Evaporator coil temperature sensorTe: Compressor exhaust pipetemperature sensorCond: Condenser coil temperaturesensorUnit menu structureNote: This diagram is unit menu structure, not the real factory setting.中文EnglishON/OFF ENTER ESC5. MaintenanceTo ensure the normal operation of the airconditioner, please perform regular maintenance for it by referring to Table 5.1.Hazard!All the maintenance should be performed by qualified professionals. Please disconnect thepower and communication & alarm output cables of the air conditioner before any maintenance and do not reconnect them until the maintenance is completed.5.1 Daily maintenanceDaily maintenance table5.2 Compressor maintenanceWhen the compressor is faulted, the solution is replaced with new unit.DISPOSAL ：Do not dispose this product as unsorted municipal waste. Collection of such waste separately for special treatment is necessary.City Trash CanCheck item Step descriptionMaintenance cycle Wiring Visually check if the wiring is looseOne year Fan abnormalities Turn the fan to check if it is smooth and if there is any abnormal noiseOne year Drainage pipe Visually check if the drainage mouth is blockedSix monthsCondenser Check the cleanness of the condenser and clean it with compressed airSix monthsFilterCheck visually and clean. If there is dustaccumulation, it can be blown or washed and driedSix months5.3 Common faultCommon fault and recovery measure.can not work5.4 Charge RefrigerantUnits sold outside mainland China do not contain refrigerant. Please refer to the following operations to charge refrigerant on site.1 Tools PreparationTable 5-1Tools preparationTool Illustration FunctionScrewdriver ⚫Dedicated screwdriver is used to remove the anti-theft screws.⚫Flat-blade screwdriver is used to remove the connecting wire from the controller.⚫Phillips screwdriver is used to remove screws from other parts.Diagonal pliers Used to process cables on site and remove the fixed cable ties. Portable vacuumpumpUsed to vacuum on site.Pressure gauge Used to monitor system pressure, maintain pressure, and charge refrigerant for use.Refrigerant R410A refrigerant.Electronic scale Used to charge refrigerant and monitor the weight of the refrigerant charged. Protective gloves Wear gloves when charging refrigerant and vacuuming.Goggles Used to protect the eyes.2 Disassemble the Unit⚫Figure 5-1Disassemble the unitStep 1 Use a small flat-blade screwdriver to remove the air conditioner power cables (L,N, PE). See A in Error! Reference source not found..Step 2 Use a small flat-blade screwdriver to remove the air conditioner signal lines(RS485+, RS485-). See B in Error! Reference source not found..Step 3 Remove the signal line fixed buckles and the drainage pipe binding ties. See C in Error! Reference source not found..Step 4 Open the front door of the cabinet and use a Phillips screwdriver to remove thefour installation screws of the air conditioner. See D in Error! Reference sourcenot found..Step 5 Grasp the two handles on the front panel of the air conditioner and slowly pull out the air conditioner. See E in Error! Reference source not found..Step 6 Use a flat-blade screwdriver to remove the screws of the upper cover and remove the upper cover. Find the refrigerant charging port, as shown in F in Error!Reference source not found..CAUTIONThe charging port is divided into a high-pressure charging port and a low-pressure charging port, and therefrigerant is charged from the low-pressure port. See G in Error! Reference source not found..3 Charge RefrigerantStep 1 Connect the vacuum pump.Use a pressure gauge to connect the high-pressure charging port (red pipe) and low-pressure charging port (blue pipe) of the air conditioner, and the middle pipe is connected to the vacuum pump.⚫Figure 5-2Connect to the vacuum pump(1) Low pressure gauge (2) High pressure gauge (3) Zero adjustment screw(4) Low pressure valve (5) Sight window (6) High pressure valve(7) Low pressure side interface (8) High pressure side interface (9) Vacuum pump or refrigerantinterfaceStep 2 Use a vacuum pump to vacuum the refrigeration system.After confirming that the pipeline connection is completed, turn on the vacuum pump to start vacuuming. Thevacuum degree of the system is required to be below 35Pa.⚫Figure 5-3Power on the vacuum pumpStep 3 Maintain pressure on the system.After the vacuum is completed, power off the vacuum pump, close all the pressure gauges and tighten theconnection between the pressure gauge and the vacuum pump. Keep the pressure of the system for 20-30 minutes and observe whether the pointer of the pressure gauge does not move. If the value of the pressure gauge needleremains unchanged (maintained at -0.1MPa), it proves that the system is well sealed and can be filled withrefrigerant.⚫Figure 5-4Maintain pressureStep 4 Refrigerant charge.After the system pressure is maintained, remove the vacuum pump from the pipeline, and connect the pipeline to the refrigerant tank to charge the refrigerant.1. Move the gas pipe connecting the vacuum pump to the refrigerant tank and tighten it, thenloosen the connection of the middle pipe of the pressure gauge by 4-5 turns.⚫Figure 5-5Connect to the refrigerant tank2. Turn on the switch of the refrigerant tank, let the gas pour into the pipe and rush out from theconnection. The process lasts for about 10 seconds, and then tighten the pressure gaugeconnection so that the air in the pipe is discharged to the outside.3. After exhausting the air from the pipeline, the refrigerant charge is started. Please turn therefrigerant tank upside down when charging, and you must use an electronic scale to ensurethe quality of the refrigerant charged.⚫Figure 5-6Charge refrigerant4. After the refrigerant charging is completed, close the valve on the low pressure port side of thepressure gauge, do not remove the pipeline connection for the time being, and perform thepower-on operation and refrigeration operation.⚫Figure 5-7Close the low pressure charging value4 Power On and Test the Air ConditionerPower on the unit and adjust the cooling point of the unit to below the temperature detected by the indoor sensor. Run the unit for half an hour to see if the cooling of the unit is operating normally.⚫When the ambient temperature reaches the cooling point of the air conditioner, the air conditioner will automatically enter the cooling state when the air conditioner ispowered on for 3 minutes.⚫If the ambient temperature does not meet the cooling conditions, you can turn on the load to make the air conditioner enter the cooling state.After the unit is operating normally, quickly remove the high and low pressure connections. A small amount of refrigerant will be sprayed out during the dismantling process, which is normal. Screw the bonnet back to complete the refrigerant charging.⚫Figure 5-8Remove the refrigerant charging port connection5 Reinstall the Air Conditioner Into the CabinetLift the air conditioner and slowly push it into the cabinet from the front, avoiding the air conditioner limit blocks on the left and right sides of the cabinet until the mounting flange is close to the cabinet column, and then install the air conditioner in the reverse order according to 2 Disassemble the Unit.1. 简介1.1 前言注意：任何针对本产品的操作必须由专业的工程技术人员进行。
HCc机柜空调用户手册-Mini
机柜空调HCc-Mini系列用户手册感谢您购买本产品使用空调前请先阅读使用说明书•本说明书中讲述产品的使用方法及使用的注意事项。
•请将说明书妥善保存，以便必要时查阅。
•如将本商品交给第三者使用时请将说明书一同交付给第三方。
版权所有• 不得翻印重要警告◆错误使用时，会引起危险情况，可能会导致设备损坏。
◆本设备输入电源为220VAC/50Hz或48VDC，接线时请按设备铭牌标示选择接入电源。
◆接线时，请确认电源输入是否处于OFF状态。
◆接线时，切忌将输入电源等接错，否则可能会导致设备损坏。
◆接线时，请使用符合技术规格的线缆。
◆接线时，请使用适当的螺丝刀，过大或过小的螺丝刀都容易导致接插件内部螺丝头损坏。
◆运行前，请确认接线无误后，方可接入电源。
◆运行时，请确认内外循环的进出风口是否通畅。
◆用户若有任何修理的需要，请与厂家联系，在专业技术人员的指导下进行检修。
◆切忌拉扯、扭曲温度传感器、电源线及通讯线，以免产生严重故障。
◆若因控制系统软件存在缺陷而造成的后果，本公司有权利修复缺陷，但没义务承担任何责任。
◆本设备自出厂之日算起，质保期为12个月；若因使用不当而造成的后果，不在质保之列。
◆本设备进出风口、安装尺寸等相关参数，若有改动，恕不另行通知。
目录1产品简介 (3)2空调器结构 (4)3性能参数 (4)4机柜空调的选型方法 (4)5空调器的安装 (5)6空调器控制面板操作说明 (8)7制冷系统 (8)8运行 (9)9故障和处理 (10)10注意事项 (10)11装箱清单 (10)12保修条款 (10)13售后维护与保养 (11)14附注 (11)1 产品简介机柜空调器是通过压缩式制冷来实现吸热制冷的，在机柜密闭的环境下将机柜内设备发出的热量转移到机柜外面。
机柜外面的高温、粉尘等污浊气体不会进入到机柜内部，从而解决了风扇散热所带来的一系列问题。
机柜内部可以始终维持在30℃左右的一个理想温度环境，使电子设备的稳定性得到有效的保证。
“机柜空调+热交换器”及“机柜空调+风扇”控温方案说明
“机柜空调+热交换器”及“机柜空调+风扇”两种控温解决方案说明一、机柜空调器、热交换器、风扇单一控温方式简介1、机柜空调器单一控温方式1）机柜空调器含义:机柜空调器由压缩机、冷凝器、温控器、毛细管、蒸发器、风机等主要部件组成。
其通过压缩机将冷媒压缩、冷凝放热，再蒸发吸热来降低环境的温度，当安装于控制柜上时，可在密闭的情况下，将柜内的热量及水蒸汽向柜外转移，从而避免了外界环境中的高温粉尘、腐蚀性气体进入控制柜内,造成设备故障的发生。
而控制柜内的温度、湿度始终恒定在30~32℃，45～55％RH的理想状态中，使得电子元器件的使用寿命和工作稳定性得到了保证。
2）机柜空调器制冷工作原理:机柜空调器压缩机从蒸发器内吸入气态制冷剂并将其压缩成高温、高压状态后排入冷凝器内，制冷剂在冷凝器内放出热量后被冷却成高压液态经毛细管节流后形成低温低压状态的制冷剂并进入蒸发器，制冷剂在蒸发器中吸收热量后转化成气态，再由压缩机吸入。
如此反复，形成制冷循环。
其中冷凝器和蒸发器都各自配有循环风机以增强空气对流，加强换热效果。
冷凝器与空气的热交换在控制柜外进行，而蒸发器与空气的热交换则在密闭控制柜内循环进行。
电气控制系统主要监测被冷却的密闭空间的空气状态并根据温度设定要求控制制冷循环的进行.其中温控器及温控探头时刻跟踪显示密闭空间的当前温度。
制冷工作原理如下图所示：控制柜外部冷却空气控制柜内部循环空气机柜空调工作过程气流图如下：毛细管冷凝器风机压缩机蒸发器温控器3）机柜空调器特点:由于机柜空调器可以根据机柜中具体温度情况决定是否送风,因此其效率较高。
优点：●由于冷风直接送至热源附近,可以保证机柜内不出现热点，并能阻止灰尘、湿气及腐蚀性气体进入机柜内部，适用于可靠性较高的通信机柜的温、湿度控制，是电控系统可靠工作的有力保障。
●采用特种换热器，换热量较大，风阻低，整体结构坚固、抗尘、抗油污、防腐;●使用不含FCKW(氟利昂)的冷却介质，环保、节能、高效；●精巧的专利快装固定结构，安装过程简便快捷；●远程自动化智能监控系统可随时对机柜控温现场信息进行在线监测和交互控制；●较高的防护等级（达到国标内部IP55、外部IP34要求）提高了机柜使用的安全、可靠性;●有壁挂、半嵌、全嵌、顶置等多种安装方式,配合客户现场使用需求.缺点：●能耗较高。
机柜空调用户手册
机柜空调
苏州翔箭智能科技有限公司
苏州翔箭智能科技有限公司
目录
1.简介 ........................................................................................................................................ 2 1.1 适用范围 ........................................................................................................................ 2 1.2 空调原理 ........................................................................................................................ 2 1.3 设计标准 ........................................................................................................................ 3
2.安装说明 ................................................................................................................................ 3 2.1 拆除包装和检验 ............................................................................................................ 3 2.2 安装前准备 .................................................................................................................... 3 2.3 安装 ................................................................................................................................ 4 2.3.1 安装开孔图 ............................................................................................................. 4 2.3.2 机械安装 ................................................................................................................. 5 2.3.3 电气安装 ................................................................................................................. 5 2.4 试运转 ............................................................................................................................ 6