室内机风管机的安装
- 格式:doc
- 大小:574.00 KB
- 文档页数:7
风管机安装步骤详解风管机是近几年新兴的一种类型,由于从美观和经济等因素的考虑,风管机在家用中央空调系统中使用也不少,目前普遍采用的是1拖1的风管机。
下面介绍的是风管机安装步骤,不了解的朋友赶紧来看看吧。
风管机安装一、制作静压箱根据用户需要的风口数量和室内机的出风口的尺寸,制作静压箱。
如果用户需要3个出风口就做3个出风口的静压箱。
静压箱用厚0.5~O.8mm的镀锌铁板做成。
有几路风口就做几个风道口。
风道口直径为200mm,高180mm,顶部外翻卷边,静压箱的进风口略大于室内机的出风口,箱体高400mm、宽300mm。
静压箱的外形如右图所示。
二、制作风道接口风道接头用0.5~O.8mm 的镀锌铁板做成φ200mm×200mm的圆筒,两端外翻卷边。
三、凿风道洞首先根据风口的数量,确定风道洞的大小,然后用电锤和二锤在墙上开风道洞。
例如:三个风道则需要开200mmX800mm的墙洞,其他依此类推。
在每个风道口的墙壁上再开一条放入绝缘套管的槽沟,深约50mm、宽20~30mm,用于接控制风口的开关连线和开关。
四、装配静压箱将静压箱的进风口套在室内机的出风口外侧,用φ3.2mm的钻头钻孔,然后再用铆钉铆死。
将整个静压箱紧紧地固定在室内机上,然后采用8mm厚的PE棉包住静压箱,做保温处理。
先将PE棉放在静压箱的出风口上,用手压出一个出风口的印子,再用钢锯条锯出圆洞。
用毛刷沾胶(如309胶、好帮手)涂在PE棉上,再将静压箱也涂上胶、凉一会,然后将PE棉粘在静压箱上,出风口从洞中穿过,要按实粘牢。
PE棉的接头处,要用锡箔纸贴实。
五、安装风道将风道内层套在静压箱的风口上,再用并行的12号铁丝拧紧,用锡箔纸沿着一周圈贴实。
再将石棉保温层及外边的保护层套到底部,用并行的12号铁丝拧紧,再用锡箔纸沿着一周贴实。
晃动风道,锡箔纸不应有裂纹。
依此法,将各个风道固定好。
六、安装室内机根据室内机四个吊孔的距离,用铅笔在吊室内机的天花板上画出固定螺丝的位置。
风管机施工方案1、室内机的安装步骤:决定室内机的位置-→画线标志-→打膨胀螺栓-→装室内机,室内机的吊杆采用Φ10圆钢调节器,以调节室内机高度及水平,另外在室内机接管侧下面的天花板吊顶上开一个不小于450x450的检查口,保证以后检修及清洗。
2、打洞及处理核准应开洞孔的位置及尺寸,无误后在要打洞孔的墙板上标出所开洞孔的大小,征得现场土建技术人员意见对建筑物结构无影响后才能去进行打孔作业。
管线过墙洞,采用电锤打孔。
若不适宜电锤打孔的墙壁在征得业主同意后方可用其他方式打孔。
孔的大小以可以穿过管线(含保温层)为准,吊装室内机及支托架固定采用膨胀螺栓。
管线穿过墙体或楼板处应设镀锌铁皮套管,管道的焊缝不得设于套管内,镀锌铁皮套管应与墙面或楼板平齐,但应比地面高出20厘米,管道与管套的空隙应用隔热或其他不燃材料填塞,不得将套管作为管道的支撑。
3、冷媒配管(1)步骤:支架制作-→按图纸要求配管-→焊接-→吹净-→试漏-→干燥-→保温(2)原则上冷媒配管应严守配管三原则:干燥、清洁、气密性。
干燥首先是安装前铜管内禁止有水分进入,配管后要吹净和真空干燥。
清洁是施工时应注意管内清洁;焊接时需要用氮气置换焊,最后是吹净。
气密性实验是保证焊接质量和喇叭口连接质量所必需的。
(3)替换氮气的方法:根据本公司的要求冷媒管钎焊时必须采用氮气保护,焊接时把微压(3.5kg/cm2)氮气充入正在焊接的管道内。
这样会有效防止管内氧化皮的产生。
(4)冷媒管封盖:冷媒管的包扎十分重要以防止水分、脏物、灰尘等进入管内,冷媒管穿墙一定要管头包扎严密,暂时不连接的已安装好的管子要把管口包扎好或封死。
(5)冷媒管吹净:冷媒管吹净是一种把管内废物清除出去的最好方法,具体方法是将氮气压力调节阀与室内机的充气口连接好,将所有的室内机的接口用盲塞堵好保留。
一台室内机接口作为排污口,用绝缘材料抵住管口,压力调节阀5kg/cm2向管内充气,至手抵不住时,快速释放绝缘物,脏物及水分即随着氮气一起被排出。
现在购买风管机空调已经成了一种潮流,风管机空调具有隐蔽式安装、节省空间以及美观等优点,而且风管机造价也比较低,维护也很方便,因此受到了消费者的青睐。
然而消费者对风管机空调的安装方面不是很了解,也不清楚风管机空调在安装过程中应该要注意的问题,接下来就对这些情况进行具体解析介绍,希望对大家能够有所帮助。
在风管机空调安装过程中,室内机的安装是关键。
室内机的安装必须牢固,要保持水平,不出现歪斜的现象,否则会造成排水不畅,容易漏水,所以在室内机安装时要做到严谨规范。
室外机的安装也是一个很重要的过程,安装室外机时务必要做到准确。
在安装室外机时不但要保持平衡,而且要牢固进行安装,还要考虑到噪声和散热方面的问题,最好安在通风效果好,避免阳光直射的地方。
在风管机空调安装过程中一定要做到安全且具有规范性。
在风管、电线、制冷剂接连管安装时要做到横平竖直,且送风口和手操器固定后也要横平竖直。
这方面的安装上一定要认真进行,
不能马虎对待,做到规范安全性,这样才能使安装的效果达到最佳。
在进行空调的试机以前,要对制冷剂回路、电器接线、风管和风口进行仔细的检查,这一步骤的检查是很有必要的,能够确保风管机空调的运行得到顺利进行,从而最大程度上保证风管机空调的正常运行。
以上所介绍的就是风管机空调安装过程中所要注意的问题,规范的安装能够让空调达到最好的使用效果。
闪电维修以家电、家居生活为主营业务方向,提供小家电、热水器、空调、燃气灶、油烟机、冰箱、洗衣机、电视、开锁换锁、管道疏通、化粪池清理、家具维修、房屋维修、水电维修、家电拆装等保养维修服务。
风管机安装流程风管机是一种用于通风和空调系统的设备,安装过程需要严格按照规范进行操作,以确保设备的正常运行和安全使用。
下面将详细介绍风管机的安装流程。
1. 确定安装位置。
首先需要确定风管机的安装位置,通常应选择在通风口附近,便于连接风管和排风口。
同时要确保安装位置周围没有其他设备或障碍物,以便于安装和维护。
2. 安装支架。
在确定好安装位置后,需要安装支架来支撑风管机。
支架应选择坚固稳定的材料制作,安装时要确保支架水平并且牢固,以防设备安装后出现晃动或倾斜。
3. 连接风管。
接下来需要将风管与风管机进行连接。
首先要根据实际情况测量风管的长度,然后将风管与风管机的进风口和出风口进行连接,连接处要密封严实,以免漏风影响通风效果。
4. 接通电源。
在安装完成后,需要将风管机接通电源进行测试。
在接通电源之前,要确保电源线路和接线端子无损坏,电压稳定。
接通电源后,需要检查风管机的运行状态,确保各项功能正常。
5. 调试和检查。
最后需要对安装好的风管机进行调试和检查。
调试过程中要逐一检查风管机的各项功能,包括通风、制冷、加热等功能是否正常。
同时要检查风管机的运行声音和振动情况,确保设备安装后没有异常情况。
6. 完成安装。
经过调试和检查确认无误后,风管机的安装工作就完成了。
在使用过程中要定期对设备进行维护和清洁,确保设备的长期稳定运行。
以上就是风管机的安装流程,希望能对您有所帮助。
安装过程中一定要严格按照规范进行操作,确保设备的安全和稳定运行。
风管机风口安装方法
风管机风口的安装是整个风管系统中非常重要的一个环节,它直接关系到风管
系统的正常运行和使用效果。
下面我们来详细介绍一下风管机风口的安装方法。
首先,在进行风口安装之前,我们需要准备好相应的工具和材料。
通常情况下,我们需要准备螺丝刀、螺丝批、螺丝、密封胶等工具和材料。
接下来,我们需要确定风口的安装位置。
在确定位置之前,我们需要根据实际
情况和设计要求,合理选择风口的安装位置,确保其能够满足系统的通风需求。
在确定好安装位置之后,我们可以开始进行风口的安装工作。
首先,我们需要
将风口放置在安装位置上,并使用螺丝将其固定在风管上。
在固定风口的过程中,我们需要确保螺丝拧紧,以免风口在使用过程中出现松动现象。
安装风口的过程中,我们还需要注意密封处理。
在固定好风口之后,我们需要
使用密封胶对风口周围进行密封处理,以防止风口与风管之间出现漏风现象,影响整个风管系统的使用效果。
最后,我们需要进行安装质量的检查。
在完成风口安装之后,我们需要对安装
质量进行检查,确保风口安装牢固,密封处理完好,没有出现任何安装质量问题。
总的来说,风管机风口的安装方法并不复杂,但是在实际操作中需要我们仔细、认真地进行操作,确保安装质量达到要求。
只有这样,才能保证整个风管系统的正常运行和使用效果。
希望以上内容能够对大家有所帮助。
风管机安装流程风管机是目前楼宇空调系统中常用的一种空调设备,能够提供室内空气的循环和调节功能。
下面将介绍一下风管机的安装流程。
首先,在安装风管机之前,需要对室内空调系统进行布局和设计。
这涉及到确定室内风管的布置位置、室内机和室外机的安装位置、空调系统的管道走向等。
设计完成后,需要制定详细的安装计划。
第二步是进行材料和工具的准备。
根据设计要求,准备好所需的风管、接头、支架等材料,以及安装所需的工具,如钳子、锤子、螺丝刀等。
第三步是进行工地准备。
清理安装现场,确保其干净整洁,并为室内机和室外机的安装提供足够的空间。
然后是室内机和室外机的安装。
首先安装室外机,根据设计要求将室外机安装在合适的位置,并确保其平稳可靠。
然后安装室内机,将其固定在预定的位置,并将室内机与室外机进行连接。
连接时要注意风管的安装方向和长度,确保其符合设计要求。
此外,还要注意连接的严密性,以免出现漏风或漏水的情况。
接下来是进行管道连接。
根据设计要求,将风管与室内机和室外机进行连接。
在连接之前,确保风管的长度和位置正确,并使用合适的接头进行连接。
连接之后,要检查连接处的严密性,以确保不会出现漏风或漏水的情况。
同时,还要进行风管的绝缘处理,以防止冷凝水的产生。
最后是进行电气连接和调试。
根据设计要求,将室内机和室外机进行电气连接。
连接之前,要确保电源和线路的安全可靠。
连接完成后,进行系统的调试,包括启动和停止测试、温度和湿度的控制测试等。
在调试过程中,要注意观察系统是否正常运行,并根据需要进行调整。
整个安装流程完成后,要进行系统的验收和整理工作。
对于安装完成的风管机系统进行检查,确保其各项指标符合设计要求,并进行相关记录。
同时,对安装现场进行整理,清洁工具和材料,并清理垃圾。
通过以上步骤的安装流程,可以确保风管机系统安装的顺利进行,并使其在后续使用中保持正常运行。
但需要注意的是,安装过程中要严格按照设计要求和相关规范进行操作,并保证安装质量和安全性。
风管机安装方法 1. 进场先确定室内机位置,和装修的定,看室外机能安装的位置,原则是铜管不要超过20米,不影响送风的情况铜管尽量要省,风管尽量不要长于10米,静压箱中间的风管压力稍高,应该接长的风管,边上的接短的,有风管交叉的地方要计算好棚里面的标高,是否能放下2根风管; 2. 风管出风口的位置尽量平均分配大厅,如果平均分配后风管过长,应该调整风口方向,以风能吹到的地方为准,这样可以缩短风管长度,风管长度越长风量越小,风管尽量要短; 3. 内机位置确定后,确定内机的高度,先看水管怎么走,要有足够的坡度流水,一米长的水管有1厘米的落差,10米有10厘米的落差,水管上面必须有管从棚面支上,防止装修的时候给人为的台高,造成存水漏水;一般用射钉打钉铁丝穿上后套电线管支上; 4. 先安内机和外机,在量铜管用多少,打开内机和外机盖看用多少芯的线,用多粗的铜管,穿铜管不要威死弯,如果用板子板不过来要割掉焊接; 5. 先涨内机接口和电线,接口要没有划痕,接口的喇叭口长度以盖住对应的铜对丝为准,喇叭口质量不好要重新胀口,包好保温,以冷凝水能落到接水盘上为准,包到铜管根部,接外机铜管和电线,接电源线,问电工380伏的零线是那个接外机的N,不要接错,接错可能会烧内机电路板,排空气,开阀,停机的状态下用肥皂水检测内外机接口是否有漏气; 6. 收氟:开制冷外机启动后,先顺时针关细阀,等5-6分钟,在关粗阀,关机,拔电源;排空气:先打开粗阀的充氟口,在逆时针开细阀45-180度,顶住粗阀的充氟口排气,挂机20秒柜机40秒,在全开细阀和粗阀,注意:不要忘了开细阀到全部开启;原来是开一小部分; 7. 外机架子3匹和5匹的用6个涨栓,10个地脚螺丝,涨栓的长度根据墙面定,打外机孔的时候墙面比较硬的情况用10100的涨栓,要在没有包围泡沫墙体的情况下,有泡沫墙体的要穿过墙体后至少有100硬墙面,砖面要有质量好的硬度,如果硬度不高或者是陶粒,空心砖等要打透丝; 8. 外机架子承重要达到空调外机的2倍以上; 9. 风管接口要密封,用铁丝缠结实,风阀的控制器要向下45度安装, 10. 手操作器一般安装在离内机最近的开关旁边,墙面开沟,下线管线盒, 11. 现场施工,打孔,开墙槽的垃圾要当天收拾好放在现场放垃圾的地方; 12. 吸顶机安装排水有水泵,在机器出水口可以向上走20公分左右,然后要有坡度和风管机一样,百分之1的坡度,一米向下1公分;内机没安装面板的时候一般和棚面一齐; 13. 风管机的风管要尽量短,弯头要越少越好; 14. 接线在时铜线要整齐,不要过长以免碰到一起短路,380电源要接牢固,以免脱落漏电; 15. 最后试机开制冷,看外机风扇是否运转,压缩机运转有沙沙的声音;制冷时粗管很晾,开机10分钟左右会凝露为正常; 16. 内机吹自然风和制冷风有很大温差; 17. 最后装修完成后上风口毕子,操作板,再次试机;。
安风管机流程
安装风管机,其实就是把一台空调设备装进家里的通风管道里,让它通过管道来送风、制冷或制热。
以下是具体的安装步骤:
1、确定位置:要选好风管机安装的位置。
这通常是在客厅、卧室等需要空调的房间内,找一个离电源近、方便排水,且不影响室内布局的地方。
同时,还要考虑风管机与室外机之间的距离,不能太远,否则铜管过长会影响效果。
2、开孔打洞:选好位置后,就要在墙上打孔了,一个是给风管机本身留的,另一个是给连接室外机的铜管和电线留的。
打孔时要注意避开电线、水管等设施,安全第一。
3、安装挂架:在打好孔的墙面上固定风管机挂架。
这个挂架要结实稳固,因为风管机本身有一定重量,再加上运行时会产生震动,所以挂架的质量和安装牢固度很关键。
4、接入风管:将风管机与预先布置好的通风管道进行连接。
接口处要做好密封处理,防止漏风影响空调效果。
如果还没有风管,那就得先根据设计图来铺设风管系统。
5、连接铜管与电线:将风管机的冷媒铜管和电源线穿过墙体预留孔,与室外机对应部分对接并紧固。
铜管连接要确保无泄漏,电线连接要符合电气规范,做好绝缘防护。
6、充注冷媒:接好铜管后,需要给系统充注冷媒(也就是常说的“加氟”)。
这一步一般由专业人员操作,他们会使用专用设备检测系统压力,确保充注适量。
7、调试运行:全部接好后,开启风管机进行试运行,检查出风口是否有风吹出,温度调节是否正常,是否有异常噪音等。
一切正常的话,就说明安装完成啦。
8、清理现场:最后别忘了清理安装过程中产生的垃圾,恢复室内整洁。
同时,向用户讲解一下风管机的基本操作和维护知识。
五匹风管机安装流程步骤英文回答:Step 1: Planning and Preparation.Determine the location of the indoor and outdoor units.Plan the refrigerant piping route and ensure itfollows proper guidelines.Ensure there is sufficient clearance around the units for maintenance and airflow.Gather necessary tools and materials, including refrigerant gauges, vacuum pump, torque wrench, andelectrical tester.Step 2: Installing Indoor Unit.Mount the indoor unit on the wall or ceiling as perthe manufacturer's instructions.Connect the refrigerant piping to the indoor unit, ensuring proper tightness.Connect the electrical wiring to the indoor unit, adhering to electrical codes.Step 3: Installing Outdoor Unit.Place the outdoor unit on a stable, level surface.Secure the outdoor unit using bolts or anchors.Connect the refrigerant piping to the outdoor unit, following proper torque specifications.Connect the electrical wiring to the outdoor unit, ensuring secure connections.Step 4: Refrigerant Piping.Flare the ends of the refrigerant piping according to manufacturer's specifications.Connect the flared piping to the indoor and outdoor units.Use vacuum pump and gauges to evacuate the refrigerant piping system and test for leaks.Step 5: Electrical Wiring.Connect the power supply to the indoor and outdoor units.Connect the communication wires between the units.Check and ensure all electrical connections are secure and meet electrical codes.Step 6: Refrigerant Charging.Open the system's refrigerant valves to allowrefrigerant flow.Use refrigerant gauges to monitor pressure and ensure proper charge level.Adjust refrigerant charge as needed to meet manufacturer's specifications.Step 7: Testing and Commissioning.Power on the system and check for proper operation.Verify the temperature settings and airflow in the indoor space.Record the system's operating parameters and ensure they are within acceptable ranges.中文回答:一、规划准备。
风管机安装维修手册风管机安装维修手册本文档旨在提供详细的风管机安装和维修指南,以帮助安装人员和维修人员正确进行操作。
请按照以下章节逐步执行相关步骤。
目录:1.风管机介绍1.1 机器概述1.2 技术规格1.3 安全要求2.安装流程2.1 安装前准备2.2 安装位置选择和准备2.3 风管机安装步骤2.3.1 连接电源2.3.2 连接管道2.3.3 设置风速和温度2.4 安全检查和测试3.维护与保养3.1 定期维护计划 3.2 清洁过滤器3.3 检查电气连接 3.4 检查管道连接 3.5 定期替换零件3.6 故障排除4.常见故障和解决方法 4.1 机器无法启动 4.2 温度不稳定4.3 风力不足4.4 异常噪音附件:1.安装图纸和说明书2.维修记录表格3.安全操作手册法律名词及注释:1.安全要求:指安装和维修过程中必须遵守的相关安全规定,以确保工作人员和设备的安全。
2.机器概述:对风管机的整体结构和功能进行详细说明。
3.技术规格:列出了风管机的技术参数,包括尺寸、功率、风量等。
4.安装前准备:介绍了进行风管机安装之前需要做的准备工作,如搬运设备、检查零部件等。
5.安装位置选择和准备:指导安装人员如何选择合适的位置并进行相应的准备工作。
6.安全检查和测试:在安装完成后,对所安装的风管机进行全面的安全检查和功能测试,以确保其正常工作。
7.定期维护计划:制定风管机的定期维护计划,以确保设备的长期运行稳定。
8.清洁过滤器:详细说明了如何清洁风管机的过滤器,以确保其正常运行和空气质量。
9.检查电气连接:介绍了对风管机的电气连接进行定期检查的步骤和注意事项。
10.检查管道连接:指导维修人员对风管机的管道连接进行检查和维护,以确保风力正常传输和不发生泄漏。
11.定期替换零件:了常见需要定期更换的风管机零件,并说明了更换的步骤。
12.故障排除:详细介绍了风管机常见故障的识别和解决方法,以便维修人员能够快速解决故障情况。
空调(风管机)安装方案目录1、室内机的安装 (2)2、打洞及处理 (2)3、冷媒配管 (2)4、冷凝水管的安装 (4)5、通风管道施工工艺 (5)5、控制线作业 (9)6、绝热工作 (9)7、室外机的安装 (9)8、气密性试验 (10)9、真空干燥 (10)10、制冷剂的加注 (11)11、试机调试 (11)12、竣工验收与交工验收 (11)1、室内机的安装步骤:决定室内机的位置-→画线标志-→打膨胀螺栓-→装室内机,室内机的吊杆采用Φ10圆钢调节器,以调节室内机高度及水平。
2、打洞及处理核准应开洞孔的位置及尺寸,无误后在要打洞孔的墙板上标出所开洞孔的大小,征得现场土建技术人员意见对建筑物结构无影响后才能去进行打孔作业。
管线过墙洞,采用电锤打孔。
若不适宜电锤打孔的墙壁在征得业主同意后方可用其他方式打孔。
孔的大小以可以穿过管线(含保温层)为准,吊装室内机及支托架固定采用膨胀螺栓。
管线穿过墙体或楼板处应设镀锌铁皮套管,管道的焊缝不得设于套管内,镀锌铁皮套管应与墙面或楼板平齐,但应比地面高出20厘米,管道与管套的空隙应用隔热或其他不燃材料填塞,不得将套管作为管道的支撑。
3、冷媒配管(1)步骤:支架制作-→按图纸要求配管-→焊接-→吹净-→试漏-→干燥-→保温(2)原则上冷媒配管应严守配管三原则:干燥、清洁、气密性。
干燥首先是安装前铜管内禁止有水分进入,配管后要吹净和真空干燥。
清洁是施工时应注意管内清洁;焊接时需要用氮气置换焊,最后是吹净。
气密性实验是保证焊接质量和喇叭口连接质量所必需的。
(3)替换氮气的方法:根据本公司的要求冷媒管钎焊时必须采用氮气保护,焊接时把微压(3.5kg/cm2)氮气充入正在焊接的管道内。
这样会有效防止管内氧化皮的产生。
(4)冷媒管封盖:冷媒管的包扎十分重要以防止水分、脏物、灰尘等进入管内,冷媒管穿墙一定要管头包扎严密,暂时不连接的已安装好的管子要把管口包扎好或封死。
(5)冷媒管吹净:冷媒管吹净是一种把管内废物清除出去的最好方法,具体方法是将氮气压力调节阀与室内机的充气口连接好,将所有的室内机的接口用盲塞堵好保留。
PART NO. 9373385066-02E n g l i s hINSTALLATION MANUALVRF SYSTEM INDOOR UNIT Duct TypeFor authorized service personnel only.Contents1. SAFETY PRECAUTIONS .............................................22. ABOUT THE UNIT2.1. Precautions for using the R410A refrigerant ..........22.2. Special tool for R410A ............................................22.3. Accessories ............................................................22.4. Optional parts .........................................................33. INSTALLATION WORK3.1. Selecting an installation location ............................33.2. Installation dimensions ...........................................43.3. Installing the unit ....................................................44. PIPE INSTALLATION4.1. Selecting the pipe material .....................................74.2. Pipe requirement ....................................................74.3. Flare connection (pipe connection) ........................74.4. Installing heat insulation .........................................85. INSTALLING DRAIN PIPES (8)6. ELECTRICAL WIRING6.1. Electrical requirement ..........................................106.2. Wiring method ......................................................116.3. Unit wiring ............................................................116.4. Connection of wiring .............................................136.5. Air fl ow changing ..................................................137. FIELD SETTING7.1. Setting the address ..............................................147.2. Custom code setting ............................................157.3. Function setting ....................................................168. TEST OPERATION8.1. Test operation using PCB (Outdoor unit) .............178.2. Test operation using Remote Controller ...............179. CHECK LIST ...............................................................1710. ERROR CODES (17)1. SAFETY PRECAUTIONS• Be sure to read this Manual thoroughly before installation.• The warnings and precautions indicated in this Manual contain important information pertaining to your safety. Be sure to observe them.• Hand this Manual, together with the Operating Manual to the customer.Request the customer to keep them on hand for future use, such as for relocating or repairing the unit.WARNING!This mark indicates procedures which, if improperly performed, might lead to the death or serious injury of the user.• Request your dealer or a professional installer to install the unit in accordance with this Manual.An improperly installed unit can cause serious accidents such as water leakage, electric shock, or fi re.If the unit is installed in disregard of the instructions in the Installation Manual, it will void the manufacturer’s warranty.• Do not turn ON the power until all work has been completed.Turning ON the power before the work is completed can cause serious accidents such as electric shock or fi re.• If refrigerant leaks while work is being carried out, ventilate the area.If the refrigerant comes in contact with a flame, it produces a toxic gas.• Installation work must be performed in accordance with national wiring standards by authorized personnel only.CAUTION!This mark indicates procedures which, if improperly performed, might possibly result in personal harm to the user, or damage to property.2. ABOUT THE UNIT2.1. Precautions for using the R410ArefrigerantWARNING• Do not introduce any substance other than the prescribed refrigerant into the refrigeration cycle.If air enters the refrigeration cycle, the pressure in the refrigeration cycle will become abnormally high and cause the piping to rupture.• If there is a refrigerant leakage, make sure that it does not exceed the concentration limit.If a refrigerant leakage exceeds the concentration limit, it can lead to accidents such as oxygen starvation.• Do not touch refrigerant that has leaked from the refrigerant pipe connections or other area. Touching the refrigerant directly can cause frostbite.• If a refrigerant leakage occurs during operation, immediately vacate the premises and thoroughly ventilate the area.If the refrigerant comes in contact with a flame, it produces a toxic gas.2.2. Special tool for R410AWARNING• To install a unit that uses the R410A refrigerant, use dedicated tools and piping materials that have been manufactured specifi cally for R410A use.Because the pressure of the R410A refrigerant is approximately 1.6 times higher than the R22, failure to use dedicated piping material or improper installation can cause rupture or injury.Furthermore, it can cause serious accidents such as water leakage, electric shock, or fi re.Tool name Contents of changeGauge manifold• Pressure is huge and cannot bemeasured with a conventional gauge.To prevent erroneous mixing of otherrefrigerants, the diameter of each porthas been changed.It is recommended to use a gaugemanifold with a high pressure displayrange –0.1 to 5.3 MPa and a lowpressure display range –0.1 to 3.8 MPa. Charging hose• To increase pressure resistance, thehose material and base size werechanged.Vacuum pump• A conventional vacuum pump can beused by installing a vacuum pumpadapter.Gas leakagedetector• Special gas leakage detector for HFCrefrigerant R410A.2.3. AccessoriesWARNING• For installation purposes, be sure to use the parts supplied by the manufacturer or other prescribed parts.The use of non-prescribed parts can cause serious accidents such as the unit to fall, water leakage, electric shock, or fi re.• The following installation parts are furnished. Use them as required.• Keep the Installation Manual in a safe place and do not discard any other accessories until the installation work has been completed.En-2Binder (Medium)Coupler heat insulation (Small)Coupler heat insulation (Large)Special nut A(Large flange)Special nut B(Small flange)HangerHose bandDrain hose insulationEn-4CAUTION• Do not use the unit for special purposes, such as storing food, raising animals, growing plants, or preserving precision devices or art objects.It can degrade the quality of the preserved or stored objects.• Do not install where there is the danger of combustible gas leakage.• Do not install the unit near a source of heat, steam, or fl ammable gas.• Install the unit where drainage does not cause any trouble.• Install the indoor unit, outdoor unit, power supply cable, transmission cable, and remote control cable at least 1 m away from a television or radio receivers. The purpose of this is to prevent TV reception interference or radio noise.(Even if they are installed more than 1 m apart, you could still receive noise under some signal conditions.)• If children under 10 years old may approach the unit, take preventive measures so that they cannot reach the unit.• Decide the mounting position with the customer as follows:(1) Install the indoor unit on a place having a suf fi cient strength so that it withstands against the weight of the indoor unit.(2) The inlet and outlet ports should not be obstructed; the air should be able to blow all over the room.(3) Leave the space required to service the air conditioner.(4) A place from where the air can be distributed evenly throughout the room by the unit.(5) Install the unit where connection to the outdoor unit is easy.(6) Install the unit where the connection pipe can be easily installed.(7) Install the unit where the drain pipe can be easily installed.(8) Install the unit where noise and vibrations are not ampli fi ed.(9) Take servicing, etc., into consideration and leave the spaces. Also install the unit where the fi lter can be removed.(10) Providing as much space as possible between the indoorunit and the ceiling will make work much easier.(11) If installing in a place where its humidity exceeds 80%, useheat insulation to prevent condensation.3.2. Installation dimensions• Provide the space around the unit as shown in the following fi gure.400 mm or more 150 mm or more ❈1❈1 400mm or more when drain from drain pipe.• Provide a service hole for inspection purposes.• Do not place any wiring or illumination in the service space, as they will impede service.• When an air fi lter is installed on the air inlet, provide enough service space to replace the fi lter.AirAirService holeControl box300 mmor more 500 mm or more500 m m o r m o r e100 m mAir AirService spaceControl box300 mm or more1,550 mm or more500 m m o r m o r e100 m mIntake panel3.3. Installing the unitWARNING• Install the air conditioner in a location which can withstand a load do at least fi ve times the weight of the main unit and which will not amplify sound or vibration. If the installation location is not strong enough, the indoor unit may fall and cause injuries.• If the job is done with the panel frame only, there is a risk that the unit will come loose. Please take care.3.3.1. Installing the hangersHanging bolt installation diagram.(Top side)(Right side)270 m mA i rA i rWARNING• When fastening the hangers, make the bolt positionsuniform.740 mm477 mmA i rA i r1,135 m m1,177 m mDuct installation pattern ( CUT PART)Cut Cut Cut Cut(2) Turn up the insulation around the points to be cut ac-cording to the outlet port shape working points so thatthe insulation does not stick out at the(3) Cut with nippers and remove the sheet metal.• The screw holes to install the flange are located behind the round cutouts in the insulation.Duct4.PIPE INSTALLATIONCAUTION• Be more careful that foreign matter (oil, water, etc.) does not enter the piping than with refrigerant R410A models. Also, when storing the piping, securely seal the openings by pinching, taping, etc.• While welding the pipes, be sure to blow dry nitrogen gas through them.4.1. Selecting the pipe materialCAUTION• Do not use existing pipes.• Use pipes that have clean external and internal sides without any contamination which may cause trouble during use, such as sulfur, oxide, dust, cutting waste, oil, or water.• It is necessary to use seamless copper pipes.Material : Phosphor deoxidized seamless copper pipesIt is desirable that the amount of residual oil is less than 40 mg/10 m.• Do not use copper pipes that have a collapsed, deformed, or discolored portion (especially on the interior surface). Otherwise, the expansion valve or capillary tube may become blocked with contaminants.• Improper pipe selection will degrade performance. As an air conditioner using R410A incurs pressure higher than when using conventional refrigerant, it is necessary to choose adequate materials.• Thicknesses of copper pipes used with R410A are as shown in the table.• Never use copper pipes thinner than those indicated in the table even if they are available on the market. Thicknesses of Annealed Copper Pipes (R410A)Pipe outside diameter [mm (in.)]Thickness [mm]6.35 (1/4)0.809.52 (3/8)0.8012.70 (1/2)0.8015.88 (5/8) 1.0019.05 (3/4) 1.204.2. Pipe requirementCAUTION• Refer to the Installation Manual of the outdoor unit for description of the length of connecting pipe or for difference of its elevation.• Use pipe with water-resistant heat insulation.CAUTION• Install heat insulation around both the gas and liquid pipes.Failure to do so may cause water leaks.Use heat insulation with heat resistance above 120 °C.(Reverse cycle model only)In addition, if the humidity level at the installation location of the refrigerant piping is expected to exceed 70 %, install heat insulation around the refrigerant piping. If the expected humidity level is 70-80 %, use heat insulation that is 15 mm or thicker and if the expected humidity exceeds 80 %, use heat insulation that is 20 mm or thicker. If heat insulation is used that is not as thick as specified, condensation may form on the surface of the insulation. In addition, use heat insulation with heat conductivity of 0.045 W/(m·K) or less (at20 °C).4.3. Flare connection (pipe connection)WARNING• Tighten the flare nuts with a torque wrench using the specified tightening method. Otherwise, the flare nuts could break after a prolonged period, causing refrigerant to leak and generate a hazardous gas if the refrigerant comes into contact with a fl ame.4.3.1. Flaring• Use special pipe cutter and fl are tool exclusive for R410A. (1) Cut the connection pipe to the necessary length with apipe cutter.(2) Hold the pipe downward so that cuttings will not enter thepipe and remove any burrs.(3) Insert the fl are nut (always use the fl are nut attached tothe indoor and outdoor units respectively) onto the pipeand perform the flare processing with a flare tool. Usethe special R410A flare tool, or the conventional flaretool. Leakage of refrigerant may result if other fl are nutsare used.(4) Protect the pipes by pinching them or with tape toprevent dust, dirt, or water from entering the pipes.BDieAPipeCheck if [L] is flared uniformlyand is not cracked or scratched.LEn-7Width across4.3.2. Bending pipesIf pipes are shaped by hand, be careful not to collapsethem.Do not bend the pipes in an angle more than 90°.When pipes are repeatedly bend or stretched, the material will harden, making it dif more.Do not bend or stretch the pipes more than three times.Connection pipeTorque wrenchIndoor unit pipe Flare nutHolding wrenchTighten with two wrenches.(Accessories)Binder (Large)(Accessories)Heat insulationheat insulation.CAUTION• After checking for gas leaks (refer to the Installation Manual of the outdoor unit), perform this section.• Install heat insulation around both the large (gas) and small (liquid) pipes. Failure to do so may cause water leaks.INSTALLING DRAIN PIPESUse general hard polyvinyl chloride pipe and connect it withadhesive (polyvinyl chloride) so that there is no leakage.Always heat insulate the indoor side of the drain e a drain hose that matches the size of the drain pipe.Do not perform a rise, trap and air bleeding.Provide a downward gradient (1/100 or more).Provide supporters when long pipes are installed.Use an insulation material as needed, to prevent the pipes from freezing.Install the pipes in a way that allows for the removal of the control box.Drain port Drain cap(Accessories)• Cover the drain cap with the drain hose insulation.Drain hose insulation (Accessories)Unit Unit Drain hose insulation (Accessories)Drain cap0 mmINSTALL THE DRAIN HOSEWorking procedure1) Install the attached drain hose to the drain port of the body.Install the hose band from the top of the hose within the graphic display area. Secure fi rmly with the hose brnd.2) Use vinyl adhesive agent to glue the drain piping (PVC pipe VP25) which is prepared on site or socket. (Apply color ad-hesive agent evenly until the gauge line and seal)3) Check the drainage.4) Install the heat insulation.5) Use the attached heat insulation to insulate the drain port and band parts of the body.DrainhoseArrange the drain hoselower than this portionTrapNO GOODOKRiseNO GOOD1.5 to2.0 mAir bleedingNO GOODCAUTION• Always check that the drain cap is installed to the unused drain port and is fastened with the binder.If the drain cap is not installed, or is not suffi ciently fastened by the binder, water may drip during the cooling operation.6.ELECTRICAL WIRING6. E L E C T R I C A L WWARNING• Electrical work must be performed in accordance with this Manual by a person certified under the national or regional regulations. Be sure to use a dedicated circuit for the unit.An insufficient power supply circuit or improperly performed electrical work can cause serious accidents such as electric shock or fi re.• Before starting work, check that power is not being supplied to the indoor unit and outdoor unit.• For wiring, use the prescribed type of wires, connect themEn-116.2. Wiring method(EXAMPLE)PR SUPPLY OUTDOOR UNIT TRANSMISSIONTRANSMISSION TRANSMISSION POWER SUPPLYPOWER SUPPLY POWER SUPPLYPOWER SUPPLYPOWER SUPPLYREMOTE CONTROL UNIT (MASTER)REMOTE CONTROL UNIT (SLAVE)REMOTE CONTROL UNITREMOTE CONTROLINDOOR UNITINDOOR UNIT INDOOR UNITBREAKERBREAKER POWER SUPPLY REMOTE CONTROLPOWER SUPPLY REMOTE CONTROLBREAKER BREAKERTRANSMISSION 6.3. Unit wiring• Before attaching the cable to terminal block.6.3.1. Power supply cablePower supply cable25 mm Earth cable30m m A. For solid core wiring(1) To connect the electrical terminal, follow the below diagram and connect after looping it around the end of the cable. (2) Use the speci fi ed cables, connect them securely, and fasten them so that there is no stress placed on the terminals.(3) Use an appropriate screwdriver to tighten the terminal screws. Do not use a screwdriver that is too small, otherwise, the screw heads may be damaged and prevent the screws from being properly tightened.(4) Do not tighten the terminal screws too much, otherwise, the screws may break.(5) See the table for the terminal screw tightening torques.(6) Please do not fi x two power supply cables with one screw.St ri p 25 mmLoop Screw with spe-cial washerScrew with special washer Cable end(Loop)Cable end (Loop)CableCableTerminal blockWARNING• When using solid core cables, do not use the ring terminal. If you use the solid core cables with the ring terminal, the ring terminal's pressure bonding may malfunction and cause the cables to abnormally heat up.B. For strand wiring(1) Use ring terminals with insulating sleeves as shown in the fi gure below to connect to the terminal block.(2) Securely clamp the ring terminals to the cables using an appropriate tool so that the cables do not come loose.(3) Use the speci fi ed cables, connect them securely, and fasten them so that there is no stress placed on the terminals.(4) Use an appropriate screwdriver to tighten the terminal screws. Do not use a screwdriver that is too small, otherwise, the screw heads may be damaged and prevent the screws from being properly tightened.(5) Do not tighten the terminal screws too much, otherwise, the screws may break.(6) See the table for the terminal screw tightening torques.(7) Please do not fi x two power supply cables with one screw.St r i p10 mmSleeveScrew with special washerScrew with special washerRing terminalCableCableTerminal blockRing terminalRing terminalWARNING• Use ring terminals and tighten the terminal screws to thespeci fi ed torques, otherwise, abnormal overheating may be produced and possibly cause heavy damage inside the unit.Tightening torqueM4 screw(Power supply /L, N, GND) 1.2 to 1.8 N·m (12 to 18 kgf·cm)En-126.3.2. Transmission and Remote control cableTransmission cableShielded cable (No fi lm)20 mm 45m mRemote control cable20 m m• Connect remote control and transmission cables as shown in Fig. A.Fig. AScrew Terminal blockCableCable of the same caliber: OKCable of the different caliber: NO GOODWARNING• Tighten the terminal screws to the specified torques, otherwise, abnormal overheating may be produced and possibly cause heavy damage inside the unit.Tightening torqueM3.5 screw(Transmission /X1, X2)(Remote control /Y1, Y2, Y3)0.8 to 1.0 N·m (8 to 10 kgf·cm)CAUTION• To peel the fi lm from the lead cable, use a dedicated tool that will not damage the conductor cable.• When installing a screw on the terminal block, do not cut the cable by overtightening the screw. On the other hand, an undertightened screw can cause faulty contact, which will lead to a communication failure.En-136.4. Connection of wiring(1) Remove the control box cover and install each connection cable.ScrewControl box cover(2) After wiring is complete, secure the remote control cable, connection cable, and power cable with the cable clamps.Power supply cable (Field supply)Binder (Medium) (Accessories)Binder (Medium) (Accessories)Remote control cable Transmission cable (Field supply)Binder (Medium) (Accessories)L, N:Power supply cableX1, X2:Transmission cableRemote control cable Y1:Red Y2:White Y3:Black6.5. Air fl ow changingWhen using the ARXB24/30/36/45L model with external Static Pressure under 40 Pa, the Wire (FAN MOTOR) must be replaced as explained below.Replacement method (1) Remove the cover.(2) Remove the Wire (TYPE A) connector from Wire (FAN MOTOR).(3) Remove the Wire (TYPE A) connector from CN4 of the PCB.(4) Insert the Wire (TYPE B) connector into CN4 of the PCB.(5) Insert the Wire (TYPE B) connector into Wire (FAN MOTOR).(6) Insert the cover.En-147.1. Setting the addressCAUTION• Use an insulated screwdriver to set the dip switches.Rotary switch Example: “0”Dip switch “SET 3”Rotary switch Example: “0”SW 1SW 2SW 3SW 4SettingSetting rangeType of switchIndoor unit address0–63Setting example2IU AD X 10 IU AD X 1Refrigerant circuit address0–99Setting example 63REF AD X 10 REF AD X 1(1) Indoor unit addressRotary switch (IU AD x 1)...Factory setting “0” Rotary switch (IU AD x 10)...Factory setting “0”When connecting multiple indoor units to one refrigerant system, set the address at IU AD SW as shown in the T able A.(2) Refrigerant circuit addressRotary switch (REF AD x 1)...Factory setting “0” Rotary switch (REF AD x 10)...Factory setting “0”In the case of multiple refrigerant systems, set REF AD SW as shown in the Table A for each refrigerant system.Set to the same refrigerant circuit address as the outdoor unit.• If working in an environment where the wireless remote controller can be used, the addresses can also be set using the remote controller.• If setting the addresses using the wireless remotecontroller, set the indoor unit address and refrigerant circuit address to “00”.(For information on setting using the wireless remote controller.)CoverWire (Fan motor)External Static Pressure and Required Connector TypeType ABExternal Static Pressure40 – 80 Pa0 – 40 PaWire123456123451 BLACK2 WHITE3 PINK4 PURPLE5 BLUEARXB24 ARXB30 ARXB361 BLACK 2 WHITE 3 RED 4 BLUE 5 PINK 6 PURPLEARXB451 BLACK2 WHITE3 RED4 PINK5 PURPLE6 BLUERemarkFactory setting (Standard static pressure)Accessories (Low static pres-sure)7. FIELD SETTING• Refer to the following three items for setting the FIELD SETTING address. The respective settings are included below.(1) IU AD, REF AD SW settings ............ T his section (2) Remote control settings ................... R efer to the wired orwireless remote control manual for detailed set-ting information. (Set IU AD, REF AD SW to 0)(3) Automatic address settings .............. R efer to the indoor unitmanual for detailed set-ting information. (Set IU AD, REF AD SW to 0)CAUTION• Be sure to turn OFF the power before performing the fi eld setting.Table AAddressRotarySwitch SettingAddressRotarySwitch SettingRefrigerant circuit REF AD SWIndoor unitIU AD SW x 10x 1x 10x 1000000 101101 202202 303303 404404 505505 606606 707707 808808 909909 10101010 11111111 12121212.. ................99996363 Do not set the indoor unit address (IU AD SW) at 64 to 99. It may result failure.RC AD SWRC AD SW1RC AD SW2RC AD SW3Indoor unitRemotecontrollerIndoor unit Indoor unit Indoor unitA B C DA B C D IndoorunitRemotecontrollerConfusionCode change(3) Remote controller addressRotary switch (RC AD SW)...Factory setting “0”When connecting multiple indoor units to one standard wired remote controller, set the address at RC AD SW in sequence from 0.SettingSettingrangeType of switchRemotecontrolleraddress0–15SettingexampleRC ADExample If 4 indoor units are connected.RC AD SW01234567 Address01234567RC AD SW89A B C D E F Address891011121314157.2. Custom code settingSelecting the custom code prevents the indoor unit mix-up.(Up to 4 codes can be set.)Perform the setting for both the indoor unit and the remote controller.En-15En-16Function detailsFunctionFunction numberSetting number DefaultDetailsFilter indicator interval1100Default ○Adjust the fi lter cleaning interval noti fi cation. If the noti fi cation is too early, change to setting 01. If the noti fi cation is too late, change to setting 02.01Longer 02Shorter Filter indicator action1300Enable ○Enable or disable the fi lter indicator. Setting 02 is for use with a central remote control.01Disable 02Display only on central remote control Horizontal swing air fl ow direction2400Default ○Adjust the horizontal swing air fl ow direction.(For horizontal swing equipped models)01Left half 02Right half Cool air temperature trigger3000Default ○Adjust the cool air trigger temperature. To lower the trigger temperature, use setting 01. To raise the trigger temperature, use setting 02.01Adjust (1)02Adjust (2)Hot air temperature trigger3100Default ○Adjust the hot air trigger temperature. To lower the trigger temperature by 6 degrees C, use setting 01. To lower the trigger temperature by 4 degrees C, use setting 02. To raise the trigger temperature, use setting 03.01Adjust (1)02Adjust (2)03Adjust (3)Auto restart4000Enable Enable or disable auto-matic system restart after a power outage.01Disable○External control4600Start/Stop○Allow an external control-ler to start or stop the system, or to perform an emergency shutdown.* I f an emergency shut-down is performed from an external controller, all refrigerant systems will be disabled.01Emergen-cy stopError report target4700All ○Change the target for reporting errors. Errors can either be reported in all locations, or only on the wired remote.01Display only on central remote control• Custom code setting for indoor unitSet the DIP SW SET 3 SW1, SW2, referring to the Table B.Dip switch “SET 3”SW 1SW 2SW 3SW 4OFFON Table BCustom codeA (Factory setting)BC D DIP SWSET 3 SW1OFF ON OFF ON DIP SW SET 3 SW2OFFOFFONON7.3. Function setting• FUNCTION SETTING can be performed with the wired or wireless remote control.(The remote control is optional equipment)• Refer to the wired or wireless remote control manual for detailed setting information. (Set IU AD, REF AD SW to 0)• Refer to “7.1. Setting the address” for indoor unit ad-dress and refrigerant circuit address settings.• T urn the power of the indoor unit ON before starting the setting.* Turning on the power indoor units initializes EEV , so make sure the piping air tight test and vacuuming have been conducted before turning on the power.* Also check again to make sure no wiring mis-takes were made before turning on the power.。
风管机安装方案一、引言风管机是一种用于供暖、通风和空调系统的重要设备,它能够将室内空气通过管道输送到不同的房间或区域,以实现空气循环和温度调节。
本文将介绍风管机的安装方案,以确保其正常运行和高效工作。
二、前期准备1. 安全措施:在进行风管机安装前,必须确保施工场地的安全。
工作人员应戴上必要的安全帽、手套和防护服,在操作过程中要注意防止意外伤害。
2. 设计评估:在开始安装工作之前,需要进行详细的设计评估。
这包括确定风管机的最佳位置、通风需求、管道布局和大小等。
确保设计符合建筑物的结构要求和用户的实际需求。
三、安装步骤1. 安装位置选择:根据设计评估的结果,选择合适的位置进行安装。
一般来说,风管机应安装在通风良好、便于维护和操作的区域。
同时,还要考虑周围空间的要求,确保有足够的空间进行风管的连接和维修。
2. 安装基础:在安装位置上建立坚固的基础,以确保风管机的稳定性和安全性。
基础应具备足够的承重能力,并能有效地隔离噪音和振动。
3. 安装风管:根据设计要求,将合适的风管连接到风管机。
在连接过程中,要注意保持风管的密封性,避免空气泄漏或杂音产生。
4. 连接电源:确保风管机的电源连接正确无误,并进行必要的电气连接和接地。
此外,还要确保电源线的绝缘完好,并符合相关安全标准。
5. 风管机调试:在完成安装和连接后,进行风管机的调试和测试。
通过调整风速和温度等参数,确保风管机正常运行,并能满足室内空气调节的需求。
四、安全注意事项1. 安装过程中要注意防止人员伤害和设备损坏。
必要时,可以设置警示标志来提醒周围人员注意安全。
2. 在安装风管机时,要避免将其他设备或障碍物放置在其周围,以免影响风管机的正常运行。
3. 安装完成后,要进行全面检查和测试,确保风管机的安装质量和性能达到要求。
4. 使用风管机时,要定期进行维护和保养,包括清洁风道、更换过滤器等。
五、总结通过本文介绍的风管机安装方案,我们可以了解到在安装风管机时需要注意的事项和步骤。
风管机的安装方法
风管机是一种用于通风、空调和暖通系统的设备,安装时需要
注意一些细节,下面将详细介绍风管机的安装方法。
首先,安装前需要对安装位置进行检查,确保风管机的安装位
置符合要求,通风良好,不受阳光直射,且便于维护和维修。
其次,安装风管机需要注意固定设备。
在安装风管机之前,需
要在地面或墙壁上做好固定支架,确保设备安装牢固,不会出现晃
动或倾斜的情况。
接下来,进行风管的连接。
在安装风管机时,需要根据设计要
求进行风管的连接,确保连接处密封良好,不会出现漏风的情况。
同时,还需要注意风管的走向和弯曲角度,确保风管畅通无阻。
然后,进行电气连接。
在安装风管机时,需要进行电气连接,
确保设备能够正常运行。
在进行电气连接时,需要注意接线的正确性,以及接地的可靠性,确保设备安全可靠。
最后,进行设备调试。
在安装完成后,需要对风管机进行调试,
确保设备能够正常运行。
在调试过程中,需要注意设备的运行状态,以及各项指标是否符合要求。
总之,安装风管机是一项需要注意细节的工作,只有做到每一
个步骤都符合要求,才能确保设备的正常运行和使用寿命。
希望以
上内容对您有所帮助,谢谢阅读!。
家用风管机的安装流程随着人们对生活品质的要求越来越高,家用风管机作为一种高效、节能的空气调节设备,受到了越来越多家庭的青睐。
然而,对于许多人来说,家用风管机的安装过程可能会有些陌生。
接下来,我们将为大家介绍一下家用风管机的安装流程。
一、确定安装位置我们需要确定家用风管机的安装位置。
一般来说,家用风管机应该安装在离居室较远的地方,这样可以避免噪音对居住环境的影响。
同时,要确保安装位置的墙体结构能够承受风管机的重量,避免因安装不牢固而引发安全隐患。
二、制定风管布局方案在确定安装位置之后,我们需要制定风管布局方案。
首先,需要根据居室的结构和面积来确定需要安装的风口数量和位置。
然后,根据风管机的出风口位置确定风管的走向和长度,要尽量避免风管的弯曲和过长,以免影响风量的传递和减小空调的效果。
三、安装风管机在制定好风管布局方案之后,我们可以开始安装风管机了。
首先,需要将风管机固定在墙面或天花板上,确保其稳固可靠。
然后,将风管与风口进行连接,要注意风管的密封性,避免漏风现象的发生。
同时,还需将风管与风管机进行连接,确保其连接牢固,不会出现松动或漏风的情况。
四、安装电源线和控制线安装好风管机之后,我们还需要安装电源线和控制线。
首先,要根据风管机的功率和电压要求选择合适的电源线,确保其能够正常供电。
然后,将电源线与风管机进行连接,要注意接线的正确性和牢固性。
同时,还需要安装控制线,将其连接到风管机的控制面板上,以方便我们对风管机进行操作和调节。
五、进行系统调试安装完成之后,我们需要对家用风管机进行系统调试。
首先,要确认电源线和控制线接线正确,以及电源和控制开关是否正常工作。
然后,需要打开风管机的电源开关,观察其运行状态和风量输出情况,确保其正常运行。
最后,还需要进行温度调节和风速调节等功能的测试,以确保家用风管机的正常使用。
六、验收和保养我们需要对已安装的家用风管机进行验收和保养工作。
首先,要检查风管机的外观和连接部位是否牢固,以及风口的密封性是否良好。
室内机的安装
风管式室内机的安装
(1).安装位置的选择
风管机电器盒侧离墙壁至少≥300mm,方便接线、有故障时维修。
没电器盒一侧离墙距离≥150mm。
风管机送、回风口侧必须预留足够的空间安装送风管和回风管。
特别注意:
1. 确保顶部挂件有足够的强度来承受机组的重量。
2. 排水管出水方便,排水坡度不得小于0.001.
3. 回风、送风口无障碍,保持空气良好循环。
4. 室内机要确保上图所要求的安装距离,确保维修保养所需要的空间。
5. 远离热源、有易燃气体泄漏和有烟雾的地方
6. 机组为吊顶式(天花内藏暗装式)。
7. 室内、外机、电源线、通讯线距电视机、收音机至少保持1m的距离。
这是为了防止上述家电出现图象干扰和噪音。
2. 将吊钩安装在室内机上,如下图。
3. 将室内机安装在天花板上,如上图(右),根据安装空间可将风管机顶面紧贴天花板安装,也可有一定的空间。
☆在天花板上打出开口,可能要加固天花板,以保持天花板平整,并防止天花板振动。
细节问题请向用户或建筑商咨询。
☆如果天花板的强度不够,可采用角铁搭个横梁支架,将机组放在横梁上固定亦可。
(5). 风管的安装
送风口和回风口尺寸如下图,特别注意回风口尺寸,不能小于规定尺寸,否则容易引起
选用高静压风管式室内机时,必须接送风管,送风管长度和送风口个数可根据静压要求。
特别说明:普通静压风管式室内机和超薄风管式室内机要求不接送风管。
回风天花吊顶
回风送风
序 号 1 2 3 4 5 6 名 称 吊杆
回风管
风管式室内机
回风口
送风管
出风口
上图只表示出后回风口的安装,根据实际安装需要也可使用下回风口,安装方法与后回风口的安装类似。
送风管为矩形风管,与室内机风口进行连接,所有送风口中,至少有一个保持敞开状态。
送风口与送风管连接处、回风口和回风管连接处用帆布(选用有保温效果的帆布)连接,当有静压和低噪音要求时,在送风口和送风管之间接一静压箱,静压箱风口的尺寸与送风口一致。
静压箱与送风口用帆布连接。
b 回风管的安装
1. 机组出厂时采用后回风方式,回风盖板装在下部,如下图。
2. 如需要采用下回风时,将方形法兰和回风盖板互换位置。
回风盖板
方形发兰
后回风
下回风
3. 用铆钉将回风管连接在室内机回风口上,另一端与回风口连接。
为便于自由调节高度,可制作一段帆布风管,用8#铁丝加强,成折叠状。
可根据安装和维修空间选择是下回风还是后回风方式,如下图回风管的安装。
(7).检修口
内藏式风管机安装完毕后,吊顶时必须在室内机电器盒侧预留检修口,检修口尺寸大于500mm×500mm,方便检修。