环缝电脑自动焊接设备说明书
自动焊机说明书

四、 焊接设备焊接操作
1、 焊接前的准备工作
● 工件运抵现场放置在滚装架上,紧靠防窜装置; ● 安装焊接接地装置和地线; ● 安装焊接步进信号装置; ● 焊接气源准备和压力检查; ● 水冷系统检查; ● 焊丝安装到位,手动送丝检查送丝情况, ● 通过操作机升降和伸缩调整焊接枪头的位置和角度; ● 手动运转检查滚装架运转情况,是否平稳;
球墨铸管环缝自动焊接设备
球墨铸管环缝自动焊接设备
产 品 说 明 书
生产日期 2014-2-19
Page 1 of 16
球墨铸管环缝自动焊接设备
感谢您选择本产品,非常荣幸我们的设备为您提供高质量的服务,在您使用本设备的过
程中,如果您使用中有操作和故障问题,请与我们联系,我们将提供帮助和技术支持。
目录
● 电动十字滑架 XY 轴调整到中间位置;
2、 焊接工艺参数设定
● 焊接前的准备工作结束后检查和设定焊接参数; ● 首先确定焊接工件的焊接参数,所有的参数都可以通过触摸屏对焊接过程的
参数进行设定; ------------------------------------------------------------------------------------------------------焊接参数设定: ● 有滚装架的旋转速度,通过人机触摸屏设定;0-50Hz,在变频器上检查变
频器的实际输出的频率,不同的管的直径设定不同的运转速度,根据不同的 工艺要求设定不同旋转速度; ● 焊接电压设定,焊接电压的设定范围 116~40V 之间,根据不同工艺要求进 行变更; ● 焊接电流的设定,(设定范围 50-400 安培)焊接电流通过人机触摸屏设定, 并通过 PLC 控制焊接电源输出稳定的焊接电流; ● 焊接电流跟踪控制,焊接电流在自动化焊接中由于工件的不规则,造成焊接
SNRMCK焊接专机CSW-150型空调压缩机环缝焊接机使用说明书

SNRMCK焊接专机CWS系列双枪环缝自动焊接专机※设备用途CWS系列双枪环缝自动焊接专机主要应用于空调、冰箱压缩机和园筒型钢瓶封头及筒体间二氧化碳气体保护焊、氩弧焊、等离子焊的自动焊接。
※主要特点➢CWS系列双枪环缝自动焊专机采用模块化设计,整机布局合理、结构紧凑、功能齐全、操作方便、稳定及可靠性好、生产效益高。
➢以进口可编程控制器为核心组成自动焊接控制系统,自动进出料,自动装夹工件,自动对中,保证焊接质量,特别适合批量生产和流水线作业。
➢控制面板采用人机界面,彩色汉字显示终端,参数预置。
分设手动、自动模式,可正、反向旋转,可双枪或单枪操作。
➢焊接速度无级调节,焊缝搭接量预先设置,焊枪位置及角度可自由调整,满足焊接工艺要求。
➢进出料系统调整灵活,准确到位,夹具可根据一定范围的工件大小互换,方便焊接不同规格的产品。
➢配备冷却水循环系统,保证长时间焊接焊枪不易发热。
配备专用气阀,装夹力度随意调整。
➢选用进口气体配比器,采用混合气体保护。
焊缝成型优良,无气孔、夹渣、裂纹等缺陷。
※设备构成➢CWS系列双枪环缝自动焊专机主要由:焊接电源、送丝机构、控制系统、操作面板、主传动箱、从动箱、进出料机构、冷却系统、配气机构、焊枪调节机构、机架、排气及照明等组成。
※主要技术参数➢机械部分主设备尺寸:2900*1700*2100(长宽高mm)主动箱行程:100mm从动箱行程:100mm进出料架升程:75mm进出料架行程:300mm取料器行程:600mm焊枪进退行程:100mm➢工艺参数主轴转速范围:0.5-10RPM 按工艺要求设置焊接搭角范围: 0-300 按工艺要求设置工件长度最大L=580mm 根据工件长度调整机头位置工件直径最大=ф210 调整料架顶起气缸行程焊接电流最大500A 按工艺要求设置焊接电压最大40V 按工艺要求设置压缩空气 0.5-0.7Mpa保护气流量 CO2、Ar配比按工艺要求设置i序言CWS系列环缝焊接机采用模块式设计,可以焊接多种形式的环形焊零件,本机为CWS—150为该系列环缝焊接机品种之一,该机为双枪全自动焊,每次可同步焊接两道焊缝,更换不同夹头,可以焊接不同规格焊件。
焊接设备使用说明书

焊接设备使用说明书一、概述焊接设备是一种专业的工业用设备,用于将两个或多个金属材料连接在一起。
本使用说明书详细介绍了焊接设备的使用方法、操作注意事项和维护保养要点,旨在帮助用户正确、安全地操作焊接设备,确保工作效果和工作安全。
二、设备介绍1. 设备型号:______(填写具体型号)2. 设备外观:焊接设备由控制面板、焊接头、电缆等组成。
控制面板上设有各种控制按钮和显示屏,可以调节焊接电流、电压等参数。
3. 电源要求:焊接设备适用于 ______ VAC、______ Hz 的交流电源。
三、操作步骤1. 连接电源a) 将设备插头插入电源插座,并确保电源插头连接稳固。
b) 检查电源指示灯是否亮起,表示设备已接通电源。
2. 调节焊接参数a) 打开设备控制面板,选择适当的焊接模式。
b) 根据工作需要,调节焊接电流、电压等参数。
务必确认参数设置符合所使用材料和焊接方式的要求。
3. 准备焊接材料a) 清洁需焊接的金属表面,确保无氧化物或污垢。
b) 将待焊接材料正确摆放在工作台上,确保固定稳定。
c) 若需要,可使用焊接夹具或磁性支架固定焊接材料位置。
4. 进行焊接a) 戴上焊接手套、面具和防护服,确保人身安全。
b) 将焊接头靠近焊接材料,确保与工作面保持适当的角度和距离。
c) 按下焊接按钮,开始进行焊接。
注意保持焊接头稳定,并在规定时间内完成焊接。
5. 完成焊接a) 完成焊接后,松开焊接按钮,将焊接头远离焊接材料。
b) 关闭设备控制面板,断开电源插头。
c) 将焊接设备置于安全的地方,避免儿童接触。
四、安全注意事项1. 仅由经过培训和熟悉操作的人员操作焊接设备。
2. 在操作焊接设备前,务必佩戴适当的个人防护装备,包括焊接手套、面具和防护服。
3. 焊接设备应放置在干燥、通风良好的地方,远离可燃物和易燃材料。
4. 焊接设备不得接通电源时进行维修和清洁。
5. 使用焊接设备时,应注意周围环境的安全,确保没有易燃和易爆物质。
自动焊接设备操作方法

自动焊接设备操作方法自动焊接设备是一种利用机械手或机器人进行焊接操作的高效率设备。
它可以实现连续、高速、高质量的焊接作业,并可以自动完成多种焊接工艺。
下面将详细介绍自动焊接设备的操作方法。
首先,在进行自动焊接之前,需要对设备进行检查和准备工作。
检查焊接设备是否正常运行,是否有异常声音或漏气现象,以及焊接电源、焊接头等部件是否齐全并正常工作。
如有问题,需要及时修理或更换。
在设备准备完毕后,接下来就是设定焊接参数。
根据需要焊接的材料、焊接接头类型、焊接技术要求等因素,设定合适的焊接电流、电压、速度等参数。
这些参数的设定对焊接质量和焊接速度都有重要影响,因此需要根据具体情况进行调整。
在设定好焊接参数之后,需要将待焊接工件夹紧在焊接台上,并通过调整夹具使其合适的位置和角度。
这是为了保证焊接接头的配合度和焊接质量。
接下来就是进行自动焊接操作。
按下启动按钮后,设备将开始工作,机械手或机器人将按照预设的路径和速度进行移动和焊接。
在焊接过程中需要时刻监控焊接参数的稳定性,以及焊接接头的位置和角度是否正确,如有异常需要及时调整。
焊接完成后,需要进行焊缝检查和质量评估。
对焊接接头进行目视检查,检查焊缝的平整度、焊缝的牢固度、焊缝的密实度等。
同时,还需要进行焊缝的材料分析和焊缝强度测试,以确保焊接质量符合要求。
最后,将焊接好的工件取下,并进行后续处理。
根据工件的需要,可以进行辅助工艺,如去除氧化层、进行喷涂、热处理等。
以上就是自动焊接设备的操作方法,希望能对您有所帮助。
使用自动焊接设备可以提高焊接效率和焊接质量,减少人力成本和焊接缺陷的发生,是现代工业生产中不可或缺的设备。
双环缝自动焊机操作规程

双环缝自动焊机操作规程一、操作前的准备工作检查1、焊接操作前检查焊机电源线,工件与地线,焊枪,空气压缩机,导气管的连接是否正确2、检查接通控制器面板和焊接电源供电是否正常。
3、打开焊接电源开关,按下控制器面板上的“电源”按钮,查看电源指示灯是否亮起。
4、检查气瓶上接口处接好减压阀及气管,调节压力表至适合气体流量。
(正常在0.15MPa左右,流量在10L/min—15L/min间即可)5、检查空压机的安全阀及压力表是否灵敏可靠。
6、将标准的盘装焊丝装入送丝机,松开压丝轮,将焊丝穿过导电咀,放进相应的V形槽内,然后压紧把柄,顺时针旋转至所用焊丝标记处。
按专机操作面板上【点动送丝】按钮将焊丝推入焊炬,伸出导电咀约3mm即可。
7、准备作业前必须按规定穿戴好劳动保护用品。
二、操作程序1、旋动【工件选择】按钮,选择好所使用的焊接机头2、将工件正确放置在中心托架内,手动将三爪卡盘端夹紧定位,后按【顶紧/松开】按钮, 尾箱气缸将工件夹紧定位(小直径工件用气动顶尖,大直径工件用中心托架定位),并将遮光罩拉到工作位置。
3、按【焊接启动】按钮一次焊枪进到位,将焊枪对准焊缝。
4、按【焊接启动】按钮第二次后工件开始旋转或焊接(用【调整/焊接】旋钮切换)。
工件旋转到设定的焊接圈数后,焊枪气缸退回原位,延时1s后工件返回原点的位置。
5、焊接结束,拉开遮光罩。
按【顶紧/松开】按钮,将工装夹具松开,取出工件。
6、按【工件正转】按钮点动执行正转,按【工件反转】按钮点动执行反转。
焊接圈数用触摸屏的【焊接圈数】设定,焊接速度由面板上的电位器调节。
三、设备故障现象及排除四、数值为标准条件的参考值。
注:在实际焊接时,请根据被焊物及焊接位置等进行修正,以寻找合适的焊接条件。
五、安全注意事项1、请勿触摸带电部件。
2、穿戴干燥、无破损的绝缘手套及合适的保护身体的衣服及保护装置。
3、经常检查接地线缆并确定输入电缆接地端应连接到接地电缆接头处。
4、打开保护气阀门时,应将头部和面部避开气瓶阀门的排泄口5、不要在密闭容器上进行焊接作业。
自动电焊机操作说明书

自动电焊机操作说明书一、安全须知1、本设备要求操作人员应有熟练的焊接操作技术及一定程度的电工安全知识,所有作业必须接受专业培训后进行。
2、必须熟悉设备的“操作”和“急停”按钮的位置,了解焊机的功能及相关的安全预防措施。
3、操作人员操作前必须认真阅读使用说明书,按程序操作,非操作人员不得擅自开机操作。
4、操作人员必须佩带人体安全预防用品,如安全帽、护目镜、防火衣,安全手套等。
5、不得穿戴宽松衣服操作,不得使用披肩、手镯等物品,以免带来隐患。
6、本机要有标准的安全接地,操作人员应与大地和工件绝缘。
7、保证焊接回路安全可靠。
8、本机焊接时有强光并伴有烟气出现,烟气有害健康,工作场地应有通风,排气设备。
9、焊接地的飞溅会引起火灾,因此工作场地不能有易燃物品。
10、设备运行时不能对设备加注润滑油和维护。
11、定期检查螺栓连接部位,防止松动,悬空部件下面严禁站人。
12、电气柜、焊接电源等带强电部位,通电工作时,不得违规操作和接触,以防止触电。
13、非具有专业资格的人员不得维修和改动本设备。
14、操作和维修时操作人员需要登高时,务必注意安全。
登高作业时,必须登梯上下,并应检查及固定好梯子,严禁悬空攀爬跳跃,防止跌下摔伤。
二、操作和使用1、根据焊接的材质,厚度,选用焊丝及保护气体来确定焊机的程序,在焊机电源上设定。
2、根据工艺要求,接好混合气体并调整好气体流量。
3、开启空压机开关,使空压机工作。
4、将电器箱上的电源开关合上,电源接通,电源指示灯亮。
5、在操控盒上按对应的按钮,检测龙门架移动,行走台车左右移动,拖板升降、气缸伸缩等,注意限位开关是否正常工作,若发现有任何一路发生卡阻及异常情况,要立即使用急停按钮,切断电源,使所有的接触器都处于断路状态,然后维修,确保人身安全。
6、将操控箱面板上的状态开关至调试位,提升焊枪,跟踪器立柱和拖板至合适位置(以焊枪、跟踪器气缸下放时不碰到焊接工件稍高一些为准),选择好机头移动方向;根据工艺要求,使用速度调节旋钮,调整好机头移动速度,即焊接速度;根据工件位置,选择门架前或后移动,下放焊枪、跟踪器气缸,注意焊枪跟踪器不会碰工件。
HF160-II型环缝自动焊使用说明书pdf

01、【正转】键:在焊接操作界面,按下【正转】键,卡盘正转。 02、【停转】键:在焊接操作界面,按下【停转】键,卡盘停转。 03、【反转】键:在焊接操作界面,按下【反转】键,卡盘反转。 04、【送丝】键:在焊接操作界面,按下【送丝】键,送丝机送丝。 05、【停丝】键:在焊接操作界面,按下【停丝】键,送丝机停丝。 06、【抽丝】键:在焊接操作界面,按下【抽丝】键,送丝机抽丝。 07、【上移】键:在非设定状态下,按下【上移】键,焊枪上移。 08、【下移】键:在非设定状态下,按下【下移】键,焊枪下移。
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公司介绍
济南金鲁鼎焊接技术有限公司为专业提供管道焊接技术服务的高新技术公司,坐 落于风景秀丽的泉城济南国家级高新技术开发区。
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09、【左移】键:在非设定状态下,按下【左移】键,焊枪左移。 10、【右移】键:在非设定状态下,按下【右移】键,焊枪右移。
(三)设定键
01、【设定】键:在无任何焊接相关操作的情况下,按下【设定】键便可对焊接 规范进行查询或者编辑,再次按下【设定】键便可保存焊接规范参数值并返回焊接操 作界面。
公司一直致力于管道焊接相关产品的研发,主要从事管道焊接技术、管道焊接专 用设备、管道焊接专用材料等系列管道焊接产品的研发、制造和销售。产品分为管道 焊接专用设备、管道焊接背面保护监测系统、管道焊接专用材料(背面免充氩焊接保 护剂、背面充气保护系统、活性氩弧焊增透剂等)。
公司科研力量雄厚,现有员工 30 人,其中博士 1 人,硕士 2 人,高级工程师 1 人,高级技师 1 人,本科生 12 人。
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一、研发背景
Bug-O CW系列自动圆形焊接设备产品说明书

ON PIPE AND PRESSURE VESSELSAUTOMATIC CIRCLE BURNING AND WELDINGA DIVISION OF WELD TOOLING CORPORATION280 TECHNOLOGY DRIVE CANONSBURG, PENNSYLVANIA 15317-9564 USAPHONE: 412-331-1776 FAX: 412-331-0383ethics in service to our customers and in all we do.3 Year Warranty Made in USABug-O Makes The …are available upon request.2Weld Go Round.No hose or cable wrap-upregardless of the direction of rotation34The CW-7 Circle Welder (CWO-1700) is equipped for MIG, Flux Core or Sub Arc welding on vessels and domed heads. The CW-7 has a working range of 6"-24" (152-610 mm) O.D. nozzles with no cable wrap up for multi-pass welding. This unit is capable of using welding wire sizes from .035"-3/32" (.8-2.4 mm).The machine is equipped asshown and will carry 60 lbs. (27 kg) spools of wire. Theunit is complete with wire feeder, gun and cable assembly, flux hopper, wire reel and meter kit. Mounts on 3-jaw chuck. (See chart on page 5 for welding capacities). For more detailed info. please see our “CW-7” tech sheet online at Cypress Circle Welders - StandardThe CW-5AX Circle Welder (CWO-1560) is designed for single pass or multi pass welding of couplings and nozzles on pipe and vessels. The unit is available for Sub Arc, MIG or Flux Cored process.The CW-5AX offers all the same features as the CW-5 as well as a meter kit, torch angle adjuster and flux hopper. For more detailed info. please see our “CW-5AX” tech sheet online at The CW-5 Circle Welder (CWO-1500) is designed for single or multi-pass welding of couplings or nozzles on pipe and vessels utilizing MIG or Flux Core process, with gas shield. The machine is equipped with its own wire feeder, rotation drive motor, rise and fall cam assembly and welding gun. Horizontal and vertical racking to position the torch and a 30 lb (14 kg) spool holder. For more detailed info. please see our “CW-5” tech sheet online at CW-5CW-7CW-5 with RemoteCW-5AXThe CW-5 with Remote Control (CWE-1500) has a digital readout for rotation speed. It also has controls for: wire feed speed, cold inch/purge, pre-flow and post-flow, burn back and wire feeder forward and reverse. Overlap is also adjustable. This control has both manual and automatic settings. In the manual setting, you can check all your controls and travel speed to make sure the machine is functioning properly. In the automatic setting, with one push of a button, the unit will start the weld process, weld completely around the workpiece, overlap the end of the weld, turn the weld off and return to the start position. It is ready for the next weld. The CW-5 is supplied with the following cables: 50" (15.2 m) of gas hose, 50" (15.2 m) hot lead, 50" (15.2 m) control cable and all cables from the remote box to the circle welder. For more detailed info. please see “CWE-1500” tech sheet online at The CW-11 Circle Welder (CWO-1100) is equipped for Sub-Arc, MIG and Flux Core welding on large vessels, domed heads and flat surfaces. The CW-11 has a working range of 10"-50" (254-1270 mm) O.D. nozzles with no cable wrap up for multi-pass welding. Remote control of amps and volts. The unit is capable of using welding wire diameters from .035"-3/32" (.8-2.4 mm). For more detailed info. please see our “CW-11” tech sheet online at The CW-18 Circle Welder (CWO-1800) is designed for welding of nozzles into vessels or domed heads utilizing SUB-ARC. The CW-18 mounts on a 3-Jaw Chuck welding diameter 10" to 50" (152-1270 mm) O.D. It is capable of using welding wire diameters 3/32-5/32" (2.4-4.0 mm). For more detailed info. please see our “CW-18” tech sheet online at CW-18*NOTE: Welding diameter capacities cannot exceed two thirds diameter of the workpiece.When using a circle welder to weld a nozzle using the submerged arc process, it may be necessary that the customer employ some sort of external rolling device to ensure that the weld puddle and the associated flux be satisfactorily positioned.56Cypress Circle Welders with Rise& Fall CamCWO-3670 Step Adaptor for Threaded Outlets A stepped centering device used to center the machine on threaded I.D. weld-o-lets. The range of the Step Adaptor is 1/2" to 4" (13-102 mm) diameter.CWO-3675 Step Adaptor for Grooved Outlets 1 1/4" - 1 1/2" - 2" - 2 1/2" - 3", 4"CWO-5790 Cone AdaptorA tapered centering devise used to center the machine on nozzles. The range of the Cone Adaptor is 1-1/4" to 4" (32-102 mm) diameter.AccessoriesCWO-3660 Lathe Chuck2"-10" (50-254mm) lathe chuck for small fittings and nozzles.3-Jaw Expandable ChuckMounts and automatically centers the Circle Welder onnozzles with or without flanges. For use with all circle welders.ChucksCWO-3023-1 Torch Angle AdjusterAllows the operator to adjust the angle of the gun precisely, without unclamping the holding devise.CWO-1645 Torch WeaverProvides a pendulum-type motion to the gun for weave welding. The speed and stroke ofoscillation are adjustable.7Cypress Circle Welders with Rise& Fall CamCWO-4530 CarriageMay be used only with CW-5 CIRCLE WELDERS. The carriage, which is mounted on a standard monorail, is used to move the welder along a length of pipe.CarriagesCWO-4540 CarriageThis carriage, which is mounted on a standard monorail, is used with the CB-1P AIR PLASMA MACHINE. A winch holds the machine and prevents the machine from fall-ing into the hole when the slug drops. This carriage mayalso be used with CW-5 CIRCLE WELDERS.CWO-4550 Motorized Carriage*May be used with either the CW-5 CIRCLE WELDER or the CB-1P AIR PLASMA MACHINE. Provides motorized vertical travel of the machine.*New CWE-4550 Motorized Carriage is available for use with CWE models.Submerged Arc Flux Recovery System CWO-2020 120 volt CWO-2025 240 voltContinuously removes and recycles all unused flux. Available on any CW-5AX, CW-7, CW-11 and CW-18.Pneumatic Flux Recovery System CWO-2020-APContinuously removes and recycles all unused flux.Available on any CW-5AX, CW-7, CW-11 and CW-18.8Cypress Circle Burners with Rise & Fall CamCB-1PCB-1PRThe CB-1P Plasma Circle Burner (CBO-1020) is designed for cutting beveled holes in lightwall pipe or vessels. This machine is supplied with an air plasma power source (that customer specifies), torch and 50' (15 m) leads. The CB-1P must be mounted on a carriage or fixture. For more detailed information please see our “CB-1P” tech sheet online at The CB-1PR Plasma Circle Burner with Remote Control (CBP-2020) is designed for cutting beveled holes in lightwall pipe or vessels. This machine is supplied with an air plasma power source (that customer specifies), torch and 50’ (15 m) leads. The CB-1PR must be mounted on a carriage or fixture.9The CB-3 Circle Burner (CBO-3000) uses Oxy-fuel for square or beveled hole cuts (see chart for capacities). Unit includes 2-hose Oxy-fuel machine torch, adjustable tip adaptor, variable speed rotation, vertical and horizontal torch adjustment and rise and fall cam. The CB-3 must be mounted on a column and boom, manipulator or fixture. For more detailed information please see our “CB-3” tech sheet online at *NOTE: Burning diameter cannot exceed two thirds diameter of the workpiece.The CB-2 Circle Burner (CBO-2000) uses Oxy-fuel for square or beveled hole cuts (see chart for capacities). The CB-2 is mounted on a special frame with a releasable permanent magnet base. Machine includes variable speed rotation, 2-hose Oxy-fuel machine torch, adjustable tip adaptor, vertical and horizontal torch adjustment and rise and fall cam. For more detailed information please see our “CB-2” tech sheet online at CB-3CB-2Cypress Circle Burners with Rise & Fall Cam10Specials - Cypress Circle WeldersThe DCW-5-L Circle Welder, equipped with Lincoln Electric ® Power Feed 84® wire feeder, is capable of welding 1-12" (25.4-304.8 mm) diameters. This machine can be used for MIG, pulsed MIG and flux cored welding process. There are eight user memories for complete welding procedure recall, and preprogrammed auto settings to simplifyprocess procedures.Bug-O addresses the need to utilize the latest advancements in pulsed MIG and submerged arc process control for its circle welders. These Circle Welder Systems are now available for Digitally Controlled Welding Power Sources. All digital control signals can now be passed to a continuously turning wire feeder for high efficiency submerged arc, thick wall, nozzle to vessel welds. Now you can have all the power and arc characteristics that the new digital control power sources can deliver, along with no hoseor cable wrap-up regardless of direction or rotation.The DCW-5-O Circle Welder, equipped with OTC-DAIHEN AF-4012 wire feeder, provides OTC patented wave p u l s e p r o c e s s. 1"-12" (25.4-304.8 mm)diameter range.The DCW-18-L Circle Welder, equipped with Lincoln Electric ® MAXsa ® 10 Controller for Power Wave ® AC/DC 1000® is capable of welding nozzles with a diameter range of 10-50 inch diameter. The machine is set up for sub arc process. Features of the machine include Eight procedure memories and user friendly controls.The DCW-18-M Circle Welder, equipped with Miller ® Digital interface for use with Miller ® Digital series power sources . It is capable of welding nozzle diameters from 10-50" and is set up forsub arc process.The CWE-5 with Tripod , allows you to weld or cut circles on a flat plate using a mobile tripod to position the machine in the proper location.11The CWP-11 Programmable Circle Welder is designed for welding of nozzles into vessels utilizing Sub-Arc, MIG or Flux Cored Process. The CWP-11 mounts on a 3-Jaw Chuck for welding diameter 6-50" (152-1270 mm) O.D.The CWP-18 Programmable Circle Welder is designed for single or multi-pass welding of couplings or nozzles into vessels or domed heads utilizing Sub-Arc, MIG or Flux Core process with gas shielding. The CWP-18 mounts on a 3 jaw chuck for welding diameters of 10-50" (254-1270 mm) O.D.Specials - Cypress Circle WeldersThe CWP-5 Programmable Circle Welder is designed for single or multi-pass welding of couplings or nozzles utilizing MIG or Flux Core process capable of welding 1-12" (25-305 mm) diameters.The CWP-5AX Programmable Circle Welder is designed for single or multi-pass welding of couplings or nozzles utilizing Sub-Arc, MIG or Flux Core process capable of welding 1-12" (25-305 mm) diameters.The CWP-7 Programmable Circle Welder is equipped for MIG, Flux Core or Sub-Arc welding on vessels and domed heads. The CW-7 has a working range of 6-24" (152-610 mm) O.D. nozzles with no cable wrap up for multi-pass welding.These machines use a microprocessor to control the rise and fall through encoder position. They are capable of using welding wire sizes from .035-3/32" (.8-2.4 mm). Please refer to the chart on page 11 for additional information.12CapabilitiesThe CBP-3 Programmable Circle Burner must be mounted on a column and boom, manipulator or fixture. Uses Oxy-fuel for square or beveled hole cuts (see chart for capacities).The CBP-4 Programmable Circle Burner is mounted on a special frame with a releasable permanent magnet base. Uses Oxy-fuel for square or beveled hole cuts (see chart for capacities).Specials - Cypress Circle BurnersSaddle WeldsPartial Offset Saddle WeldsFull Offset Saddle WeldsProgrammableor StandardProgrammable OnlyProgrammableorStandard with Hillside KitAxes In-line:When the axes of the tube are in-line with each other, a standard machine with a mechanical cam will provide two equal rise and fall motions to follow the contour of the weld.Axes offset, small tube still passes through the center of main tube:When the axes of the tubes are offset, but the small tube still passes over the center-line of the large tube, the contour of the weld is one small rise and fall and one larger rise and fall. The tube diameter and the off-set distance are entered into a program. The resulting contoured travel is calculated as part of the program. All motion is motorized and encoder controlled.Axes offset, small tube completely off center of main tube axes:When the axes of the tubes are offset so far that the small tube is completely outside the main tubes center-line. A standard machine with a hillside adapter kit will produce the single riseand fall motion required to follow the contour of the weld.13Cypress Saddle and Elbow CuttersThe MM1 Programmable Pipe Cutter (SEO-3500) is a computer controlled machine that automates the cutting of profiles, holes and shapes on pipe with diameters from 4"-16" (102-406 mm). It rotates the pipe on it’s roller bed with a three jaw chuck while simultaneously moving a cutting torch back and forth along the pipe’s axis. Pre-programmed shapes such as saddle, hillside, lateral and miter cuts can be made by simply selecting the type of cut from the menu, then entering the diameters of the pipes being processed and pressing the run button to cut your pipe.*Oxy-fuel versions are available.*Optional: Machine cutting capacity can be increased to 24" (610 mm) diameter at factory.For more detailed information please see "MM1 Programmable Pipe Cutter" brochure online at14Cypress Saddle and Elbow CuttersThe SE-2PTD Programmable Pass Through Pipe Cutting Machine is used to cut saddles, offset saddles, laterals, miter cuts and holes on pipe. A second (selectable) program is used for cutting customized shapes in pipe. There is also Windows based software available for programming. This machine can be configured for oxy-fuel, plasma or both. The SE-2PTD eliminates the need to make templates or to layout complex cuts. See the chart below for machine capacities.SE-2PTDSEO-4250-OX Oxy-fuel Version SEO-4250-PLPlasma VersionThe SE-4PTD Programmable Pass Through Pipe Cutting Machine is used to cut saddles, offset saddles, laterals, miter cuts and holes on pipe. A second (selectable) program is used for cutting customized shapes in pipe. There is also Windows based software available for programming. This machine can be configured for oxy-fuel, plasma or both. The SE-4PTD eliminates the need to make templates or to layout complex cuts. See the chart below for machine capacities.SE-4PTDSEO-4400-OX Oxy-fuel Version SEO-4400-PL Plasma VersionThe SE-4PTD pictured to the left has been custom designed and integrated with the following items:Heavy Duty Linear Drive and Cross Arm Recessed Control PanelHypertherm Automatic Height ControlNOTE: SEO series machines do not include torch or plasma machine.For more detailed information please see “SE-4PD, SE-2PTD & SE-4PTD” brochure online at 15Cypress Saddle and Elbow CuttersHand Held Terminal:OFFSETSADDLE NOZZLE CUTS(Hillside)CapabilitiesTYPE 3TYPE 1TYPE 2LATERAL NOZZLECUTSMITER CUTTYPE 4SADDLE NOZZLECUTSHOLE CUTTING AT VARIOUS ANGLESTYPE 5SHAPE PROGRAM CUSTOM IRREGULAR SHAPES1. Press the reset button on the machine. The hand held terminal will display “READY”.2. Press “A” on the terminal. The terminal will ask you what type of cut you want. (See Types 1-5).3. Press the number desired and then press “ENTER”.4. The terminal will ask for the diameter of the small pipe. Press the appropriate dimensions and press “ENTER”.5. The terminal will ask for the diameter of the large pipe. Press the appropriate dimensions and press “ENTER”.6. Enter the offset dimension.7. Enter the “ANGLE” in degrees.8. Press “START” on the machine to begin the cut. It couldn’t be easier!When using Plasma, press “B” and enter the time delay required (which is stored until changed again).Example: Programming Sequence for Type 3 Cut.6Cypress Sprinkler Fabrication EquipmentPosition your pipe and move the CB-1P along the pipe to cut smooth, accurate holes. Position the CW-5 with a step adapter on the fitting and make the contour weld.The approximate time for a cut is 6-10 seconds, depending upon diameter and thickness. The approximate time for aweld is 15-20 seconds.Sequence of OperationLIT-BCWCGB-BRO-1116 TYPICAL SET UP FOR SPRINKLER FABRICATION3/4" x 6" x 26" Bar (19 x 152 x 660 mm)Tack Weld 1/8" x 1" (3x25 mm) long on 16" (406 mm)centers top & bottom 8" (203 mm)1-1/2" (38 mm)Pipe5.31"(135 mm)1" (25 mm)30" (762 mm)36" (914 mm)40" (1 m)22"(559 mm)Welding Power Source5" (127 mm)Pipe1-1/2" (38 mm) PipeWelder3/8" (9.5 mm) x 3" (76 mm) Flat Bar4" x 8" x 1/4"(102 x 203 x 6 mm) Wall Rectangular Tubing8" (203 mm) Pipe10 Harness snaps with swivel eyes to support cables and hoses.Length of Pipe + 6' (1.83 m)Eye Bolt 1/4" (6 mm) CableBurner3" (76 mm) PipePipe ViseCast Iron FlangesPlasmaPower Source5'(1.5 m)6'(1.8 m)8'(2.4 m)6'(1.8 m)5'(1.5 m)76"(2 m)A QUALITY PRODUCT FROM BUG-O SYSTEMS • 280 TECHNOLOGY DRIVE • CANONSBURG, PA 15317-9564 USA Litho in U.S.A.A DIVISION OF WELD TOOLING CORPORATION © Weld Tooling Corp. ROM 1:16。
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环缝电脑自动焊接设备(使用前请详细阅读本说明书)
使
用
说
明
书
尊敬的用户:
欢迎您使用本公司设计制作的环缝电脑自动焊接设备。
本设备主要采用直流或直流脉冲电流焊接不锈钢,冷轧板等金属的水平圆周焊接,焊缝光洁美观,焊缝强度高,操作简单,是必不可少的专用设备。
一、结构:
该设备有以下几部分组成:主机、焊接电源、气源、移动尾架气动进退装置、工件升降、焊枪上下气动控制系统、电器控制系统等组成。
下面分别予以叙述:
(一)、主机:
主机是该设备的主体结榴弹,由全部钢结构焊接而成。
机体电源电压为:220VAC,0.75KW,采用变频调速电机,通过多级减速和变频调速控制,工作频率在0-50HZ之间,实现无级调速。
(二)、焊接电源:
本设备采用逆变精密脉冲直流氩弧焊机WSM-315(数显)作为焊接电源(50/60HZ)。
电流调节范围5-315A连接可调。
具有电流递增、电流衰减、脉冲电流频率快力量对比、滞后关气等功能。
祥见逆变精密脉冲直流氩弧焊机WSM-315A(数显)使用说明书。
(三)、气源:
使用经过过滤的压缩空气作为气源,压力调节为:0.4-0.6MPA (偏大为直),油雾器采用7#机械油(缝纫机油)润滑,要经常检查和添加7#机械油,放掉积水,确保气缸使用寿命,禁止无油操作本机。
(四)、移动尾架气动进退装置:
采用亚德客气动元件。
由电磁气阀、单向节流阀、气缸、进出气接口、直流导轨、调节机构等构成。
(五)、工作升降控制系统:
该部分由手动式气动开关、气缸、进出气接口、地址导轨、升降调节机构等组成。
手动式气动开关安装在主机箱体上,操作简单、快捷。
手动阀向上则升,反之则降。
(六)、焊枪上下,销紧气动控制系统:
该部分是通过可调式上下气缸控制焊枪升降。
焊枪对准焊缝时,按下控制面板上“锁紧”按钮,通过锁紧气缸将焊枪固定在直线导轨上。
并细调三维调节机构,使焊枪和拖罩对准焊缝焊接。
(七)、电器控制系统:
采用台湾中达公司的PLC等电器元件组成。
可以根据工作需要设定修改工作参数。
操作简洁,方便。
动作状态如下:
(A)手动状态:各按钮动能见“控制面板简介”说明。
将“手动、自动开关”处于“手动”状态。
“检气”为氩气背气保护开
关,按一下则开,再按一下则关;“正转”或“反转”按钮
使电机正转或反转;“点焊”按钮;按一下则引燃焊接电弧,
再按一下则停止焊接;“焊枪”按钮按一下则上,再按一下
则停止焊接;“焊枪”按钮按一下则上,再按一下则下;“锁
紧”按钮按一下则按一下锁紧焊枪位置,再按一则松开。
1、“正转”、“反转”按钮,实现电机正、反转,电器通过互锁控制。
2、“手动”、“自动”开关在“手动”动态下进行调试,“自动”状态下实现自动焊接,自动停止。
3、“锁紧”按钮;当焊枪对准焊缝时,通过锁紧气缸将焊枪固定在直线导轨上。
4、“焊枪”升降按钮:通过可调式升降气缸调节焊枪上下位置。
5、“点焊”按钮:点焊或停止电弧。
6、“检气”按钮:检查背气保护的氩气流量及有无状态。
7、“启动”按钮:在自动状态下,按“启动”按钮进入自动焊接。
8、“停止”按钮:在焊接过程中出现异常,需要紧急停止时用。
9、“调速”按钮:根据焊接需要,调节焊接速度快慢。
五、具体操作如下:
1、筒身和封头分别在车床上加工,做好焊接前的准备工作。
2、将封头固定在环缝机夹头具上。
3、将背气保护罩固定好,并检查氩气喷出状况。
4、升起简托。
5、将点焊卡箍固定在筒身上并与封头封头对准后顶紧。
6、降下筒托。
7、找下背气。
8、用手工氩弧焊点焊32个点。
注意对称点焊。
9、关闭背气,取下点焊卡箍,换上焊接卡箍。
10、降下自动焊枪,检查焊枪及拖罩氩气情况并打开背气,三氩气全部打开进行自动焊接。
11、焊接结束后长起筒托,后退尾部顶紧气缸,取下工件。
12、另一端封头的焊接再接上过工序操作。
特别注意:凡是在点焊或焊接环缝前,都必须将“背气保护”氩气打开方能焊接,否则焊缝反面会严重氩化,导致工作报废。
工艺参数:
环缝电脑自动焊接设备
装箱单
环缝电脑自动焊接设备型号:编号:装箱日期
注:附件以此单为准。
装箱者:
检验者:
本公司奉行“质量第一,信誉至上”的服务宗旨,“用户就是上帝”的原则,公司产品在售出一年内非人为质量事故负责保修,终身维修。
产品质量意见征求书
尊敬的用户:
为了进一步提高产品质量,改进产品性能和适应用户要求,谨请你单位对我公司产品质量及服务质量方面提出宝贵意见,填入下表,俾作今后改进方向,万分感谢!。