下载文档原格式
阿玛尼折弯机操作方法阿玛尼折弯机是一种用于将金属板材进行弯曲加工的设备，在制作金属制品时具有重要的作用。
以下是阿玛尼折弯机的操作方法。
1. 步骤一：设定参数首先，操作人员需要根据所要制作的工件的尺寸和弯角来设定阿玛尼折弯机的参数。
参数包括板材厚度、板材宽度、折弯角度以及回弹值等。
这些参数的设定对于保证加工结果的准确性非常重要。
2. 步骤二：调整上下模具将要加工的金属板材放置在阿玛尼折弯机上。
然后，操作人员需要根据板材的厚度和宽度来选择合适的上下模具，并进行安装和调整。
上下模具的选择和调整要保证金属板材能够完全嵌入模具中，并保持良好的接触。
3. 步骤三：设定折弯角度根据工件的设计要求，操作人员需要设定阿玛尼折弯机的折弯角度。
通常情况下，折弯角度可以通过设定折弯机上的数控系统来进行调整。
一般来说，数控系统会有一个数字显示屏，操作人员可以根据需要输入所需的折弯角度。
4. 步骤四：定位板材在操作阿玛尼折弯机之前，需要将金属板材定位到上下模具之间的正确位置。
通常情况下，阿玛尼折弯机会配备一套夹紧装置，操作人员可以使用该装置将金属板材夹紧，以确保其位置的稳定和准确。
5. 步骤五：开始折弯当所有准备工作完成后，操作人员可以开始操作阿玛尼折弯机进行弯曲加工了。
首先，按下启动按钮，阿玛尼折弯机将自动完成折弯过程。
在折弯过程中，操作人员需要监控金属板材的位置和角度，确保其按照设计要求进行弯曲。
6. 步骤六：完成后处理当折弯过程完成后，操作人员需要将金属板材从阿玛尼折弯机上取下，并进行后续处理工作。
这可能包括整理弯曲部位的边缘、修复弯曲区域的变形等。
在进行阿玛尼折弯机操作的过程中，操作人员需要时刻保持注意力集中，确保操作安全。
此外，定期对阿玛尼折弯机进行维护和保养也是非常重要的，以确保其正常运行和使用寿命。
以上是阿玛尼折弯机的操作方法，希望对您有所帮助。
如果您还有其他问题，请随时提问。
进口意大利ERCOLINA弯管设备特点
厦门承扬机电
型号：MB42M/MB42T/MB42PM(MEDI BENDER)
产品特点：
●对于电工、水管工人等需要弯曲铜和其他材料的导管、液压管、水管等时，这台轻便型的超级备
●用设备是非常理想的选择。
●能弯曲管材外径为5mm到42mm的钢铁和非钢铁材质的管子。
●完全替代过时的带油缸类型的液压弯管机。
●把管子弯一个90°只用七秒钟。
●可编程的弯曲角度（0°～180°）。
●依赖专利的无芯棒系统，可完成弯曲半径R小到2倍管径的加工需求。
●可编程材料的回弹角度补偿，确保各种材料弯曲的精确性。
●30个单独的弯曲程序，每个程序包含有9种弯曲角度。
●远的脚踏板操纵，使双手更有自由了。
●专利的中心旋转弯曲工具的支持系统。
●每一管径均可以配备多种的弯曲半径，以供您的选择。
●能快速更换模具。
●没有液压部分组成。
●系统诊断，以及多种的语言能力。
●有限保用1年。
技术参数：
最小管材直径 5mm
最大管材直径 42mm
最小弯曲半径 2D （倚赖于材料和壁厚而定） 最大弯曲半径 260mm
弯曲角度范围 0°～ 180°
弯 曲 速 度 2 RPM / 3.3 RPM
电 源 220V / 1PH 或 380V / 3PH (50HZ) 电 机 1.1kW
高 度 1000mm
宽 度 410mm
长 度 570mm
重 量 76kgs / 50kgs。
MACTECH 16-36 END PREP LATHE SPECIFICATIONSMactech Model 16-36 Single Point End Prep Lathe is a portable I.D. mounted end prep lathe for machining pipe and valves from 16" to 36" (all schedules). Capable of simultaneously beveling, facing and counterboring. The tool has self-accepting torque, straight back feed and integral air or hydraulic drive.The equipment listed is our current production Model 16-36, which when connected to the plant the hydraulic power supply according to the operating requirements specified below, can be used for the pipe machining functions described herein. At the rear of the 16-36 is an axial feed knob, which is manually rotated during form cutting, moving the tool bit and cutting head axially along the mandrel toward or away from the work piece.Model 16-36 ComponentsFrame:The lightweight frame is made of solid stock aluminum (stronger than cast aluminum). The frame has bearings mounted for the rotating head, a drive motor mount, and a torque housing which transfers the torque reaction generated by the cutting operation through the mandrel to the pipe being cut.Mandrels & Locator Pads:The 1636 includes a 3 jaw automatic chuck mandrels with locator pads are available for fast mounting on straight pipe.Cutting Head Assembly:The cutting head assembly is a heat treated 4340 alloy steel gear assembly, integrated into the aluminum frame.Bearings:The cutting head runs on high precision ball roller main bearings which provide for both axial and radial force reactions experienced in heavy wall pipe machining.Drive Assembly:The motor drive assembly is precision mounted to the machine frame and arranged with a pinion gear on a shaft supported by angular thrust radial ball bearings and needle bearings. The drive mounting bracket is designed to accept the reaction torque generated by the drive motor.Tool Holders (Blocks):The single point tool holder mounted to the cutting head assembly is provided with an automatic radial feed "star wheel" mechanism. This can be replaced with the extra form cutting tool block, which then gives the 16-36 simultaneous form bevel, land face, and counterbore capabilities. Once set up this way, the tooling can be used to prep repeated pipes with little or no re-adjustment. The slides feature adjustable gibs to adjust for wear.Tool Bits:Mactech tool bits are available for single and multi-angle beveling, J beveling, land facing, counterboring, flange facing, valve bonnet facing, victaulic grooving, etc. Tool bits are sold separately as consumables.Model 16-36 Performance DataSet-up Time:A trained operation can set up the 16-36 on an unobstructed pipe end or flange in no more than 5 minutes.Pipe Mounting Range: Nominal pipe diameter mounting range:#2 Automatic Chuck14.00" to 34.50" I.D.Pipe Cutting Range:Step cutting may be required for form cutting heavy wall pipe.Type of Cut Cutting Range Wall Thickness ClearanceForm Cutting 16.00" I.D.-36.00" O.D. All schedules 25.00"Drive Capacity:Drive capacities are based on in-house testing and extrapolation of test data.Hydraulic Drive - Motor Data:Max. Speed @ 15GPM; 1200psi 320 rpmEffic. Speed @ 10GPM; 1200psi 207 rpmPressure Rating: 1200 psi continuous1800 psi peakMax. Horsepower: 6.5 hpTorque: 1327 in/lbpipe.Model 16-36 General InformationThe Model 16-36 End Prep Lathe is packed in protective foam and typically comes complete with the following:* Hydraulic Drive*Form Bevel & Single Point/Face/Counterbore Blocks* Form Cutting Tool Block Slides*Automatic Chuck*All hand tools required*Metal gang box for machine storage*Operating Manual with parts listShipping Weight: 1020 lb. Shipping Dimensions: 60x24x24 in. Operating Weight: 675 lb.Special Options:Hydraulic Power Supply (480VAC)Automatic Remote Feed for strict operating environment, with programmable digital display. Right Angle DriveAutomatic Chucks 1 & 22T Counterboring Holder24" - 36", 36" - 48", 48" - 60" Conversion PackagesRecommended Spare Parts:Mactech, Inc. recommends purchasing extra parts to avoid time spent waiting for lost or damaged parts to be replaced.Technical Support:Mactech, Inc. recommends on-site training for your technicians by our technical support personnel to assure proper operation and maintenance. Costs would be predicated on travel expenses, number of days required to train technicians, per diem, expenses, etc.Warranty:Two (2) year limited warranty.。
3655-251-0003/2011Please read and save this Repair Parts Manual. Read this manual and the General Operating Instructions carefully before attempting to assemble,install, operate or maintain the product described. Protect yourself and others by observing all safety information. The Safety Instructions are contained in the General Operating Instructions. Failure to comply with the safety instructions accompanying this product could result in personal injury and/or property damage! Retain instructions for future reference . AMT reserves the right to discontinue any model or change specifications at any time without incurring any obligation.©2006 American Machine & Tool Co., Inc. of PA, A Subsidiary of The Gorman-Rupp Company, All Rights Reserved.Periodic m aintenance and inspection is required on all pum ps to insure proper operation. Unit m ust be clear of debris and sedim ent. Inspect for leaks and loose bolts. Failure to do so voids warranty.SELF-PRIMING SPRINKLER/BOOSTER PUMPSRefer to pump manual 1808-634-00for General Operating and Safety Instructions.DescriptionThese self-priming (to 20 ft. lift) lawnsprinkler pumps are equipped with a check valve to assist in positive priming, a high performance closed impeller, a Buna-N mechanical seal to prevent leakage, and a continuous duty motor.Pumps are designed for higher pressure applications such as lawn sprinkling,spraying irrigation, also draining andgeneral de-watering applications. Casing working pressure to 150 psi (1034 kPa).Handles fluids from 40º to 180º F (4º to 82ºC). For use with nonflammable, non-abrasive liquids compatible with pump component materials.MaintenanceMake certain that this unit isdisconnected frompower source before attempting to service or remove any component!MECHANICAL SEAL REPLACEMENT Refer to Seal Replacement figures 2, 3. IMPORTANT: Always replace both seal seat (Ref. No. 6) and seal head (Ref. No. 7)to insure proper mating of components!Also, impeller seal (Ref. No. 22) (where applicable) should be replaced anytime impeller fastener (Ref. No. 23) has been removed.1.Unthread fasteners (Ref. No. 16) and remove pump casing (Ref. No. 14),casing seal (Ref. No. 5), and flapper valve (Ref. No. 13) from adapter (Ref.No. 4).2.Unthread fasteners (Ref. Nos. 12 and 17) and remove volute (Ref. No. 10)from adapter.3.Remove impeller fastener, impeller seal (where applicable), and impeller (Ref. No. 9).4.Shaft sleeve (Ref. No. 21) (where applicable) and seal head can now be pulled from shaft.IMPORTANT: Care should be taken to insure that the same number of shim washers (Ref. No. 8) are replaced behind impeller as were removed. These shim washers are located directly behindimpeller. These washers as well as impeller key (Ref. No. 24) (where applicable)become loose as impeller is removed.NOTE: Some motors (Ref. No. 20) use an open end 7/16" wrench across flats on rear of motor shaft (remove bearing cap foraccess) to prevent shaft from turning. Othermotor shafts have a screwdriver slot instead of flats.5.Unscrew fasteners (Ref. No. 23). Remove mounting base and handle (Ref. No. 18 &2) (where applicable), and adapter from motor mounting face.6.Push seal seat from back of adapter recess with a screwdriver.7.Clean adapter recess before inserting a new seal seat.The precision lapped faces on mechanical seal are easily damaged.Handle your replacement seal carefully.8.Carefully wipe polished surface of new seal seat with a clean cloth.9.Wet rubber portion of seal seat with a light coating of soapy water.10.Press new seal seat squarely into recessin adapter. If seal seat does not press squarely into cavity, it can be adjusted in place by pushing on it with a piece of pipe. Always use a piece of cardboard between pipe and seal seat to avoid scratching polished surface.11.After seal seat is in place, ensure that it isclean and has not been marred.NOTE: If removed, slide slinger washer (Ref.No. 1) onto shaft until it is located approxi-mately 1/8" from face of motor bearing hub.ing a clean cloth, wipe shaft/shaftsleeve and make certain that it is perfectly clean.13.Secure foot and handle (where applicable)and adapter on motor mounting face.Carefully guide motor shaft through seal seat.14.Replace shaft sleeve and impeller key(where applicable).IMPORTANT: Before installing new shaftsleeve, apply a bead of non-hardening, pliable sealant (such as Permatex® Form-A-Gasket®No. 2) to motor shaft shoulder.15.Wet inside rubber portion of new seal headwith a light coating of soapy water. Slide head onto shaft/shaft sleeve. Seal head and seal seat will meet. Reinstall any shims which have been removed. (See Shim Adjustment).16.Install impeller and reassemble pump.17. A short "run-in" period may be necessaryto provide completely leak-free seal operation.SHIM ADJUSTMENT (365 SERIES ONLY)When installing a replacement impeller (Ref.No. 9) or motor (Ref. No. 20), it may benecessary to adjust number of shims (Ref. No.8) to insure proper running clearance between impeller and volute (Ref. No. 10). Proceed as follows:NOTE: A proper running clearance is less than 0.010" (face of impeller to mating face of volute).1.For impeller replacement, add one (0.010")shim in addition to those removed originally.2.For motor replacement, add two (0.010")shims in addition to those removed during disassembly.3.Reassemble the pump as described in steps 16 and 17 (above).IMPORTANT: Ensure that volute is snugly in place and check shaft to make sure it is turning freely (use 7/16" wrench or screwdriver to turn shaft). If it turns freely, check to ensure that adapter (Ref. No. 4) and volute are fitted metal-to-metal where they meet on outside. If they are not metal-to-metal, tighten fasteners (Ref. No.12 & 17) and recheck shaft for free turning.Tighten carefully, turning shaft while tightening so that motor bearings are not damaged in the event that too many shims were installed. If shaft seizes before fasteners are completelytight, disassemble pump and remove one (0.010") shim and repeat reassembly.4.When proper clearance is obtained,reassemble.3655-95 thru 3657-95 and S pecifications Information and Repair Parts Manual 3790-95 thru379L-95 Please provide following information:-Model number-Serial number (if any)-Part descriptions and number as shown in parts listRepair Parts List3790 (3/4 HP)3791 (1 HP)3792 (1½ HP)3793 (2 HP)379G (3/4 HP)379H (1 HP)3797 (1½ HP)379K (2 HP)379A (1 HP)379B (1½ HP)379C (2 HP)379D (3 HP)3657 (5 HP)Description379F (1 HP)379J (1½ HP)379E (2 HP)379L (3 HP)3655 (5 HP)3656 (7½ HP)Qty.1Slinger washer1534-000-001534-000-001534-000-001534-000-001470-093-001470-093-001 2Handle1515-000-001515-000-001515-000-001515-000-00 -- -- 1 3Fastener******4 4Adapter1608-011-011608-011-011608-011-011608-011-013655-030-093655-030-091 5Casing Seal - Buna N (std)1610-000-001610-000-001610-000-001610-000-002186-000-002186-000-001 - Viton (opt)1610-001-001610-001-001610-001-001610-001-002186-001-002186-001-006 & 7† Shaft seal assy. -Buna N (std)1640-161-961640-161-961640-161-961640-161-961640-163-901640-163-901† - Viton (opt)1640-161-971640-161-971640-161-971640-161-971640-163-911640-163-91 8Impeller Shim pkg. -- -- -- -- 1664-000-901664-000-901 9Impeller379A-011-09379B-011-09379C-011-09379D-011-093655-012-093656-012-091 10Volute379B-150-09379B-150-09379D-150-09379D-150-093655-150-093655-150-091 11Washer******2 12Fastener******2 13Flapper valve -Buna N (std)1609-002-001609-002-001609-002-001609-002-001609-002-001609-002-001 -Viton (opt)1695-011-901695-011-901695-011-901695-011-901695-011-901695-011-90 14Casing2111-001-012111-001-012111-001-012111-001-012112-001-022112-001-021 15Pipe plug******2 16Fastener******4 17Fastener******1 18Foot1506-000-001506-000-001506-000-001506-000-00 -- -- 1 19Fastener******1 20Motor - 1 Phase ODP1626-010-001626-011-001626-012-001626-024-00 -- --1 - 3 Phase ODP1626-014-001626-015-001626-016-001626-025-00 -- --- 1 Phase TEFC1626-069-001626-050-001626-070-001626-071-001626-078-00 --- 3 Phase TEFC1626-077-001626-053-001626-054-001626-072-001626-044-001626-045-00 21Shaft sleeve -- -- -- -- 1472-000-001472-000-001 22Impeller seal -- -- -- -- 1471-020-001471-020-001 23Impeller fastener1784-001-091784-001-001784-001-001784-001-001756-000-001756-000-001 24Impeller key -- -- -- -- 1471-030-001471-030-001 (*)Standard hardware item, available locally(†)Seal head (Ref. No. 7) and seat (Ref. No. 6) available as a set only. When replacing a shaft seal assembly, a new impeller seal (Ref. No. 23) should also be used. (Model series 365 only).-2-。
ERCOLINA系列弯管机
佚名
【期刊名称】《酒．饮料技术装备》
【年(卷),期】2009(000)006
【摘要】意大利CML集团公司是全球知名的ERCOLINA品牌系列弯管机产品及
相关衍生产品的设计、制造者，是国际弯管行业中冷弯技术的倡导者和推广者。
ERCOLINA的无芯弯管产品完全颠覆了传统的弯管设备设计理念。
它可在极小的
工作场地内完成弯管能力的最大化；有着极为方便的操作，通过简单易学的弯管角度和材料回弹角度补偿的输入，免除了插入芯棒或者添加填充物等繁琐的操作步骤；无需对材料加热，
【总页数】1页(P59)
【正文语种】中文
【中图分类】F275
【相关文献】
1.数控弯管机与非数控弯管机在无余量下料计算方法上的区别研究 [J], 邵国庆;赵寅妮;石萍;李冲健
2.峰超DW系列三维数控弯管机 [J],
3.金鼎环球贸易有限公司RB系列数控弯管机 [J],
4.洛阳安力机械有限公司高新企业高新技术专利产品“安力牌”液压弯管机系列产品 [J], 无
5.DB系列CNC数控弯管机介绍 [J], 姚保富;王连硕
因版权原因，仅展示原文概要，查看原文内容请购买。
国内外著名机床制造公司以及代表机床班级：09机制一班组员：*** 200900162117刘阳 200900162122高阳 200900162044国外著名机床厂：1.日本山崎马扎克(MAZAK)公司是一家全球知名的机床生产制造商。
公司成立于1919年，主要生产CNC车床、复合车铣加工中心、立式加工中心、卧式加工中心、CNC激光系统、FMS柔性生产系统、CAD/CAM系统、CNC装置和生产支持软件等。
产品素以高速度、高精度而在行业内著称，产品遍及机械工业的各个行业。
目前，山崎马扎克公司在全世界共有9个生产公司，分布于日本(日本5家：山崎马扎克大口工厂、山崎马扎克美浓加茂工厂、山崎马扎克美浓加茂第二工厂、山崎马扎克精工工厂和山崎马扎克OPTONICS工厂)、美国(马扎克公司)、英国(山崎马西那里)、新加坡(山崎马扎克新加坡)和中国(宁夏小巨人机床有限公司)。
此外，山崎马扎克公司已经在世界上60几个地方设立了30个技术中心(Technology Center)。
连同遍布世界各地的马扎克技术服务中心(Technical Center) 在内，山崎马扎克在世界各地已经建立了超过80个客户支援基地。
为了促进和扩大在中国市场的销售活动，1998年，山崎马扎克公司在中国全资设立了山崎马扎克科技（上海）有限公司，负责全线马扎克产品在中国的销售和服务工作。
2006年7月，山崎马扎克集团旗下第3家在华公司——山崎马扎克机床（上海）有限公司月完成注册，2008年1月正式开业。
新公司选址上海莘庄，建筑面积约5000平米。
是一个现代化的技术服务中心，其中包括一个约900余平方米的展示厅，同时在北京、广州、重庆设有技术服务中心。
至此，山崎马扎克在中国拥有3家公司，按成立先后依次为山崎马扎克科技（上海）有限公司、小巨人机床有限公司与山崎马扎克机床（上海）有限公司，3家公司的分工各有不同。
加工中心2.美国拉削机床刀具公司（ABM）美洲大陆拉削机床领域最值得信赖的公司——美国拉削机床刀具公司（ABM）。
