LC-3仿真机安装和使用

定球时将测头角度转到A0B0 ，在标准球顶部大致 中心位置采一个点 ，单击屏幕上的确定按钮 ，此 时软件开始自动进行定球操作 ，直到软件提示 “定球成功 ”，完成定球 3.测头角度校验
为什么要校验测头？
1、使软件得到测针宝石球的“等效直径 ”， 自动 进行“测头半径的补偿 ”。
2、使软件建立不同测头位置的关系矩阵 ，使我们 调用不同测头位置进行测点时 ，都通过矩阵转换
通过以上特征的构造都可以确定一个完 整的坐标系
8.程序执行中注意观察是否有采点不到 位的地方(例如毛刺 ，加工面加工不到位等）
9.程序执行结束检查报告中是否有异常， 对于异常尺寸要再次确认
10.执行单段程序检查当前坐标系是否与 该段程序要求的相同
产品上容易造成的采点异常
加工不到位
孔内铝屑粘在宝石球上
孔内带铝 屑
怎么得到图上P点的坐标，有哪些方法？ 测量图中孔的I,J,K分别等于多少? I= — 0.809，J=0.5878，K=0
测座型号：PH10MQ
转接头型号：PAA1x32_TO_M8 传感器型号：TP20_TO_AG 吸盘型号： TP20_SF_M2(标准测力) 这些参数可在设备的测头测座部分查看得到
4） 、装配顺序
装配顺序为： 测座——转接头——传感器——吸盘 长杆（可不装配） ——测针
测座
______________ 器
C.标准球直径 ，根据标准球校准证书的实测
值进行设置 ，我司两台爱德华设备标准球直 径分别为25.0023和25.0027
2.定球
定球： 确定标准球在机器坐标系下的空间位 置便以测头校正
定球只能用软件默认的测头文件名称的装配 进行校正 ， 否则无法完成定球操作 。默认的 测头文件名称为“DEFAULT ”，装配可自行 定义。

Directional Control Equipment for Electric CylinderLC3F2 series Operation ManualSMC Corporation1. Safety InstructionThese instructions indicate the level of potential hazard by labels of "Warning" and "Caution". To ensure safety, be sure to observe ISO 10218-1992 / JIS B 8433-1993 and other safety practices.SymbolsSymbol Explanation Symbol meaning warning and caution. Contents are instructed by figure or phrase in the symbol.Symbol meaning do not operate are instructed by figure or phrase in the symbol.Symbol meaning operate are instructed by figure or phrase in the symbol.Operator This manual is for the person in charge of assembly, operation, and maintaining of machinery and device with electric control equipment who has enough knowledge and experience.The manual must be read through before assembly, operation and maintenance.Application limitation∗ This product aims at application for common factory automationequipment. Do not use LC3F2 for machinery and device (∗1) that directly concerns human life or those which malfunction or failure could cause serious damage.*1:Machinery and device that directly concerns human life are; - Life support system or medical equipment .- Device obligated by Laws and regulation such as Fire protection law and Building code.- Equipment and devices which comply with above.∗ Contact SMC Sales office before use on any of the followingrelating to human safety and have an impact on the public utility(∗2). Special consideration(∗3) is necessary for the management, maintenance and control of the system.*2:Systems relating to human safety that has impact on the public utilitiesare;- Main machine control and of nuclear plant control systems, safety protection system, nuclear installation, and other systems important for safety.- Drive control and flight control system of public transport system. - Equipment and device contact with food and beverage.*3: Special consideration means to discuss with SMC engineers, and to construct a safe system (The foolproof design, the fail safe design, and design using redundancy circuits).∗ Special consideration for safety and security to prevent the riskof damage by failure and malfunction caused by the occurrence of environmental stress (change over time)•DCautionThe heat sink of the directional control equipment andthe drive motor becomes hot during operation. Do not touch until they are cooled down.Do not carry by the cables during transport. It might cause injury or failure.Do not use in locations with a lot of debris, dust, water, chemicals, or oil.It might cause fire, injury, failure or electric shock.Do not use in locations where magnetic field is generated.It might cause malfunction and failure.Do not use in locations where temperature cycles are applied.It might cause malfunction and failure.Do not use in locations where surge is generated. It might cause malfunction and failure.Prepare lightning surge protection on the device. It might cause malfunction and failure.Mount the unit where no vibration or impact occurs. It might cause malfunction and failure.Inspect correct function after maintenance. Stop operation when device and equipment doe not work correctly. Unexpected malfunction might risk safe operation. Perform emergency stop and ensure safety.Do not apply rotating torque more than 68.6mNm to the adjuster of the thrust adjustment trimmer. It might cause malfunction and failure.Do not press the thrust adjustment trimmer at 4.9N or more.It might cause malfunction and failure. Install the emergency stop circuit. External emergency stop circuit shall be prepared so that the operation of the electric cylinder is stopped and the power source is cut instantly.Connect the power and turn on the switch after ensuring the safety of the slider's moving range. Moving slider might cause an accident.Do not give the electric cylinder larger thrust than the generation thrust by the load or external force. It is not possible to drive though the motor rotated by the load or external force is braked.It might cause malfunction and failure.Caution on operationPrecautions below shall be kept for handling of this product, wiring, adjustment, usage, maintenance and the disposal. MountingE Do not drop or bump or apply excessive impact.E Keep directional control equipment 50mm or more away from inner surface of control cabinet or other equipment. E Keep maintenance space.WiringE Avoid repeatedly bending or stretching the cable.E Use specified tools when crimping the contact and power lines.E Do not wire adjacent to power lines or high voltage lines to avoid noise interference.E Ensure proper insulation of wiring.E Recommend to use shielded cables and ground them. Adjustment / OperationE Do not press the manual switch with a sharply pointed tool. E Use a screw driver which is suitable for the thrust adjustment trimmer. The screw driver below available on the market is recommended.Vessel Co. : NO.9000+0•30E Do not apply paint to lock the trimmer after adjustment.E Adjustment of the thrust adjusting shall be within 100 cycles. E Do not start operation by turning on/off of the main power. Start operation by the control terminal of CN2.MaintenanceE Periodic maintenance is required.E Do not perform insulation resistance test or insulation withstand voltage test.E For reference only the product life is up to 6 years providing the equipment is operated within the conditions stated belowOperating ambient temp. : 25• Operation rate : 16 hours or less/dayLife could be shorter due to surrounding environment or operating conditions. Replace parts when abnormality is found.DisposalE Dispose as general industrial waste.2. Parts checkEnsure parts below are included in the package.Part descriptionQty.Directional control equipment 1 Operation manual (This document)1 Cross recessed bind screw M3‚w 4 1 Spring seat Nominal31 Parts relating to protection ground terminal Tooth lock washer (A) Nominal 3 1 Housing VHR-2N1 Housing VHR-3N 1 Housing VHR-4N 1 Housings(equipped only forLC3F212-5[][]A)Contact BVH-21T-P1.112D o n o tD oD o n o tD o n o tD o n o tD o n o tD o n o tD o n o tD o n o tD o n o tD oD oWarnin gDo notDoD o n o tD o3. Parts description and function∗Descriptions of displayClass Description ExplanationTrimmerThrust adjustment trimmerThrust depends on adjustment Adjustment turn 1turn Effective angle240•POWERLights when powered A-PHASELights when A-PHASE commandedOFF Lights when ON isn't commanded Indicator lampSETLights when SET is commanded A-PHASEPress and A-PHASE is commandedON Press and motor output ON is commandedManual switchSET Press and SET is commanded 4. Mounting Mount the directional control equipmentvertically on the wall using the two mounting holes on the drawing to the right so that the front faces the operator. (surface with adjustment trimmer and manual switch are on)Keep directional control equipment 50mm or more away from the control cabinet inner surface or other equipment so that the equipment is cooled down with natural convection.Applicable set screw : M3 (2 pcs) [Customer prepare screws]5. WiringCN1 Power supply terminalFunction 1 FG Frame ground Power input (+24V) 3 DC(-) Power ground (0V) Housing : VHR-3N i JST Mfg. Co. Ltd.,•Contact : BVH-21T-P1.1 i JST Mfg. Co. Ltd.,•CN3 Motor output terminalContact : BVH-21T-P1.1 i JST Mfg. Co. Ltd.,•jFunction1 COM Common terminal ON: Motor outputOutput ON Comm. input OFF: No motor outputON :Adjusted thrust(Set range 10 to 70%) Input adjusted thrust OFF:100% thrust(Max.)ON: A-PHASE directionInput moving ToolsCrimping tool: YC-160R (JST Mfg. Co. Ltd.,) Pulling tool: EJ-NV (JST Mfg. Co. Ltd.,) Recommended cables(Common for cables)AWG21•i 0.5mm Q j Insulated wire O.D. 1.7 to 3.0mmHeatproof temp. 80o C or moreCN1 Power supply terminal cable3 core shielded heavy-duty cable 2m or less CN2 Control terminal cable4 core shielded heavy-duty cable 2m or less CN3 Motor output terminal cable2 core shielded heavy-duty cable 5m or less6. Adjustment / Test runProcedure of adjustment / test runPerform adjustment and test run after checking installation and wiring.(1)Apply powerDisplay lamp(POWER) turns on when applying power. (2)Test runInputting signal to the control terminal, causes the electric cylinder to start. Set the trimmer at minimum (counterclockwise), and raise the thrust slowly to adjust. Operation with the max. thrust may cause the electric cylinder rod to move suddenly.Signal input example for adjusting thrust CN2 terminal A-PHASE direction command B-PHASE direction command Stop command ON ON : ON : Off : SETON : ON : A-PHASE ON : Off :7. Timing chartCN1 Power supply terminal ∗Mounting protection gnd. terminal Heat sinkontrol terminal CN3 Motor output terminalMount protection gnd. terminalCustomer prepares crimp terminals and ground cable.Wiring example of the directional control equipmentDirectional control equipment does not have an emergency stop or power on/off switch.Provide anemergency stop, circuit breaker (protection) for the total system, referring to the wiring example above. Disconnect the power supply before wiring the directional control equipment.CautionD oHeat sink sideHeat sink sideON A-PHASE SET ONOFFONOFFONOFFThrust Cross recessed bind screw Spring seat Nominal 3Tooth lock washer (A) Crimp terminalNominal 38•D Trouble shootingInspect items below when (1)-(3) below occurs. If trouble shootings below do not work, consult with SMC. (1) Electric cylinder (motor) does not start.(2) Operation becomes unstable during operation.(3) The electric cylinder(motor rotation) moves in reversed wayto commanded direction.Trouble Inspection Trouble shooting(1)(2) Check voltage between DC(+) and DC(-)Supply 24VDC•10%.(1)(2) Check the capacity of power source Source capacity may not beenough for supply power spec. ofdirectional control equipment. (1)(2) Power display lamp not illuminated. Possibly fuse blown. Consult SMC. (1)(2)(3) Check Housing terminal Possible housing connect failure or contact crimp failure.(1)(2) OFF display lamp illuminated.Turn on ON input•i CN2-2•j .(1)(3) Switch the input of A-PHASE(CN2-4) Commanded logic for A-PHASEmay possibly be reversed.Motor output terminal OUTA i CN3-1•j and OUTB•i CN3-2•j are connected in reversed condition.(1)(2) Operate with no load Excess load is possible cause.Check the transported load.(1)(2) Turn off SET•i CN2-3•j Operate with max. thrust.Re-adjust the thrust adjusting trimmer for this operation.(1)(2) Check ambient temperature Thermal overload protection (*)may have worked. Check ifspecified operating ambient temp. and recommended space are correct.i *•j Thermal overload protectionThermal overload protection works and cut the power supply to the motor when the inner temperature of the motor is raised andthe heat sink reaches 70oC. Recovers automatically when the inner temp. is lowered after Thermal overload protection has operated.9. How to OrderLA Housing for CN1,2,3 and Contact areincludedB Nothing included10. SpecificationsLC3F212-5A5[]11. Conforms to the CE directive for Electric cylinder LZseries / Directional control equipment for electric cylinder LC3F2 series(1) EMC directive is applied to the DC motor LZC[][]-0401serieswhich are used for the electric cylinder LZ series and the LC3F2 series as a combination. SMC have had the following set in the “Relating to EMC directive” section tested by a third party organization to ensure that they pass all relevant standards as set out in the EMC directive as in the table below. (2) The low voltage directive is not applicable for these products. (3) These products are defined as components and thus areintended for incorporation into machinery and assemblies,which are covered by the Machinery Directive 98/37/EC (referto annex II B). CE marking is therefore not applied to them.Relating to EMC directiveEMC conformity of the customer's equipment containing the electric cylinder or directional control equipment for the electric cylinder can not be confirmed. Customer is required to confirm EMC conformity of customer's machinery or equipment as a whole.* Conforming standard listEN61000-6-4/2001 (Emission standard for industrial environments) EN61000-6-2/2001 (Immunity for industrial environments)IEC61000-4-2 /2001 IEC61000-4-3 /2002 IEC61000-4-4 /1995IEC61000-4-4•F A‚P /2000 to IEC61000-4-4 /1995 IEC61000-4-4•F A2 /2001 to IEC61000-4-4 /1995 IEC61000-4-6 /2001Machinery, partsAbove parts/equipment supplied by customer except items (12),(13).Caution for designing considering conformity to EMC directiveSee cautions below for the conformity to EMC directive whendesigning equipment containing this product.* InstallationThis product is required to be put in the control cabinet.- The switchboard shall be IP54(or higher).- Use metal(ferrous, aluminium) for the switchboard material.- Switchboard shall be properly grounded with a cable as short as possible.* GroundResistance of contacted parts and contact resistance ofcontacted area shall be minimized. - Keep ground cable short and thick as mush as possible to keep impedance low.- Remove the paint of contact surface and the insulation cover to keep the contact resistance of the contact surface low.To reduce radiation noise, ground the motor output terminal cable shield to the protection ground terminal with metal P-clip.The ground protection holes are different for the type3 and type5.* Regarding the motor output terminal cable, the power supply terminal cable and the control terminal cable. Use the cable with shield. Connector sheath and the part with shield removed shall be short as possible. Cable shield shall be grounded at just before the connected component (LC3F2 series , switching power supply etc.). Use a metal P-clip (Fig.2-1), metal U-clip (Fig.2-2) when grounding. Ground effect is not adequate by soldering the shield wire withwire rod to install the cable (Fig.2-3).12.European Contact List *SMC Corporation*Websites No.Part name Part no./Material Manufacturer(1)Motor output terminal cable 2 wire with shieldHeavy-duty cable- (2)Power supply terminal cable 3 wire with shieldHeavy-duty cable- (3)Control terminal cable 4 wire with shieldHeavy-duty cable- (4)DC power supply cable - -(5)AC power supply cable - -(6)AC power supplycable(with shield)- - (7)P-clip(for shield ground)metal -(8)ProgrammablecontrollerFP0-C16T Panasonic (9)Switching power supply S82K-10024 OMRON(10)Switching power supply S82K-10024 OMRON(11)Control box Aluminum case - (12)Directional control equipment for electric cylinder LC3F2 series SMC (13)DC motor for the electric cylinder L1ZC[][]-0401 series SMCCountry Telephone Country Telephone Austria (43) 2262-62 280 Italy (39) 02-927 11 Belgium (32) 3-355 14 64 Netherlands (31) 20-531 8888 Czech Republic(420) 5-414 24611 Norway (47) 67 12 90 20 Denmark (45) 70 25 29 00 Poland (48) 22-548 50 85Finland (358) 9-859 580 Portugal (351) 22 610 89 22France (33) 1-64 76 10 00 Spain (34) 945-18 41 00Germany (49) 6103 4020 Sweden (46) 8-603 12 00Greece (30) 1-342 60 76 Switzerland (41) 52-396 31 31Hungary(36) 1-371 1343 Turkey (90) 212 221 15 12Ireland (351) 1-403 9000 United Kingdom (44) 1908-56 38 88 SMC Corporation SMC Europe Frame G Fig.2-1 P-clip Fig.2-2 U-clipFig.2-3 SolderingCable length•F P R O o or less P-clip•i metal•jShielded partDC motorProtection ground terminalMotor outputterminal cableFig.1 How to ground the DC motor (Type3)DC motor (Type5) L1ZC45-0401 series M4×0.7×3 deepDC motor (Type3) L1ZC30-0401series M3×0.5×3 deepThe ground protection holes。

80万套LCZ-3(A、B)一次法成型机培训教材一、轮胎成型工艺简介：外胎成型就是将准备好的内衬层、胎体帘布、钢丝圈、子口包布、胎肩垫胶、胎冠、胎侧、带束层等各种半成品部件在成型机上按施工表要求组合成胎胚。

成型工艺是保证轮胎质量的非常关键的工艺。

目前，世界上成型工艺无论是载重子午胎或是轿车子午胎，都有一次法成型和二次法成型，但载重子午胎用一次法较多。

一次法载重子午线轮胎成型工艺流程：二、整体介绍LCZ-3型成型机主要用于生产载重系列的子午胎，成型轮胎的规格范围：7.00R17.5—12.00R20，11.00R24.5，15/80R22.5。

该设备可分为机械、电气控制和气动控制三个部分。

从设备的功能和布局上可分为主机、后供料架、带束层供料架、胎面供料架和电气气动控制柜等五个部分。

设备的基本技术参数如下：总体尺寸：9000*9000*2900重量：24350kg电源：380V 50HZ 三相交流功率：28kw压缩空气：0.7MPa 、15Nm3/h真空源：0.047-0.057 MPa 14Nm3/h三、设备的基本功能LCZ-3(A、B)成型机各部分按照工艺程序规定的顺序，执行相应的动作，从而完成轮胎的一次成型过程。

各部分的基本功能简要介绍如下：图1 LCZ-3成型机主视图1．床身2．主机3．辅机4．传递环5．滚压装置3．1 主机3．1．1 主轴箱：位于主机右部（相对于操作者）床身上。

LCZ-3(A)成型机主机主要由主轴、主传动箱、主灯光标尺、右扣圈盘及侧供料架等组成。

主轴由内套和外套等部件构成，在内、外套之间有一固定不动的青铜套，使成型鼓中心环定位。

压缩空气通过主轴尾端的五路气阀使成型鼓工作。

主轴工作时，由固定在主传动箱顶部后侧减速电机,通过齿形带驱动主传动箱内两齿轮与长齿轮轴啮合，使主轴内、外套同步旋转。

各部件的贴合初始定位，分别由主传动箱尾端周向固定的7个接近开关的角度位置控制。

主轴内、外套的相对轴向移动，是由固定在主传动箱顶部前面的减速电机，通过链条驱动机箱内两组左、右丝杠旋转，从而使主轴内、外套实现轴向移动。

lcc工业遥控器操作及维护手册随着工业自动化的不断发展，工业遥控器作为一种重要的操作工具，在工业生产中扮演着越来越重要的角色。

lcc工业遥控器作为一种先进的遥控设备，不仅能够提高生产效率，还能够保障操作人员的安全。

然而，要想充分发挥lcc工业遥控器的作用，操作人员需要深入了解它的操作技巧和维护知识。

在本篇文章中，我将为您全面介绍lcc工业遥控器的操作及维护手册，以便您能够更好地掌握这一先进设备的使用技巧。

一、lcc工业遥控器的基本原理和结构1. lcc工业遥控器的工作原理lcc工业遥控器是一种通过无线信号实现远程控制的设备，它主要由遥控器和接收器两部分组成。

遥控器通过操纵杆或按钮等操作元件发出指令，经过信号传输后，接收器将指令转化为相应的控制信号，从而实现对设备的远程控制。

2. lcc工业遥控器的结构lcc工业遥控器通常由外壳、操纵杆、按钮、电池和电路板等部分组成。

外壳承载着遥控器的整体结构，操纵杆和按钮是操作元件，电池为遥控器提供电源，电路板则负责信号的传输和控制。

二、lcc工业遥控器的操作技巧1. 熟悉遥控器的布局和功能在正式操作lcc工业遥控器之前，操作人员需要先熟悉遥控器的布局和各个功能按钮的作用，以便能够准确地发出指令。

2. 注意操作的步骤和顺序在实际操作中，操作人员需要按照规定的步骤和顺序进行操作，避免因操作失误而导致设备出现问题。

3. 注意安全事项在操作lcc工业遥控器时，操作人员需要时刻注意安全事项，确保自身和周围人员的安全。

三、lcc工业遥控器的维护知识1. 定期检查遥控器的电池遥控器的电池是其正常运行的关键，操作人员需要定期检查电池的电量，并及时更换电池。

2. 避免遥控器受潮遥控器内部的电路板对潮湿环境非常敏感，操作人员需要尽量避免让遥控器受潮，以防影响其正常使用。

3. 定期清洁遥控器在使用一段时间后，遥控器表面可能会积聚灰尘或杂质，影响其正常使用，因此操作人员需要定期清洁遥控器，确保其表面干净。