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企业工程实习与实训报告专业：电气工程及其自动化班级：电气1301姓名：李海龙学号：201309408指导教师：王思华兰州交通大学自动化与电气工程学院2016年11月9日1实习内容1.1 实习项目1时间：2016-9-10，10：00至12:00 地点：兰州交通大学一教224指导教师：赵峰实习内容：了解电气制图的基础知识、PLC电气控制设计的基本要求电气线路图是采用标准图形符号按一定的逻辑关系或功能顺序排列，表示系统、分系统、装置、部件、设备等实际电路的连接关系的一种简图。

一个电路通常由电源、开关设备、用电设备和连接线四个部分组成，如果将电源设备、开关设备和用电设备看成元件，则电路由元件与连接线组成，或者说各种元件按照一定的次序用连接线起来就构成一个电路。

可编程控制器的定义可编程控制器，简称PLC（Programmable logic Controller）,是指以计算机技术为基础的新型工业控制装置。

PLC的特点1可靠性高，抗干扰能力强高可靠性是电气控制设备的关键性能。

PLC由于采用现代大规模集成电路技术，采用严格的生产工艺制造，内部电路采取了先进的抗干扰技术，具有很高的可靠性。

例如三菱公司生产的F系列PLC平均无故障时间高达30万小时。

一些使用冗余CPU的PLC的平均无故障工作时间则更长。

从PLC的机外电路来说，使用PLC 构成控制系统，和同等规模的继电接触器系统相比，电气接线及开关接点已减少到数百甚至数千分之一，故障也就大大降低。

2配套齐全，功能完善适用性强PLC发展到今天，已经形成了大、中、小各种规模的系列化产品。

可以用于各种规模的工业控制场合。

除了逻辑处理功能以外，现代PLC大多具有完善的数据运算能力，可用于各种数字控制领域。

近年来PLC的功能单元大量涌现，使PLC 渗透到了位置控制、温度控制、CNC等各种工业控制中。

加上PLC通信能力的增强及人机界面技术的发展，使用PLC组成各种控制系统变得非常容易。

Elenco TM Electronics XP-620K 电源模块模型说明书

Assembly and Instruction ManualQty.Description Part#1Transformer4407201PC Board5120131Fuse 1.25A5301251Rocker Switch5412041Cover6111201Chassis6120201Heat Sink6150102Knob6220091Strain Relief6240035Insulating Washer6240074PC Board Stand-off6250012Black Binding Post6250315Lockwasher, Binding Post625031LW5Nut, Binding Post625031HN2Red Binding Post6250321Y ellow Binding Post6250345Screw 6-32 x 3/8”Phillips6416402Screw 8-32 x 3/8”Phillips6418404Screw #6 x 3/8”Black T russ Head6426522Screw #6 x 3/8”black AB Phillips6426602Nut 7mm644101Qty.Description Part#1Nut 6-32 Large6446004Nut 6-32 Small6446012Nut 8-326448002Flat Washer 8mm x 14mm6451012Lockwasher 5/16”6461012Lockwasher #86468284Rubber Feet6620031Fuse Holder Body663005LB1Fuse Holder Nut663005N1Fuse Holder Cap663005UB1Fuse Holder Washer663005W3Mica Insulator7800021Silicon Grease7900056”20 Ga.Red Wire81321048”22 Ga.Red Wire81420148”22 Ga.Orange Wire81431048”22 Ga.Blue Wire8146101Line Cord8621052”Shrink T ubing 1/2”Dia.8911011.5”Shrink T ubing 3/4”Dia.8991101Solder T ube9ST4Transformer FuseHeatsink Switch Strain ReliefPC Board Stand-offBinding Post Assembly Fuse AssemblyFlat Washer LockwashersMica Nuts 7mm6-32 / 8-32#85/16”Binding PostLockwasherNut.18W 3W ResistorBANDSIDENTIFYING CAPACITOR VALUESCapacitors will be identified by their capacitance value in pF (picofarads), nF (nanofarads), or capacitors will have their actual value printed on them.Some capacitors may have their value printed in the following The maximum operating voltage may also be printed on the capacitor.For the No.01234103K100VThe value is 10 x 1,000 = 10,000pF or .01m F 100V10m F 16VMETRIC UNITS AND CONVERSIONSMultiply Unit By Or .00000000000110-1210-910-610-3100103106IntroductionThe most important factor in assembling your XP-620K Power Supply Kit is good soldering ing the proper soldering iron is of prime importance. A small pencil type soldering iron of 25 - 40 watts is recommended.The tip of the iron must be kept clean at all times and well tinned.Safety Procedures•Wear eye protection when soldering.•Locate soldering iron in an area where you do not have to go around it or reach over it.•Do not hold solder in your mouth.Solder contains lead and is a toxic substance.Wash your hands thoroughly after handling solder.•Be sure that there is adequate ventilation present.Assemble ComponentsIn all of the following assembly steps, the components must be installed on the top side of the PC board unless otherwise indicated.The top legend shows where each component goes.The leads pass through the corresponding holes in the board and are soldered on the foil e only rosin core solder of 63/37 alloy.DO NOT USE ACID CORE SOLDER!Solder Soldering IronFoilSolder Soldering IronFoilComponent Lead Circuit BoardFoilRosinSoldering iron positioned incorrectly.SolderGapComponent LeadSolderSoldering IronDragFoil 1.Solder all components from the copper foil side only.Push the soldering iron tip against both the lead and the circuit board foil.2.Apply a small amount of solder to the iron tip.This allows the heat to leave the iron and onto the foil.Immediately apply solder to the opposite side of the connection, away from the iron.Allow the heated component and the circuit foil to melt the solder. 1.Insufficient heat - thesolder will not flow onto the lead as shown.3.Allow the solder to flow around the connection.Then, remove the solder and the iron and let the connection cool.The solder should have flowed smoothly and not lump around the wire lead.4.Here is what a good solder connection looks like.2.Insufficient solder - let thesolder flow over the connection until it is e just enough solder to cover the connection.3.Excessive solder - couldmake connections that you did not intend to between adjacent foil areas or terminals.4.Solder bridges - occurwhen solder runs between circuit paths and creates a short circuit.This is usually caused by using too much solder.To correct this,simply drag your soldering iron across the solder bridge as shown.What Good Soldering Looks LikeA good solder connection should be bright, shiny,smooth, and uniformly flowed over all surfaces.Types of Poor Soldering ConnectionsElectrolytics have a polarity marking indicating the (–) The PC board is marked to show the lead position.Mount the transistor with the flat side as shown on the top legend.Leave 1/4”between the part and PC board.BandD4 - 1N4001 DiodeD3 - 1N4001 DiodeD2 - 1N4001 DiodeD1 - 1N4001 Diode(see Figure A)R2 - 150W ResistorR1 - 150W Resistor(–) (+)0123Use this ruler to measure the wires when cutting them to their required lengths.4567Press knobs onto the shaft of the Push the switch into the hole in the Figure DLug 1LockwasherNut RedBlack Y ellow Rear View of Rocker Switch7mm Nuts8mm Washers5/16”LockwashersPotentiometers* Cut off tabsRedBlack INC R E A S Eon the back of the transistor and ICs.Install IC3 as shown in Figure Fa.Mount the fuse holder to the top hole in the back of the chassis,with the side lug up, as shown in Figure G.Fasten in place with After the holder is secure, insert the fuse and Separate the wires of the line cord 3”from the end.Strip the insulation off the end of all three wires to expose 1/4”of bare wire.of the line cord into the bottom hole on the back Place the line cord into the slot of the strain relief and squeeze the two Then, insert the strain relief One side of the transformer has only 2 black wires.Cut in length (see Figure H).Cut the red, blue and black wires on the other side of the transformer so that they are 3”in length.Strip the insulation off the end of the wires to expose 1/4”of bare wire.Cut the yellow wires flush with the transformer.Install the transformer with the black wires side as shown in Figure e an 8-32 x 3/8”screw, #8lockwasher and an 8-32 nut on each side to fasten in place, as shown in Figure I.Figure ELM7805LM-337LM-3172N6124MicaSmall 6-32 NutIC1, IC2,Heat SinkInsulator Washer6-32 x 3/8”ScrewSilicon Grease MicaFigure FaSmall 6-32 NutIC3LM7805Heat SinkInsulator Washer 6-32 x 3/8”ScrewInsulator WasherFigure GRibbedSmooth 1/4”Figure I8-32 x 3/8”ScrewFigure H4”Red 4”Red 4”Blue4 1/2”BlackSide LugPliersFuse HolderFuseCapWasherNut4”Blue4”BlackFigure JChassisSide Lug End LugSmooth Line CordFlat or Ribbed Line Cord123(A) BlackRed Red 2”TubingY ellow Y ellowRibbed Line CordBlue Black Blue(B) Black 6”20 Ga.Red J K T 2T 2T 1C T 1T 1W V U 3/4”ShrinkT ubing 6-32 x 3/8”Screw 6-32 Large NutFigure KLM-317LM-337I H GDCBlack Post6”Red6”Blue3”RedRed PostBlack PostY ellow Post3”Orange3”BlueRed wire (W) from PC board;To middle lead of LM-317.Orange wire (S) from PC To left lead of LM-317.Blue wire (U) from PC board;To right lead of LM-317.Red wire (R) from PC board;T o middle lead of LM-337.Blue wire (T) from PC board;T o left Orange wire (V) from PC board;To right lead of LM-337.be sure that none of the leads touch each other and Red Post4 1/2”Blue5”Orange 4 1/2”Red 5”Blue 4 1/2”Orange 5”Red E L E N C O E L E C T R O N I C S I N C .X P -6204”Blue 4”Red EF JK 4”Red 4”Orange Negative VoltagePositive VoltagePotentiometersFigure LQ P O N M L 2N61247805Bottom View Figure M6 x 3/8”ScrewsFeetFeet 6 x 3/8”Screws Truss Head 6 x 3/8”Screws Truss HeadBy addition of a second diode and transformer winding, we can fill in the gap between cycles as shown in Each diode conducts when the voltage is positive.By adding the two outputs, the voltage presented to capacitor C5 is more complete, thus easier to filter, as shown When used in 60 cycles AC input power, the output of a full wave rectifier will be 120 cycles.Capacitor C5 is used to store the current charges, thus smoothing the DC voltage.The larger the capacitor, the F capacitors are used, which allows about 3 volts AC ripple when Figure 3Figure 4Figure 2A)Transformer Winding AB B)Transformer Winding BC C)Output of diode D1.D)Output of diode D2.E)Total of diodes D1 & D2.20VF)Output of capacitor C1Ripple depends on load current (expanded).Half Wave RectifierFull Wave RectifierTherefore, the The 1N4001 has peak current rating of 10 amps.The regulator circuit in the Model XP-620 Power Supply consists of a LM-317 integrated circuit.This IC is Figure 6 shows a simplified circuit of how the LM-317 IC Another feature of the LM-317 regulator is to protect the IC against overload and output shorts.If the IC is A transistor will sense this overheating and shut Figure 5Figure 620V Peak 20VOutput R1R2DividerQ1Q21.5VQ3Q4Q5Current Source Equalized to 1 Meg.LM-3172 - 15VR1VR1Figure 6AThe theory of the negative voltage regulator is the same as the previously discussed positive regulator. basic differences is that diodes D2 and D4 are reversed, producing a negative voltage across capacitor C6.In the previous discussion of the variable voltage regulators, the ICs can handle about 1A of current.To meet this current requirement we must add an external passFigure 7If the output is shorted to groundThe LM-7805 IC will only draw the .2A it wasAnother transistor Q1 is added to limit maximum current.When approximately 3A is drawn in transistor Q2,This will force more current in the LM-7805 IC. Eventually the LM-7805 IC will overheat turning itself off and thus limiting the circuit at about 3.2A.SPECIFICATIONS ON XP-620 POWER SUPPL YElenco TM Electronics,Inc.150 W.Carpenter AvenueWheeling, IL 60090(847) 541-3800e-mail:*****************。

英赛威产品手册版

VDC
KZ释放电压
VDC
KZ电流
mA
GND
正常工作功耗
W
工作电压范围VDC
最低电压
最高电压
12V
5V-12V
2V-0V
>5mA
与电源共地
<2W
9V
15V
注意：1．供电电源要求：DC +12V0.5A电源纹波：≤50mV继电器电源端并联电解电容≥1000UF。
2．本继电器在带载中不允许直接断开电源，否则会造成继电器的损坏！
4．1 P3V30系列（300V，10-30A，12V线圈电压，一组常开，PCB规格）9
4．2 P3V20系列（300V，10-20A，12V线圈电压，双刀单掷，PCB规格）10
五、400VDC继电器………………………………………………………………..11
5．1N4V40系列（400V，10-40A，12V线圈电压，一组常开）………..….11.
第二个字母代表同等电压，电流的第几套模具，A代表第一套，B代表第二套等。
后面两个数字表示该系列最大电流，如70表示最大电流70A。
最后一个字母代表触点型式及线圈电压，A代表12V线圈电压及一组常开型，B代表12V线圈电压及二组常开型。
三、200VDC继电器
P2V80系列性能介绍
P2A40A/P2A60A/P2A80A
二、产品命名规则
我司继电器产品比较多，因此我司产品按不同电压分为各种系列，每个系列下再包含几个产品，因此命名规则分为系列命名和产品命名两种。
系列命名规则如下（以P6V70为例）：
P6V70
第一个字母代表继电器的规格，P表示线路板引出端规格，N表示常规规格。
第一个数字和第二个字母代表直流电压，如6V表示600VDC。

电子旋转电机技术数据1449说明书

† UL File XAPX.E108966Fire & Smoke damper actuator ApplicationThe type FSNF spring-return actuator is intended for the operation of smoke and combination fire and smoke dampers in ventilation and air-conditioning systems. The actuator will meet requirements of UL555 and UL555S when tested as an assembly with the damper and will meet requirements of UBC for 15 second opening and closing at 350°F. Square footage of damper operated will depend on make and model and the temperature required.OperationMounting of the actuator to the damper axle shaft or jackshaft (3/8” to 1.05”) is via a cold-weld clamp. Teeth in the clamp and V-bolt dig into the metal of both solid and hollow shafts maintaining a perfect connection. The specially designed clamp will not crush hollow shafts. The bottom end of the actuator is held by an anti-rotation strap or by a stud provided by the damper manufacturer.The actuator is mounted in its fail safe position with the damper blade(s) closed. Upon applying power, the actuator drives the damper to the open position. The internal spring is tensioned at the same time. If the power supply is interrupted, the spring moves the damper back to its fail-safe position.actuators draw higher peak current when driving against any type of stop. If used, this requires the value of a local fuse or breaker to be increased to avoid nuisance opening or tripping. A 2.5 amp slow blow should be used for 24VAC. A 0.5 amp slow blow should be used for 120 VAC. A 0.25 amp slow blowshould be used for 230V and a 0.3 amp slow blow for 208 VAC. Transformers: Note that while a 24V 100VA transformer would handle 2 actuators, a 4 A breaker or plug fuse is insufficient. A 5 amp slow blow would be required.Belimo Fire & Smoke actuators have passed the AMCA 520 and UL 555S Long Term Holding test. No special cycling is required during prolonged periods when actuator is driven open and held there. Periodic testing of dampers and actuators per local codes and NFPA 80 and NFPA 105 are required.The actuator contains no components which the user can replace or repair. A 1/2” threaded connector is standard. FSNFxx-FC models have a 3/8” Flex Connector. Other than the connector, these actuators are identical to the conduit connector version.FSNF120-S USOn/Off, Spring Return, 350°F [177°C] for half hour, 120VAC, 15 Seconds Cycle TimeD a t e c r e a t e d , 12/14/2015 - S u b j e c t t o c h a n g e . © B e l i m o A i r c o n t r o l s (U S A ), I n c .71818-00001Typical SpecificationAll smoke and combination fire and smoke dampers shall be provided with Belimo FSTF, FSLF, FSNF, or FSAF actuators. All substitutions must be approved before submission of bid. Damper and actuator shall have UL 555S Listing for 250°F (350°F). Actuator shall have been tested to UL 2043 per requirements of IMC 602.2 and NEC 300.22 (c). Where position indication is required -S models with auxiliary switches or damper blade switches will be provided per code requirements.Provide overload protection and disconnect as required.45Actuators may be powered in parallel. Power consumption must be observed.72S4 makes to S6 when actuator is powered open.73Auxiliary switches are for end position indication or interlock control.74Double insulated.75Ground present on some models.FSNF120-S USOn/Off, Spring Return, 350°F [177°C] for half hour, 120VAC, 15 Seconds Cycle TimeD a t e c r e a t e d , 12/14/2015 - S u b j e c t t o c h a n g e . © B e l i m o A i r c o n t r o l s (U S A ), I n c .。

elecworks介绍

技术介绍
讲义大纲
1. 公司介绍 2. 什么是电气设计？ 3. 丏业电气CAD的发展 4. elecworks功能亮点及优势 5. elecworks与AutoCAD的区别 6. elecworks客户案例 7. elecworks 完整操作演示 8. elecworks入门实训
Trace Group 集团公司
面对挑战
-设计效率低，质量差 -无法集成电气与机械数据 -企业信息化进程受阻
elecworks给而客户带来的好处
-检查图纸错误率，提高图纸标准化程度 -将电气设计与机械设计集成 -加快企业信息化发展步伐
“星火机床始终走在企业信息化管理的前列，有了elecworks我们才真正实现了从电气到结构设计一系列的数据集成和管理，给我们企业信息化带来了便利。”
黄凯电气部经理
中国石化江汉石油管理局第四机械厂（四机厂）是一家石油钻采装备研制企业。四机厂在快移快装钻机、低温石油装备、自动混浆水泥车、大功率压裂机组研制领域达到国际领先水平。
面对挑战
-电气无法满足企业标准化设计要求 -电气、固压、钻修的原理图设计不规范 -液气系统无法与现有三维系统平台集成 -液气系统无法与企业PLM机械系统兼容
目前中国客户分布
设计工具的发展
图板设计
甩图版
机械设计
三维设计
机电一体化
CAD
电气设计
电气模块化设计
电气设计流程的发展（1）
传统工具设计流程（昨天）
2D原理图
2D布局图
清单统计
生产、计划、采购、财务、
其他……
电气设计流程的发展（2）
专业工具设计流程（今天）
2D 原理图
3D 布局图

万福乐比例电磁电技术说明

技术说明比例电磁铁用于液压系统目录1.前言2.电磁铁的类型3.术语说明3.1.力3.2.电压3.3.电阻3.4.电流3.5.电功率3.6.时间的表述3.7.函数3.8.迟滞3.9.线性度4.用途的类型1.前言技术说明旨在阐明和定义在电磁铁样本或阀样本中见到的与比例电磁铁有关的表述。

没有包含在该说明中的,然而出现在电磁铁或样本中的表述,可以在切换电磁铁的说明中找到。

2.电磁铁的类型直流比例电磁铁单行程电磁铁(压缩,轴向运动),在电磁铁力的作用下,它的衔铁完成行程运动，从初始行程位置至终端行程位置。

它与切换电磁铁是不同的,根据其作用，它是2-步位移/电流或力/电流作用。

要实现迟滞小和理想的线性度,也要注意下列要点:- 选择良好的电磁铁材料(电磁迟滞小;见3.1)- 理想的衔铁轴承系统(摩擦迟滞小)3.术语说明3.1.力电磁铁力(F M)力的有效部分(即减去摩擦),它是在行程方向(运动方向1)产生的;见图1。

额定力(F MN)在额定电流下达到的电磁铁力。

复位力(F MR)在电磁铁上的外部力,它是为了使电磁铁逆着行程方向(运动方向2)移动所必须施加的。

它是电磁铁力、二倍的摩擦力和迟滞力(见图2)之和,大于电磁铁力。

电感力(F F)通过电磁场,施加在衔铁上的机械力(见图1和图2)。

摩擦力(F u)该力的发生作为摩擦的结果。

通常是在运动方向的相反方向(见图1和图2)。

迟滞力(F HY)该力的发生作为电磁迟滞的结果(见图1和图2)运动方向1 运动方向2F M=F F-F u F MR=F F+F Hy+F u力迟滞(HF) (差动力)电磁铁复位力和电磁铁力之差(见3.8迟滞)F RM-F M=2F u+ F HY = H F3.2.电压电压是指算术平均值。

参考电压(U B)电磁铁上指示的电压,当最低达到最高静态温度时,它产生限定电流IG,作为供电电压它必须始终有效。

3.3.电阻额定电阻(R N)电磁铁线圈在20℃环境温度下的欧姆律电阻。

elecworks入门教程

方框图图纸原理图图纸
方框图菜单原理图菜单
但是，您可以用“绘图”菜单在您的图框中创建您自己的符号。
绘图菜单
在此菜单中您可以找到所有常用的绘图工具,以及插入文字,插入图片„ 所绘制的图形不包含任何电气特性。
方框图菜单
插入符号块,和绘制符号间的连接线。插入图纸间的中断转移。绘制功能和位置轮廓线。编辑元件间的布线。
您可以看到制造商基准自动生成了元件回路（在对话框的底部可见）。这些回路也同
时存在符号里，当您把符号和制造商基准关联时，这些回路会根据匹配状态自动改变
颜色。
-
: 符号和制造商基准回路匹配
-
: 只含符号回路(不含制造商基准回路)
-
: 只含制造商基准回路(与符号回路不匹配)
13
PLC 管理器
elecworks允许管理任何种类的PLC：包括PLC模块或PLC机架或PLC控制卡。elecworks提供两个功能，一个是管理PLC的结构，一个是管理PLC的输入输出（I/O）。 PLC图形将被自动绘制在页面上，您便可以完善它。
运行elecworks，工程管理窗口自动打开。
工程管理器允许新建，打开和删除工程。两个工程列表可供选择:
所有工程: 所有可以使用的，允许多个用户共享的工程。最近工程: 用户最近打开的工程。
选择语言界面
要更换操作界面语言，到菜单“工具/应用配置”中。选择合适的语言。重新启动elecworks。
处理菜单
清单的绘制和管理(图纸清单,元件清单,电缆清单„) 端子排图形的绘制和管理线号 Solidworks 3D机柜布局 2D 机柜布局工程翻译工程文件导出 : DWG, PDF格式„
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艾斯科 BD-50E高频发生器使用说明书

4642 N. RAVENSWOOD, CHICAGO, ILLINOIS 60640-4510TELEPHONE: 1-773-561-2349FAX: 1-773-561-3130Model BD-50E HIGH FREQUENCY GENERATOROPERATING MANUALDESCRIPTION. The Model BD-50E is a rugged tester designed for testing tank lining and other applications where extended use is necessary. The unit is operated by a transformer which limits the current and isolates the unit from the power line for safety protection. The low voltage (magnet coil) and high voltage (resonator coil) are separated, making the unit run cooler than the hand-held models. This also allows for an extended period of use, up to no more than about 3 hours of use, with a similar cool down period.It has a peak output voltage of between 20,000 to 50,000 V, ±2 kV, at a frequency of 0.5 MHz. The current output is approximately 1 mA.The Output Adjustment Knob is graduated from 1 to 11. The actual output voltage will vary depending upon the electrode used, as a larger electrode will load down the unit. Also, there is some variation in output from unit to unit, and will vary depending upon the condition of the vibration contacts inside the unit. Worn contacts will decrease the output. As a rule however, these are the approximate outputs that can be expected from a unit that is operating properly: POSITION N0. 1 3 5 7 9 11 Voltage 20,000 27,000 32,000 38,000 43,000 49,000Four models are available for different input voltages:Model BD-50E (SKU 15001), 115 V, 50/60 Hz, with 12101 Electrode Tip .Model BD-50EV (SKU 15021xx-10), 230 V, 50/60 Hz, with 12101 Electrode Tip. Model BD-50ET Tank Lining Tester Kit (SKU 15031), 115 V, 50/60 Hz, with 12101, 12131, and 12141 Electrode Tips. A carrying case is optional.Model BD-50EV Tank Lining Tester Kit (SKU 15061xx-10), 230 V, 50/60 Hz, with 12101, 12131, and 12141 Electrode Tips. A carrying case is optional.The 115 V model is also available equipped with a power line filter for use around sensitive electronic equipment (SKU 15001-10, and 15031-10).The “V” in the Model Number, BD-50EV, designates a line cord plug for use for 230 V input. The “xx” designates the line cord plug type furnished with models typically used outside of North America. All of these 230 V models are equipped with a power line filter.A 6 ft. (1.8 m) cable from the control box to the high voltage handle is provided with standard, but a longer cable, up to 15 ft. (4.5 m) can be special ordered. Contact Electro-Technic for specific details and ordering information. INSTALLATION. A standard tip electrode, Part No, 12101, illustrated above, but not below is included with each model. To install it, press it into the tip of the generator handle. To remove, grasp its base firmly, and with a gentle twisting motion, pull out from the generator tip. Never insert or remove the electrode while power is on.Accessory Electrodes for the Model BD-50E12111 Spring Tip12121 T-Tip12131 T-Tip, 12 in. Wide12141 Fan Tip12401 Brush Tip4 in. Wide 4 in. Wide12421 Brush Electrode, 8 in. WideThese electrodes, plus the 12101 Standard Tip, are the only factory approved electrodes for the Model BD-50E. No other electrodes should be used.After the electrode is inserted, plug the power line cord into its matching receptacle, providing the proper voltage for the unit, either 115 V or 230 V.OPERATION.1) Turn the Output Adjustment Knob fully counterclockwise, and then turnthe Power Switch to its ON position.2) Turn the Output Adjustment Knob clockwise to adjust the voltage forthe desired spark length. Hold the tip close to the chassis of the unit,or a common ground point, to observe and adjust the length of thespark. For thick materials, the spark should be adjusted for nearmaximum length. For very thin materials, a shorter spark is desired. Aone inch spark represents a peak voltage of approximately 50,000volts.3) When the tip is scanning close to a metal surface, there will be apurple color spark, or corona discharge glow.4) Once the unit is adjusted, pass the electrode over the material beingtested. The electrode can be passed directly over most materials,however, with thin linings, keep the electrode no more than 1/8 in.above the surface being tested.Photo at left shows a pin holelocated in a sheet of rubber,with a metal backing, using the12141 Fan Tip Electrode5) When the electrode passes over a pinhole, crack, or similar type flaw,observe a bright white, concentrated spark jumping from the electrodeto the metal, or similarly conducting surface below the lining or coating.A reprint of an article showing a flaw being detected is included withthese instructions.SAFETY PRECAUTIONS.It is used in industrial applications for pinhole leak detection, and toionize a gas inside a bulb or similar device to determine whether a goodvacuum is being held inside the device. It is also used as a lamp starter,principally in printing industry.Only factory approved electrodes should be used. No other electrodesshould be used with this device. Never operate without an electrode.Never touch or come in contact with the high voltage output of thisdevice, nor with any device it is energizing.Since its output is 500 kHz, it radiates its energy for a short distance.It may interfere with sensitive electronic devices near by. If a user iswearing a pace maker or similar device, their physician should becontacted prior to using this device. The same should be said forwomen who are pregnant.A small amount of ozone gas is generated as a by-product. Use in awell-ventilated area.Do not operate out of doors on in or around a flammable or explosiveenvironment.CALIBRATION SERVICE. Factory calibration service is available for a nominal charge. It includes test data for all output positions with a number of electrodes, and is traceable to a NIST standard. Yearly calibration is recommended. Request a Return Authorization Number prior to returning to the factory for calibration.MAINTENANCE / INSPECTIONS. If the output level of the Model BD-50E is required to be verified when this instrument is in use, check the output with a Model 12701 Peak Voltage Calibrator, shown below.The only component in this equipment that should be checked is the vibrating contacts that make and break the circuitry, generating the high frequency. These contacts, made of a tungsten alloy, erode with use. Eventually, they erode to a point where the output of the unit decreases.If the Model BD-50E receives light duty use, and is otherwise functioning properly, an annual inspection is recommended. If the unit is used on a frequent basis, has been dropped, or the maximum output is found to be decreasing, then a quarterly inspection is warranted.To check the contacts, with the power removed from the unit, remove the cover and visually check the contacts for carbon built-up, burn marks, excessive pitting or erosion. Also check that the contacts are aligned properly.To replace the contacts, remove the magnet coil assembly. Loosen the locking nut and back up the screw all the way back. Remove the top assembly and then remove the top contact and then the bottom contact assembly.Replace the bottom contact assembly, making sure that enough room is left between the bottom contact and the magnet coil top, so that the armature can vibrate freely, with about 0.035 to 0.040 in. clearance.Replace the top contact assembly, making sure that the two contact points will be aligned with each other when they are pushed together.Reinstall the top assembly and then the magnet coil assembly.CAUTION. Take precautions not to touch any wires, as power to beunit will have to be applied with the cover removed to perform thisoperation.To adjust the contacts use a screw driver to turn the adjusting screw to push the contacts until there is a spark between the contacts, the contacts are aligned, and that the armature is vibrating freely.Then tighten the nut, reinstall the screw cap and the cover.Recheck the output with the Model 1270 Peak Voltage Calibrator.If you should have any further questions, contact Electro-Technic Products, Inc. for additional technical assistance.TROUBLESHOOTING AND REPAIR. There are no user serviceable parts inside the unit. In the event that the unit requires service, send it back to the factory. However, parts are available separately, so an experienced electronics technician can make repairs. The following troubleshooting guide is furnished: Check all connections for loose or broken wires. If the pilot light does not come on, check for shorts and for input voltage at the fuse. If fuse is blown, replace it with a 3/4 A Slo-Blo for 115 V units, and ½ A Slo-Blo for 230 V units.If the fuse is Okay, check the power cord for shorts, and replace if necessary. Test the ON/OFF Switch.If the pilot light comes on, check the transformer for voltage between the secondary leads. If voltage is Okay, then check the magnet coil for resistance between 65 to 72 ohms for 115 V units, and 262 to 270 ohms for 230 V units. Check the contacts for the presence of a spark. If no spark, move the adjusting screw clockwise or counterclockwise. If the spark comes on, the unit is Okay. If not, check the printer circuit board for shorts and clean the contacts at the positions of the switch. If this does not solve the problem, replace the board. If the contacts of the magnet coil are working Okay, but there us still no output at the electrode tip, and the power supply to handle wire is Okay, then replace the resonator coil.REPAIR PARTS. The following are repair parts for the BD-50E models. Contact the factory for price and availabilityPart Number Description12101 Electrode Tip002-0005-1 Nut, 10-32, Hex, for Electrode Socket010-0003-1 Isolation Transformer, 115 V010-0012-1 Transformer, Step Down, 230 to 115 V011-0008-1 Magnet Coil011-0023-1 Choke Coil Assembly011-0024-1 Resonator Coil Assembly021-0053-1 Capacitor, 0.1 uF, 800 V023-0027-1 Power Supply / Generator Cord, 6 ft min., 15 ft. max025-7532-1 Printed Circuit Board Assembly025-0032-1 Printed Circuit Board027-0065-1 Power Line Filter028-0002-1 Pilot Light029-0002-1 Fuse Holder029-0024-3 Fuse, 1/2 A, Slow-Blow, for 230 V Models029-0030-1 Fuse, 3/4 A, Slow-Blow, for 115 V Models029-0085-1 Switch, Rotary, Heavy Duty033-0006-1 Cover, for Cabinet033-7005-3 Cabinet, without Cover035-0003-1 Top Spring Rivet Contact Assembly035-0017-1 Armature Assembly035-0008-1 Bridge, with Posts, Ratchet, and Adjusting Screws044-0003-1 Top Housing, Bakelite, Cone044-0004-1 Bottom Housing, Bakelite044-0007-1 Molded Spool Core044-0011-3 Adjusting Knob, w/Line045-0003-1 Electrode Socket049-0001-1 Cabinet Handle Assembly049-0025-1 Nut Driver, 5/16 in.050-0037-1 Tungsten Screw Contact050-0079-1 Cover Cap, Brass051-0001-1 Spacer, Teflon053-0003-1 Standoff, Nylon059-0040-1 Switch, Toggle, SPST, w/leads attached060-0002-1 Line Cord Set, 3 Conductor, 115 V060-000X-1 Line Cord Set, 3 Conductor, 230 V, Specify Type060-0100-1 Ribbon Cable Choke Assembly070-0059-3 Carton. Packing, with Insert080-1500-1 Handle Assembly (Resonator), with 6 ft. CordSpecial Note Regarding CE Marking. The Model BD-50EV generates a high voltage corona of approximately 500 kHz. However by the very nature of its design, it will produce electromagnetic interference (EMI) as a result of its operation. Electric arc welders, for example, are another product that by its very nature and mode of operation produces EMI.As a result, the Model BD-50EV cannot meet the European Union Electromagnetic Compatibility (EMC) Directive 89/336/EEC, and cannot be CE marked.It does, however, meet EN61010-1:1993 Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Use, following the provisions of the Low Voltage Directive 73/23/EEC, as amended by 93/68/EECBecause of the risk of EMI, a risk assessment should be carried out prior to use of this equipment.The power output of the Model BD-50EV is limited. The effective range of EMI is less than about 1 meter on so in all directions. Metal objects nearby may bend or deflect this radiation. Therefore, there is some risk that it might interfere with electronic equipment 1 meter or so from this apparatus. This might include telephones, computers, cell phones, for example. Operators who wear pacemakers may also wish to consult with a physician prior to using this equipment.If interference with equipment is detected, move the Model BD-50EV further away, or schedule its operation when the affected equipment is not in operation. Consult plant safety personnel regarding its use.If you should have any further questions, contact Electro-Technic Products, Inc. for additional technical assistance.。

欧洲电器大型电磁铁产品说明书

Dimensions: [mm]Scale - 1:17443640470744364047074436404707443640470T e m p e r a t u r eT pT L7443640470Further informationComponent Libraries:Altium_WE-HCF (23a)Downloads_CADENCE_WE-HCF (23a)Download_CadStar_WE-HCF (20a)Eagle_WE-HCF (23a)Download_IGS_WE-HCF_2818PSpice_WE-HCF (22a)Download_STP_WE-HCF-2818Spectre_WE-HCF (23a)Free Sample Order:Order free samples of this article directly here!Tutorials:■Single Coil Inductors (PDF)■Redefining Rated Current Measurements for Power Inductors (PDF)REDEXPERT:Calculate losses for 7443640470 in REDEXPERTWürth Elektronik eiSos GmbH & Co. KGEMC & Inductive SolutionsMax-Eyth-Str. 174638 WaldenburgGermanyCHECKED REVISION DATE (YYYY-MM-DD)GENERAL TOLERANCE PROJECTIONMETHODALa005.0012023-11-30DIN ISO 2768-1mDESCRIPTIONWE-HCF SMT High CurrentInductor ORDER CODE7443640470SIZE/TYPE BUSINESS UNIT STATUS PAGECautions and Warnings:The following conditions apply to all goods within the product series of WE-HCF of Würth Elektronik eiSos GmbH & Co. KG:General:•This electronic component was designed and manufactured for use in general electronic equipment.•Würth Elektronik must be asked for written approval (following the PPAP procedure) before incorporating the components into any equipment in fields such as military, aerospace, aviation, nuclear control, submarine, transportation (automotive control, train control, ship control), transportation signal, disaster prevention, medical, public information network, etc. where higher safety and reliability are especially required and/or if there is the possibility of direct damage or human injury.•Electronic components that will be used in safety-critical or high-reliability applications, should be pre-evaluated by the customer. •The component was designed and manufactured to be used within the datasheet specified values. If the usage and operation conditions specified in the datasheet are not met, the wire insulation may be damaged or dissolved.•Do not drop or impact the components, as the core may flake apart.•Würth Elektronik products are qualified according to international standards, which are listed in each product reliability report. Würth Elektronik does not guarantee any customer qualified product characteristics beyond Würth Elektroniks’ specifications, for its validity and sustainability over time.•The customer is responsible for the functionality of their own products. All technical specifications for standard products also apply to customer specific products.Product specific:Soldering:•The solder profile must comply with the Würth Elektronik technical soldering specification. All other profiles will void the warranty. •All other soldering methods are at the customers’ own risk.Cleaning and Washing:•Washing agents used during the production to clean the customer application may damage or change the characteristics of the wire insulation, marking or plating. Washing agents may have a negative effect on the long-term functionality of the product. Potting:•If the product is potted in the costumer application, the potting material may shrink or expand during and after hardening. Shrinking could lead to an incomplete seal, allowing contaminants into the core. Expansion could damage the core or wire contacts. Werecommend a manual inspection after potting to avoid these effects. Storage Conditions:• A storage of Würth Elektronik products for longer than 12 months is not recommended. Within other effects, the terminals may suffer degradation, resulting in bad solderability. Therefore, all products shall be used within the period of 12 months based on the day of shipment.•Do not expose the components to direct sunlight.•The storage conditions in the original packaging are defined according to DIN EN 61760-2.Packaging:•The packaging specifications apply only to purchase orders comprising whole packaging units. If the ordered quantity exceeds or is lower than the specified packaging unit, packaging in accordance with the packaging specifications cannot be ensured. Handling:•Violation of the technical product specifications such as exceeding the nominal rated current will void the warranty•Applying currents with audio-frequency signals may result in audible noise due to the magnetostrictive material properties. •Due to heavy weight of the components, strong forces and high accelerations may have the effect to damage the electrical connection or to harm the circuit board and will void the warranty.These cautions and warnings comply with the state of the scientific and technical knowledge and are believed to be accurate and reliable.However, no responsibility is assumed for inaccuracies or incompletenessWürth Elektronik eiSos GmbH & Co. KGEMC & Inductive SolutionsMax-Eyth-Str. 174638 WaldenburgGermanyCHECKED REVISION DATE (YYYY-MM-DD)GENERAL TOLERANCE PROJECTIONMETHODALa005.0012023-11-30DIN ISO 2768-1mDESCRIPTIONWE-HCF SMT High CurrentInductor ORDER CODE7443640470SIZE/TYPE BUSINESS UNIT STATUS PAGEImportant NotesThe following conditions apply to all goods within the product range of Würth Elektronik eiSos GmbH & Co. KG:1. General Customer ResponsibilitySome goods within the product range of Würth Elektronik eiSos GmbH & Co. KG contain statements regarding general suitability for certain application areas. These statements about suitability are based on our knowledge and experience of typical requirements concerning the areas, serve as general guidance and cannot be estimated as binding statements about the suitability for a customer application. The responsibility for the applicability and use in a particular customer design is always solely within the authority of the customer. Due to this fact it is up to the customer to evaluate, where appropriate to investigate and decide whether the device with the specific product characteristics described in the product specification is valid and suitable for the respective customer application or not.2. Customer Responsibility related to Specific, in particular Safety-Relevant ApplicationsIt has to be clearly pointed out that the possibility of a malfunction of electronic components or failure before the end of the usual lifetime cannot be completely eliminated in the current state of the art, even if the products are operated within the range of the specifications.In certain customer applications requiring a very high level of safety and especially in customer applications in which the malfunction or failure of an electronic component could endanger human life or health it must be ensured by most advanced technological aid of suitable design of the customer application that no injury or damage is caused to third parties in the event of malfunction or failure of an electronic component. Therefore, customer is cautioned to verify that data sheets are current before placing orders. The current data sheets can be downloaded at .3. Best Care and AttentionAny product-specific notes, cautions and warnings must be strictly observed. Any disregard will result in the loss of warranty.4. Customer Support for Product SpecificationsSome products within the product range may contain substances which are subject to restrictions in certain jurisdictions in order to serve specific technical requirements. Necessary information is available on request. In this case the field sales engineer or the internal sales person in charge should be contacted who will be happy to support in this matter.5. Product R&DDue to constant product improvement product specifications may change from time to time. As a standard reporting procedure of the Product Change Notification (PCN) according to the JEDEC-Standard inform about minor and major changes. In case of further queries regarding the PCN, the field sales engineer or the internal sales person in charge should be contacted. The basic responsibility of the customer as per Section 1 and 2 remains unaffected.6. Product Life CycleDue to technical progress and economical evaluation we also reserve the right to discontinue production and delivery of products. As a standard reporting procedure of the Product Termination Notification (PTN) according to the JEDEC-Standard we will inform at an early stage about inevitable product discontinuance. According to this we cannot guarantee that all products within our product range will always be available. Therefore it needs to be verified with the field sales engineer or the internal sales person in charge about the current product availability expectancy before or when the product for application design-in disposal is considered. The approach named above does not apply in the case of individual agreements deviating from the foregoing for customer-specific products.7. Property RightsAll the rights for contractual products produced by Würth Elektronik eiSos GmbH & Co. KG on the basis of ideas, development contracts as well as models or templates that are subject to copyright, patent or commercial protection supplied to the customer will remain with Würth Elektronik eiSos GmbH & Co. KG. Würth Elektronik eiSos GmbH & Co. KG does not warrant or represent that any license, either expressed or implied, is granted under any patent right, copyright, mask work right, or other intellectual property right relating to any combination, application, or process in which Würth Elektronik eiSos GmbH & Co. KG components or services are used.8. General Terms and ConditionsUnless otherwise agreed in individual contracts, all orders are subject to the current version of the “General Terms and Conditions of Würth Elektronik eiSos Group”, last version available at .Würth Elektronik eiSos GmbH & Co. KGEMC & Inductive SolutionsMax-Eyth-Str. 174638 WaldenburgGermanyCHECKED REVISION DATE (YYYY-MM-DD)GENERAL TOLERANCE PROJECTIONMETHODALa005.0012023-11-30DIN ISO 2768-1mDESCRIPTIONWE-HCF SMT High CurrentInductor ORDER CODE7443640470SIZE/TYPE BUSINESS UNIT STATUS PAGE。

elecworks安装说明

Installing_elecworks__ZH (Ind : C)19/03/20121elecworks 安装说明elec works 安装说明文件可以在官网下载链接中获取。

本文件指导您进行安装两组软件 :∙ elec works 2D (2D 原理图绘制软件)。

∙ elec works for SolidWorks (SolidWorks 32 & 64 位插件)。

本文件阐述了如何进行elec works 的« 单机版 » 和 « 用户/服务器版 »安装。

系统配置要求数据库服务器: elec works 安装程序中已经包含SQL Server 2005 Express 的安装程序。

客户端 :Windows XP SP3，Vista 或Win 7系统。

内存: RAM 2 G ；Vista 要求3G 。

硬盘: 3 G 空闲 (服务器或单机数据库存储) + 200 M 空间(客户端)。

elec works 64位与Office 2010 32位无法兼容。

在 SolidWorks 中使用elec works :要求系统配置请参见以下链接中的说明 :/sw/videocardtesting.htmlelec works 兼容 SolidWorks 2010SP5以上的版本。

(线束模块要求SoildWorks 2011). elec works 的电线/电缆布线模块要求SolidWorks Premium 版本。

开始安装前的说明为了确保安装顺利完成，建议您使用Windows 的系统管理员身份进行安装。

如果您使用CD 进行安装，将光盘插入到驱动器后安装程序将会自动启动。

如果没有启动，请到光盘目录中使用« Install.exe »安装。

如果您在« elec 官方网站»下载了« Install_elecworks.exe » 安装程序，请运行程序开始安装，程序会自动解压所需组件自动安装。

Elecworks-学习教程

Elecworks专业电气设计软件中文教程目录简介第一章安装和启动Elecworks1.1 软件安装1.2 软件卸载1.3 授权激活与转移第二章新建模板2.1 新建工程2.1.1 新项目的创建2.1.2 选择工程模板2.1.3工程属性设定2.2 软件工作区介绍2.3 工程语言配置2.4 选择图框2.5 各图纸的区别与作用介绍2.5.1 布线方框图2.5.2 原理图2.5.3 清单2.6 工程的压缩及解压缩2.6.1 压缩2.6.2 解压缩2.7 文件夹管理2.7.1 新建文件夹2.7.2 编辑文件夹2.8 安装目录下文件夹介绍2.9 工程翻译2.10 应用配置2.10.1 图显编辑配置2.10.2 服务器配置2.10.3 应用语言配置2.10.4 数据库配置2.11 工程配置2.11.1 基本信息配置2.11.2 图表信息配置2.11.3 标注样式配置2.11.4 图框配置2.11.5 数据库及面板配置2.12 线型、字体及尺寸标注类型管理2.12.1线型管理2.12.2字体管理2.12.3尺寸标注类型管理第三章布线方框图3.1 布线方框图新建3.2 布线方框图框选择3.3 绘制符号3.3.1 插入符号3.3.2 为符号选型3.3.3 修改符号数据3.4 元件管理3.4.1 添加新元件3.4.2 删除元件3.4.3 元件属性3.5 绘制功能位置框3.5.1 概念3.5.2 功能位置管理3.5.3 功能位置框绘制3.6 电缆管理3.6.1 绘制电缆3.6.2 预设电缆3.6.3 详细布线3.7 移动和复制功能第四章原理图4.1 原理图创建4.2 绘制连接线4.2.1 连接线样式管理4.2.2 绘制多线4.2.3 绘制单线4.3 绘制符号4.3.1 插入符号4.3.2 选择符号4.3.3 编辑符号4.3.4为符号添加符号标注4.3.5 显示隐藏标注4.4 添加黑盒子4.4.1 添加黑盒子4.4.2 为黑盒子添加端子4.4.3 更新黑盒子4.5 绘制端子排4.5.1 单个端子插入4.5.2 多个端子插入4.5.3 编辑端子排4.6 转移管理4.7 图纸打印4.8 宏管理4.8.1 新建宏4.8.2 插入宏4.9 布线顺序4.9.1查看布线顺序4.9.2对与某个等电位的布线顺序4.10 连接线编号4.10.1新建连接线编号4.10.2更新连接线编号4.10.3对齐编号文字4.10.4显示隐藏连接线编号第五章 PLC工程图5.1 PLCI/O输入输出管理5.1.1 添加单个I/O5.1.2 添加多个I/05.1.3 编辑I/O数据5.2 PLC管理器5.2.1 为PLC选择制造商5.2.2 将预设I/O与PLC相连5.2.3 为PLC添加模块5.2.4 绘制PLC图纸5.3 PLC清单配置第六章绘制清单6.1 选择清单6.1.1 添加清单类型6.2 更改清单模板6.3 更改清单顺序6.4 生成图纸清单6.5 导出其它格式图纸清单6.5.1 导出Excel格式清单6.5.2 导出文本格式清单第七章绘制端子排7.1 新建端子排7.2 绘制端子排7.3 端子排配制管理7.4 导出图纸DWG格式7.5 导出图纸PDF格式7.6 图纸重新编号第八章 2D机柜布局8.1 新建2D机柜模板8.2 添加机柜8.3 添加导轨8.4 添加线槽8.5 添加元件8.6 添加端子排8.7 更改线槽导轨长度8.8 对齐零件第九章新建数据库9.1 新建符号库9.1.1 新建符号名称9.1.2 添加符号属性9.1.3 添加插入点9.1.4 添加新回路9.1.5 新建连接点9.1.6 插入标注9.2 新建2D符号9.2.1 新建符号名称9.2.2 添加符号属性9.2.3 添加插入点9.2.4 插入标注9.3 新建图框9.3.1 新建图框称9.3.2 更改图框属性9.3.3 新建图框符号9.3.4 插入标注9.4 电缆基准管理9.4.1 新建电缆名称9.4.2 添加电缆属性及内容信息9.5 制造商管理9.5.1 新建制造商名称9.5.2 添加制造商属性及数据信息9.6 制造商参数中添加用户数据9.7 宏管理9.8 元件分类第十章 Solidworks 3D机柜布局10.1 在Solidworks中激活Elecworks插件10.2 打开工程10.3 插入符号10.3.1插入器件10.3.2插入排子10.4 对齐符号10.5 更新线槽导轨长度10.6 生成2D图纸10.7 ROUTING自动布线10.7.1新建基准轴线10.7.2自动布线10.8 柜外布线10.8.1添加电缆连接头10.8.2为电缆设置基轴路径10.8.3配置电缆及上下游关系10.8.4新建电缆基准轴线10.8.5根据基准轴线新建电缆线10.9 新建3D器件10.9.1新建器模型10.9.2新零件向导第一章安装和启动Elecworks本章节叙述了●软件安装●软件卸载●授权激活与转移1.1软件安装安装elec works, 需要安装盘或者下载安装文件. 安装文件允许安装两个应用程序 :elecworks (electrical CAD 2D application).elecworks for SolidWorks (the elecworks add-in for SolidWorks如果使用光盘安装, 直接将光盘放入光驱, 安装程序将自动运行. 如果不使用光盘安装,运行文件:install.exe安装文件自动解压缩提取出安装光盘中的文件. 运行文件(xxx 为版本号): install_elecworks_xxx.exe它将自动解压并开始安装.有 2 种类型的安装可供选择:_Standalone installation: 单机安装, 安装一台计算机终端._Client / Server installation: 用户/服务器安装, 安装多个计算机工作终端, 共享数据.无论是安装standalone 还是client/server,都需要提供许可证号a. 单机安装: Standalone installation单机安装用于只安装一个计算机终端. 所有数据将存储在此终端上. 用户可以同时工作于elec works 和SolidWorks 上, 但是不能与本单位其他用户分享数据.安装时需选择应用程序和数据存储目录. 在更改数据存储目录前,请确保具有对磁盘的写入权. 如果使用Windows Vista，不可以选择路径C:\Program Files\...为了为了使软件升级更新更加方便, 建议保留所有默认操作.b.用户/服务器安装: client/Server installation如果需要多个终端共享数据(工程项目,符号库,数据库…),请选择用户/服务器安装.1安装elecworks 服务器.首先,在服务器上运行client/Server installation. 此服务器将安装所有数据信息,并允许其他各终端通过服务器交流互换数据.提示: 如果服务器停止工作,其他终端将不能连接至数据库. 请不要选用其中一台计算机工作终端作为服务器.此安装不将elecworks 应用程序安装在服务器上,只安装数据和数据库管理系统.服务器安装完成后,包含数据的目录窗口打开. Windows XP 系统默认路径为: “C:\Documents and Settings\All Users\elecworksData”.为确保各计算机工作终端可以连接到数据库,应该共享此目录.目目录中00_installClient 文件夹包含用户工作终端的安装文件.如果要在服务器使用elec works, 需要运行此文件夹中的elec works 用户工作终端安装文件.2共享elecworks数据目录.要共享目录并允许用户读写,在目录上单击鼠标右键选择“共享和安全”.勾选在网络上共享这个文件夹允许网络用户更改我的文件提示: 此操作根据的操作系统可能会有所不同.3.防火墙设置如果服务器或用户工作终端中使用了防火墙,需要更改以下设置.服务器:“Trace Software EwCollaborativeServer” 应被允许 (服务). 程序的默认路径为 :C:\Program Files\elecworks\server\EwServer.exeEwServer 端口(安装时定义)应打开. 默认值为6666.SQL Server :SQL Server 应用程序应被允许. 程序的默认路径为 :C:\Program Files\Microsoft SQLServer\MSSQL.1\MSSQL\Binn\sqlservr.exeSQL Server 端口应打开. TCP 1433.SQL Server Browser 端口应打开. TCP 1434.4安装elecworks用户工作终端.在服务器安装完成后,请到各台工作终端安装elecworks. 在工作终端打开已经共享的elecworksData 文件夹,运行文件夹中下面的程序:elecworksData\00_installClient\tewClient_setup.EXE每台计算机工作终端将会连接至服务器,同时连接至elecworks 数据库.此步骤不会安装任何数据库文件,只安装elecworks 应用程序和应用在SolidWorks 中的elecworks 模块.必须为每一台应用elecworks 或SolidWorks+elecworks 模块的工作终端运行此安装程序.5.更新数据库.每次安装或elec works 升级完成,新数据都必须更新至用户数据库. 此操作在第一次运行elecworks (或含有elecworks 模块的SolidWorks) 应用程序时启动. 对于使用用户/服务器安装的,第一台打开elecworks 应用程序的工作终端将完成更新服务器数据.其他终端将不必再次完成更新.第一次更新根据计算机性能的不同将占用一些时间(超过10分钟).建议在完成第一台工作终端安装后运行elecworks 应用程序.提示: 对Windows Vista 系统,第一次启动应用程序则需要管理员权限来完成更新.6.安装Microsoft SQL server express失败.elecworks 数据库使用Microsoft SQL server express 2005 管理. 对于某些Windows配置来说，安装 Microsoft SQL server 有可能失败，特别是已经安装过MSXML 核心服务 6.0 Service Pack 2 的系统.尝试安装在这种情况下的Microsoft SQL Server 2005 时则将收到以下错误信息 :安装 MSXML 6 Service Pack 2 (KB954459) 失败，因为计算机上已经存在更高版本.若要继续，卸载更高版本，然后再次运行 MSXML 6 Service Pack 2 (KB954459) 安装程序此错误的屏幕快照所示:此问题的详细内容以及解决方法请参阅Microsoft帮助和支持:/kb/968749要变通解决此问题，使用 Windows Installer 清理实用工具删除对 MSXML 6.0 Service Pack 2 的引用. 要这样做，请按下列步骤操作 :1. 下载 Windows Installer 清理实用工具. 为此，请访问下面的 Microsoft Web站点：/kb/2903012. 运行 Windows Installer 清理实用工具.3. 选择MSXML6 Service Pack 2 (KB954459) [6.20.1099.0] 在列表，然后单击删除.4 安装elecworks.1.2 elecworks 许可管理使用elecworks 或elecworks for SolidWorks 之前，需要激活收到的许可。

原理图绘制-Elecworks教程

第三章原理图绘制本章将会叙述以下内容：----新建页----绘制原理图--绘制连接线--添加符号及器件选型--添加黑盒子--绘制端子--端子编辑--转移管理--标注--功能管理--位置管理----图纸元素的编辑--图纸的拉伸--图纸的移动--图纸的复制--图形的绘制3.1新建页原理图是电气系统中一次、二次回路的重要体现，是用于绘制各位置、接线板、元器件之间(电缆)具体的相互连接的图纸。

3.1.1 新建原理图方法一：打开工程，在“侧面控制面板”中，点击“文件，浏览工程的文件捆，“新建原理图”操作位于捆或文件夹的右键菜单中。

方法二：打开工程，在“文件导航”卡片下浏览工程的文件捆，“插入原理图”操作位于捆或文件夹的右键菜单中。

3.1.2 原理图的基本操作鼠标右击待操作的原理图，对原理图的基本操作包括打开、预览、新建、插入、属性、校对、重建模、打开图纸、选择其它图框、复制、粘帖、删除等。

1、打开打开所选的原理图，也可选择使用鼠标双击该原理图图标打开原理图。

2、预览可以选择全景图、矩形范围、动态缩放等方式预览所编辑的原理图。

3、新建新建原理图，详见3.1.1部分介绍。

4、插入插入原理图，详见3.1.1部分介绍。

5、属性编辑所选原理图的相关属性，包括标注（位置、功能）、属性（图纸类型、文件名、图框名称、比例）、说明、标题、用户数据、用户可译数据等。

双击相应位置，可以通过选择或输入的方法，根据项目需要，设置、更改相应的属性。

打开校对管理，完成对原理图的审定与校对操作。

7、重建模在原理图和SolidWorks共享数据后修改原理图数据时，设计者可以通过“重建模”将修改后的数据与3D模型重新匹配，以更新与此模型相关联的其他数据，例如开孔尺寸。

8、打开图纸以标签模式、标签模式显示当前原理图，并根据命令行提示，完成图纸的打开、编辑等功能。

9、选择其它图框可以根据工程需要，为当前原理图选择标准的图框格式。

10、复制复制当前原理图到粘帖板。

Stryker Electric System 6手术刀具电线说明书

ENGLISH (EN)IntroductionThis Instructions For Use manual is the most comprehensive source of information for the safe and effective use of your product. This manual may be used by in-service trainers, physicians, nurses, surgical technologists, and biomedical equipment technicians. Keep and consult this reference manual during the life of the product.The following conventions are used in this manual:• A WARNING highlights a safety-related issue.ALWAYS comply with this information to preventpatient and/or healthcare staff injury.• A CAUTION highlights a product reliability issue.ALWAYS comply with this information to preventproduct damage.• A NOTE supplements and/or clarifies procedural information.For additional information, especially safety information, or in-service training, contact your Stryker sales representative or call Stryker customer service. Outside the US, contact your nearest Stryker subsidiary.NOTE: The user and/or patient should report any serious product-related incident to both the manufacturer and the Competent Authority of the European Member State where the user and/or patient is established. Indications For UseSee the instructions for use supplied with the Stryker Electric System 6 handpiece. ContraindicationsNone known.For Use WithThe Stryker Electric System 6 Heavy Duty Handpiece Cord is used with the Consolidated Operating Room Equipment (CORE™) System consoles and a varietyof Stryker Electric System 6 handpieces. The cord provides the electrical connection between the handpiece and the console.User/Patient SafetyWARNINGS:• Before using any system component or any component compatible with this system, read andunderstand the instructions. Pay particular attention to WARNING information. Become familiar with the system components prior to use.• Only trained and experienced healthcareprofessionals should use this equipment.To Install Cord1. Align the marks on the black connector with themarks on the handpiece.2. Insert the cord's black connector into the handpieceuntil the connector latch engages. An audible click should be heard. Gently tug on the cord to ensure that the cord is secure.3. Connect the other end of the handpiece cord to theconsole.To Remove Cord1. Press the cord latch and pull the handpiece cord outof the handpiece.2. Grasp the ribbed portion of the cord connector andpull the cord out of the console.Care InstructionsFor processing instructions and disposal/recycle information, see the care instructions manual supplied with the handpiece.SpecificationsModel:Electric System 6 Handpiece Cord(REF 6292-004-000) Dimensions:12 ft [3.6 m] lengthEnvironmental Conditions:See the instructions for use supplied with the handpiece.• Upon initial receipt and before each use, operate the equipment and inspect each component fordamage. DO NOT use any component if damageis apparent. See the care instructions manualsupplied with the handpiece.• Upon initial receipt and before each use, clean and sterilize the equipment as indicated. See the care instructions manual supplied with the handpiece.• DO NOT modify any system component or accessory.DefinitionsThe symbols located on the equipment and/or labeling are defined in this section and/or in the Symbol Definition Chart. See the Symbol Definition Chart supplied with the equipment.SYMBOLDEFINITIONInstructionsCAUTION: The handpiece cord has push/pull type connectors. DO NOT apply a twisting motion to insert or remove the cord's connector. Failure to comply may result in product damage.Stryker Instruments 1941 Stryker Way Portage, Michigan (USA) 490021-269-323-77001-800-253-3210ES/DE/FR/IT/NL 6292-001-710JA/ZH/K O 6292-001-720SV/DA/FI/PT/N O 6292-001-730PL/EL 6292-001-750。

Electromagneticsxt-4

CH4-11. 在一个电视显像管里，电子沿水平方向从南到北运动，动能是1.2×104eV．该处地球磁场在竖直方向上的分量向下，它的大小是B=0.55Gs．已知me =9.1×10－31kg，电荷量为e=－1.6×10－19C. 试问： (1)电子受地磁的作用往哪个方向偏转? (2)电子的加速度有多大? (3)电子在电视管内走20厘米，偏转有多大? (4)地磁对于看电视有没有影响?
0 I 0 j (B r r) 2 2 R 2
CH4-4. 在平面螺旋线中，流过一强度I 的电流，求在螺旋线中点的磁感应强度的大小．螺旋线被限制在半径为R1和R2的两圆之间，共n圈． [提示：螺旋线的极坐标方程为r=aθ十b，其中a，b为待定系数]
解：如图，任选电流元Idl在O点产生 0 Idl sin dB dl 4 r 2
I I j 2 2 R r (R2 r 2 )
设此柱体为半径R，电流密度如上的载流圆柱体，在O'处挖去半径 r的圆柱体而成，
或在O'处补入半径r的电流密度-j 圆柱体而成. 圆柱体在其轴心处的B=0，故：
a
O
0 ja 0 Ia B BR Br 0 2 2 ( R 2 r 2 )
CH4-2. 均匀带电刚性细杆AB，电荷线密度为λ，绕垂直于直线的轴O以角速度ω匀速转动(O点在细杆AB延长线上)．求： (1)O点的磁感应强度B0； O a (2)磁矩Pm； (3)若a>>b，求B0及Pm. b r A 解： (1) 细杆匀速转动形成一环形面电流， B dr 在杆上距O点r处取长dr的一小段，带电 dq=λdr ，形成半径r，宽度dr的圆环电流
dI dq dr 2 2

Elecworks电气设计实验指导书(西安工业大学)

Elecworks电气设计实验指导书指导教师：XXX目录实验一Elecworks基本操作 (1)实验二常用电气元件的绘制 (1)实验三三相异步电动机控制电气设计 (2)实验四电气工程设计 (2)实验五机电一体化设计 (3)实验六数据库定制 (3)实验七模板配置 (4)实验一 Elecworks基本操作一、实验目的了解Elecworks软件环境，掌握绘图环境、图形输出等基本操作。

二、实验要求要求设计简单的图形，在软件环境中输入，并实现输出。

三、实验设备装有Elecworks软件的计算机一台。

四、实验步骤（略）五、实验报告1、第二部分实验过程记录，记录实验过程中发现的问题2、第三部分结果和讨论，写自己的小结和体会实验二常用电气元件的绘制六、实验目的了解电气制图规范，学习常用电气元件的绘制，包括导线、连接器件、无源器件、半导体管和电子管、开关、控制和保护装置、常用测量仪表、灯和信号器件等。

七、实验要求在熟练掌握常用电气元件绘制的基础上，绘制一个带多个开关的并联照明电路。

八、实验设备装有Elecworks软件的计算机一台。

九、实验步骤（略）十、实验报告1、第二部分实验过程记录，记录实验过程中发现的问题2、第三部分结果和讨论，写自己的小结和体会实验三三相异步电动机控制电气设计一、实验目的掌握机械电气设计规范，掌握电动机控制电气设计，掌握电气图的布局。

二、实验要求设计、绘制并输出三相异步电动机供电系统图。

学生通过该实验可了解机械电气设计的一般步骤和方法。

三、实验设备装有Elecworks软件的计算机一台。

四、实验步骤（略）五、实验报告1、第二部分实验过程记录，记录实验过程中发现的问题2、第三部分结果和讨论，写自己的小结和体会实验四电气工程设计一、实验目的掌握在所选软件环境中进行电气工程设计，掌握电气工程图的设计方法。

二、实验要求根据电气工程的要求，先设计绘制简单的能表明电气项目的工作的大致原理的系统图，在系统图的基础上，进一步设计电气主接线图，在所选软件环境中布局、绘制电气原理图，并实现打印输出。

elecworks原理图中的操作技巧(2)

3/8
【父图表】线圈就是使用的这种特性。当给断路器符号选择这样的特性后，在符号的下面会出现镜像触点来指示触点使用状况和位置。
镜像状态
触点状态
【父行】使用这种特性，可以在符号旁边显示触点镜像。对于断路器、热继电器等一次侧的元件，建议采用这样的特性。一方面是摆放位置比较合适便于阅读，另一方面不会影响下面的电动机等符号的位置。但是，由于镜像触点的位置是可以手动拖动调整的，所以也没有十分的必然性决定特性的选择，关键还是看设计者更适应什么样的方式。
点击该箭头按钮，就会在右侧自动的导航到对应的数据上，然后点击确定就可以了。
7. 机械连锁
机械联锁装置是一个很特殊的元件。例如施耐德公司（原 Telemecanique）的产品 LC8K1201M7 就是一个带机械联锁的接触器。它类似两个相同的接触器拼装而成的。在 elecworks 中可以这样体现。
点击确定后就可以看到触点已经对应上去了。
5/8
但是，这样的前提是右侧的元件不多的情况，因为便于寻找。如果元件很多，那么在查找的时候就不是很方便。所以需要用到下面的方法。
如多需要对应到某个名称上，可以在属性对话框中直接输入名称。如果元件中没有出现过该名称，也即不会出现重名状况，所以下面的确定按钮是可以点击的。如果元件中已经含有新输入的名称，则窗口下面的确定按钮是灰色不可用的；同时标签名称旁边的箭头按钮高亮可用了。
我个人建议可以采用接下来的方案二对单个符号做特性修改。方案二：单个符号的特性修改对于已经使用的符号，在使用过程中，我们需要改变其特性的时候，可以右击符号（注意不是双击符号），选择【符号属性】，在弹出的对话框中注意下面的【符号数据】部分
直接将这里的类型修改为你所需要的类型就可以改变当前的符号特性，而不用修改符号库中的符号特性了。下面对【父图表】和【父行】的区别做说明如下：

电子铣刀电气部件手册说明书

PART & ELECTRICAL MANUAL e-mill Milling Head for 3HP & 5HPTaiwan: Ya-Gin Machine Tool Manufacturing Inc.No. 101, 506 Lane, Seng-Tso Road,Seng Karng District, Taichung City, TaiwanTel: 886-4-2520-4120 Fax: 886-4-2520-4123 CA: Springwood Industrial, Inc.2320 E. Valencia DriveFullerton, CA 92831Tel: 714-871-5558 Fax: 714-871-5554NJ: Klim Industrial, Inc.244 N. Randolphville Rd.Piscataway, NJ 08854Tel: 732-752-9100 Fax: 732-752-9101Revised: 1/16/14CONTENTDESCRIPTION PAGE # 1.Electrical Circuit, Diagram & Breakdownof Electrical Components 3A.Regular Circuit Diagram for Milling Head 4B.UL Electric Diagram for Milling Head 10C.Electrical Part List with Part Number Listed 152.Mechanical Drawing & Parts Breakdown List 19 2-1. 3HP (Milling Head) 20 2-2. 3HP Head Top Housing 30 2-3. 3HP Head Back Gear 34 2-4. 5HP (Milling Head) Hand Feed Ass’y 40 2-5. 5HP (Milling Head) Spindle Ass’y 44 2-6. 5HP (Milling Head) Auto Feed Ass’y 46 2-7. 5HP e-mill Head Top Housing 52 2-8. 5HP e-mill Head Back Gear 561. Electric Circuit, Diagram& Breakdown of ElectricalComponentsA.Regular Circuit Diagram for Milling HeadThe Control PanelControl PanelItem# Part# Description QTY1 9500 Emergency Switch 12 9501 F/R Switch 13 9502 Variable Resistor 14 9503-2 Digital Counter 1Electric Cabinet LayoutElectric Component ListB. UL Electric Diagram for Milling HeadControl PanelItem# Part# Description QTY1 9500 Emergency Switch 12 9501 F/R Switch 13 9502 Variable Resistor 14 9503-2 Digital Counter 1Input power at 230V/3P/60HZ, the power disconnect breaker is at 25A, wiring must be 3.5mm2or greater.Input power at 460V/3P/60HZ, the power disconnect breaker is at 20A, wiring must be 3.5mm2or greater.C. Electrical Part List with Part Number ListedRegular electrical part list for milling headUL listing electrical part list for milling head2.Mechanical Drawings&Parts Breakdown ListNote: When ordering parts, please be prepared with,1.Machine model & serial number.2.Item number.3.Part number and description.4.Year of Production.5.Voltage & horsepower.6.Quantity2-1.3HP (MILLING HEAD)3HP (MILLING HEAD)ITEM NO. PARTS NO. FACTORY NO. DESCRIPTION QT'Y1 6141 B1+17 RD.HD Screw 12 6140 Bevel Pinion Washer 13 6139 B03 Feed Bevel Pinion 14 6183 Feed Worm Gear Shaft Sleeve 15 6137 B05 Worm Cradle Bushing 16 6123 Set Screw 17 6136 Worm Gear Spacer 48 6134 B08 Fed Drive Worm Gear 19 6133 Feed Drive Worm Gear Shaft 110 6142 Worm Shaft Key 111 6135 Key 112 6150 Lock Nut 113 6149 Washer 114 6147 Cluster Gear Key 115 6148 B15 Feed Reverse Bevel Gear 116 6122 B16 Feed Engage Pin 117 6121 B17 Worm Gear Cradle 118 6126 B18 Worm Gear Cradle Throw-out 119 6125 B19 Shift Sleeve 120 6169 B20 Gearshift Plunger 121 6170 B21 Compression Spring 122 6128 Roll Pin 3X20 123 6168 B23 Shift Crank 124 6131 B24 Black Plastic Ball 125 6132 Cap Screw 5X12 327 6157 B27 Cluster Gear Shaft UpperBearing128 6153 B28 Cluster Gear Assembly 129 6160 Cluster Gear Key 3X3X45 131 6151 B31+35 Cluster Gear Shaft 132 6158 Snap Ring 16 133 6156 B33 Bevel Gear Bearing 134 6159 B34 Bevel Gear Thrust Spacer 136 6143 B36+38 Feed Driving Gear 137 6145 Key 1 40 6144 Feed Drive Gear 13HP (MILLING HEAD)223HP (MILLING HEAD)ITEM NO. PARTS NO. FACTORY NO. DESCRIPTION QT'Y41 6252 Needle Bearing #BA66 142 6227 B42 Bushing 143 6225 B43 Worm 144 6224 B44 Feed Worm Shaft Bushing 147 6223 B47 Feed Worm Shaft Thrust Washer 148 6221 B48 Bushing 149 6220 B49 Feed Reverse Bevel Gear 150 6222 B50 Feed Reverse Clutch 151 6220 Feed Reverse Bevel Gear 152 6221 Bushing 155 6216 B55 Reverse Clutch Rod 156 6217 Roll Pin 3X20 157 6209 B57 Feed Worm Shaft 159 6226 Pin 3X10 160 6163 B60 Feed Shift Rod 161 6164 KP.Set Screw 5X5 162 6230 Key 163 6162 B63 Feed Gear Shift Fork 164 6166 B64 Cluster Gear Shift Crank 166 6161 B66 Cluster Gear Cover 167 6165 Cap Screw 5X12 468 6169 Gear Shift Plunger 169 6170 Comperession Spring 170 6168 Shift Crank 171 6167 Roll Pin 172 6171 Black Plastic Ball 173 6206 Cap Screw 274 6202 B74 Clutch Ring Pin 275 6200 B75 Clutch Ring 176 6199 Socket Set Screw 177 6199-1 Brass Plug 178 6198 B78 Overload Clutch Lock Nut 179 6197 B79 Safety Clutch Spring 180 6194 B80 Overload Clutch 181 6195 B81 Overload Clutch Sleeve 13HP (MILLING HEAD)243HP (MILLING HEAD)ITEM NO. PARTS NO. FACTORY NO. DESCRIPTION QT'Y83 6189 Round Head Screw 384 6228 Mock-it Lock Scrw 185 6228 Socket Set Screw 186 6246 Lock Screw 187 6246-1 Socket Set Screw 188 6191 B88 Compression Spring 189 6193 B89 Overload Clutch LeverSpring Plunger190 6186 B90 Quill Pinion Shaft Bushing 191 6190 B91 Pinion Shaft Worm Gear Spacer 192 6187 B92 Overload Clutch Worm Gear 193 6188 B93 Overload Clutch Ring 194 6188-1 Snap Ring 15 195 6236-1 B95 Dowrl Pin 196 6203 B96 Overload Clutch Trip Lever 197 6201 B97 Overload Clutch Washer 198 6195-1 Snap Ring 10 199 6205 B99 Clutch Arm Cover 1 100 6207 Socket Set Screw 1 101 6208 Chem Blacked Lock Nut 1 103 6239 B103 Cam Rod 1 104 6234 B104 Trip Handle 1 105 6233 B24 Black Plastic Ball 1 106 6231 B106 Feed Trip Braket 1 107 6232 Cap Screw 6X20 2 108 6219 Socket Set Screw 6X6 1 109 6229 Key 1 110 6214 B110+111 Feed Reversd Knob Stud 1 111 6213 B110+111 Reverse Knob 1 112 6215 B110+111 Snap Ring "C' 1 113 6218 B113 Handwheel Clutch 1 114 6255 Steel Ball 3/16 1 115 6219-2 B115 Compression Spring 1116 6219-1 Handwheel Clutch Spring Screw8X61117 6237 Roll Pin 13HP (MILLING HEAD)263HP (MILLING HEAD)ITEM NO. PARTS NO. FACTORY NO. DESCRIPTION QT'Y 118 6236 Cam Rod Sleeve Assy 1 119 6241 Roll Pin 1 120 6242 B120 Compression Spring 1 121 6240 B121 Trip Plunger 1 123 6118-1 Trip Plunger Bushing 1 124 6118 B124 Feed Trip Plunger 1 125 6210 B125+126 Handwheel 1 127 6084 B127 Spindle 1 128 6086 B128 Quill Skirt 1 129 6090 B129 Lock Nut 1 130 6091 Lock Washer 1 131 6092 Bearing6206 1 132 6094 Sleeve 1 133 6098 B133 Nose-Piece 1 134 6097 B134 Spindle Dirt Shield 1 135 6093 Bearing 7207 1 136 6095 B136 Bearing Spacer-Large 1 137 6096 B137 Bearing Spacer-Small 1 138 6093 Bearing 7207 1 140 6253 B140 Special Socket Set Screw 1 141 6254 Collet Alignment Screw 6X6 1 142 6085 B142 Quill 1 144 6113 Socket Set Screw 4X20 1 145 6111 B145 Feed Trip Lever 1 146 6112 B146 Trip Lever Pin 1 148 6116-1 B148 Quill Lock Sleeve 1 149 6119 B149 Lock Handle 1 151 6088 B151 Felt Washer 1 152 6117 B152 Quick Lock Bolt 1 152-1 6117-1 B152-1 Spring 1 153 6116 B153 Quill Lock Sleeve Tapped 1 155 5036 B155 T-Bolt Assy 1 156 6120 B156 Lower Clamping Bolt Spacer 2 157 5038 B157 Lock Nut 1158 6244 Chem Blacked RD.HD.Screws1623HP (MILLING HEAD)283HP (MILLING HEAD)ITEM NO. PARTS NO. FACTORY NO. DESCRIPTION QT'Y 159 6243 B159 Micrometer Scale 1 160 6115 Snap Ring 16 1 161 6108 B161 Quill Micro-stop Nut 1 162 6107 B162 Micrometer Nut 1 163 6105 B163 Quill Stop Knob 1 164 6104 B164 Quill Stop Micro-Screw 1 165 6106 Screw 3/8 1 166 6172 B166 Quill Pinion Shaft 1 168 6185 B168 Spring Pin 5X12 1 169 6180-1 RD.Head Screw 1 170 6179 Roll Pin 1 171 6184 Key 3X3X20 1 172 6183 B172 Pinion Shaft Hub Screw 1 173 6176 Steel Ball 1 174 6175 B174 Compression Spring 1 175 6178 B175 Rack Feed Handle Hub 1 176 6182 B176 Pinion Shaft Hub Sleeve 1 177 6180 B177 Spring Cover 1178 6181 B178 Clock Spring (Clock Spring Assy.)1181 6246-1 Socket Set Screw 1 182 6246 Lock Screw 1 183 6110 B183 Reverse Trip Ball Lever 1 184 6109 B184 Feed Reverse Trip Plunger 1 185 6114 B185 Reverse Trip Ball Lever Screw 1 186 5039 B186 Worm Gear 1 187 5041 Key 4X4X18 1 188 5042 Socket Set Screw 1 189 5040 B189 ADJ Worm Shaft 1 190 6174 B190 Pinion Shafte Hub Handle 1 191 6173 B191 Black Plastic Ball Handles 3/8 1 192 6101 Quill Housing 1 193 6101-1 B147 Adjust Shaft 1 194 6010-2 B154 Screw 12-2. 3HP Head Top Housing303HP Head Top HousingITEMNO.PARTS NO. FACTORY NO. DESCRIPTION Q'TY1 7013 VS13 Top Bearing Cap 12 H7088 VS101 Ventilator 23 7036 VS63 Timing Belt 14 7038 VS100 Timing Pulley Clutch Sleeve 15 7081 VS72 Key-- 16 7039 VS73 Splined Gear Hub 17 7040 VS74 Spindle Bull Gear 18 7041 VS77 Bearing-6908ZZ 19 7042 VS80 Snap Ring 110 7043 VS78 Bull Gear Bearing Spacer 111 7042 VS80 Snap Ring 112 7058 VS73-1 Wave Spring Washer 113 7041 VS77 Bearing-6908ZZ 114 7057-2 VS Washer 115 7057 VS79 Bearing Sleeve Spacer 116 7054 VS82-1 Oil Cap 117 7048 VS75 Ball Bearing Gear Sleeve 118 7056 VS81 Bearing Lock Nut 119 7087 VS61 Jam Nut 120 7086 VS62 Timing Belt Pulley 121 7085 VS12 Socket HD Cap Screw 322 7084 VS64 Bull Gear Pinion Bearing Cap 123 7082 VS64-1 Wave Spring Washer 124 7079 VS65 Ball Bearing --6203ZZ 125 7083 VS66 Bull Gear Pinion 126 7077 VS03 Socket Set Screw-- 127 7078 VS68 Key-- 128 7080 VS67 Bull Gear Pinion CounterShaft129 7078 VS69 Key-- 130 7079 VS65 Ball Bearing --6203ZZ 131 7073 VS51 Socket HD Cap Screw 632 7055-1 VS102 T-Tip Pin 333 7055 VS84 Compression Spring 334 7049 VS83 Fixed Clutch Bracket 13HP Head Top Housing323HP Head Top HousingITEMPARTS NO. FACTORY NO. DESCRIPTION Q'TY NO.35 7059 VS87 Bull Gear Shift Pinion Shaft 136 7071 VS92 Hi-Low Pinion Block 137 7072 VS88 Spring Pin 138 7072-1 VS92-1 Socket HD Cap Screw 239 7063 VS85 Stud 340 7062 VS85-1 Spring Washer 341 7061 VS85-2 Hex Nut 342 7060 VS89 Hi-Low Detent Plate 143 7064 VS Socket Set Screw-- 144 7065 VS89-1 Adjustable Plate 145 7068 VS12 Socket HD Cap Screw 246 7066 VS90 Hi-Low Detent Plunger 147 7067 VS91 Spring 148 7070 VS94 Hi-Low Shift Crank 149 7069 B24 Bakelite Ball 150 7045 VS86 Hex Cap Screw 351 7046 VS86-1 Spring Washer 32-3. 3HP Head Back Gear343HP Head Back GearITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q'TY1 7022-1 VS17-1 Round + Cap Screw 42 9500 VS Emergency Switch 13 9501 VS F/R Switch 14 9502 VS Variable Resistor 15 9503 VS RPM Meter-10V 19503-1 RPM Meter-7.5V 19503-2 RPM Digital Counter 16 H7023-1 VS16-5 Chromed Face Plate 1H7023-2 Chromed Face Plate UL 17 H7005-1 VS16-6 Speed Chanter Housing 18 H7025 VS17 Socket HD Cap Screw 49 9504 VS Control Wire Cable 110 9505 VS Limit Switch w/Cable 111 H8010-1 VS1-4 ACER Name Plate 112 H8010-2 VS1-5 Limit Switch Bracket Plate 113 7022-2 VS Round Socket Cap Screw 214 7022-3 VS Spring Washer 215 7022-4 VS Hex Nut 216 7022-5 VS Socket HD Cap Screw 217 8001 VS14 Socket HD Cap Screw 318 7013 VS13 Top Bearing Cap 119 8003 VS13-1 Wave Spring Wahser 119-1 8004 VS15 Ball Bearing --6007ZZ 120 H7088-1 VS101-1 Round Cap Wooden Screw 1221 H7088 VS101-1 Ventilator 222 H8010-3 VS1-6 Round Socket Cap Screw 223 H8010-4 VS1-7 Covering Plate 124 H8010-5 VS1-8 Round HD Screw 425 8034-1 VS70-2 Spindle Pulley Hub Lock-Nut126 8028-1 VS45-1 Stationary Driven Pulley 127 H8073 VS52 Sleeve for Brake Lock Shaft 128 H8074 VS53 Brake Lock Shaft 129 8068 VS58 Brake Finger Pivot Stud 130 8068-1 VS60-1 Snap Ring 13HP Head Back Gear363HP Head Back GearITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q'TY31 8067 VS59 Brake Operating Finger 232 8066 VS60 Snap Ring 133 H8077 VS99 Socket Set Screw 234 8072 VS54-1 Socket Set Screw 135 8069 VS57 Bakelite Ball Handle 136 8070 VS56 Brake Lock Handle 137 8071-1 VS55-1 Socket HD Cap Screw 138 8070-1 VS56-1 Hex Nut 139 8070-2 VS54 Brake Handle Block 140 8033 VS98 Spindle Pulley Spacer 141 7038 VS100 Timing Pulley Clutch Sleeve 142 H8063 VS82 Gear Housing 143 8060 VS82-1 Taper Pin 144 H8063-1 VS82-3 Oil Add Name Plate 145 8061 VS82-1 Quill Feed Name Plate 146 8059 VS Drive Screw 447 8008-1 VS 3HP Spindle Motor 148 8009 VS Socket HD Cap Screw 249 8009-1 VS Spring Washer 250 8009-2 VS Washer 151 H8010 VS01 Belt Housing 152 8040-2 VS02-2 V-Belt Pulley Sleeve 153 8040-3 VS02-3 Hex HD Scrw 254 8039 VS06 Key 155 8040-1 VS02-1 V-Belt Pulley 156 8034-2 VS70-3 Socket Set Screw 257 8034-3 VS70-4 Round Copper Tip 258 8023 VS43 Ball Bearing-6010ZZ 159 H8053-1 VS50-1 Snap Ring 160 8035 VS14 Round Socket Cap Screw 161 8032 VS47 Brake Shoe Assembly 162 8036 VS48 Brake Shoe Pivot Sleeve 163 8032-1 VS47-1 Round Cap Screw 464 8031 VS49 Brake Spring 23HP Head Back Gear383HP Head Back GearITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q'TY65 H8053-2 VS50-2 Belt Housing Base 166 H8064 VS51 Socket HD Cap Screw 367 8034-5 VS70-1 Spindle Pulley Hub 168 8027-1 VS04-1 V Belt 169 8049-1 VS71-1 Key 170 8063-2 VS07-1 Grease Add Name Plate 171 8059 VS Drive Screw 272 8063-3 VS82-4 Grease Nibble 173 8054 Vs11 Motor Pulley Cover 174 8055 VS12 Socket HD Cap Screw 375 8063-2 VS01-1 Grease Add Name Plate 176 8059 VS Drive Screw 277 8058 VS82-2 Hi-Low Range Name Plate 178 8059 VS Drive Screw 22-4. 5HP (MILLING HEAD) HAND FEED ASS’Y405HP (MILLING HEAD) HAND FEED ASS’YITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q’TY 15K-6208M6Hex Nut 125K-6207M6x16Socket Set Screw 135K-6206M5x35Socket HD Cap Screw 245K-6205B99Clutch Arm Cover 155K-62045x20Roll Pin 165K-6203FB96Overload Clutch Trip Lever 175K-6195-1C10Snap Ring 185K-6201B97Overload Clutch Washer 195K-6202B74Clutch Ring Pin 2 105K-6200B75Clutch Ring 1 115K-6198B78Overload Clutch Lock nut 1 125K-6199-1Brass Plug 1 135K-6199M6x6Socket Set Screw 1 145K-6197FB79Safety Clutch Spring 1 155K-6195FB81Overload Clutch Sleeve 1 165K-61965x20Key 2 175K-61965x25Key 2 185K-6194FB80Overload Clutch 1 195K-6188-1C16Snap Ring 1 205K-6187+88FB92+93Overload Clutch Worm Gearand Ring 1 215K-6186FB90+91Quill Pinion Shaft Bushing 1 225K-6192B88-1Compression Spring 1 235K-6193B89Overload Clutch Lever SpringPlunger 1 245K-6191FB88Compression Spring 1 255K-6246-1M6x6Socket Set Screw 1 265K-6246M6x16Lock Screw 1 275K-5042Set Screw Plunger 1 285K-5039B186Worm Gear 1 295K-5040FB189ADJ Worm Shaft 1 305K-50414x20Key 1 315K-6133-1Bronze Tubing 1 325K-6133Oil Cup 1 335K-6172FB166Quill Pinion Shaft 1 345K-6172-1B168Cap Tip- T shape 1 355K-61843x20Key 1 365K-6181FB178Clock Spring 15HP (MILLING HEAD) HAND FEED ASS’Y425HP (MILLING HEAD) HAND FEED ASS’YITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q’TY 375K-6180FB177Spring Cover 1 385K-6180-1M5x12Socket HD Cap Screw 2 395K-6182B176Pinion Shaft Hub Sleeve 1 405K-6183B172Pinion Shaft Hub Screw 1 415K-6178B175Rack Feed Handle Hub 1 425K-6177M8x6Socket Set Screw 1 435K-6175Compression Sprin g 1 445K-6176Steel Ball 1 455K-6174B190Pinion Shaft Hub Handle 1 465K-6173B191Black Plastic Ball 1 475K-6105FB164Quill Stop Knob 1 485K-61063/8x5/8x24T Socket HD Cap Screw 1 495K-6253B154Cap Screw 1 505K-6116B B148Quill Lock Sleeve Tapped 1 515K-6116-1B152-1Compression Spring 1 525K-6116A FB153Quill Lock Sleeve 1 535K-6117FB152Quill Lock Bolt 1 545K-6119FB149Lock Handle 1 555K-6117-1Spring 1 565K-6117-2Spring Screw 1 575K-6243B159Micrometer Scale 1 585K-6244M4x8Round HD Cap Screw 2 595K-6251B147Set Bar 12-5. 5HP (MILLING HEAD) SPINDLE ASS’Y445HP (MILLING HEAD) SPINDLE ASS’YITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q’TY 15K-6090C40Snap Ring 125K-6092Ball Bearing- 6008LLB 235K-6094-1M8x6Socket Set Screw 245K-6094FB129Lock Nut 155K-6093Ball Bearing- 7010 265K-6096FB137Bearing Spacer- Small 175K-6095FB136Bearing Spacer- Large 185K-6097FB134Spindle Dirt Shield 195K-6098FB133Nose Piece 1 105K-6086FB128Quill Skirt 1 115K-6088-1M5x8Felt Washer Screw 2 125K-6088-2M5Washer 2 135K-6085FB142Quill 1 145K-6084FB127Spindle #40 1 155K-6085-1M5x8Socket Set Screw 1 165K-6099FB127-1Keeper Key 2 175K-6100M8x25Socket HD Cap Screw 2 185K-8014Drawbar 1 195K-8020Drawbar Washer 12-6. 5HP (MILLING HEAD) AUTO FEED ASS’Y465HP (MILLING HEAD) AUTO FEED ASS’YITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q’TY 15K-6157B27Cluster Gear Shaft UpperBearing 125K-6153FB28Cluster Gear Assembly 135K-6158C16Snap Ring 145K-6156FB33Bevel Gear Bearing 155K-6159FB34Bevel Gear Thrust Spacer 165K-6151FB31+35Cluster Gear Shaft 175K-6160M3x35Cluster Gear Key 185K-6122B16Feed Engage Pin 195K-6123M6x6Socket Set Screw 1 105K-6121FB17Worm Gear Cradle 1 115K-6148FB15Feed Reverse Bevel Gear 1 125K-6149FB13, 3/8”Washer 1 135K-61503/8x1/4Socket HD Cap Screw 1 145K-61473x8Key 1 155K-6143FB36Feed Driving Gear Shaft 1 165K-61453x10Key 1 175K-6144FB40Feed Drive Gear 1 185K-6252BA66Needle Bearing 1 195K-6124M6x12Socket HD Cap Screw 1 205K-6140M6Washer 1 215K-6136-1Worm Gear Bushing 1 225K-6134Feed Drive Worm Gear 1 235K-61353x12Key 1 245K-6139Feed Bevel Pinion 1 255K-6136+37Worm Gear Cradle Bushing 1 265K-6169B20Gear Shift Plunger 1 275K-6170B21Compression Spring 1 285K-6168B23Shift Crank 1 295K-6131B24Black Plastic Ball 1 305K-61283x20Spring Pin 1 315K-6168-1M5x5Socket Set Screw 1 325K-6126B18Worm Gear Cradle Throw-out 1 335K-6125B19Shift Sleeve 1 345K-6132M5x12Socket HD Cap Screw 3 355K-6227B42Bushing 1 365K-62263x10Spring Pin 15HP (MILLING HEAD) AUTO FEED ASS’Y485HP (MILLING HEAD) AUTO FEED ASS’YITEM NO. PARTS NO. FACTORY NO. DESCRIPTION Q’TY 375K-6225B43Worm 1 385K-6224FB44Feed Worm Shaft Bushing 1 395K-6223B47Feed Worm Shaft ThrustWasher 1 405K-6220B48+49Feed Reverse Bevel Gear 1 415K-62173x20Spring Pin 1 425K-6222B50Feed Reverse Clutch 1 435K-6220B48+49Feed Reverse Bevel Gear 1 445K-62303x15Key 1 455K-6209FB57Feed Worm Shaft 1 465K-6216FB55Reverse Clutch Rod 1 475K-6231FB106Feed Trip Bracket 1 485K-6218B113Handwheel Clutch 1 495K-6219-1M8x6Socket Set Screw 1 505K-6219-2B115Compression Spring 1 515K-6255B114Steel Ball 1 525K-6231-15x20Dowel Pin 1 535K-6219M6x6Socket Set Screw 1 545K-6215B112, E5Snap Ring 1 555K-6213B111Reverse Knob 1 565K-6214B110Feed Reverse Knob Stud 1 575K-6232M6x25Socket HD Cap Screw 2 585K-6236-1Dowel Pin 1 595K-6241-1#2Y Pin 1 605K-6242B120Compression Spring 1 615K-6236FB118Cam Rod Sleeve Assembly 1 625K-62373x16Spring Pin 1 635K-62413x12Spring Pin 1 645K-6240B121Trip Plunger 1 655K-6239FB103Cam Rod 1 665K-6234FB104Trip Handle 1 675K-6131B24Black Plastic Ball 1 685K-6112Trip Lever Pin 1 695K-6104B164Quill Stop Micro-Screw 1 705K-6118B124Feed Trip Plunger 1 715K-6111B145Feed Trip Lever 1 725K-6113B146, M4x20Socket Set Screw 1 735K-6113-1M4Hex Nut 1 745K-6115C16Snap Ring 15HP (MILLING HEAD) AUTO FEED ASS’Y50。

elecworks 原理图中的操作技巧(1)

原理图中的操作技巧（1）1.符号属性文字的变化在实际过程中，当符号被使用后未必都能达到自己想要的位置排放效果。

例如下图中显示的，将符号水平放置后，标注“Q5”的角度就不合适。

为了能够实现最佳效果，就需要稍微的修改一下文字的角度。

但是一般的点击操作只会选择整个符号，而不能单独选中文字，这里就需要用到一个特殊的方法。

点击工具栏的“绘制”中“编辑”块内的其他，出现下拉菜单，在里面选择“编辑标注”。

如下图所示。

也可以直接在页面中右击符号，在标注右侧的下拉菜单中选择“修改标注”。

如下图所示：点击修改标注后可以打开标注的管理窗口。

在标注窗口中可以对所有标注做属性的定义和修改。

首先找到要修改的属性，在“值”一栏中辉给出提示。

在“角度”一栏中将角度设置为所需要的值，例如“0”。

点击确定后，页面中的文本会自动变为水平状态。

其他的属性也是一样的修改。

2.标注的手动定义一个符号在使用之后，所有的属性都是可以显示在其旁边的。

而标注管理器就是管理这些属性是否出现以及以什么形式出现在什么地方的。

当需要出现某个属性而软件没有自动体现出来的时候，可以手动添加一个属性。

实际上，最难的部分是第一列中属性的变量名。

借用上一个例子，如下图所示。

在用户数据中定义了“用户数据1”，“用户数据2”，“用户数据3”，但是图形中只会默认出现前两个用户数据信息。

第三个是不会出现的。

那么这时就需要手动添加第三个用户数据的变量。

仔细观察管理器中的变量，不难发现，“用户数据1”的变量是“#TX_1”，“用户数据2”的变量是“#TX_2”。

那么同理，只要添加“#TX_3”就可以了。

发现用户数据3出现的位置不理想，这时只要点击符号，注意查看文本前面的一个蓝色小点。

鼠标点击蓝色的点，移动到合适位置，这就可以了3.用户数据的变化在elecworks中，几乎所有的符号或者数据中都会出现“用户数据”。

其作用是用于表示某个客户自定义的说明信息。

但是，随着时间的推移，设计者自己到以后也会忘记用户数据1234对应的是什么。