CP40培训说明书汇总

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培训教材(初级版)

黄石市科威自控有限公司——EC/EP系列嵌入式PLC培训教材（初级版）序言电控技术日异月新，市场需求日益苛刻。

作为一家“以复兴民族自动化工业为已任”的科技型公司，只是学习、消化、汲取、实践别人的产品和技术是远远不够的，一定有自己独创的产品，才能在没有硝烟的战场上取获成功。

在董事长龚云生同志的得力领导下，公司公司骨干一直朝着“创新是一个民族的灵魂，是国家兴盛发达的不停动力”的方向奋进。

十余年来，战胜了重重困难，坚韧不拔地走自己的路。

发场团队精神，仔细累积和总结经验；自主创新与借“脑袋”并举。

天道酬勤，科威公司的科技成就不停浮现，特别是2005年，EC/EP系列嵌入式PLC在黄石市科威自控有限公司研发成功了!为我国的自动化工业增加了光彩。

自嵌入式PLC的成就在网上公布后，感兴趣的同仁日新月异，渴求认识其技术性能。

正由于嵌入式PLC刚才问世，知者甚少，为此，科威公司决定创办嵌入式PLC培训班。

这是切合“科学发展观”的要求的。

培训班的教材内容，由表及里，由浅入深。

因受时间和要求所限，不系统，重视实践。

希望对初学者，有所补益。

卫工08 年5月一、嵌入式PLC简介1、开发背景工控系统有大系统和小系统，特别是小系统，范围广，几乎覆盖了全部行业，并且要求是千差万其余。

控制器件有DCS、IPC和PLC等。

广大工控设计人员在器件选型时十分疑惑。

在数据办理上要求像IPC，在靠谱性上要求达到或超出PLC，在价位上力求便宜，好像单片机；在二次开发（应用程序）方面要求语言普通化、易学易懂易掌握。

谁都梦想有一款新式的工控产品能代替、包括IPC、PLC和单片机。

经过艰辛的努力，嵌入式PLC在科威公司问世了。

嵌入式PLC已列入国家科技攻关计划项目的阶段成就。

项目代号为2005BA206C。

2、什么是嵌入式PLC？嵌入式PLC是将通用的PLC梯形图语言、CANbus现场总线协议嵌入到单片机中，使其更具个性化、差别化，应用更宽泛、更灵巧，对用户更方便。

CP40培训说明书

照明
方式
可程控发光源的亮度 : 16 级照明
多种照明系统
: 普通照明, 通过边上的发光源来进行最优化的调整，为各种元件提供不同的照明 (BGA, BGA, Connector)
普通照明
三星照明
CP-33L/LV+ 系统配置
自动吸嘴更换装置
适用于各种不同元件的吸嘴 - 16 普通吸嘴孔位 - 4 专用孔位 (可选) - 9 种型号
本套幻灯片内容浅显易懂,叙述条理分明,图文并茂,有助于SMT操作人员对本设备操作技能的巩固和提高.
第一部分: SMT简介
Hppt://
三星表面贴装设备
上料机丝印机
贴片机
贴片机
接驳台
回流焊
下料机
SMT In-Line System Business
三星表面贴装概念
> 其彻底地排除了传统的定位方式造成元件移位的现象 > 最佳传送速度
CP-33L/LV+ 定位系统
PCB 定位系统
Transport Frame PCB
PCB 翘曲度为零
A PCB Suppor t Plate A
自动修正其高度
Backup Pin
PCB板定位方式最佳化
Backup Table
CP-33L/LV+ 软件
Gerber Mount
通过Gerber 软件转换成三星贴装文件
o Windows 95/98 环境下的软件 o 容易编辑贴装数据
o 自动扫描功能
o 输出为其它格式或转换为三星的贴装文件 o Provides Changeable View Point & Zoon in/out

TURCK NI20-CP40-Y1X-H1141型号产品的技术参数说明说明书

N I 20-C P 40-Y 1X -H 1141 | 11/29/2022 07-07 | t e c h n i c a l c h a n g e s r e s e r v e dNI20-CP40-Y1X-H1141Inductive SensorTechnical dataNI20-CP40-Y1X-H11411012191 Rated switching distance 20 mm Non-flushSecured operating distance ≤ (0.81 × Sn) mmSt37 = 1; Al = 0.3; stainless steel = 0.7; Ms = 0.4≤ 2 % of full scale ≤ ±10 %1…10 %2-wire, NAMUR 0.15 kHz Nom. 8.2 VDC Non-actuated current consumption ≥ 2.1 mA Actuated current consumption ≤ 1.2 mAKEMA 02 ATEX 1090X Internal capacitance (C i )/inductance (L i )250 nF/350 µHÉ II 2 G Ex ia IIC T6 Gb / II 1 D Ex ia IIIC T135 °C Da(max. U i = 20 V, I i = 60 mA, P Avoid static chargingRectangular, CP40Features■Rectangular, height 40 mm■Variable orientation of active face in 9directions■Plastic, PBT-GF30-VO■High-luminance corner LEDs■Optimum view of operating voltage and switching state from any position ■DC 2-wire, nom. 8.2 VDC■Output acc. to DIN EN 60947-5-6 (NAMUR)■M12 x 1 male connector■ATEX category II 2 G, Ex zone 1■ATEX category II 1 D, Ex zone 20■SIL2 (Low Demand Mode) acc. to IEC 61508,PL c acc. to ISO 13849-1 at HFT0■SIL3 (All Demand Mode) acc. to IEC 61508,PL e acc. to ISO 13849-1 with redundant configuration HFT1Wiring diagramFunctional principleInductive sensors detect metal objectscontactless and wear-free. For this, they use a high-frequency electromagnetic AC field that interacts with the target. Inductive sensors generate this field via an RLC circuit with a ferrite coil.Technical dataMounting instructions222/92/11|1411H-X1Y-4PC-2INN I 20-C P 40-Y 1X -H 1141 | 11/29/2022 07-07 | t e c h n i c a l c h a n g e s r e s e r v e dAccessoriesJS025/03769429Adjusting bar for rectangular housings CK/CP40; material: VA 1.4301BSS-CP406901318Mounting clamp for rectangular housings 40 x 40 mm; material:PolypropyleneN I 20-C P 40-Y 1X -H 1141 | 11/29/2022 07-07 | t e c h n i c a l c h a n g e s r e s e r v e dInstructions for useIntended useThis device fulfills Directive 2014/34/EC and is suited for use in areas exposed to explosion hazards according to EN 60079-0:2018 and EN 60079-11:2012.Further it is suited for use in safety-related systems, including SIL2 as per IEC61508.In order to ensure correct operation to the intended purpose it is required to observe the national regulations and directives.For use in explosion hazardous areas conform to classificationII 2 G and II 1 D (Group II, Category 2 G, electrical equipment for gaseous atmospheres and category 1 D, electrical equipment for dust atmospheres).Marking (see device or technical data sheet)É II 2 G and Ex ia IIC T6 Gb and É II 1 D Ex ia IIIC T135 °C Da acc. to EN 60079-0, -11Local admissible ambient temperature -25…+70 °CInstallation/CommissioningThese devices may only be installed, connected and operated by trained and qualified staff. Qualified staff must have knowledge of protection classes, directives and regulations concerning electrical equipment designed for use in explosion hazardous areas.Please verify that the classification and the marking on the device comply with the actual application conditions.This device is only suited for connection to approved Exi circuits according to EN 60079-0 and EN 60079-11. Please observe the maximum admissible electrical values.After connection to other circuits the sensor may no longer beused in Exi installations. When interconnected to (associated) electrical equipment, it is required to perform the "Proof of intrinsic safety" (EN60079-14).Attention! When used in safety systems, all content of the security manual must be observed.Installation and mounting instructionsAvoid static charging of cables and plastic devices. Please only clean the device with a damp cloth. Do not install the device in a dust flow and avoid build-up of dust deposits on the device.If the devices and the cable could be subject to mechanical damage, they must be protected accordingly. They must also be shielded against strong electro-magnetic fields.The pin configuration and the electrical specifications can be taken from the device marking or the technicaldata sheet.In order to avoid contamination of the device, please remove possible blanking plugs of the cable glands or connectors only shortly before inserting the cable or opening the cable socket.Special conditions for safe operation avoid static chargingService/MaintenanceRepairs are not possible. The approval expires if the device is repaired or modified by a person other than the manufacturer. The most important data from the approval are listed.。

CP40&CP45维护保养指导

解决方案及步骤
1、移去旋转接头 2、放臵一块柔软的布在Spindle 的下方，同时在其顶部注入少量的酒精。
3、使用气枪将有可能在Spindle 内部的杂质和酒精清理干净。
Spline Shift 在将酒精注入Spindle时请警告确认软布已经将其底部堵塞，同时确认酒精没有外流 Joint
Head部位—Timing Belt
关闭设备电源，向前拉动X-Frame
使用气枪吹去lens上面的灰尘
Mirror
使用用酒精泡过的海绵擦拭lens，然后再使用干净的干海绵擦拭lens
Head部位—Nozzle Holder
检查 A 由于Nozzle Holder 容易被损坏和歪曲，检查Compliance Assembly 以确认弹簧动作的正确性能，且无歪曲。
Filter Nipple
步骤
1、使用螺丝起子拆下HEAD部位的盖子
Fitting
2、使用7mm的扳手来进行更换Vacuum Filter
Head部位—Spindle
检查
Spindle上的污染物会引起设备吸取功能减弱，如有污染物的情况发生，Spindle 内部的污染物必须要清除。
Housing
Part Ⅲ
Conveyor System 部分
PCB Conveyor Belt
检查
1、检查并且确认皮带的张紧状态 2、检查并确认皮带是否有不正常的磨损 3、检查驱动马达滑轮是否有不正常的磨损 4、检查惰轮是否有不正常的滑轮 5、检查皮带是否有偏移或打滑解决方案 1、如果发现皮带太紧或太松的话，则利用惰轮来进行调节皮带的松紧程度。 2、如果发现皮带有不正常的磨损，请联系三星公司服务部门进行更换。 Support Idle/支撑惰轮

Compabloc 紧凑型热交换器系列说明说明书

focus on efficient mechanical cleaning,the L series to meet the particular requirements associated with high-pressure applications,and the X pattern combining high pressure and mechani-cal cleanability.All patterns have been optimized with regards to structural strength and flow mechanics,making the Compabloc more resistant to pressure peaks and cycling.This boosts the reliability and safety of the unit as well as providing better heat transfer performance.Flow pathsThe two media flow in alternately weld-ed channels between the corrugated plates.They flow in a cross-flowPanelHeat transfer plate packGasketSupportUpper headBaffle GirderLower headThe heart of the matterThe heart of Compabloc is a stack of corrugated heat-transfer plates in stainless steel or exotic materials,welded alternately to form pabloc is available in seven differ-ent plate family models:CP15,CP20,CP30,CP40,CP50,CP75and CP120with heat transfer areas ranging from 0.7to 840m 2(7to 8985ft 2)per unit.Each model is modularized with a stan-dard number of plates to fit any duty.Welds that meet your challenges Compabloc models CP15and CP20are TIG welded whereas the larger models CP30to CP120are laserwelded.The advantage of laser welding is that the weld is thinner and more accurate,and the heat input issubstantially reduced.This results in a unit with less stress,which makes it less sensitive to fatigue and cycling.In other words,laser welding improves reliability,extends the working life,and enables Compabloc installation in harsh environments.Another advantage is the shorter and more flexible delivery time.In addition to the advantage of using high tech laser welding the plates are configured in such a way that the joint between the plates allows butt welding thus eliminating the crevices that are a feature of other welded plate exchangers using manual TIG welding,and that are highly susceptible to crevice corrosion.Plate patternThe laser-welded range of Compablocs is available with three plate patterns –the K series,designed with a specialThe two media flow in cross-flow in alternately welded channelsSectional view of CompablocCompablocThe Compabloc welded plate heat exchanger from Alfa Laval is just reaching peak performance when many other conventional heat exchangers start to run out of steam.With no gaskets between the plates,Compabloc is perfect for operation in chemically aggressive environments and for handling high-tempera-ture fluids.2Compablocarrangement within each pass (see fig-ure at right)while the overall flow arrangement is counter-current for a multi-pass unit (see sectional viewbelow).When required,the unit can be designed with overall co-current opera-tion.Each pass is separated from theSuspended mounting forcondensation dutiesVertical Compabloc for liquid/liquid heat recoveryCompabloc installed as stripping column reboiler at an ethyl-acetate plant in Rhodia,Brazil 4CompablocApplicationsOil&gas production•Heat recovery in TEG systems(gas dehydration)•Heat recovery,cooling,condensation &reboiling in amine systems(gas sweetening,sour service)•Heat recovery,heating and cooling in crude oil dehydration and desalina-tion systems•Condensation in vapour recovery units •Heat recovery,cooling,condensation and reboiling in NGL fractionation systemsRefineriesVarious condensing&reboiling duties such as:•Condensation in atmospheric and vacuum distillation•Top condensing on fractionators in FCC,hydrocracking,H2S strippers,etc.•Propane&butane overheads con-densing in NGL and alkylation plants •Reboiling in H2S strippers,sour water strippers and other columns •Steam generationHeat recovery,cooling&heating duties such as:•Cooling of gasoline,kerosene,gas oil, diesel,pump-around etc•Cooling&heating of bitumen,VGO (vacuum gas oil)and other heavy products•Fractionator feed/bottom heat recovery•Pre-heating of crude oil•Desalted water/feed water heat recovery Hydrocarbon process industryCondensation,heating/cooling,heatrecovery and reboiling duties in the pro-duction of:•primaries such as olefins,aromatics,aldehydes,acids,ethers,esters,ketones,and halogens•intermediates such as acrolein,acrylic acid and acrylates,acryloni-trile,adipic acid,alkylbenzenes,ani-line/nitrobenzene,benzenesulphonicacid,bispenol A,caprolactam,diiso-cyanates(MDI&TDI),ethylben-zene/styrene,ethylene oxide/glycol,hexamethylenediamine(HMDA),maleic anhydride,melamine,phenol,phosgene,phthalic anhydride,propy-lene oxide/glycol,terephthalic acid(PTA)/dimethyl terephthalate(DMT),vinyl acetate,vinyl chloride,EDC•polymers including polyethylene,polypropylene,polystyrene andstyrene co-polymers,formaldehyderesins,polycarbonates,polyols,polyvinyl acetate,and polyvinyl alcohol•other organic chemicals such assoaps and detergents,paintings andcoatingsPharmaceutical industry&specialtychemicals•Special2-pass condenser with built-ingas/liquid separation chamber andmist eliminator for reactor overheadand vent condensation•Primary and vent condensation withhygienic design•Solvent recovery•Special2-pass condenser with2cooling medias.Coke oven plants•Ammonia liquor scrubber cooling•Debenzolized oil cooling•Benzolized oil heatingChlorine alkali plants•Chlorine gas cooling(drying)•Hydrogen gas cooling(drying)Fertilizer production•Nitrogen gas cooling•CO2gas cooling(3-step compressorinterstage cooler-gas drying)•Ammonia heat recovery and strippingcolumn reboiler•Nitric acid coolingHydrogene peroxide plants•Heat recovery and cooling of processstreamsAmmonium nitrate•Spent sulphuric acid heat recovery.•Oleum coolingMining industry•Nickel refining solvent extractionVegetable oil&fatty acids•Feed/bottom in deodorizationHVAC,district heating,energy,utilities,general services•Hot water production system•Steam heating•Heat recoveryFrom oil&gas to district heatingThe numerous advantages of the Compabloc heat exchanger make it suitable for use in a wide range of industries and applications.6CompablocCompact facts about Compabloc Design temperature:up to 350°C (660°F),down to -100°C (-148°F).Design pressure:up to 42barg (600psig)depending on models and full vacuum (FV).Maximum heat transfer area:840m 2(8985ft 2).Maximum liquid flow rate per unit:6000m 3/h (26250USgpm).Lowest achievable temperature difference:3°C (5.4°F).Duty:heat recovery (feed/bottom on stripping/distillation column),cooling,heating,condensation,partial condensation,reboiling,evaporation and gas cooling.Performance:low to high thermal length or NTU duty.Handles any corrosive medium.In case of service…The flexible construction of theCompabloc makes service a straight-forward matter.Cleaning can be done using 2different methods.Cleaning by hydroblasting is carried out on site by removing the panels and blasting the inside of the plate pack with a water jet at pressures of up to 1000barg.On-site cleaning can also be done by circulating cleaning solutions through the plate pack.Such chemical cleaning is highly effective as a result of the unit’s high turbulence and low hold-up volume.Chemical cleaning can also be per-formed by removing the plate pack and immersing it in a chemical bath.Compact facts about Compabloc Design temperature:up to 350°C (660°F),down to -100°C (-148°F).Design pressure:up to 42barg (600psig)depending on models and full vacuum (FV).Maximum heat transfer area:840m 2(8985ft 2).Maximum liquid flow rate per unit:6000m 3/h (26250USgpm).Lowest achievable temperature difference:3°C (5.4°F).Duty:heat recovery (feed/bottom on stripping/distillation column),cooling,heating,condensation,partial condensation,reboiling,evaporation and gas cooling.Performance:low to high thermal length or NTU duty.Handles any corrosive medium.On-site chemical cleaning is performed using the Alfa Laval CIP unit by circulating cleaning solutions through Compabloc.The solution is circulated from the lower inlet connection,through Compabloc and then discharged from the upper connection to the CIP tank.Compabloc 7。

OMRON40 实验指导(CP1E-40 可编程序控制器原理及应用)

可编程序控制器原理及应用实验指导书(OMRON-CP1E)目录PC可编程序控制器简介 (2)第一章可编程控制器的基本原理 (2)第二章可编程序控制器的编程 (6)实验项目 (8)实验一艺术灯控制实验 (8)实验二交通灯控制 (10)实验三液体混合装置自动控制 (12)实验四 LED数码管控制 (14)实验五步进电机控制 (16)实验六四级传送带控制 (18)实验七机械手自动控制 (20)实验八邮件分拣控制 (22)实验九水塔水位控制 (24)实验十电机Y/△起动控制 (26)实验十一刀库捷径选择控制 (28)实验十二四层电梯控制 (30)PC可编程序控制器简介可编程序控制器（Programmable Controller）简称PC,但在我国一部分技术人员为了与个人计算机（Personal Computer 简称PC）区别开来，仍把可编程序控制器简称为PLC，也有简称PC的，本指导书中简称PC。

PC它是以微处理器为核心的工业通用自动控制装置。

它具有控制能力强、使用方便灵活、小型化、可靠性高、易于扩展、通用性强等优点。

它不仅可以取代传统的继电器控制系统，还可以进行复杂的生产过程控制和应用于工厂自动化网络。

目前在工业发达国家里，PC应用相当广泛，尤其是小型PC，采用类似继电器逻辑的过程操作语言，使用十分方便，简单易学，备受工厂电气及工程技术人员的欢迎。

普及PC技术，推广应用可编程序控制器，加速我国企业的技术进步和设备改造，开始新型的机电一体化产品，对提高我国的工业自动化水平和生产效率有很重要的意义。

为了配合PC技术在我国的广泛推广，满足大专院校、以及各类职业技术学校开设相关课程的实验要求，我厂工程技术人员根据用户的需要，最新研制出新型PC实验台。

该实验台针对目前市场上已有的同类产品扬长补短、优化创新、从而具有功能完备、操作方便、造型美观等特点。

该设备依据我国目前高等院校机电、电气类课程的实验要求精心设计，实验项目完整丰富，与课堂教学紧密结合，因此具有极高的性价比。

CP400软件基础培训

#1
2
USB
CF
© ABB Group November 9, 2012 | Slide 52
#
1 2…
© ABB Group November 9, 2012 | Slide 53
#1
1
2
USB CF
© ABB Group November 9, 2012 | Slide 54
1 2
M+1
SW6
ON
OFF
© ABB Group November 9, 2012 | Slide 3
Dip SW7
On OFF
SW8
ON 1 9 OFF
SW9 SW10
ON OFF RS485, RS485, ON OFF
COM2
SW11
ON OFF RS485, RS485, ON OFF
COM3
On CP440 & CP450
/
/
/
/
© ABB Group November 9, 2012 | Slide 27
/
/
/
© ABB Group November 9, 2012 | Slide 28
GIF
GIF PLC /
© ABB Group November 9, 2012 | Slide 29
PLC PLC
© ABB Group November 9, 2012 | Slide 30
© ABB Group November 9, 2012 | Slide 8
\
\
© ABB Group November 9, 2012 | Slide 9
USB
CF

CP4000激光器的操作、使用、故障处理

用户培训教程上海团结普瑞玛激光设备有限公司 2006年CP4000激光器的操作、使用、故障处理王瑞延徐世璞付百泉编写目录第一章安全 (1)一概述 (1)二电气危害 (1)三烧伤危害 (2)四防护眼镜 (2)五皮肤暴露 (3)六易燃材料 (3)七出光口 (3)八吸入危害 (3)九激光器的安全措施 (3)十安全标签及其位置 (4)1. 标签① (5)2. 标签② (6)3. 标签③ (6)4. 标签④ (7)5. 标签⑤ (7)6. 标签⑥ (7)7. 标签⑦ (8)第二章规格参数 (9)一激光器技术规格 (9)二水电要求 (9)三接口尺寸 (10)第三章安装 (11)一场地准备 (11)二电气要求 (11)三输入电压配置 (11)四冷却水要求 (11)五气体和空气要求 (11)六CP4000的安装/启动步骤 (12)1. 拆箱和检查 (12)2. 电气接线 (13)3. 气体连接和放气步骤 (13)4. 连接冷却水 (14)5. 接口 (14)6. 放平激光器 (14)7. 运行激光器 (15)8. CP4000安装检查清单 (16)第四章接口 (23)一CP激光器的接口 (23)二外部连锁和安全连锁 (23)三控制激光器 (27)四控制光闸 (27)五故障状态 (27)六打脉冲 (27)七模拟指令 (28)八CNC 24 VDC (28)九串行接口 (28)第五章CP4000激光器的结构 (29)一概述及特性 (29)二激光原理及CP系列激光器 (29)1. 谐振腔 (30)2. 供气和真空系统 (31)3. 冷却系统 (35)4. 电气系统 (35)5. 高压电源 (42)6. 空气系统 (43)第六章激光器监控软件Laser Panel (45)一操作概述 (45)二硬件接口 (45)三Laser Panel软件概述 (46)四Laser Panel窗口布局 (46)第七章操作步骤 (48)一标准启动步骤 (48)二关机步骤 (48)第八章备件清单 (49)第九章CP4000激光器常见故障的排除 (53)一CP4000激光器报警 (53)1. WARN 001 CO2 GAS PRESSURE LOW （R186.BIT1） (53)2. WARN 002 N2 GAS PRESSURE LOW（R186.BIT2） (53)3. WARN 003 He Gas Pressure Low (R186.BIT3) (53)4. WARN 004 CHANGE V ACUUM PUMP OIL (R186.BIT4) (54)5. WARN 005 TURBINE MAINTENCE REQUIRED (R186.BIT5) (54)6. WARN 006 MAX TIME FOR BACKFILL EXCEEDED（R186.BIT6） (54)7. WARN 007 MAX TIME TO REACH LOW LATCH EXCEEDED（R186.BIT7） (54)8. WARN 008 MAIN CONTACTOR DELAY（R186.BIT8） (54)9. WARN 009 HV POWER SUPPL Y RESET DELAY（R186.BIT9） (55)10. WARN 010 HV INHIBITED，NOT IN PRESSURE WINDOW（R186.BIT10） (55)11. WARN 011 BEAM ON WITHOUT HV ON（R186.BIT11） (55)12. WARN 012 HV INHIBITED RE-ENABLE HV ON（R186.BIT12） (55)13. WARN 013 HV INHIBITED，CLOSE SHUTTER（R186.BIT13） (55)二CP4000激光器MCR故障信息 (56)1. MCR 001 CO2 GAS PRESSURE LOW FAULT （R182.BIT1） (56)2. MCR 002 N2 GAS PRESSURE FAULT （R182.BIT2）－N2压力故障 (56)3. MCR 003 He GAS PRESSURE LOW （R182.BIT3） (56)4. MCR 004 EXCEEDED MAX TURBIN STARTING TIME RESTARTING LASER（R182.BIT4）575. MCR 005 MAIN CONTACTOR STA TE FAULT（R182.BIT5） (57)6. MCR 006 V AC PUMP CONTACTOR STA TE/BREAKER FAULT（R182.BIT6） (58)7. MCR 007 FREQUENCY INVERTER CIRCUIT BREAKER FAULT（R182.BIT7） (58)8. MCR 008 TURBINE START FAULT（R182.BIT8） (59)9. MOR 009 CIRCUIT BREAKER STRING TRIP FAULT（R182.BIT9） (59)10. MCR 010 D00R INTERLOCK FAULT（R182.BIT10） (60)11. MCR 011 FREQUENCY INVERTER FAULT（R182.BIT11） (60)12. MCR 012 W ATER FLOW FAULT（R182.BIT12） (60)13. MCR 013 SAFETY RELAY INTERLOCK FAULT（R182.BIT13） (61)14. MCR 014 CABINET TEMP FAULT（R182.BIT14） (61)15. MCR 015 TURBINE MOTOR BEARING TEMP FAULT（R182.BIT15） (62)16. MCR 016 TURBING BEARING TEMPEATURE FAULT（R182.BIT16）－涡轮机轴承温度故障6217. MCR 017 TURBINE GAS TEMP FAULT（R183.BIT1）－涡轮机气体温度故障 (63)18. MCR 018 W ATER TEMP HIGH FAULT（R183.BIT2）－水温过高故障 (63)19. MCR 019 SAFETY-MAIN CONTACTACTOR STA TE FAULT（R183.BIT3）－主接触器故障6420. MCR 020 SAFETY-VACUUM PUMP CONTACTOR STATE FAULT（R183.BIT4）－真空泵接触器故障 (64)21. MCR 022 MAX OPERA TING PRESSURE FAULT（R183.BIT6）－最大工作压力故障 (65)22. MCR 023 SAFETY-E-STOP FAULT（R183.BIT7）－急停故障 (65)23. HV 001 SHUTTER BLADE/DUMP TEMP FAULT（R184.BIT1）－光闸温度光闸 (66)24. HV 002 BEAM TUBE FAULT（R184.BIT2） (67)25. HV 003 HV POWER SUPPL Y FAULT（R184.BIT3）－电源故障 (67)26. HV 004 TRANSFORMER TANK TEMP FAULT（R184.BIT4）－变压器油箱温度故障 (67)27. HV 005 LANE MONITOR FAULT（R184.BIT5）－ (67)28. HV 006 CA VITY PRESSURE FAULT（R184.BIT6）－腔压故障 (68)29. HV 007 TURBING SPEED FAULT（R184.BIT7） (68)30. HV 008 SHUTTER STATE FAULT（R184.BIT8） (69)31. HV 009 SHUTTER TIMING FAULT（R184.BIT9）－光闸动作超时故障 (69)32. HV 010 WA TER TEMP LOW FAULT（R184.BIT10）－水温过低故障 (69)33. HV 011 SHUTTER LORIC FAULT（R184.BIT11） (69)34. HV 012 POWER MONITOR FAULT（R184.BIT12）－功率监控故障 (70)35. HV 013 AIR PRESSURE FAULT（R184.BIT13）－空气压力故障 (70)36. HV 014 HV CIRCUIT BREAKER FAULT（R184.BIT14）－断路器故障 (70)37. SHTR 001 SHUTTER LOGIC FAULT（R185.BIT1）－光闸逻辑故障 (70)38. SHTR 002 AIR PRESSURE FAULT（R185.BIT2）－空气压力故障 (70)39. SHTR 003 POWER MONITOR FAULT（R185.BIT3）－功率监测器故障 (71)40. SHTR 004 SHUTTER STA TE FAULT（R185.BIT4）－光闸状态故障 (71)41. SHTR 005 SHUTTER TIMING FAULT（R185.BIT5）－光闸动作超时故障 (71)42. SHTR 006 WORK ENCLOSURE INTERLOCK FAULT（R185.BIT6）－防护罩联锁故障7143. PLC 001 LOW BATTERY（R187.BIT1）－电池电量低 (72)44. PLC 002 CPU HARDWARE PROBLEM（R187.BIT2）－硬件问题 (72)45. PLC 003 CONFIGURATION MISMA TCH（R187.BIT3）－配置失当 (72)46. PLC 004 CORRUPTED RAM（R187.BIT4）－内存破坏 (72)47. PLC 005 UNRECOVERABLE SOFTWARE ERROR（R187.BIT5）－不可恢复的软件错误72三激光器故障......................................................................................................... 错误！未定义书签。

CM402培训资料

制作人：胡成晟2022/1/7CM402培训资料（工程师用）1.设备介绍本机采用微机控制方式，但设备本身存储器很小。

程序主要保存在PT的终端计算机中，根据硬盘的大小，1个程序大约1MB，1张3.5寸软盘保存1个品种的程序。

程序最多可编程10000点。

供给气压为0.49-0.78MPa,供给流量为150L/min，环境温度为10－35℃，湿度为25－60％。

机器运转噪音为70dB以下。

制作人：胡成晟2022/1/7安全：注意设备上的各种表示，为引起注意的表示，为禁止做的内容，为强制内容。

1）遇到危险和异常的情况，请按动紧急停止。

前后各有一个紧急停止开关，请按离自己最近的开关。

危险和异常排除后，请把紧急停止开关打开。

2）在上料、机种切换、调整等需要将手和身体进入机器的场合，需注意以下事项。

A.要修理控制箱时－－－－－－－－－－－－－－－－－－－－－－－－－－－－切断本机的输入电源（断流器置于OFF 状态）制作人：胡成晟2022/1/7 B.需交换传感器等控制部分时，拆卸部品时－－－－－－－－－－－－－－－－－将设备的开关置于OFF状态C.机种切换、日常点检、吸嘴站设置吸嘴、设备内部维护的场合－－－－－－－－将serveswitch置于OFF，安全盖打开。

锁定:1)设备在自动生产状态时，应关闭安全门。

当需要上料等场合，应打开安全门。

当自动生产时误将安全门打开时，机器立即停止从而保护作业者的安全。

制作人：胡成晟2022/1/72）机种切换和点检时，作业者的身体必须进入机器的场合，一定要把serve switch 置于OFF 的状态，此时设备的各驱动轴不会动作。

2.生产线的构成本生产线由PT-200终端和CM402设备构成，PT-200最多控制10台机器，每个MOUDLE 最多16个TABLE,终端和各设备组成局域网，各机与终端机在生产时交换数据，保证机器数据和终端数据的统一。

3.设备各部分介绍制作人：胡成晟2022/1/71）各部名称及动作状态指示灯（红黄绿）、前触摸屏、后触摸屏、电源开关、非常停止开关、气压调节器、工作台指示灯、基板传送带、部品相机、吸嘴交换站（可选）XY单元、贴片头（头部基板认识相机、吸嘴HOLDER、吸嘴）、部品供给单元（交换台车）红－－－不可能继续生产的故障（非常停止、MOTOR轴、气压低下、基板传送故障）黄－－－可以继续生产的故障（料带断，单循环模式）绿－－－正常生产2）系统开关开关机间隔至少10秒3）密码变更用密码更换工具磁盘来变更密码制作人：胡成晟2022/1/7 4.设备基本操作1）触摸屏和操作界面：上操作键只有F1可以使用（F1在做切换画面时可交替显示A、BSTAGE）2)操作员项目的理解：操作人员可以操作的按钮为三个：生产、生产设定、生产情报。

S40系统PLC你说明书(V1.1)

3.8 NOP 与 END 指令 NOP：空操作指令。 END：结束指令，表示程序结束。
4 元件说明元件是用来识别在PLC 中处理的信号的地址符号。元件编号是分配给元件的系列号。在本
系统PLC中的元件X 、Y 和M等的元件编号以十进制符号表示的。
4.1 元件列表
下表为 PLC 系统所有元件列表
元件
说明
X 系统输入信号
Y 系统输出信号
10ms 通用定时器；10ms 积算定时器；100ms 通用定时 T 器；100ms 积算定时器；1s 通用定时器；1s 积算定时
器。
C 系统计数器
M 系统辅助继电器
4.2 元件详细说明 4.2.1 输入继电器（X）
-3-
Your needs ,We have
成都卡诺普自动化控制技术有限公司 CRP Automation Control Technology Co.ltd
作用：I/O 接口 Y00 到 Y15 输出
引脚
名称
定义
说明
1
Y00
通用输出口
2
Y01
通用输出口
3
Y02
通用输出口
4
Y03
通用输出口
5
Y04
通用输出口
6
Y05
通用输出口
7
Y06
通用输出口
8
Y07
通用输出口
9
Y08
通用输出口
10
Y09
通用输出口
11
Y10
通用输出口
12
Y11
通用输出口
13
Y12
通用输出口
作用：I/O 接口 X00 到 X15 输入
引脚

CP40培训说明书

2组装工艺类型组装工艺类型 SMT组装分单/双面表面贴装、单面混合贴装、双面混合贴装等。 3焊接方式分类焊接方式分类 3．1波峰焊接．波峰焊接选配焊机、贴片胶、焊剂、焊料及贴片胶涂敷技术，利用熔融焊料循环流动的波峰面与装有SMD 的基板接触而完成焊接。 3．2再流焊接．再流焊接加热方式有红外线、红外线加热风组合、VPS、热板、激光等。主要是通过红外线辐射、热风的吸收、氟系惰性气体以及激光的热能对基板及焊料进行全部或局部加热。 3．3烙铁焊接．烙铁焊接使用烙铁和焊锡将SMD与基板连接，形成很好的电接触。焊接时烙铁不要直接接触元件电极，焊接时间不可超过5秒，同时，烙铁的温度也不宜过高。一般选用270℃、功率30W以下为宜。 4贴装设备分类贴装设备分类 4．1按速度分类．按速度分类有低速机、中速机和高速机。 4．2按贴装方式分类．按贴装方式分类 4.2.1有顺序式有顺序式按程序逐只顺序贴装SMC/SMD。可根据PCB图形的变更调整贴装程序。。 4．2．2 同时式．．使用专用料盘供料，通过模板一次性地同时将多只SMC/SMD贴放在PCB上。 4．2．3 在线式．．一系列顺序式贴装机排列成流水线，中间用传送机构连接，PCB由传送机构传送，每到一台贴装机的贴装头下就贴装一个或几个元器件。
影响焊接质量因素鱼骨图
焊膏粘度发泡剂粒子形状摇溶性粒子直径硬度发泡剂的含量平形度压力角度焊膏的印刷性刮刀形状
粘度刚性行程速度印刷机厚度金属丝网张力开口边形状
开口大小槽断面形状
SMD具备的基本条件： a、元件的形状适合于自动化贴装； b、尺寸，形状在标准化后具互换性； c、有良好的尺寸精度； d、适应于流水或非流水作业； e、有一定的机械强度； f、可承受有机溶液的洗涤； g、可执行零散包装又适应编带包装。

COMSPA140说明书Ver1.1

COMSPA140协议转换模块用户手册及技术说明书Ver 1.1目录1 概述 (1)1.1功能描述 (1)1.2装置特点 (2)2 主要技术指标 (2)2.1通讯 (2)3 安装接线与配置 (3)3.1尺寸与安装 (3)3.2装置接线 (3)3.3装置的设置 (4)4 使用与维护 (4)4.1使用 (4)4.2维护及故障排除 (5)4.3 MODBUS规约实现 (6)5通讯说明 (8)5.1 定义 (8)5.2 规约的说明 (8)附录一：MODBUS扩充 (11)附录二：协议转换模块MODBUS地址表 (12)附录三：SPAJ140C EVENT代码表 (17)1 概述COMSPA140协议转换模块主要用于ABB－SPAJ14X继电器保护单元的接口电平及规约转换，将SPABUS总线规约转换为标准的MODBUS规约。

COMSPA140的电源可直接由继电器保护单元提供。

通过RS485总线与上位机进行数据通讯，传送及整定SPAJ14X的所有数据。

图1-1 COMSPA140装置外观图1.1功能描述(1) 协议转换模块的使用限制l软件版本V er2.0，仅支持SPAJ14X继电器。

(2) 协议转换模块的数据信息l输出信号的读取；l整定值的读取及修改；l记录和参数存储；l事件记录；l故障查询；l广播校时。

(3) 通讯功能l自动识别SPAJ14X继电器的地址和波特率, 协议转换模块地址与SPAJ14X的地址相同；l采用标准MODBUS规约；l通讯口采用光电隔离；l RS485通讯参数可通过通讯口进行设置。

1.2装置特点l设计新颖，具有体积小、结构紧凑、模块化等特点。

l独特的抗干扰性能。

l协议转换模块采用容错技术和看门狗技术，保证程序自恢复，彻底消除死机现象；l协议转换模块支持在线更改SPAJ14X继电器地址及RS485通讯口的参数。

2 主要技术指标2.1通讯2.1.1 SPABUS通讯口l SPABUS协议；l通讯速率9600,4800bit/s；l偶校验;l询问间隔：A类数据200ms，B类数据插入询问（详见通讯说明一节）。

新系统调试维修处理(补充资料)

动作位置异常过大
中信号不良 Y4
经历记录运行越程 70
最下层减速开关临近超速
确认直流段电 LANDIC 装置用 21R 检查出反 #6
动作位置异常用软件检测
压信号不 ON
BD 检出
向运行
不能 OFF
编码器检查出确认直流段电运行中开门终端层超速
逆向运行
压信号不 OFF
时超速
速度控制异常反复
面板显示 OC OH1 OH2 OH3 OH4 OL1 OL2 OL3 OLU OS OU PbF P9 Ar1 Ar2 Ar3 Ar4
Ar5
Ar5
DT 变频器事件码一览表
事件码解释风扇过热外部报警变频器内过热电动机过热加速时过电流减速时过电流恒速时过电流加速时过电压减速时过电压恒速时过电压输入缺相速度偏差过大
8 0 MILLNET
异常情报 1 MILLNET
通讯中断 2 MILLNET
通讯异常 3
4
5
6
7 变频器与 IF 间通讯异常
8 变频器 -MIC 通信不良
9 LANIC 通信不良
A
B
C UCMP 异常检测出制止
D UCMP 异常检测出停止
E 自动开关或运行开关 OFF
F
9
SV→ M、M→M 通讯中断 SV→M、M→M 通讯异常（越程） SV→M、 M→M 通讯异常（帧） SV→ M/M→M 通讯异常（奇偶） SV→ M/M→M 收信存储器溢出 SV→ M/M→M 通讯检查错误
37
38 39-48
事件码解释过电流冷却风扇过热外部报警 Pt 板周围温度过热马达过热马达过负载（M1）马达过负载（M2）马达过负载（M3）变频器过负载过速度过电压充电回路异常 PG 断线控制输入异常速度设定输入异常扭矩指令输入异常扭矩偏移异常

S80,40控制系统调试使用说明(V1.1)

Pr0.16
Pr5.04
通讯参数设置
（绝对伺服电机才需设置该
功能）
Pr5.29 Pr5.30 Pr5.31
成都卡诺普自动化控制技术有限公司
CRP Automation Control Technology Co.ltd
0
制动器动作时间当伺服使能撤消时立即输出制动信号
300 制动器动作动速设置电机转动时输出制动信号的转动速度
设置为方向+脉冲方式
3 输入脉冲方式 PN200
xxx0
PN200
xxx0 注：x 表示不修改其值，初始为多
就为多少
4
反馈脉冲
PN201
2500
PN212
2048
当编码器分辨率为 13Bit 时只能设置为 2048，高于 13Bit 设置为 2500
设置电机一圈需要 6000 个脉冲，
5 电子齿轮分子 PN202
10 正反转禁止取 PN50A
11
消
PN50B
12
13
抱闸设置
14
PN50E PN50F PN512
15 外接制动电阻 PN600
8100
xxx8
3200 0100 0000
16 自动增益设置
17
刚性设置
18 转矩限制设置
PN110 FN001 PN402
PN403
xxx1 1-4 100-300
-3–
Your needs ,We have
NO：21
NO：23
扩展参数1
NO：27 NO：41
NO：28 NO：33
成都卡诺普自动化控制技术有限公司
CRP Automation Control Technology Co.ltd

Arcan CP402 40吨电动车间压机说明书

SHOP PRESSASSEMBLY INSTRUCTIONSCP402 - 40 TON ELECTRIC SHOP PRESSPRESS SPECIFICATIONSArcan Model No. A B C D E F G H I J K L CP402 76.25" 32" 29.75" 12" 8.25" 1.25" 1 HP Pendant Remote 9.5´/14 AWG Emerson 115V/13.2 AMPS N N Y(2)A - Total HeightB - Inside WidthC - Press Feet LengthD - Bed WidthE - Stroke (Ram Travel Distance From Fully Retracted Position To Fully Extended Position)F - Pin DiameterG - Motor ControlH - Power Cord (Length/Type)I - Mfr/Volts/Amps (Electric Motor)J - Pb WinchK - Sliding HeadL - Press Plates IncludedP.O. Box 58 Travelers Rest, SC 29690 Phone: (800) 879-7316 Fax: (864) 834-0073© Copyright 2007, Arcan Professional ToolsSAFETY INFORMATIONThis symbol alerts you to the possibilityof serious injury or death if instructionsare not followed.This symbol alerts you to the possibilityof damage to or destruction of equipmentif instructions are not followed.Failure to heed these warnings may result in lossof load, damage to the press and/or failureresulting in property damage, personal or fatal injury. This operating manual contains important details concerning the safe operation of this tool. The user must read and understand these details before any use of the tool. This manual must be retained for future reference.• Read, study, and understand all instruction manuals packed with this press before operating.• Always wear safety goggles.• Parts being pressed may splinter, shatter, or be ejected from the press at a dangerous rate of speed. Because of the variety of pressapplications, it is your responsibility to always use adequate guardsand wear eye protection and heavy protective clothing when operatingthepress.• Visual inspection should be made before each use of the press, checking for signs of cracked welds, bent bed pins, loose or missing bolts, leaks, or any other structural damage.• Do not go near leaks. High pressure oil can puncture skin and cause serious injury, gangrene, or death. If injured, seek emergency medical help. Immediate surgery is required to remove oil.• Keep hands and fingers out of the press and away from parts that may shift and pinch. Do not stand in front of work area when load is applied. • Always use an accurate pressure gauge to measure pressing force.• Do not exceed the rated capacity of this press.• Never tamper with hydraulic system pressure settings.• Do not substitute bolts, pins or any part of the components. Use only genuine factory replacement parts.• Always center load on ram plunger. Offset loads can damage ram and may cause load to eject at a dangerous rate of speed.• Remove all loads from press bed before attempting to adjust bed height.Beware of possibility of falling bed.• Press only on loads supported by press bed and included press plates.Do not support loads on floor or press frame.• When using any accessories such as arbor plates, be certain they are centered on press bed and are in full contact with press bed.• Before applying load, be certain all press bed supporting pins are fullyengaged.• Always use a bearing shield when pressing bearings. Use caution when positioning work to be pressed to ensure that the item that is to bepressed cannot be dislodged or broken during press work. This mayresult in the item being ejected from the press at a dangerous rate ofspeed.• Release hydraulic pressure before loosening any fittings.• Maintain proper hydraulic fluid levels.• Do not make any alterations to the press.OWNER/USER RESPONSIBILITYThe owner and/or user must have an understanding of the manufacturer's operating instructions and warnings before using this press. Personnel involved in the use and operation of equipment must be careful, competent, trained, and qualified in the safe operation of the equipment and its proper use when servicing motor vehicles and their components.Warning information should be emphasized and understood.If the operator is not fluent in English, the manufacturer's instructions and warnings must be read to and discussed with the operator in the operator's native language by the purchaser/owner, making sure thatthe operator comprehends its contents.Owner and/or user must study and maintain for future reference the manufacturer’s instructions. Owner and/or user is responsible for keeping all warning labels and instruction manuals legible and intact. Replacement labels and literature are available from the manufacturers.INSPECTIONVisual inspection of the shop press should be made before each use of the press, checking for damaged, loose or missing parts. Each press must be inspected by a manufacturer’s repair facility immediately if subjected to an abnormal load or shock. Any press which appears to be damaged in any way, is found to be badly worn, or operates abnormally must be removed from service until necessary repairs are made by a manufacturers's authorized repair facility. It is recommended that an annual inspection of the press be made by a manufacturer’s authorized repair facility and that any defective parts, decals or warning labels be replaced with manufacturer’s specified parts. A list of authorized repair facilities is available from the manufacturer. SAFETY INSTRUCTIONS• CHECK YOUR LOCAL, STATE AND FEDERAL REGULATIONS REGARDING THE SAFE USE OF THIS EQUIPMENT.• Your safety is a top priority. Please handle equipment with care.• Fully retract unit and remove all items from the press bed frame.• Support the press bed and remove the pins.• Raise or lower bed to desired height and reinstall press pins. Be certain pins are fully engaged in the parallel flanges of the upright columns.• Position press on a flat, level, hard surface, preferably concrete.Make sure all nuts and bolts are tight.• Clear the area of bystanders, especially small children, before using.• Set the press bed to the required height. The press is most effective when the work piece is located 1 inch below the ram’s retracted position.The compression stroke can include the entire 5 inch working range.• The press is designed to exert a force on anything which is positioned beneath its ram. The work piece can be ejected from under the ram ata high rate of speed and can injure someone.• Pressing Bearings: It is essential that you use the bearing shield when pressing bearings are on or off.OPERATION1. Press beds are adjustable up and down to fully take advantageof available ram travel and numerous work pieces.2. Slowly open release valve on power unit. With the power unitin its stored position, remove all items from the press bed.3. Be sure press bed is supported properly and remove press bed pins.4. Raise or lower press bed to desired height, and reinstall pressbed pins. Be certain pins are completely through both sidesof frame, as these pins are the major support mechanism for the bed.We want to know if you have any problems with our products.If you are missing any parts or find any damage, call Arcan directly,and we will remedy the situation. Please do not call the store whereyou purchased this product.Phone: (800) 879-7316Email:**********************PARTS LISTPress Frame - 1Pump and Ram Assembly - 11/2"-13 x 1-1/8" Hex Head Bolts - 2For Pump Assembly1/2" Nuts - 2For Pump Assembly1/2"-13 x 3/4" Hex Head Bolts - 4Washers - 6Air Breather Cap - 11-1/4" x 14" Press Pins - 4Press Plates - 2Accessory only -Not needed for assemblyTOOLS NEEDED3/4" socket w/ extension 9/16" wrenchExamine box contents, then proceed with the following instructions.YOU WILL NEED A FORKLIFT AND AT LEAST 3 PEOPLE TO PROPERLY ASSEMBLE THIS PRESS. OPERATION OF THE FORKLIFT SHOULD BE PERFORMED BY A LICENSED PROFESSIONAL ONLY. BE SURE TO USEEXTREME CAUTION WHEN ASSEMBLING THIS PRESS, AS YOUR SAFETY IS TOP PRIORITY.ESTIMATED ASSEMBLY TIME: 45 MINUTESACCESSORIESBegin behind the press. Using a forklift, place the pump on the back side of the forks, closest to the mast as shown in the diagrams.- The ram should be upside down with the gauge facing toward the press.- All hoses should be between the forks.WARNINGThe press must be on a hard, ﬂat surface, bolted to the ﬂoor if necessary in the position in which it will remain for the life of the equipment.RAM ASSEMBLY INSTRUCTIONS12Align the front end of the forks with the four holes in the top of the press, matching them up with the four holes in the top of the ram.Forklift located behind pressSlowly move the forks up toward the top of the press, making sure the holes in the top of the ram are aligned with the holes in the press. The pump assembly will stillbe resting on the forks.TO BOLT RAM TO PRESS, stand on a sturdy ladder and lookdown into press from the top. Use the provided 1/2-13 x 3/4" hex head bolts and washers, offsetting the ﬁrst two bolts and washers for more precise alignment. Finish with the other two bolts and washers until the ram is completely secured to the press frame. These four bolts willthread directly into pre-tapped holes in the ram.Slowly move the forks back down toward the bottom of the press, leaving the ram securely attached at the top. Stop about mid-way down to easily remove andplace the pump assembly.Top of press, looking down and insideNote: Handle ram carefully to avoid damage to gauge or gauge face. Do not disconnect hoses prior to assembly.3PUMP ASSEMBLY INSTRUCTIONSWARNINGNever allow hoses to kink, twist, curl or bend so tightly that the oil ﬂow within the hose is blocked or reduced. This could damage the hose and possibly result in serious injury to persons working in the immediate vicinity.CAUTIONAll hoses should run BEHIND press frame and should be free of kinks, twists or bends.Using at least two people, lift the pump assembly off of the forklift and orient the pump so that the plastic tank is on the bottom. Align with holes on right side of press frame.Using the 1/2"-13 x 1-1/8" hex head bolts, nuts and washers provided, attach the pump assembly to the press frame. (Line up a bolt and a washer in the inside of the frame ﬁrst. Finish with the nut attached under the pump assembly.Repeat with other hole.)Use adjustable wrench to remove silver ﬁller plug. Install air breather cap in its place.。

艾顿C440电子过载保护器说明书

Reliable and accurate intelligenceEaton’s line of C440 electronic overload relaysMotor failure has the potential to cause productiondowntime, costly repair bills and numerous safety concerns for plant personnel. For these reasons, motor protection should be a key element in protecting your organization’s most valuable assets. Selecting accurate and reliable motor overload protection is the best way to manage your costs and maintain system integrity. Eaton C440 and XT electronic overload relays provide reliable, accurate and value-driven protection—including communications capabilities in a single compact device.Increased flexibility, enhanced protectionEnhanced protection and monitoringElectronic design provides improved capabilities versus thermal overload relays.Flexible designSimplified selection,installation and maintenance.Predictive indicationStatus LED provides visualnotification of impending trip.The electronic design of Eaton’s C440 electronic overload relay delivers enhanced motor protection based on the ability to directly monitor motor current in each phase. Thermal modeling is performed electronically with precision solid-state components. The electronics accurately identify excessive current or phase loss and react to the condition with greater speed, reliability and repeatability than a traditional electromechanical device.Flexible designAdjustable trip classes (IEC Class 10A; NEMA T Class 10, 20 and 30).NEMA Class 10 and 20.Selectable (ON/OFF) phase and ground fault protection.Can be fitted withelectronic remote reset/communication modules for easy competitive retrofit.How do you know your overload is working?Just two frame sizes cover applications up to 100 A.2•Flexible DIN andpanel mounting•4IN/2OUT I/O Monitoring and control The superiority of electronic overload relays versus traditional thermal overload relays• Faster response time under phase loss and phaseunbalance conditions• Increased motor life due to thermal modeling design• Common design for single-phase and three-phase applicationsIntegral ground fault protection• The C440 has built-in ground fault protection capabilities,eliminating the need to purchase and install separate CTsand ground fault modules• True simultaneous ground fault protection and communications capabilities—unique in the industry• Integral design reduces inventory, speeds up installation time and delivers physical space savingsEnhanced protectionand monitoring: Temperature Limit of the Insulation G Reduction in Average Life of a Motor, E , When the WIs Continuously Overheated+9°F +18°F Temperature Rise +27°F: Temperature Limit of the Insulation 2Phase loss trip times under full load current conditionsMonitoring onlyparameters • Motor status (running, stopped, tripped, resetting)• Individual rms phase currents (A,B,C)• Average of three-phase rms current • Percent thermal capacity and phase unbalance • Ground fault current and percent• Network “Reset” capabilityprotocols supported• DeviceNet E• PROFIBUS T• Modbus T• Modbus TCP• EtherNet/IP • 4IN/2OUT I/O with each protocol for control capabilityCommunicationsVersatile design for global applications3EATON Eaton C440 relayFor more information, visit/c440Programmable reset/backspin timers ———Yes Programmable reset attempts ———Yes Programmable trip delays— ——YesProgrammable alarming contact ———Yes (optional)Programmable start time ———YesCommunications with I/O——Yes (Modbus, DeviceNet, PROFIBUS, Modbus TCP, EtherNet/IP)Yes (Modbus, DeviceNet, PROFIBUS, Modbus TCP, EtherNet/IP)Remote display———Yes (NEMA 1, 12 and 3R)Lockable user interface or tamper proof ——Yes YesAlarm-no-trip mode ———Yes, for GF and line faults Diagnostics——YesYes, 10 fault queueEaton’s motor protection offeringEaton is a registered trademark. All other trademarks are property of their respective owners.Eaton1000 Eaton Boulevard Cleveland, OH 44122United States © 2020 EatonAll Rights Reserved Printed in USAPublication No. BR04210001E / Z24025April 2020。

三星CP40编程操作说明书

第三章 PCB Edit -- Board3-1 程序制作流程表的详解与相关命令说明 -- Board3-1-0 前置操作在做新程序前，先把轨道尽量调整到与PCB的尺寸太小相同，以能顺利进板为最高策略，这样可避免PCB本身有角度，在著装Fine Pitch组件时，请重新检查程序的座标是否无误，可免去不少的困扰。

其次，检查PCB的厚度、硬度、尺寸大小以及本身是否变形，因如果PCB本身厚度与硬度不够，在一定尺寸大小必需使用Backup Pin，除则易造成著装不稳定的情形。

3-3-1 关新文件(Ctrl + N)在制作新的程序之前，请先打开新的文件，选择在File(New，按下鼠标左键或Enter。

会出现以下画面如果要做一个全新的程序，请选择<Create>，如果要更改或读取旧程序的程序信息，请选择Copy data from another PCB file，在前面框内打勾，会出现以下画面：点选”Browse”，选择要Copy的文件(Source File)后，按下”OK”。

在选项的前面勾选想要拷贝的项目。

完成上述步骤，按下”Create”，会出现以下画面：2-2. PCB Edit2-2-1定义PCB(Board-Definition)1. <Customer Name>：输入客户名称，最多可以输入64个字母。

2. <Board Name>：输入PCB名称，最多可以输入64个字母。

基於程序易於管理策略，最好将<Customer Name>与<Board Name>，确实填写清楚，最好能有注释，在程序制做初期，制做程序不多，但系统在使用一段时间后，不仅在客户的数量增多，同种生产机种又有不同的板本，如果没有效的管理方式，易造成混淆，且程序寻搜的时间会更加长，如能确实填写清楚，再将其存入映射的文件夹，将大大提升程序管理性能。

本系统所有的程序皆存在C:\Scp\Pcb下，可以在保存程序之前，先前规划程序的保存路径，举例而言，先在C:\Sark\Pcb下，规划当前现有厂商的文件夹，进入厂商的文件夹内规划现有产品名称，如有需要，可以再进产品名称内，规划产品的不同的板本之后，在做完程序后，依据所规划的路径，保存文件，如下图所示。