FXKT65折返式伺服电动缸

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浙江威士特-AMDP-□ C1 系列电动机保护器使用手册说明书

浙江威士特-AMDP-□ C1 系列电动机保护器使用手册说明书

6.9、AMDP-□/C1 系列电动机保护器6.9.1、4-20mA模拟量输出AMDP-□/C1 系列保护器配有3路与A、B、C相电流成比例的4-20mA模拟量输出,这3路模拟量与采集、保护电路及DSP相隔离,通过设置参数C可改变4-20mA模拟量表示的电流范围。

4-20mA输出,表示的A、B、C相电流范围由参数C设置,C参数值以C4C3C2C1四位十进制数表示, C4是C参数右边数第四位十进制数,C4是4-20mA输出电流范围设置位,C4 = 0、1、2、3、4、5、6、7、8,对应的4-20mA输出表示A、B、C相电流分别是电动机保护器额定值的1、1.5、2、2.5、3、3.5、4、4.5、5倍。

0.C4=0对应的4-20mA表示的电流范围 C4=2对应的4-20mA表示的电流范围在上图中,I1表示A、B、C相电流(电动机保护器额定值的倍数),I2表示4-20mA模拟量输出值(mA)。

C4=0,20mA对应的A、B、C相电流是电动机保护器额定值的1倍;C4=2,20mA对应的A、B、C相电流是电动机保护器额定值的2倍。

C4 = 0、1、2、3、4、5、6、7、8,对应的4-20mA输出表示A、B、C相电流(电动机保护器额定值的倍数)如下表。

C4 4 mA 8 mA 12 mA 16 mA 20 mA0 0 0.25 0.5 0.75 11 0 0.375 0.75 1.125 1.52 0 0.5 1 1.5 23 0 0.625 1.25 1.875 2.54 0 0.75 1.5 2.25 35 0 0.875 1.75 2.625 3.56 0 1 2 3 47 0 1.125 2.25 3.375 4.58 0 1.25 2.5 3.75 5AMDP-□/C11□ 系列电动机保护器还配有1路零序电流的4-20mA模拟量输出,零序电流的4-20mA模拟量,表示的零序电流范围是不受C4影响的。

Parker IM20系列电液伺服系统说明书

Parker IM20系列电液伺服系统说明书

前言感谢您选用Parker伺服控制系统!同时,您将享受到我们为您提供的全面、真诚的服务。

IM20系列伺服驱动器容量范围广,能够完美地实现伺服油泵控制,是目前市场上性价比较高的中大功率伺服驱动器。

本手册将为您提供安装调试、操作使用、故障诊断及日常维护的有关注意事项,在安装、使用前请仔细阅读。

本手册随驱动器一起提供,请妥善保管,以备以后查阅和维护使用。

当您在使用中发现任何问题,而本手册无法为您提供解答时,请与本公司联系咨询。

我们的专业技术服务人员将竭诚为您服务,并希望您能继续选用我们的产品,敬请提出宝贵的意见和建议!本公司致力于产品的不断改善和功能升级,手册提供资料如有变更,恕不一一通知。

最新及详细版使用手册会在公司网站()上进行公布。

■安全标识本产品的安全运行取决于正确的安装和操作以及运输与保养维护,请务必遵守本手册中使用的如下安全标识:错误的操作将引发危险情况,导致人身伤亡。

错误的操作将引发危险情况,导致轻度或中度人身伤害,损坏设备。

另外,该标识中所述事项有时也可能造成严重的后果。

驱动器及电机上标识符的意义如下:电压高,有电击危险。

表面热,禁止触摸。

目录前言 (1)1使用须知 (6)1.1 产品确认事项 (6)1.2 伺服驱动器的铭牌 (6)1.3 伺服电机的铭牌 (6)1.4 驱动器命名规则 (7)1.5 伺服电机命名规则 (8)1.6 产品外观 (10)1.7 安全须知 (10)1.7.1 安装、布线注意事项 (10)1.7.2 运行、维护注意事项 (11)1.7.3 废弃注意事项 (11)2 伺服系统技术规范及选型 (12)2.1 伺服驱动器技术规范和参数 (12)2.1.1伺服驱动器技术规范 (12)2.1.3伺服驱动器外围配线、磁珠使用指导 (14)2.2 伺服电机技术规范和参数 (15)2.2.1 伺服电机技术条件 (15)2.2.2 伺服电机主要参数 (15)2.3 伺服系统油泵选型计算 (17)2.3.1伺服驱动器、电机、油泵的选型计算方法 (17)2.3.2伺服、电机、油泵的组合配置 (18)3 产品安装 (21)3.1 驱动器安装 (21)3.1.1 驱动器结构尺寸 (21)3.1.2 驱动器安装 (22)3.2 伺服电机安装 (22)3.3 制动单元及制动电阻 (23)4 电气连接 (25)4.1 电液系统构成 (25)4.2 电气连接 (26)4.2.1 主电路接线示意 (27)4.2.2 控制端子功能简介和接线示意图 (27)4.2.3 拨码开关介绍 (29)5 操作面板和功能参数 (30)5.1 面板显示说明 (30)5.2 面板操作 (31)5.3 参数设置 (31)5.4 功能码区内和区间的切换 (31)5.5 面板显示内容 (33)5.6参数设定 (34)5.6.1 基本参数 (34)5.6.2运行控制 (34)5.6.3 多功能输入输出 (36)5.6.4 模拟量检测和输入输出 (38)5.6.5 能耗制动和保护控制 (39)5.6.6 电机控制参数 (40)5.6.7 压力控制参数 (42)5.6.8 多泵合流控制 (45)5.6.8.1多泵合流控制参数 (45)5.6.8.2多泵合流控制示意图 (48)6 注塑机整机调试步骤 (49)7 故障分析处理 (51)8 日常检查和保养 (57)8.1定期检查 (57)8.2易损件更换 (57)8.3存储 (57)附录一功能码速查表 (58)附录二注塑机卡说明 (72)附录三伺服电机结构尺寸示意图 (73)9敬告用户 (81)1使用须知1.1 产品确认事项产品到货之后,请对如下项目进行检查并确认。

折返式伺服电动缸平行式伺服电动缸

折返式伺服电动缸平行式伺服电动缸

枫信电动缸的应用实例介绍枫信伺服电动缸、电动伺服系统作为一个新型的机电一体化产品以省能源、低噪音、环境性好、低维护成本和优异的控制性和稳定性,得到越来越多的企业以及科研部门的青睐和认可。

尤其是在当前重视能源和环境的前提下,应用电动伺服取代或者部分取代液压伺服将必然成为未来发展的趋势。

被泛应用于模拟仿真、动感娱乐、汽车、发电、特种材料和军工等领域详细选型参数及尺寸参数∙伺服电动缸的机种,型号代码∙伺服电动缸的特征∙多自由度平台的电动缸6 吨负载,6 自由度运动平台∙多自由度平台的电动缸500Kg 负载,3 自由度平台∙多自由度平台的电动缸动感影院用的大型三自由度平台(可承载18 人)∙多自由度平台的电动缸500Kg 负载,3 自由度平台∙动感娱乐双人动感座椅底座(为球幕影院配套)∙动感娱乐单人6 自由度游戏平台∙伺服专用设备电动缸伺服电动缸用于经编机∙伺服专用设备国家863 项目特种作业机器人用伺服电动缸∙伺服专用设备电动缸电机生产线设备∙伺服专用设备电动缸伺服电动缸用于搬砖机械∙伺服专用设备电动缸航天飞行器测试加载用的大型伺服电动缸∙伺服专用电动缸电动缸用于升降平台(为某大型印刷机配套)∙伺服专用设备电动缸疲劳测试机用的长行程电动缸∙伺服专用电动缸大推力电动缸(出力100KN,以齿轮代替同步带,汽车零部件生产线用)∙伺服专用设备电动缸高频电动缸(75KG,30mm,4Hz)∙伺服专用设备电动缸饮料灌装线∙伺服专用设备电动缸微型电动缸(提供给某飞行器研究单位)∙伺服专用设备电动缸高频大推力电动缸(汽车零部件测试设备用)∙伺服专用设备电动缸测试设备用高频电动缸(4Hz,额定出力2500N,25mm 往返,高频电动缸∙伺服专用设备电动缸冲床上下料机械手升降旋转底座∙伺服专用设备电动缸材料挤出机用的电动缸(额定出力20kN)∙伺服专用设备电动缸汽车零部件检测设备用的电动缸∙伺服专用设备电动缸手机贴膜设备用电动缸(5t∙伺服专用设备电动缸小型伺服电动缸∙专用设备电动缸食品机械生产线上用的电动缸(行程650mm)∙伺服专用设备电动缸军用车辆伺服电动缸∙伺服专业设备电动缸焊接机器人焊枪电动缸∙伺服专用设备电动缸发动机连杆衬套压装设备∙伺服专用设备电动缸汽车焊接机器人焊枪电动缸∙伺服专用设备压轴承∙伺服专用设备电动缸压衬套∙伺服专业设备电动缸电机转子硅钢片压入电机轴∙伺服电动缸在汽车起动机总成半自动装配检测线上的应用。

1.1 机车网络控制系统检修手册

1.1 机车网络控制系统检修手册

参数 129.8*72*224 1.60kg 工作电压:DC110V(-30%/+25%);工作电流:<0.2A -25℃~+70℃ 10W 自然风冷 振频 : 10~2000Hz;加速度: 196m/s2 MVB、WTB、USB、ETHERNET、RS-232 无
文件名称: 文件号:
网络控制系统检修手册
11 零件目录及备件采购 ..........................................................61
11.1 零件目录 ................................................................61 11.2 备件的仓储及采购 ........................................................61
RELAY 0.1A/110VDC 短路保护:3A
表 2-3
项目 机械尺寸(L*W*H :mm) 重量
工作电源
工作温度 额定功率
参数 145*72*224 1.33kg 工作电压:DC110V(-30%/+25%) 工作电流:<0.15A -25℃~+40℃ 8W
8 专用工具 .....................................................................59
9 废弃物处理方案 ...............................................................59
网络控制系统检修手册
共 67 页 第 2 页
项目名称: 版本:
神华八轴大功率交流传动电力机车 2.0

艾特顿199031电源速调器说明书

艾特顿199031电源速调器说明书

Eaton 199031Eaton Moeller® series Rapid Link - Speed controllers, 8.5 A, 4 kW, Sensor input 4, Actuator output 2, 400/480 V AC, PROFINET, HAN Q4/2, with fanAllgemeine spezifikationEaton Moeller® series Rapid Link Speed controller199031195 mm270 mm 220 mm 3.64 kgIEC/EN 61800-5-1 UL approval CE RoHS UL 61800-5-14015081970896RASP5-8424PNT-4120001S1Product NameCatalog NumberProduct Length/Depth Product Height Product Width Product Weight Certifications Catalog Notes EANModel Code3 fixed speeds and 1 potentiometer speedcan be switched over from U/f to (vector) speed control Connection of supply voltage via adapter cable on round or flexible busbar junction480 VIs the panel builder's responsibility. The specifications for the switchgear must be observed.400 V AC, 3-phase480 V AC, 3-phaseMeets the product standard's requirements.4 kW500 VMeets the product standard's requirements.-40 °C380 VIGBT inverterKey switch position OFF/RESETControl unitInternal DC linkKey switch position AUTOKey switch position HANDPTC thermistor monitoringThermo-click with safe isolationPC connectionSelector switch (Positions: REV - OFF - FWD)FanTwo sensor inputs through M12 sockets (max. 150 mA) for quick stop and interlocked manual operation2 Actuator outputs0 Hz200 %, IH, max. starting current (High Overload), For 2 seconds Generation Change RA-SP to RASP5Elektromagnetische Verträglichkeit (EMV)Generationentausch RAMO4 zu RAMO5Generationswechsel RASP4 zu RASP5Generation Change RASP4 to RASP5Firmware Update RASP 4.0Anschluss von Frequenzumrichtern an Generatornetze Generationentausch RA-SP zu RASP4.0Generationenwechsel RA-SP zu RASP5Generation change from RA-MO to RAMO 4.0Configuration to Rockwell PLC Rapid Link 5 Generationentausch RA-MO zu RAMO4.0Configuration to Rockwell PLC for Rapid LinkGeneration change RAMO4 to RAMO5Generation change from RA-SP to RASP 4.0MN034004_DEMN040003_DERapid Link 5 - brochureDA-SW-USB Driver DX-COM-STICK3-KITDA-SW-Driver DX-CBL-PC-3M0DA-SW-drivesConnectDA-SW-drivesConnect - installation helpDA-SW-drivesConnect - InstallationshilfeDA-SW-USB Driver PC Cable DX-CBL-PC-1M5Material handling applications - airports, warehouses and intra-logistics ETN.RASP5-8424PNT-4120001S1.edzIL034093ZUDE | Rapid Link 5Sortimentskatalog Antriebstechnik-DEMains voltage - max10.11 Short-circuit ratingRated operational voltage10.4 Clearances and creepage distancesOutput at quadratic load at rated output voltage - max Output voltage - max10.2.3.1 Verification of thermal stability of enclosures Ambient storage temperature - minMains voltage - minFitted with:Output frequency - minStarting current - max Anmerkungen zur AnwendungBenutzerhandbücherBroschüreneCAD model Installationsanleitung InstallationsvideosKatalogeevery 20 seconds, Power section10 kA40 °CPROFINET, optional5 HP500 Hz8 kHz, 4 - 32 kHz adjustable, fPWM, Power section, Main circuitParameterization: drivesConnectParameterization: FieldbusInternal and on heat sink, temperature-controlled Fan Parameterization: drivesConnect mobile (App) Parameterization: Keypad-10 °C≤ 0.6 A (max. 6 A for 120 ms), Actuator for external motor brakeDoes not apply, since the entire switchgear needs to be evaluated.8.5 ADoes not apply, since the entire switchgear needs to be evaluated.Does not apply, since the entire switchgear needs to be evaluated.Speed controller ramo5_v36.dwgrasp5_v36.stpeaton-bus-adapter-rapidlink-speed-controller-dimensions.eps eaton-bus-adapter-rapidlink-speed-controller-dimensions-003.eps eaton-bus-adapter-rapidlink-speed-controller-dimensions-002.eps eaton-bus-adapter-rapidlink-speed-controller-dimensions-004.epsRated conditional short-circuit current (Iq)Ambient operating temperature - maxCommunication interfaceAssigned motor power at 115/120 V, 60 Hz, 1-phase Output frequency - maxSwitching frequencyFeaturesAmbient operating temperature - minBraking currentNumber of HW-interfaces (serial TTY)10.6 Incorporation of switching devices and components Nominal output current I2N10.2.6 Mechanical impact10.3 Degree of protection of assembliesProduct category mCAD model ZeichnungenRadio interference classC1: for conducted emissions onlyC2, C3: depending on the motor cable length, the connected load, and ambient conditions. External radio interference suppression filters (optional) may be necessary.Heat dissipation capacity Pdiss0 WRated control voltage (Uc)24 V DC (-15 %/+20 %, external via AS-Interface® plug) 400/480 V AC (external brake 50/60 Hz)Assigned motor power at 460/480 V, 60 Hz, 3-phase5 HPNumber of HW-interfaces (RS-422)Mains current distortion120 %ProtocolPROFINET IO10.9.2 Power-frequency electric strengthIs the panel builder's responsibility.Overvoltage categoryIIIDegree of protectionNEMA 12IP65Ambient storage temperature - max70 °CRated impulse withstand voltage (Uimp)2000 VConnectionPlug type: HAN Q4/2Overload currentAt 40 °CFor 60 s every 600 sFunctionsFor actuation of motors with mechanical brake3 fixed speeds1 potentiometer speedOutput at linear load at rated output voltage - max4 kWMains voltage tolerance380 - 480 V (-10 %/+10 %, at 50/60 Hz)Leakage current at ground IPE - max3.5 mAConverter typeU converter10.2.2 Corrosion resistanceMeets the product standard's requirements.Supply frequency50/60 Hz10.2.4 Resistance to ultra-violet (UV) radiationMeets the product standard's requirements.10.2.7 InscriptionsMeets the product standard's requirements.Shock resistance15 g, Mechanical, According to IEC/EN 60068-2-27, 11 ms, Half-sinusoidal shock 11 ms, 1000 shocks per shaftApplication in domestic and commercial area permittedYesNumber of inputs (analog)Number of phases (output)310.12 Electromagnetic compatibilityIs the panel builder's responsibility. The specifications for the switchgear must be observed.10.2.5 LiftingDoes not apply, since the entire switchgear needs to be evaluated.Number of HW-interfaces (RS-485)1Number of HW-interfaces (industrial ethernet)Efficiency98 % (η)System configuration typeCenter-point earthed star network (TN-S network)AC voltagePhase-earthed AC supply systems are not permitted.10.8 Connections for external conductorsIs the panel builder's responsibility.ProtectionFinger and back-of-hand proof, Protection against direct contact (BGV A3, VBG4)Braking voltage400/480 V AC -15 % / +10 %, Actuator for external motor brakeApplication in industrial area permittedYesClimatic proofingIn accordance with IEC/EN 50178< 95 %, no condensation10.9.3 Impulse withstand voltageIs the panel builder's responsibility.Overload current IL at 150% overload12.7 AInput current ILN at 150% overload7.8 ANumber of HW-interfaces (RS-232)Number of inputs (digital)4Current limitationAdjustable, motor, main circuit0.8 - 8.5 A, motor, main circuitCable lengthC2 ≤ 5 m, maximum motor cable lengthC3 ≤ 25 m, maximum motor cable lengthC1 ≤ 1 m, maximum motor cable length10.5 Protection against electric shockDoes not apply, since the entire switchgear needs to be evaluated.Mounting positionVerticalMains switch-on frequencyMaximum of one time every 60 seconds10.13 Mechanical functionThe device meets the requirements, provided the information in the instruction leaflet (IL) is observed.10.9.4 Testing of enclosures made of insulating materialIs the panel builder's responsibility.Heat dissipation per pole, current-dependent Pvid0 WElectromagnetic compatibility1st and 2nd environments (according to EN 61800-3)Resolution0.1 Hz (Frequency resolution, setpoint value)Assigned motor power at 460/480 V, 60 Hz5 HPRelative symmetric net voltage tolerance10 %Rated operational current (Ie)8.5 A at 150% overload (at an operating frequency of 8 kHz and an ambient air temperature of +40 °C)Number of outputs (analog)Rated operational power at 380/400 V, 50 Hz, 3-phase4 kWNumber of HW-interfaces (USB)Operating modeU/f controlSynchronous reluctance motorsPM and LSPM motorsBLDC motorsSensorless vector control (SLV)Rated frequency - min45 HzDelay time< 10 ms, On-delay< 10 ms, Off-delayNumber of outputs (digital)2Power consumption95 W10.2.3.2 Verification of resistance of insulating materials to normal heatMeets the product standard's requirements.10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effectsMeets the product standard's requirements.Number of HW-interfaces (other)Rated frequency - max66 HzVibrationResistance: 10 - 150 Hz, Oscillation frequencyResistance: 57 Hz, Amplitude transition frequency on accelerationResistance: According to IEC/EN 60068-2-6Resistance: 6 Hz, Amplitude 0.15 mmShort-circuit protection (external output circuits)Type 1 coordination via the power bus' feeder unit, Main circuit10.7 Internal electrical circuits and connectionsIs the panel builder's responsibility.Braking torque≤ 30 % (I/Ie)Adjustable to 100 % (I/Ie), DC - Main circuitRelative symmetric net frequency tolerance10 %10.10 Temperature riseThe panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.Number of HW-interfaces (parallel)Assigned motor power at 230/240 V, 60 Hz, 1-phase5 HPInterfacesSpecification: S-7.4 (AS-Interface®)Max. total power consumption from AS-Interface® power supply unit (30 V): 250 mANumber of slave addresses: 31 (AS-Interface®)Number of phases (input)3Eaton Konzern plc Eaton-Haus30 Pembroke-Straße Dublin 4, Irland © 2023 Eaton. Alle Rechte vorbehalten.Eaton ist eine eingetragene Marke.Alle anderen Warenzeichen sind Eigentum ihrer jeweiligenBesitzer./socialmedia51.6 W at 25% current and 0% speed 53.8 W at 25% current and 50% speed 60.9 W at 50% current and 0% speed 64 W at 50% current and 90% speed 65.4 W at 50% current and 50% speed 85.1 W at 100% current and 0% speed 94 W at 100% current and 50% speed 95.3 W at 100% current and 90% speed 2Max. 2000 mAbove 1000 m with 1 % performance reduction per 100 mHeat dissipation at current/speed Number of interfaces (PROFINET)Altitude。

成都电力机械厂动叶可调轴流风机说明书

成都电力机械厂动叶可调轴流风机说明书

成都电力机械厂动叶可调轴流风机说明书此技术文件受法律保护,未经本公司同意,不得使用、复制、扩散或以其它方式提供给第三方。

C P M W成都电力机械厂AP动叶可调轴流通风机结构介绍AP风机技术引进概况成都电力机械厂根据我国电力工业的迫切需要,上世纪九十年代中期,分别对世界上各大著名的风机制造商的动调风机技术进行了调研对比,最终选择引进了代表着国际上最先进的动调轴流风机的设计、制造技术水平的德国KKK公司的AP动调轴流风机专有技术(简称AP风机),AP风机在世界各国享有很高的声誉。

1998年成都电力机械厂和德国KKK公司联合制造的首批AP风机在广安电厂一期2×300MW 机组投入运行,至今投运了9年多,运行情况良好,得到了用户的高度赞赏,现我厂AP风机业绩已有近三百台,最大型号为平顶山姚孟电厂(2X600MW)的增压风机AP1-47。

AP动调轴流风机的名称、定义A P 1(2) - 37 / 20 1叶型类别轮毂代号机号(叶轮公称直径)级数(1:单级,2:双级)机翼型叶片轴流风机(axial fan)1运行原理能量转换过程:电机叶轮、后导叶、扩压器电能机械能 (流体)静压能和动能AP动调风机由进气室、集流器、叶轮、后导叶、扩压器和动叶调节机构等组成。

AP风机工作时,气流由进入风机进气室,经过收敛和导向,在集流器中收敛加速,再通过叶轮的作功产生静压能和动压能;后导叶又将气流的螺旋运动转化为轴向运动而进入扩压器,并在扩压器内将气体的大部分动能转化成系统所需静压能,从而完成风机的工作过程。

AP动调风机性能的调节,是通过液压调节系统来改变叶轮叶片(动叶)的工作角度而实现的。

当动叶的角度改变时,其风量、风压、功率也跟着改变。

2AP风机结构示意图导向并收敛、加速气整流并克扩压,将气体流服气体流动能转变为所动损失需的静压能进气箱进气膨胀节排气膨胀节扩压器后导叶装配叶轮外壳级叶轮组级叶轮组联轴器中间轴联轴器主轴承箱润滑管路伺服控制装臵控制油路执行部3转动组装配示意图将机械能转换为动能,对气体做功在压力油的作用获得所需的动能下推动调节盘,带和一定的静压能动曲柄实现动叶把电动机调节的动力传级叶轮组级叶轮组递给叶轮膜片联轴器中间轴膜片联轴器伺服控制装臵主轴承座传递扭矩并支撑叶轮4主轴承装配本轴承座不会有油泄漏,是基于各密封装置的合理设置,润滑油无泄漏的条件。

森兰SB200系列变频器使用手册V1.3

森兰SB200系列变频器使用手册V1.3
I
FC 键盘操作及显示设置................................................................................... 2 FF 通讯参数 ....................................................................................................... 2 Fn 厂家参数 ....................................................................................................... 2 FP 故障记录 ....................................................................................................... 2 FU 数据监视....................................................................................................... 2
3 安装及配线.......................................................................................................... 2
3.1 变频器的安装............................................................................................. 2 3.2 变频器部件的拆卸和安装......................................................................... 2 3.3 变频器的配线............................................................................................. 2 3.4 变频器电磁干扰的抑制方法..................................................................... 2

奥迪故障码大全

奥迪故障码大全

奥迪故障代码大全好好看奥迪故障代码大全00000没有查询到任何故障00001制动器控制单元00002变速器控制单元00003控制单元00224碟型天线需要重新校准00237ABS电磁阀:左前(N59)00238ABS电磁阀:右前(N58)00239ABS电磁阀:左后(N57)00240ABS电磁阀:右后(N56)00241驱动防滑压力调节阀(N238)00242发动机节气门阀(N237)00243发动机制动器00244ABS阀供给电压:右前+左后00245ABS阀供给电压:左前+右后00246ABS阀接地:右前+左后00247ABS阀接地:左前+右后00248变速器开关(E206)00250分动器开关(E207)00254驱动防滑调节错误00255ABS电磁阀00257ABS进油阀:左前(N101)00258电磁阀1:(N88)00259ABS进油阀:右前(N99)00260电磁阀2:(N89)00261进油阀:ABS后部(N103)00262电磁阀3:(N90)00263变速器00264电磁阀4:(N91)00265ABS出油阀:左前(N102)00266电磁阀5:(N92)00267ABS出油阀:右前(N100)00268电磁阀6:(N93)00269ABS出油阀:后部(N104)00270电磁阀7:(N94)00271参见维修组100273ABS进油阀:右后(N133)00274ABS进油阀:左后(N134)00275ABS出油阀:右后(N135)00276ABS出油阀:左后(N136)00277ABS进油阀/出油阀:左前(N137)00278ABS主阀:(N105)00279差速锁阀-1-:(N125)00280差速锁阀-2-:(N126)00281车速传感器(G68)00282节气门位置调节器(V60)00283ABS转速传感器:左前(G47)00284ABS进油阀/出油阀:右前(N138)00285ABS转速传感器:右前(G45)00286ABS进油阀/出油阀:左后(N139)00287ABS转速传感器:右前(G44)00289ABS进油阀/出油阀:右后(N140)00290ABS转速传感器:右前(G46)00291ABS压力警报开关/液面报警开关(F116/F117)00292液压供给压力油位00293多功能开关(F125)00294变速器压力状态开关1(F174)00295变速器压力状态开关2(F175)00296强制低档开关(F8)00297变速器转速传感器(G38)00298后桥差速锁开关(E121)00299变速器换档范围程序开关(E122)00300变速器油温度传感器(G93)00301ABS回流泵(V39)00302ABS电磁阀继电器(J106)00303功能选择器开关(E91)00305燃油消耗指示信号00306二次空气喷射缸体左侧00307二次空气喷射缸体右侧00309洗涤液计量泵(V135)00310催化转换器温度传感器1(G20)00312催化转换器温度传感器2(G132)00313催化转换器00314废气内部循环双路阀(N161)00347电磁阀800348电磁阀900349电磁阀1000350MassRecirc.ModulationValve00351中间轴转速传感器(G265)00369EPC继电器负荷00438燃料供给传感器2(G169)00439燃料供给传感器3(G237)00440燃料供给传感器辅助油箱(G292)00441燃料供给传感器辅助油箱(G293)00442燃油泵接线柱87F00443燃油泵保险丝:辅助油箱(S266)00444燃油泵控制:辅助油箱00445PumpforHaldex-Coupling(V181)00446PrechargePumpON00447PrechargePumpOFF00448AWD全轮驱动离合器接合00449AWD全轮驱动离合器分离00450发动机过热导致功能限制00454AWD全轮驱动监控器00455控制单元:存取和开始控制:舒适系统CAN(J518)00456控制单元:存取和开始控制(J518)00457控制单元:网络接口(J519)00458控制单元:电瓶监控(J367)00459控制单元:显示和输入:前(J523)00460控制单元:显示和输入:后(J524)00461控制单元:坐椅存储器:乘客侧(J521)00462控制单元:坐椅存储器:后部(J522)00463控制单元:DSP(J525)00464控制单元:收音机/导航系统显示(J503)00465控制单元:电话/通讯(J526)00466控制单元:转向电器(J527)00467TV调谐器(R78)00468CD-ROM驱动器(R92)00469显示数据总线00470舒适系统数据总线00471控制单元:Elect.RegulatedDampers(J250)00472控制单元:制动助力(J539)00473控制单元:电子制动/手制动(J540)00474控制单元:电子防盗器00475控制单元:滑动车门00476控制单元:燃油泵(J538)00477控制单元:显示和输入:舒适系统CAN:前(J523)00478控制单元:显示和输入:舒适系统CAN:后(J524)00479控制单元:遥控/中央门锁(J276)00480控制单元:仪表板信息系统CAN(J285)00496车身自调平传感器:前部00497车身自调平传感器:后部00498〔Fahrschreiber〕〔TranslationN/A〕00499电瓶电压指示灯(Y11)00500机油温度指示灯(Y12)00501机油状态指示灯(K38)00502防盗器指示灯(K115)00503Control/DriveforPump-JetValves00504喷射阀:缸1(N240)00505喷射阀:缸2(N241)00506喷射阀:缸3(N242)00507喷射阀:缸4(N243)00508喷射阀:缸5(N244)00509喷射阀:缸6(N245)00512凸轮轴位置传感器参考标记错误00513发动机转速传感器(G28)00514曲轴位置传感器(G4)00515凸轮轴位置传感器(G40)00516节气门怠速位置开关(F60)00517节气门全负荷位置开关(F81)00518节气门位置传感器(G69)00519进气压力传感器(G71)00520空气质量/流量传感器(G70/G19)00521CO电位计(G74)00522发动机冷却液温度传感器(G62)00523进气温度传感器(G42)00524爆震传感器1(G61)00525氧传感器(G39)00526刹车灯开关(F)00527进气温度传感器(G42/G72)00528大气压力/海拔高度传感器(F96)00529发动机转速信号丢失00530节气门调节器位置传感器(G88)00531空气流量计参考电压00532供给电压B+00533超过怠速调节自适应限制(N71)00534机油温度传感器00535第一个爆震传感器调节00536第二个爆震传感器调节00537氧传感器调节00538参考电压00539燃油温度传感器-1-(G81)00540爆震传感器200541滑阀开度传感器(G99)00542针阀行程传感器(G80)00543超过最大的发动机转速00544超过最大的增加压力00545发动机与变速器的电气连接00546数据线路故障00547ABS压力控制开关(F137)00548蓄电池正极供给:DTC存储器00549消耗信号00550喷射开始控制/喷射初始点调节00551催化转换器温度过热00552空气流量计位置传感器(G19)00553空气流量计传感器(G70)00554氧传感器控制200555氧传感器2(G108)00556EGR废气在循环系统电位计(G212)00557动力转向压力开关(F88)00558混和气控制界限:稀00559混和气控制界限:浓00560废气内部循环系统00561燃料混合比调节00562机油油位温度传感器00563燃油消耗指示灯00565全自动空调显示/控制:后部(E265)00566辅助转向00567转向控制00568动力转向电机位置传感器00569动力转向电机电流00570动力转向电机继电器(J509)00571动力转向离合器00572动力转向位置传感器(G268)00573动力转向压力传感器(G269)00574驱动电机On00575进气歧管压力00576接线柱1500577爆震传感器控制:1缸00578爆震传感器控制:2缸00579爆震传感器控制:3缸00580爆震传感器控制:4缸00581爆震传感器控制:5缸00582爆震传感器控制:6缸00583爆震传感器控制:7缸00584爆震传感器控制:8缸00585废气内部循环温度传感器(G98)00586废气内部循环系统控制00587混合器控制的调节极限00588安全气囊点火期:驾驶员侧(N95)00589安全气囊点火器:乘客侧(N131)00590安全气囊点火器:乘客侧(N132)00591安全带开关:左侧(E24)00592安全带开关:右侧(E25)00593座椅连接开关:乘客侧00594安全气囊点火电路00595碰撞数据已经存储00596喷油器之间连线短路00597车轮转速信号偏差00598液压或者机械故障00599压力开关/制动灯开关工作正常?00600温度调节翻板电位计(G92)in(V68)00601中央翻板电位计(G112)in(V70)00602脚坑/除霜翻板电位计(G114)in(V85)00603脚坑/除霜翻板电机(V85)00604通风翻板电位计(G113)in(V71)00605新鲜空气/循环空气翻板双向阀(N63)00606发动机冷却液真空双向阀(N147)00607外部温度显示(G106)00608负荷传感器(G119)00609点火放大器输出100610点火放大器输出200611点火放大器输出300612点火放大器输出400613点火放大器输出500614点火放大器输出600615点火放大器输出700616点火放大器输出800617安全气囊减速度传感器:左侧(G104)00618安全气囊减速度传感器:右侧(G105)00619传感器导线:左侧00620传感器导线:右侧00621减压阀(N155)00622燃油滤清器放水00623ABS/变速器电气连接00624A/C压缩机接通00625车辆速度信号00626预热时间指示灯(K29)00627水位传感器(G120)00628执行参数监控00629GRA/柴油喷射装置制动踏板开关(F47)00630空调开关已经打开00631AC<->Motronic通讯连接00632全自动空调接口00633点火/传感器滞后线路00634EDS电子差速锁串联电阻(N159)00635氧传感器加热器:催化转换器之前00636加速度传感器:右前(G121)00637加速度传感器:左后(G122)00638发动机与变速器电气连结200639减速度传感器(G123)00640氧传感器加热器继电器(J278)00641ATF温度00642EDS转换阀:右前(N166)00643EDS出油阀:右前(N167)00644EDS转换阀:左前(N168)00645EDS出油阀:左前(N169)00646ABS-ASR/发动机电气连结100647ABS-ASR/发动机电气连结200648氧传感器加热器:催化转换器之后00649ABS进油阀/出油阀:后(N160)00650离合器踏板开关(F36)00651点火线路导线00652档位监控/换档范围控制器00653自动变速器选档杆位置正确?00654安全带涨紧触发器:左侧(N153)00655安全带涨紧触发器:右侧(N154)00656安全气囊坐椅占用传感器(G128)00657中央出风口调节电机(V102)00658操作控制单元00659自身测试装置00660强制低档开关/节气门位置传感器00661温度指示灯00662转速表(G5)00663车速表(G21)00664燃油表00665安全带警告灯(K19)00666钟/蜂鸣器/锣00667外部温度信号00668供电电压接线柱3000669第二个发动机故障指示灯(K97)00670节气门位置传感器(G127)00671巡航控制开关(E45)00672带有串联电阻的ABS液压泵00673踩下刹车踏板00674松开刹车踏板00675左前进油阀:0V左前出油阀:0V左前车轮:已抱死00676左前进油阀:VBatt左前出油阀:0V左前车轮:已抱死00677左前进油阀:VBatt左前出油阀:VBatt左前车轮:已释放00678左前进油阀:VBatt左前出油阀:0V左前车轮:已释放00679第二个氧传感器加热器:催化转换器之前00680右前进油阀:0V右前出油阀:0V右前车轮:已抱死00681右前进油阀:VBatt右前出油阀:0V右前车轮:已抱死00682右前进油阀:VBatt右前出油阀:VBatt右前车轮:已释放00683右前进油阀:VBatt右前出油阀:0V右前车轮:已释放00684第二个氧传感器加热器:催化转换器之后00685左后进油阀:0V左后出油阀:0V左后车轮:已抱死00686左后进油阀:VBatt左后出油阀:0V左后车轮:已抱死00687左后进油阀:VBatt左后出油阀:VBatt左后车轮:已释放00688左后进油阀:VBatt左后出油阀:0V左后车轮:已释放00689外部空气循环系统00690右后进油阀:0V右后出油阀:0V右后车轮:已抱死00691右后进油阀:VBatt右后出油阀:0V右后车轮:已抱死00692右后进油阀:VBatt右后出油阀:VBatt右后车轮:已释放00693右后进油阀:VBatt右后出油阀:0V右后车轮:已释放00694开关和仪表照明00695差速锁阀/液压泵:Vbatt左前/右前车轮:已抱死00696ABS减压阀:左侧(N170)00697ABS减压阀:右侧(N171)00698控制单元电流消耗00699氧传感器催化转换器之后(G130)00700氧传感器-2-催化转换器之后(G131)00701ECT过热侧试00702燃油成份传感器(G133)00703怠速节气门位置:TPS/CTP开关00704差速锁阀/液压泵:Vbatt车轮:已抱死00705冷却风扇一档继电器(J279)00706冷却风扇二档继电器(J513)00707中央喷射阀(N236)00708注意:冷风扇开关已经打开00709阳光强度光敏电阻2(G134)00710除霜翻板电机(V107)00711左侧脚坑翻板电机(V108)00712右侧脚坑翻板电机(V109)00713左侧中央同风翻板电机(V110)00714右侧中央同风翻板电机(V111)00715后脚坑翻板电机(V112)00716内部循环翻板电机(V113)00717EVAP活性炭罐阀门翻板电机(V114)00718左上出风口开关(F179)00719右上出风口开关(F180)00720左下出风口开关(F181)00721右下出风口开关(F182)00722左中出风口开关(F183)00723右中出风口开关(F184)00724左后脚坑出风口开关(F185)00725右后脚坑出风口开关(F186)00726中后脚坑出风口开关(F187)00727除霜翻板电机位置传感器(G135)in(V107)00728左中通风电机位置传感器(G136)in(V110)00729右中通风电机位置传感器(G137)in(V111)00730中间通风电机位置传感器(G138)in(V102)00731左侧脚坑翻板电机位置传感器(G139)in(V108)00732右侧脚坑翻板电机位置传感器(G140)in(V109)00733后部脚坑翻板电机位置传感器(G141)in(V112)00734中央通风电机位置传感器(G142)in00735内部循环翻板电机位置传感器(G143)in(V113)00736EVAP翻板电机位置传感器(G144)in(V114)00737左侧加热调节阀(N175)00738后部加热调节阀(N176)00739冷却液循环泵(V50)007401缸上止点识别传感器(G145)00741刹车踏板位置监控器00742蓄电池(电动车)通风系统00743蓄电池(电动车)通风系统传感器(G146)00744蓄电池(电动车)温度监控器00745绝缘监控器00746蓄电池(电动车)电解槽故障00747前部蓄电池温度传感器(G52)00748后部蓄电池温度传感器(G53)00749通风翻板00750故障指示灯/排气警告灯(K83)00751蓄电池容量指示灯00752风扇/电瓶加热器00753电气连接/车轮速度传感器00754过热警告灯00755发动机机油压力警告灯(K3)00756左侧出风口温度传感器(G150)00757右侧出风口温度传感器(G151)00758二次空气喷射系统(AIR)00759左侧出风口温度调节器(G155)00760右侧出风口温度调节器(G156)00761DTC存储在发动机控制单元00762喷射阀(N181)00763驾驶员气体避震弹簧压力传感器(G147)00764乘客侧气体避震弹簧压力传感器(G148)00765调节滑杆行程传感器(G149)00766前出风口温度传感器(G152)00767后蒸发器温度传感器(G153)00768后加热器温度传感器(G154)00769发动机(流出口)冷却液温度传感器(G82)00770发动机(冷却器流出口)冷却液温度传感器(G83)00771燃油油位传感器(G)00772机油压力开关(F22)00773机油压力传感器(G10)00774车身自调平系统传感器:左后(G76)00775车身自调平系统传感器:右后(G77)00776车身自调平系统传感器:左前(G78)00777节气门位置传感器(G79)00778方向盘转向角度传感器(G85)00779外部温度传感器(G17)00780垂直运动加速度传感器(G90)00781定位电机:左前(V76)00782定位电机:右前(V77)00783定位电机:左后(V78)00784定位电机:右后(V79)00785温度传感器:仪表板(G56)00786车顶温度传感器(G86)00787新鲜空气进气温度传感器(G89)00788除霜/脚坑翻板位置双向阀(N118)00789倒车灯开关(F41)00790新鲜空气/内部循环翻板00791A/C蒸发器压力开关(E33)00792A/C压力开关(F129)00793刹车踏板位置传感器(G100)00794液压油泵传感器(G101)00795后桥垂直加速传感器(G102)00796仪表板内部温度传感器风扇(V42)00797阳光强度光敏电阻(G107)00798数码分段显示测试00799发动机冷却液温度传感器(G110)00800环境温度传感器(G109)00801A/C高压开关(F118)00802A/C低压开关(F73)00803避震弹簧位移传感器:右前(G116)00804避震弹簧位移传感器:左前(G115)00805弹簧支架阀:左前(N148)00806弹簧支架阀:右前(N149)00807弹簧支架阀:左后(N150)00808弹簧支架阀:右后(N151)00809制动增压ESP00810制动压力传感器1/200811系统没有准备好--激活00812制动压力电磁开关(F84)00813制动压力传感器-2-00814制动压力电磁阀(N247)00815制动识别开关(F238)00816辅助转向开关(G250)00817辅助转向温度保护00818蒸发器出口温度传感器00819高压开关(G65)00820制动识别开关(F83)00821收音机天线-2-00822连接DSP到收音机00823线路输出:左前00824ASR警报灯(K86)00825驾驶员加热座椅00826乘客加热座椅00827冷却风扇继电器00828冷却风扇继电器-3-档00829控制单元:Heating00830控制单元:ConvertibleTop00831控制单元:散热器风扇:1&2档00832控制和显示单元00833风挡玻璃加热激活信号00834后窗加热激活信号00835ConnectiontoControlModileforConv.Top00836换档电磁阀-1-(N284)00837换档电磁阀-2-(N285)00838换档电磁阀-3-(N286)00839换档电磁阀-4-(N287)00840变速器液压泵继电器(J510)00841变速器液压传感器(G270)00842控制单元:EMT00843前/后换档杆传感器00844换档杆传感器00845换档杆传感器(F258)00846换档杆停止识别开关(F259)00847CCO继电器(J511)00848开始/停止操作开关00849点火开关S端子(D)00850控制输出激活:收音机放大器00851喇叭/扩音机00852喇叭:前部00853喇叭:后部00854OutputRadioDisplayInstrumentCluste+B662B744r00855连接到CD转换器00856收音机天线00857CD转换器(R41)00858连接:收音机ZF输出与天线放大器00859线路输出:右前00860线路输出:左后00861连接到巡航电脑00862GPS天线(R50/R52)00863TV天线-1-(R55)00864TV天线-2-(R56)00865TV天线-3-(R57)00866TV天线-4-(R58)00867连接到ABS控制单元00868转向角传感器(G208)00869线路输出:右后00870低音喇叭左前(R21)00871低音喇叭右前(R23)00872低音喇叭左后(R15)00873低音喇叭右后(R17)00874高音喇叭左前(R20)00875高音喇叭右前(R22)00876高音喇叭左后(R14)00877高音喇叭右后(R16)00878连接到喇叭:左前00879连接到喇叭:右前00880连接到喇叭:左后00881连接到喇叭:右后00882操作控制/编程选择(E200)00883点火开关端子S00884点火开关端子X00885点火开关端子5000886闪光警报灯开关(E2)00887警报灯开关/警报传感器(E229)00888风窗洗涤间歇档开关(E22)00889喇叭(H)00890后窗加热开关/传感器(E230)00891行李箱遥控开启开关/传感器(E233)00892行李箱关闭装置开关/传感器(F248)00893行李箱开关/传感器(E234)00894带加热的后视镜开关/传感器(E231)00895巡航控制开关(E45)00896行李箱关闭装置00897挡风玻璃洗涤电机(V5)00898A/C压缩机控制电路00899洗涤电机保险丝(S128)00900喇叭保险丝(S194)00901倒车灯00902行李箱开启保险丝(S195)00903加热后视镜保险丝(S196)00904换档锁电磁铁保险丝(S197)00905倒车灯灯保险丝(S40)00906喇叭(H)00907〔EingriffLastmanagmengt〕〔TranslationN/A〕00908控制单元:洗涤电机00909洗涤电机档位1/2(V)00910危险警报灯指示灯(K6)00911后窗玻璃加热指示灯(K10)00912窗户调节开关:左前(E40)00913窗户调节开关:右前(E81)00914窗户调节开关:左后(E53)00915窗户调节开关:右后(E55)00916后窗闭锁开关(E39)00917挡风玻璃洗涤间歇控制00918接线柱3100919后风窗洗涤电机(V12)00920加热外后视镜(Z4/Z5)00921加热外后视镜指示灯(K153)00922洗涤间歇档一档开关(E22)00923洗涤间歇档二档开关(E22)00924大灯清洗继电器(J39)00925车内灯保险丝(S261)00926接线柱3000927接线柱30(右侧)00928中央门锁单元:驾驶员侧(F220)00929中央门锁单元:乘客侧(F221)00930中央门锁单元:左后(F222)00931中央门锁单元:右后(F223)00932玻璃升降器电机:司机侧(V147)00933玻璃升降器电机:乘客侧(V148)00934玻璃升降器电机:左后(V26)00935玻璃升降器电机:右后(V27)00936玻璃升降器开关:乘客侧(E107)00937玻璃升降器开关:左后(E52)00938玻璃升降器开关:右后(E54)00939后视镜调节电机:司机侧(V149)00940后视镜调节电机:乘客侧(V150)00941后视镜调节电机:司机侧(V121)00942后视镜调节电机:乘客侧(V122)00943加热式后视镜:司机侧(Z4)00944加热式后视镜:乘客侧(Z5)00945前部气囊碰撞传感器(G190)00946车内灯(W)00947尾门遥控控制开关(E188)00948滑动车顶关闭信号00949行李箱电机-已经闭锁00950行李箱电机-已经解锁00951后盖遥控控制继电器(J398)或者电机00952驾驶员门打开信号00953车内灯时间限制00954起动锁止继电器(J433)00955超过匹配限制:钥匙-1-00956超过匹配限制:钥匙-2-00957超过匹配限制:钥匙-3-00958超过匹配限制:钥匙-4-00959中央门锁(安全)指示灯K13300960中央门锁开关:司机侧(F59)00961中央门锁开关:乘客侧(F114)00962报警:倾斜传感器00963倾斜传感器电路00964驾驶员门打开信号:正极00965警报喇叭保险丝(S158)00966闪光灯保险丝(S151)00967闪光灯:左侧00968闪光灯:右侧00969后风窗加热保险丝(S41)00971挡风玻璃加热继电器:左侧(J410)00972挡风玻璃加热继电器:右侧(J411)00973后风窗加热开关(E15)00974挡风玻璃加热开关(E180)00975加热后风窗(Z1)00976挡风玻璃加热指示灯(K122)00977近光:左侧&右侧00978近光灯:左侧(M29)00979近光灯:右侧(M31)00980近光灯保险丝:左侧(S152)00981近光灯保险丝:右侧(S153)00982停车灯保险丝:左侧(S154)00983停车灯保险丝:右侧(S155)00984灯(M4)00985灯(M5)00986制动灯保险丝(S156)00987制动灯:左侧(M9)00988制动灯:右侧(M10)00989CCO保险丝(S157)00990CCO00991车内灯短路到正极00992CCO激活00993CCO未激活00994司机侧坐椅高度调整传感器(G215)00995乘客侧坐椅高度调整传感器(G216)00996SensorforHeightAdjustableDriversHeadreast(G217)00997MotorforDriver’sSeatPosition(V48)00998MotorforDriver’sSeatRecline(V45)00999MotorforFrontHeight:Driver’sSeat(V29)01000MotorforRearHeight:Driver’sSeat(V30)01001MotoreforHeadrestAdjustment:Driver’sSeat(V103)01002SwitchforDriversHeightAdjustment:Front:Up(E208)01003SwitchforDriversHeightAdjustment:Front:Down(E209)01004SwitchforDriversHeightAdjustment:Rear:Up(E210)01005SwitchforDriversHeightAdjustment:Rear:Down(E211)01006SwitchforDriversPosition:Forwards(E212)01007SwitchforDriversPosition:Rearward(E213)01008Note:EmergencyOFFSwitchisActive!01009SensorforDriver’sSeatPosition(G218)01010SensorforDriver’sSeatPosition(G219)01011SwitchforDriver’sHeadrest:Up(E214)01012SwitchforDriver’sHeadrest:Down(E215)01013A/C压缩机负荷信号01014温度调节装置风扇输出01015冷却风扇电路01016气体弹簧减震器放气阀(N106)01017气体弹簧减震器压缩机(V65)01018冷却风扇(V7)01019继电器01020水泵(V36)01021EDS电子差速锁指示灯(K81)01022车内灯:组合图片激活01023蜂鸣器/锣(H3)01024雨水传感器(G213)01025OBD灯故障触发失效01026后部蒸发器鼓风机(V20)01027后部暖风鼓风机(V47)01028鼓风机继电器(J323)01029A/C空调继电器(J32)01030中央门锁钥匙按钮:司机侧:已经闭锁01031中央门锁钥匙按钮:司机侧:已经解锁01032中央门锁钥匙按钮:乘客侧:已经闭锁01033中央门锁钥匙按钮:乘客侧:已经解锁01034玻璃升降器过热保护:司机侧01035玻璃升降器过热保护:乘客侧01036玻璃升降器过热保护:左后01037玻璃升降器过热保护:右后01038中央门锁过热保护01039发动机温度传感器(G2)01040ABS/自动变速器电气连接-2-01041牵引力控制系统:功能正常?01042控制单元未编码01043控制单元软件版本错误01044控制单元编码错误01045Tiptronic开关(F189)01046制动摩擦片指示灯(K32)01047制动/手制动警报灯(K7)01048柴油机电器指示灯(K104)01049电压供给端子5001050预热塞监控装置01051燃油量伺服电机(V117)01052节气门位置传感器(G157)01053喷射起始阀(N182)01054供电继电器:端子30-B+(J317)01055喷射输送开始传感器(G158)01056功能:均衡充电01057功能:电压恒定充电01058功能:电流恒定充电01059转子位置传感器(G159)01060点火线圈低温传感器(G160)01061点火线圈高温传感器(G161)01062蓄电池电流减小信号01063换档杆电子识别开关(F271)01064接线柱58d:内部灯01067第二热交换器关闭电磁阀(N317)01068离合器液压泵继电器(J498)01069制动压力系统01070启动马达继电器(J53)01071离合器踏板位置传感器(G162)01072离合器定位真空泵(N183)01073离合器压力系统01074离合器定位通风阀(N184)01075真空泵继电器(J318)01076液压泵离合器继电器(J319)01077制动真空助力器开关(F190)01078档位操纵开关(F191)01079动力转向继电器(J320)01079动力转向继电器(J320)01080动力转向压力开关(F192)01081优先开关阀(N185)01082燃油油位过低警告灯(K105)01083风挡玻璃清洗液液位过低警告灯(K106)010840摄氏度温度警告灯(K107)010854摄氏度温度警告灯(K108)01086车速表车速传感器(G22)01087基本设定没有执行01088混合气控制调节-2-01089链条涨紧压块放下开关(F204)01090链条涨紧压块抬起开关(F203)01091前顶棚开关(F202)01092顶棚取下开关(F171)01093放置顶棚的仓室盖开关(F201)01094左顶棚仓室盖开关-3-(F195)01095左顶棚仓室盖开关-2-(F197)01096左顶棚仓室盖开关-1-(F199)01097顶闩上开关(F172)01098后行李箱盖关闭开关(F206)01099行李箱开关:已经闭锁01100行李箱开关:已经解锁01101锁止集控门锁释放的开关(F205)01102右顶棚仓室盖开关3(F196)01103右顶棚仓室盖开关2(F198)01104右顶棚仓室盖开关1(F200)01105电磁阀8(N186)01106玻璃升降器下行继电器(J291)01107顶盖检查指示灯(K98)01108玻璃升降器上行继电器(J292)01109顶盖液压泵继电器(J321)01110顶盖解锁电磁铁(N187)01111行李箱锁伺服电机-1-01112行李箱锁伺服电机电源供给01113行李箱锁伺服电机-2-01114手制动警告灯(F9)01115显示屏上没有指示01116顶棚仓室盖释放伺服电机01117发电机DF接线柱处的负荷信号01118发动机预热01119档位识别信号01120凸轮轴调节101121凸轮轴调节201122凸轮轴位置传感器2(G163)01123故障触发01124充电时间监控01125进气歧管转换01126发动机速度信号01127燃油储备指示灯01128防盗器钥匙识别传感器(D2)01129S接线柱(H15)01130ABS操作信号超出公差01131闪光灯控制01132前红外线传感器(G166)01133后红外线传感器(G167)01134警报喇叭(H12)01135车辆内部监控传感器01136发动机起动机启动中断01137中央门锁:接触开关01138中央门锁:驾驶员门释放01139中央门锁:乘客侧门释放01140中央门锁:行李箱门释放01141行李箱释放开关(E165)01142中央门锁:释放电机01143中央门锁:闭锁电机01144中央门锁:闭锁电机01145中央门锁:闭锁电机01146中央门锁:释放电机01147行李箱释放电机(V120)01148门安全保险功能:激活01149门安全保险功能:未激活01150模拟仪表指针指示01151柴油机安全停机开关(F207)01152档位监控开关(F209)01153自动节油开关(E163)01154离合器系统压力开关(F210)01155离合器01156档位识别开关(F208)01157警报喇叭供给电压01158转向信号供给电压01159安全保险丝线路01160预热塞冷却液继电器(J325)01161凸轮轴调节阀输出01162气缸燃烧断火识别01163点火故障01165节流阀体控制单元(J338)01166发动机扭矩信号01167满负荷截止阀(N194)01168怠速提升阀(N177)01169门接触开关司机侧(F2)01170喷油持续时间传感器(G175)01171温度传感器:乘客侧坐椅(G60)01172温度传感器:司机侧坐椅(G59)01173坐椅纵向调节电机:司机侧(V28)01174坐椅高度调节电机:司机侧(V138)01175坐椅加热调节:司机侧(E94)01176点火钥匙01177发动机控制单元未授权01179点火钥匙匹配错误01180发动机/附加电器电器连接故障01181初始化:仅仅识别2个钥匙01182高度自适应01183排气净化警告灯(K72)01184后出风口温度传感器(G174)01185后部新鲜空气鼓风机(V80)01186后部空气分配调节电机(V136)01187后部温度调节翻板电机(V137)01188控制单元/电磁铁:电器连接01189气流分配电机:前(V145)01190控制单元/伺服电机:电气连接故障01191坐椅调节电机01192液力偶合器锁止离合器01193小加热功率继电器(J359)01194大加热功率继电器(J360)01195结束01196发动机/自动变速器:CAN数据总线01197动力系统数据总线:无效状态01198舒适系统数据总线:无效状态01199发动机/ABS:电气连接故障01200ABS阀供给电压01201ABS泵供给电压01202诊断线路01203ABS/仪表板:电气连接故障01204发动机温度传感器(G27)01205全自动空调继电器(J254)01206点火开关关闭时间间隔信号01207控制单元:辅助加热系统01208控制单元之间的数据交换01209发电机端子W的速度信号01210控制学习调节范围01211安全带涨紧触发器:司机侧后面(N196)01212安全带涨紧触发器:乘客侧后面(N197)01213安全带涨紧触发器:中央后面(N198)01214安全带涨紧碰撞数据已经存储01215坐椅占用传感器:司机侧后面(G177)01216坐椅占用传感器:乘客侧后面(G177)01217侧面安全气囊触发器:司机侧(N199)01218侧面安全气囊触发器:乘客侧(N200)01219后面安全气囊触发器:司机侧(N201)01220后面安全气囊触发器:乘客侧(N202)01221侧面安全气囊碰撞传感器:司机侧(G179)01222侧面安全气囊碰撞传感器:乘客侧(G180)01223中央门锁信号:已经打开01224控制单元不能与车速相匹配01225辅助加热器无线接收器(R64)01226碰撞数据侧面安全气囊:司机侧01227碰撞数据侧面安全气囊:乘客侧01228安全气囊关闭开关:乘客侧(E224)01229湿度传感器:A/C(G260)01230脚坑温度传感器:左侧(G261)01231脚坑温度传感器:右侧(G262)01232A/C压缩机调节阀(N280)01233加热系统冷却锁止阀(N279)01234控制单元:挡风玻璃加热器(J505)01235二次空气喷射电磁阀(N112)01236换档锁电磁铁(N110)01237燃油断油阀(N109)01238点火提前角调节01239节气门位置调节旁通阀(N97)01240节气门位置调节放气阀(N117)01241EVAP活性炭罐电磁阀(N115)01242控制单元中断放大器01243进气歧管转换阀(N156)01244氧传感器加热器控制单元(J208)01245差压调节.(J81)01246EarlyFuelEvapRelay(J81)01247EVAP活性炭罐电磁阀(N80)01248全负荷加浓双向阀(N54)01249喷油器:1缸(N30)01250喷油器:2缸(N31)01251喷油器:3缸(N32)01252喷油器:4缸(N33)01253喷油器:5缸(N34)01254喷油器:6缸(N35)01255喷油器:7缸(N36)01256喷油器:8缸(N37)01257怠速空气控制阀(N71)01258空气翻板定位器(V63)01259燃油泵继电器(J17)01260滑行断油阀(N65)01261氧传感器频率阀(N7)01262增加压力限制电磁阀(N75)01263冷启动喷嘴(N17)01264二次空气喷射泵继电器(J299)01265EGR真空调节电磁阀(N18)01266预热塞继电器(J52)01267预热时间自动调节控制单元(J179)01268流量调节器(N146)01269冷启动喷射阀(N108)01270A/C空调电磁离合器(N25)01271温度调节翻板电机(V68)01272中央空气翻板电机(V70)01273新鲜空气鼓风机(V2)01274通风翻板电机(V71)01275后侧安全气囊开关(E280)01276ABS液压泵(V64)01277ABS液压泵继电器(J185)01278EDS电子差速锁关闭继电器(J263)01279加速度传感器(G251)01280安全气囊:乘客侧:已经禁止01281安全气囊:司机侧:已经禁止01282进气歧管转换阀(N239)01283进气歧管翻板电机(V157)01284侧面安全气囊:司机侧:已经禁止01285侧面安全气囊:乘客侧:已经禁止01286安全带涨紧器:司机侧:已经禁止01287安全带涨紧器:乘客侧:已经禁止01288接线柱30:辅助转向01289接线柱15:辅助转向01290参考电压:辅助转向01295仪表板控制单元编码错误01296外部温度传感器:中央(G191)01297外部温度传感器:地板(G192)01298仪表板指示灯测试01299数据总线诊断接口(J533)01300控制单元:带CD-Rom的导航系统(J401)01301控制单元:语音识别(J507)01302控制单元:信息通讯(J499)01303电话收发器01304收音机01305数据总线显示器01306快速数据总线显示器01307LWL数据总线显示器01308控制单元:车顶(J。

工业机器人设备清单

工业机器人设备清单

空气动力机械智能制造公共实训基地设备预算清单模块一工业机器人基础工作室一、工业机器人基本技能工作室总体概述工业机器人基本技能实训方案以6轴机器人工作站为核心,配套装配了操作对象承载平台、工具墙、零件箱、学习讨论区、资讯区、机器人安全工作围栏等设施设备及基础教材、仿真软件、工学结合工作页等教学配套。

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霍尼韦尔楼宇自控产品应用手册

霍尼韦尔楼宇自控产品应用手册

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13、 N20,N34系列20Nm,34Nm风门执行器…………………………………………………………………………………………………82 14、 S05, S10, S20系列5Nm,10Nm,20Nm弹簧复位风门执行器………………………………………………………………… 83
四 、控制阀门
1 、 V4043, V4044风机盘管电动阀 ( 弹簧复位 )………………………………………………………………………………………… 84 2 、 VC系列二通及三通风机盘管电动阀…………………………………………………………………………………………………… 86 3 、 V5011P二通螺纹线性阀门PN16……………………………………………………………………………………………………… 91 4 、 V5013P三通螺纹线性阀门PN16………………………………………………………………………………………………………96 5 、 V5011N, P, F, G二通螺纹线性阀门PN16…………………………………………………………………………………………… 101 6 、 V5013N,P三通螺纹线性阀门PN16……………………………………………………………………………………………………102 7 、 V5211F高关断力二通螺纹线性阀门 PN16…………………………………………………………………………………………… 103 8 、 V5328A法兰型二通线性阀门PN16…………………………………………………………………………………………………… 104 9 、 V5088A 高关断力法兰型二通线性阀门PN16……………………………………………………………………………………… 105 10、 V5329A/V5050A.B法兰型三通线性阀门PN16……………………………………………………………………………………… 106 11、 V5016A二通法兰线形阀门PN16……………………………………………………………………………………………………… 107 12、 V5025A二通法兰线形阀门PN25……………………………………………………………………………………………………… 108 13 、V5049A.B法兰型二通线性阀门PN25/40………………………………………………………………………………………………109 14、 V5050A.B法兰型三通线性阀门PN25/40………………………………………………………………………………………………110 15 、V5832A/V5833A.C小线形调节、开关阀门PN16…………………………………………………………………………………… 111 16 、V5431A.F三通旋转阀门PN6……………………………………………………………………………………………………………113 17 、V5433A三通旋转阀门PN6………………………………………………………………………………………………………………114 18 、V4系列电动蝶阀……………………………………………………………………………………………………………………… 115 19 、大线性阀与执行器匹配表………………………………………………………………………………………………………………120 20 、旋转阀与执行器匹配表…………………………………………………………………………………………………………………124 21 、Cv值的计算………………………………………………………………………………………………………………………………126

masterflex 07569-00 气动泵控制台 操作手册说明书

masterflex 07569-00 气动泵控制台 操作手册说明书

®®操作手册气动泵控制台机型 07569-00(U S & C a n a d a o n l y ) T o l l F r e e 1-800-M A S T E R F L E X • 1-800-637-3739(O u t s i d e U S & C a n a d a ) 1-847-549-7600 • 1-847-381-7050w w w .m a s t e r fl e x .c o m • t e c h i n f o @m a s t e r fl e x .c o mA -1299-0105B 版本12®保修仅以 M A S T E R F L E X 精密管材与 M A S T E R F L E X 泵配套使用,以确保优异性能。

若使用其他管材可能导致保修失效。

制造商保证本产品与发布的规格标准不会产生重大偏差。

如在保修期内,确认由于制造商的原因,并非使用不当或滥用导致设备需要进行维修或调整,则将为您免费进行维修。

在保修期外产生的维修费用、或因使用不当或滥用造成的设备维修费用,可为您开具发票。

本产品的保修期为自购买之日起的 2 年之内。

产品退回无论在保修期内,还是在保修期外,在退回产品之前应就授权及发货规程等事宜与销售或制造商联络,以便减少费用和延误。

退回产品时,请说明退回理由。

为了维护您的利益,请小心地包装退回产品,并针对可能发生的损坏和丢失为该产品上保险。

任何因不恰当的包装而引起的损坏将由你方负责。

技术支持若对该产品的使用有任何问题,请与制造商或授权经销商联系。

87规格输出:泵速: 60 至 600 r p m最大输出扭矩:180 o z -i n (13 k g -c m )负载误差:± 15 r p m (60 至 150 r p m )± 20 r p m (150 至 600 r p m ) 输出功率:3/4 马力(560 W ) 输入:压缩空气: 10 c f m (0.28 m 3 / m i n )@ 150 p s i g (10.3 b a r )结构:尺寸(宽×长×高):4-13 / 16 英寸×8-13 / 16 英寸×9-7 / 8英寸(12.2 c m × 22.4 c m × 25.1 c m )重量:14磅(6.35千克)机箱评级:不适用环境:操作温度: 1°C 至 40°C (34°F 至 104°F )存储温度: –10°C 至 65°C (+14°F 至 149°F )湿度:(无凝结): 20% 至 80%海拔高度:低于2000 m北美评级:I 级,2 类,A ,B ,C ,D 和T 6组A T E X 防爆等级:C EI I 3 G c I I C T 6组:I I (非采矿设备)类:3(无点火源)区:2(不经常暴露)气体类型:G (可燃气体)气体组别 I I C (氢气/乙烯)防护方法:“c ”(非电气设备施工)温度组别:T 6(表面温度最高85°C )抗化学腐蚀性:外部材料为刷过油漆的C R S 、铜、铝和塑料合规性(C E 标志):E N 809(欧盟机器指令)E N 13463-1和E N 13463-5 (欧盟A T E X 规程)2安全防范警告:管道断裂可能会导致液体从泵内喷出。

AT Controls THD系列S09重型机械驱动器安装与维护指南说明书

AT Controls THD系列S09重型机械驱动器安装与维护指南说明书

THD-SERIES S09DA200 THRU S09DA385 & S09SR200 THRU S09SR385 DOUBLE ACTING &SPRING RETURN SCOTCH YOKE ACTUATORSINTRODUCTIONA-T Controls THD scotch yoke actuators have been designed and engineered to provide high cycle-life to meet the demands of our customers. The actuators are equipped with dual travel stops and accessory mounting.WARNINGFOR YOUR SAFETY, IT IS IMPORTANT THAT BEFORE REMOVING ANY COMPONENTS OF THE ACTUATOR, ENSURE THAT ALL PNEUMATIC AND ELECTRICAL SUPPLIES ARE DISCONNECTED AND LOCKOUT AND TAGOUT PROCEDURES ARE IMPLEMENTED. PLEASE CONSULT FACTORY IF YOU HAVE ANY QUESTIONS ON ANY OF THE PROCEDURES LISTED BELOW.1. Installation of ActuatorTriac actuators are adapted to the valve by means of an intermediate bracket and coupler. The coupler adapts the output of the actuator to the valve shaft. Standard mounting kits provide for mounting the actuator in the direction of the pipe. If different orientations are required please consult the factory when the order is placed.Before mounting the actuator on the valve insure that both units are in the proper orientation, i.e. both units open or closed. Make sure the coupler fits into the actuator and onto the valve before assembly. Also check the bracket for proper fit. After mounting the actuator, it may be necessary to adjust the travel stops for proper open and closed valve position. Always consult the manufactures installation manual forspecific details before proceeding. Pneumatically stroke the actuator several times to assure smooth proper operation.2. Air SupplyPneumatic piping to the actuator and associated accessories should follow the best practices for instrument pneumatic piping systems, I.E. lines free of water, oil, pipe sealant or other contaminants. The operating medium is to be filtered dry air or inert gas which is filtered to 50 micron particles size or less. It is extremely important that the actuator be powered with the proper air pressure and air volume. Maximumworking pressure is 100 PSI. Consult the THD series catalog for a complete listing of MOP (maximum operating pressure) and MAWP (Maximum Allowable Working Pressure)Spring return actuators are vented to the atmosphere through the adapter. The Pressure Cylinder must be purged if acorrosive atmosphere exists. Please contact Triac Controls for possible solutions if this condition exists.3. LubricationTriac actuators are factory lubricated for life and additionallubrication is not normally required. However, for actuators performing 100,000 cycles or more, an oil mist lubricator is recommended. Oil mist lubrication requires a mineral oil type ISO VG32 Class 1 for usage in temperature range 15 to 158 Deg. F. Oil mist lubricator must be set to the lowest setting. Once begun, the oil mist lubrication cannot be discontinued.CAUTIONIf the actuator is equipped with a pneumatic positioner or pneumatic controller, oil mist lubricated air cannot be used unless the instrument manufacturer indicates that the instrument is compatible with lubricated air.4. Actuators in Storage or infrequently cycled.Actuators in storage should be kept dry and protected from adverse conditions until installed. Original port protectors must be kept in the ports during storage. Actuators must be cycled every 90 days in storage or in operation. Actuators that do not cycle in 90 days should have a provision to jog the actuator to check for operation if a full cycle cannot be achieved.5. Double Acting OperationApplying air pressure to the CCW Port drives the piston toward the adapter which turns the yoke counterclockwise when viewed from the accessory side of the actuator. When pressure is applied to the CW Port the piston is driven towardsthe end cap which turns the yoke clockwise. This is shown in Figure 1SUPPLY PORTFigure 16. Spring Return OperationApplying air pressure to the CCW Port drives the piston toward the adapter as the spring is compressed. This rotates the yoke counterclockwise when viewed from the accessory side of the actuator. When pressure is relieved at the CCW Port the spring drives the piston towards the end cap which turns the yoke clockwise. This is shown in figure 2. To reverse the failure mode the spring and pressure cylinder are swapped end for end.Figure 27. Travel AdjustmentThe Triac THD actuators have + or - 8 degree adjustment of the end of travel stops in both the open and close directions. CAUTION: DO NOT ATTEMPT TO ADJUST STOP BOLT WITH AIR PRESSURE OR SPRING FORCE APPLIED TO THE STOP BOLT. ALWAYS JOG ACTUATOR AWAY FROM STOP BOLT BEFORE ADJUSTING.The stop bolts are in the center body of the actuator. Figure 3 shows the stop bolt locations loosen the lock nut and adjust stop bolt as required then retighten lock nut.COUNTER-CLOCKWISEFigure 3WARNINGFOR YOUR SAFETY, IT IS IMPORTANT THAT BEFORE REMOVING ANY COMPONENTS OF THE ACTUATOR, ENSURE THAT ALL PNEUMATIC AND ELECTRICAL SUPPLIES ARE DISCONNECTED AND LOCKOUT AND TAGOUT PROCEDURES ARE IMPLEMENTED.8. Replacement of Cylinder SealsWhen the cylinder seals must be replaced, because of leakage or a preventive scheduled maintenance, the following procedure must be followed. Note only the soft parts indicated on page 5 are included in a seal kit. If additional parts are required they must be ordered separately.Due to the continuing improvement of the Heavy Duty Actuators, seal kits provided by A-T Controls may contain extra o-rings so that all revisions of the actuators are able to be repaired. When disassembling the actuator, it is recommended to match the old o-ring with the new o-ring from the repair kit by comparing the o-ring diameter and cross section.1. Disconnect electrical supplies and shut off pneumaticsupply, vent actuator and remove from valve or damper. 2. For spring return actuators the spring tension must berelieved before starting. Apply air pressure until the piston moves off the stop bolt. Loosen the hex nut (item 12) then back out the stop bolt (item 11) until the preload is relieved. For double acting units the actuator should be in the clockwise position with the piston next to the rear flange.3. Vent all air pressure from the cylinder (item 14).4. Attach a lifting device to the lifting hook on the springcylinder and remove the 4 bolts on the spring cartridge. Then carefully slide the spring cartridge off the piston rod not to lose the thrust bearing on the end of the piston rod. 5. Remove the tie rod nuts (item 19) from the tie rods (item23).6. Remove the end cap (item 18) from the cylinder (item14).7. Remove the cylinder from the adapter (item 25) bypulling over the piston (item 21). Use caution not to scratch the cylinder bore when sliding over piston.8. Bend the safety tab on the lock nut retainer up and out ofthe groove. Remove the outer hex nut (item 20) holding the piston on the piston rod (item 15). Then remove the safety tab and then the inner nut.9. Remove the piston (item 21), rod washer and o-ring (item22).10. Remove 2 each flat head screws in the adapter andremove the cover plate.11. Remove the o-ring seal assembly (item 24) from thecounter-bore.12. Remove the o-rings from the piston and both flanges.13. Clean all parts with a mild solvent that will not attack thecoating on the parts.14. The center body assembly should be inspected before thepressure group is rebuilt.15. Remove the rod cover adapter (item 30).16. Remove the pinion cover or any accessories mounted ontop of actuator. Remove snap ring on pinion and remove upper pinion spacer and thrust washer. Slide pinion (item 2) down thru body and carefully remove from bottom of actuator as not to damage the upper and lower bearings and o-rings. Remove the piston rod and yoke assembly thru the pressure port opening.17. Inspect the Yoke pin bushing (bronze slider) (item 10) forwear along with the slot in the yoke arm.18. Inspect the upper and lower yoke bearings (item 4, 7) forwear.19. Wipe out old grease and replace with new grease on allsliding surfaces.20. Reinstall piston rod and yoke assembly into housing. 21. Then reinstall Pinion into yoke aligning the key into thekeyway and bearing careful not to harm the bearings or the o-rings.22. Reinstall the pinion thrust washer and snap ring washerfollowed by the snap ring and pinion cover.23. Lightly grease new o-ring rod seal assembly (item 26) andinstall in front flange. Replace cover plate and install 2 each flat head socket cap screws.24. Install adapter gasket on actuator using a gasket adhesive. 25. Reinstall adapter over piston rod and slide into positionand torque bolts in a diagonal pattern.26. Install rod cover adapter gasket on actuator using a gasketadhesive27. Reinstall rod cover adapter and bushing over piston rodand slide into position and torque bolts in a diagonal pattern.28. Lightly grease the o-ring for the front flange and install inthe groove.29. Place piston rod washer on piston rod with countersinkfacing out toward the end cap. Lightly grease o-ring (item 22) and slide over piston rod. Slide piston over piston rod and install inner hex nut then lock tab and outer hex nut then align outer hex nut with tab and bend into groove. 30. At this point the piston should be able to be pushed backand forth to insure that all parts are in proper alignment and working properly.31. Lightly grease piston grooves and install o-ring and back-up strip.32. Lightly grease cylinder completely on the inside surfaceand carefully slide over the piston until seated on the adapter.33. Lightly grease the o-ring for the end cap and install in thegroove. Place end cap over the tie rods and seat on the cylinder. Be sure to keep the original alignment of the NPT port and the lifting eye on the cylinder. If the tie rods were removed from the adapter be sure the two longer tie rods are at the top of the cylinder for the lifting eye.34. Reinstall the tie rod nuts and tighten in a diagonal pattern. 35. To pressure test a double acting actuator proceed to thenext step for a spring return go the step 39.36. Connect 2 psig air to the adapter and cycle the actuatorthen connect to the end cap and cycle the actuator several times.37. Apply 100 psig air to the adapter and check for leakage atthe adapter/cylinder connection. Place a flexible tube in the end cap NPT port and check for leakage across the piston by checking for bubbles in a cup of water. Relieve air pressure on cylinder.38. Apply 100 psig air to the end cap and check for leakage atthe end cap/cylinder connection. Place a flexible tube in the front flange NPT port and check for leakage across the piston. Relieve air pressure on cylinder.39. Apply supply pressure to the end cap and check forleakage at the end cap/cylinder connection and check for leakage across the piston by using the method in step 37 above.40. Position stop bolts back to 90 degrees position and tightenlock nuts.41. The actuator is now ready to return to service.9. Converting from Double Acting to Spring ReturnWARNINGFOR YOUR SAFETY, IT IS IMPORTANT THAT BEFORE REMOVING ANY COMPONENTS OF THE ACTUATOR, ENSURE THAT ALL PNEUMATIC AND ELECTRICAL SUPPLIES ARE DISCONNECTED AND LOCKOUT AND TAGOUT PROCEDURES ARE IMPLEMENTED.1. Disconnect electrical supplies and shut off pneumaticsupply, vent actuator and remove from valve or damper. 2. Loosen the stop bolt nut on the clockwise stop bolt andback out the stop bolt. The stop bolt must be backed off so that when 10 psig of air is applied to the adapter there is no load on the stop bolt. Remove the rod cover adapter bolts and remove assembly.3. Remove the old gasket and replace with new gasket and secure with gasket adhesive.4. Install thrust bearings (item 27) on end of piston rod.5. Lift Spring Cartridge and slide over piston rod and align with holes in center body.6. Install the 4 cap screws, lock washers and nuts provided with the spring cartridge.7. Apply air pressure and check for smooth operation. 8.Adjust both stop bolts as necessary for proper travel.10. Changing from “Spring Closed” to “Spring Open”To convert from spring closed to spring open requires that the air cylinder be removed and the spring cartridge removed and placed on the opposite side of the actuator. Completeinstructions for rebuilding the air cylinder are listed above along with instructions for installing the spring. On the S09 the yoke and piston rod assembly must be removed from the housing and the piston rod rotated end for end by removing the yoke pin and yoke pin bushings so that the pneumatic piston end is on the opposite side of the housing.11. Seal kits and Repair PartsTo order replacement seal kits or spare parts please provide the following information: Actuator Model Number Serial NumberType of seal kit (Nitrile standard, low temperature, Viton) Item Number, Description and quantity for repair partA-T Controls product, when properly selected, is designed to perform its intended function safely during its useful life. However, the purchaser or user of A-T Controls products should be aware that A-T Controls products might be used in numerous applications under a wide variety of industrial service conditions. Although A-T Controls can provide general guidelines, it cannot provide specific data and warnings for all possible applications. The purchaser / user must therefore assume the ultimate responsibility for the proper sizing and selection, installation, operation, and maintenance of A-T Controls products. The user should read and understand the installation operation maintenance (IOM) instructions included with the product, and train its employees and contractors in the safe use of A-T Controls products in connection with the specific application.While the information and specifications contained in this literature are believed to be accurate, they are supplied for informative purposes only. Because A-T Controls is continually improving and upgrading its product design, the specifications, dimensions and information contained in this literature are subject to change without notice. Should any question arise concerning these specifications, the purchaser/user should contact A-T Controls.For product specifications go to /A-T Controls, Inc. • 9955 International Boulevard, Cincinnati, OH 45246 • Phone: (513) 530-5175 • Fax: (513) 247-5462 • 。

HMC616 运动控制器硬件手册说明书

HMC616 运动控制器硬件手册说明书

HMC616运动控制器硬件手册Version1.1版权说明本手册版权归深圳市浩川自动化技术有限公司所有,未经浩川自动化公司书面许可,任何人不得翻印、翻译和抄袭本手册中的任何内容。

涉及HMC控制器软件的详细资料以及每个指令的介绍和例程,请参阅VBASIC软件手册。

本手册中的信息资料仅供参考。

由于改进设计和功能等原因,浩川自动化公司保留对本资料的最终解释权!内容如有更改,恕不另行通知!调试机器要注意安全!请务必在机器中设计有效的安全保护装置,并在软件中加入出错处理程序,否则所造成的损失,浩川自动化公司没有义务或责任对此负责。

目录HMC616运动控制器硬件手册 (1)第一章控制器简介 (1)1.1连接配置 (1)1.2安装和编程 (2)1.3产品特点 (2)第二章硬件描述 (3)2.1HMC616系列型号规格 (3)2.1.1订货信息: (3)2.2HMC616接线 (4)2.2.1电源接口: (5)2.2.2通讯接口: (5)2.2.3RS232接口: (6)2.2.4通用输入信号: (7)2.2.5通用输出: (8)2.2.6ADDA信号 (9)2.2.7U盘接口信号: (9)2.2.8轴接口信号: (9)第三章扩展模块 (12)第四章常见问题 (12)第五章硬件安装 (13)5.1HMC616安装 (13)第一章控制器简介HMC是浩川自动化推出的独立式运动控制器型号简称。

HMC616系列控制器支持最多达24轴直线插补、任意圆弧插补、空间圆弧、螺旋插补、电子凸轮、电子齿轮、同步跟随、虚拟轴设置等;采用优化的网络通讯协议可以实现实时的运动控制。

单个电脑最多支持达256个HMC控制器同时链接。

1.1连接配置典型连接配置图HMC运动控制器支持以太网,USB,CAN,485等通讯接口,通过CAN总结可以连接各个扩展模块,从而扩展输入输出点数或运动轴(CAN总线两端需要并接120欧姆的电阻)。

HMC运动控制器支持U盘保存或读取数据(30x系列除外)。

【CN109654162A】主动复合变阻尼转动控制装置【专利】

【CN109654162A】主动复合变阻尼转动控制装置【专利】

(19)中华人民共和国国家知识产权局(12)发明专利申请(10)申请公布号 (43)申请公布日 (21)申请号 201910103443.6(22)申请日 2019.02.01(71)申请人 青岛理工大学地址 266033 山东省青岛市市北区抚顺路11号(72)发明人 张春巍 王昊 (74)专利代理机构 青岛发思特专利商标代理有限公司 37212代理人 巩同海 赵伟敏(51)Int.Cl.F16F 15/16(2006.01)F16F 15/18(2006.01)(54)发明名称主动复合变阻尼转动控制装置(57)摘要本发明涉及系统中振动的抑制领域,公开了一种主动复合变阻尼转动控制装置,其包括变阻尼模块和动力模块;变阻尼模块包括磁流变液箱和转动惯量轮,磁流变液箱内部填充满磁流变液,转动惯量轮设置于磁流变液箱内,磁流变液箱的两个圆形端面内设置有电磁线网;动力模块包括装置管腔、驱动器、编码器和变速器,驱动器固定在装置管腔内壁上,驱动器的一端安装有编码器,另一端与变速器连接,驱动器的驱动轴穿过变速器、伸入磁流变液箱与转动惯量轮的中心垂直固定。

本发明的转动惯量轮的转动阻尼可以自动调节,调节精度高,调节范围广,系统应用范围大,本发明具有更大的鲁棒性,控制效果不会因结构形式改变以及外部荷载作用的改变而受到较大影响。

权利要求书1页 说明书3页 附图3页CN 109654162 A 2019.04.19C N 109654162A权 利 要 求 书1/1页CN 109654162 A1.一种主动复合变阻尼转动控制装置,其特征在于,包括变阻尼模块和动力模块;变阻尼模块包括磁流变液箱(1)和转动惯量轮(2),磁流变液箱(1)为圆管状,内部填充满磁流变液,转动惯量轮(2)设置于磁流变液箱(1)内,被磁流变液包围,磁流变液箱(1)的两个圆形端面内设置有电磁线网(8);动力模块包括装置管腔(3)和固定在装置管腔(3)内的驱动器(4)、编码器(5)和变速器(6),装置管腔(3)为圆筒状,垂直固定在磁流变液箱(1)圆形端面的中心处,驱动器(4)固定在装置管腔(3)内壁上,驱动器(4)的一端安装有编码器(5),另一端与变速器(6)连接,驱动器(4)的驱动轴穿过变速器(6)、伸入磁流变液箱(1)与转动惯量轮(2)的中心垂直固定。

FX5045(FX5045_1)立式升降台铣床 (长征 2011)

FX5045(FX5045_1)立式升降台铣床 (长征 2011)
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5 ‎轴选择 Y
6 ‎轴选择 Z
504
504
504
504 / 9.1:A A
13
-SQ9
14
222
B
B
222
-SB4
-SB3
11
13
11
11
23
11
13
13
12
SA1
-SB5
-SA2
12
14
12
12
24
12
14
14
1
-M7
M 1~
C
2
D
702
0
0
0 / 1.3:C
E
‎图号 ‎设计
5
EPLAN
2018/6/7
6
‎共 15 ‎页 ‎第 3 ‎页
1
2

六自由度平台

六自由度平台



速度环用来调节电机速度,以提高系统动态响应快 速性,方法是根据负载情况的变化调节电机电流 速度环的输入就是位置环PID调节后的输出以及位 置设定的前馈值,称为“速度设定”,“速度设定” 和“速度环反馈”值进行比较后的差值在速度环做 PID调节(主要是比例增益和积分处理)后输出是 “电流环的给定”
当电机停止时如果位置环的设置适当位置偏差应接近于零位置环的输入是外部的脉冲外部的脉冲经过平滑滤波处理和电子齿轮计算后作为位置环的设定设定和来自编码器反馈的脉冲信号经过偏差计数器的计算后的数值在经过位置环的pid调节比例增益调节无积分微分环节后输出和位置给定的前馈信号的合值就构成了速度环的给速度环用来调节电机速度以提高系统动态响应快速性方法是根据负载情况的变化调节电机电流速度环的输入就是位置环pid调节后的输出以及位置设定的前馈值称为速度设定速度设定和速度环反馈值进行比较后的差值在速度环做pid调节主要是比例增益和积分处理后输出是电流环的给定力矩环用来调节电机的传动力矩
六自由度平台控制

上位机通过网卡给主控计算机发送指令,主控 计算机接收到有关模拟平台运动参数的指令后, 经过空间运动模型变换,运用平台反解解出六 只电动缸的伸长量,PCL841启动现场CAN进行 传输,由驱动器内部PC得到信息并驱动电动机 转动。而安装在电动机上的编码器、检测出电 动机的力矩,速度,位置信息并发送到驱动器, 构成闭环控制系统,实时精确的控制各电动缸 的伸长量,并把信息传输给主控机,主控机确 保六只电动缸的协调动作,从而使平台进行所 要求的运动
六自由度平台建模
静坐标系 oxyz 的原点位于下 平台六个铰支点的外接圆圆 心, 平面与下平台的六个铰 支点所在的面重合, oy与oB1 重合,方向如图所示。动坐 标系ox1y1z1原点位于上平台 基圆圆心,与上平台的六个 铰支点所在的面重合,oy1 与 oA1重合,方向如图 所示。
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