AVITEQ振动器MVE50-4讲解
振动电机里面激振动的调整步骤及维护保养(精)
振动电机里面激振动的调整步骤及维护保养
振动电机里有很多知识想必大家都知道了，但是振动电机里有一个关键但微小的步骤却有很多人都不知道，下面就为您介绍一下吧要特别注意，调整激振力时，要将振动电机两端出轴上的可调偏心块向同一个方向调整为相同的角度。
一、激振力的调整步骤：
1. 拆除防护罩。
2. 旋松外侧偏心块加紧螺栓。
3. 两侧偏心块应同方向转动，使轴上刻线对准偏心块上激振力示值线至需要的激振力值处，并检查两端是否为相同的角度。
二、使用维护，保养与存放：
1、定期补充油脂，一般2-3个月补油一次
2、振动电机一般运行4-6个月小修一次，一年大修一次。
3、振动电机在运转中如发现有异常响声时，应立即停机检查排除故障后方可再启动运转。
以上就是振动电机里面激振动的调整步骤及维护保养。
欧力-卧龙MVE系列振动电机使用说明书
◆ 尊敬的用户：感谢您选用我公司的产品。
您在使用本产品以前，请详细阅读本使用说明书，并严格按照使用说明书进行操作。
如有不明之处，需及时与我公司联系，谨防操作中出现意外事故。
◆ 型号说明*本公司交流振动电机产品以下列符号表示： MVE 激振力（kg）/ 转速 特殊符号3000转/分 300kg 3000转/分 300kg 工作电压 12V表示直流工作电源 表示激振力为200kg表示振动电机◆ 振动电机的使用条件1、环境温度随季节而变化，但一般不应超过 -20℃~+40℃。
2、海拔：不超过1000米。
3、频率：50 Hz（也可按用户特殊要求设计制造，注意铭牌标征数据应和电源对应）。
4、额定电压：电机功率＜4KW 时为220 / 380V，即“△”/ “Y”接法，出厂时按380V，“Y”接法；电机功率≥4KW 时为380/660V。
即“△”/“Y”接法，出厂时按380V，“△”接法。
（也可按用户特殊要求设计制造，注意电源电压应和铭牌或接线图中的接线方法相对应）5、绝缘等级：主体 H 级，接线腔 F 级。
0904 振动电机型号说明 1 振动电机的使用条件6、防护等级：IP65。
7、工作方式：S1（连续）。
◆ 贮存与运输1、本公司生产的振动电机SIZE10~60均采用塑料袋及外加纸箱包装，SIZE70~90采用塑料袋及外加木箱包装，建议用户在贮存过程中不要拆开包装物，确保贮存环境干燥通风，避免环境温度急剧变化。
2、贮存和运输过程中，振动电机不可倒置。
重要说明：振动电机在运输过程中造成的损坏应及时与运输公司确认，并将信息反馈至我公司，以便我公司与运输公司交涉。
◆ 振动电机的安装警告！在安装振动电机前，应切断和锁定供给设备的所有能源，并给出警告标志。
1、安装前应检查运输中是否碰伤或受潮、紧固件有无松动等现象。
2、检查铭牌数据是否符合要求，在用户没有特殊要求的情况下，本公司出品的振动电机的偏心块位置均处于铭牌标征的最大激振力位置。
AVITEQ振动控制器
AVITEQ振动电机是一个三相交流感应电机，砝码片在转动轴顶端偏心安装，也称为偏心砝码块（偏心轮），转动时产生离心力。
离心力的数值可以在电机停止时通过调整偏心轮而产生变化。
电机产生的离心力移动工作设备（输送槽、台及其它形式），从而通过振动方式输送物料。
设备造型：AVITEQ产生离心力的值，运行频率和与振动电机相连接的工作设备的质量决定了振幅的大小。
从振动电机传到工作设备的力能通过在对应频率下的加速度值和振幅容易地计算出来。
您能在我们的参考册中，按照有效重量读到所有AVITEQ电机的振幅值。
通过这个办法，您可以迅速找到最合适的驱动器。
振幅决定了物料的最大反射高度，进而在理论上得出可能的输送速度，实际输送速度本质上会受到输送的截面积和被处理物料的密度和输送性能的影响。
AVITEQ振动电机、AVITEQ电磁振动器工作力矩从0.1kg.cm到2763kg.cm，离心力最大可达119KN。
AVITEQ的振动电机能驱动静载超过11,000Kg的设备。
AVITEQ振幅Sn在实际应用中是受到限制的，从一方面讲，受限于工作设备在寿命期中所能承受的加速度，另一方面，当加速度过小时，会产生物料停顿工作设备的结构：AVITEQ电机必须安装在抗弯曲的驱动部位，否则会导致电机不能自动同步，并引起设备断裂的危险。
不正确的电机转向将会给工作设备带来巨大的损害，即使这个时间段非常短。
在大型的，长距离输送装置中一般采用一个横向振动监测，同时也能指示错误转向。
如果在低的重量下得到最大的刚度振动设备就正确地建立了。
如果采用合适的加强筋提供加固，低重量和大刚性强度并非不一致。
磁力振动器AVITEQ磁力振动器作为驱动器设备适用于振动输送槽和输送管、振动筛、除水设备、螺旋输送器和振动台。
AVITEQ作为冲击振动器适用于筒仓、料仓、偏转格栅、下落管、滑槽、筛网和填料厂。
它们可以提供平稳的物流。
在料仓沉降、排放、筛分、除尘或保护过滤、或是大量物料的提取、或在工艺中的特殊任务，如：粗模锻、计量、给料、冷却、加热和干燥中，AVITEQ磁力振动器依赖我们在所有领域中长期积累的振动输送技术方面的宝贵经验，能在每种工况下为您提供可靠的工作状态。
坎贝尔科学 AVW1和AVW4振动线接口 使用指南说明书
AVW1 and AVW4Vibrating Wire InterfacesFor monitoring of vibrating wire strain gauges withCampbell Scientific dataloggersBackgroundVibrating wire (or vibrating strip)transducers are commonly used to measure strain, load, pressure and water level. These sensors output a frequency signal generated by a vibrating filament that can be read on any CR510, CR10(X), CR23X,CR800 series, CR1000, CR3000 or CR5000 analogue channel.Because frequencies rather than voltage levels are measured, these transducers are often better suited than 4- or 6-wire resistive bridge transducers for applications in elec-trically noisy environments or those requiring long lead lengths.Vibrating wire transducers also have a reputation for long-term stability.Two measurements are usually made; the first is the frequency of the vibrating wire and the second isan optional temperature measure-ment that allows compensation of the frequency measurement.DescriptionThe AVW1 and AVW4 are used to interface vibrating wire strain gauge sensors to compatible CampbellScientific dataloggers. The AVW1interfaces one sensor (temperature and pressure) to two single-ended datalogger channels. The AVW4interfaces four sensors to eight single-ended channels (not avail-able on the CR510).Power ConsumptionFor Geokon sensors, the current drain during the very short (2.4ms)temperature measurement is 0.4mA or less. The current drain during the vibrating wire measure-ment (170ms to 500ms) is 32mA.There is no quiescent current drain.Some vibrating wire sensors with short leads can be monitored without the AVW1or AVW4. However, the AVW1 and AVW4provide important signal conditioning that has the following functions:plete the thermistor bridge for themeasurement of the sensor’s tempera-ture.2.Convert the swept frequency excitationfrom 2.5V (peak-to-peak) to 5V/12V (peak-to-peak), thus ‘plucking’ the wire harder than the maximum 2.5V switchedexcitation. The result is a larger magni-tude signal for a longer time.NOTE: Sensors which need 5V excitation rather then 12V can also be used with the AVW1 and AVW4.3.Provide transformer isolation to strip offany DC noise on the signal. This improves the ability to detect cycles.4.Provide additional transient protectionfor both the temperature and vibrating wire circuits.Although originally designed specifically for the Geokon 4500 series, the AVW1 and AVW4 have also been used very success-fully with other strain gauge models made by Gauge Technique, Roctest, Slope Indi-cator (VWP series) and Geokon. These manufacturers can provide coefficients for monitoring the output of their sensors with Campbell Scientific systems.An increase in pressure on the diaphragm decreases the tension on the wire attached to the diaphragm. A decrease in the wire tension de-creases the resonant frequency in the same way that loosening a string on a guitar decreases its frequency. Therefore, the resonant frequency of the vibrating wire sensor decreases with increas-ing pressure.The Vibrating Wire Measurement Instruction in the datalogger excites the ‘plucking’ and ‘pickup’coils shown in the diagram with a ‘swept’ fre-quency. The datalogger takes 150ms to sweep through all the frequencies. This swept frequency causes the wire to vibrate at each of the individual frequencies. Ideally, all the frequencies except the one matching the resonant frequency of the wire die out in a very short time. The wire vibrates with the resonant frequency for a relatively longtime, and as it does so it cuts the lines of flux inFrequency MeasurementSweep Frequency Range: 100 – 9900Hz (Optimum performance range >1000Hz)Other specifications depend on datalogger model – see specifications (Period Averaging Measurement) in the datalogger brochure or manual.Although the design of the interface coupling transformer means that optimum performance is achieved at frequencies of 1000Hz or more,sensors which operate at frequencies significantly below this can be used successfully with the AVW1 and AVW4. The actual performance of a given sensor will depend on the response of that sensor to the changing drive waveforms and also on the signal level it returns.See Technical Note 23, available on request,which gives more information on the performance of sensors which operate at frequencies below 1000Hz.Measurement Time: The time required to make one repetition of the vibrating wire measurement is given below:150ms to sweep the frequency +20ms delay+(1.5 cycles + no. of cycles measured) * period of signal in mse.g. 671.5ms for a sensor generating a 1000Hz signal measured for 500 cycles.Need help configuring your system? Call ourengineers for assistance.Diaphragm FilterPlucking andPickup Coils4-Conductor CableStainless Steel Housing Vibrating WireTypical Vibrating Wire SensorNo. of Cycles to Average Time Constant of Resonance: Software programmable from 1 to 9999Reference Accuracy: ±(0.01% of reading + Resolution)Resolution: 60ns divided by the number of cycles measured. Resolution is reduced by signal noise and for signals with a slow transition through the zero voltage threshold.Input Sensitivity for Period Measurement:Depends on datalogger model; see separate datalogger brochures.Temperature MeasurementThermistor Bridge: Optimised for YSI44005/Fenwall 192-302 thermistors. Other temperature sensors can be accommodated by direct connection to datalogger.Multiplexing (not CR510)When used with AM16/32B Analogue Multiplexers one AVW1 can monitor 16 strain gauges plus thermistors, or 32 gauges without thermistors.Several multiplexers can be connected to one AVW1.PhysicalOperating Temperature Range: -25°C to +50°C Size/Weight:AVW1 65 x 65 x 30mm, 0.14kg AVW4 170 x 75 x 30mm, 0.41kgthe ‘plucking’ and ‘pickup’ coils inducing the samefrequency on the leads to the datalogger.After waiting for the non-resonant frequencies to die out (20ms) the datalogger accurately meas-ures how much time it takes to receive a user-specified number of cycles. Knowing the time and the number of cycles, the datalogger then computes the square of the frequency (= 1/T 2 where T is the period in milliseconds).InternalBulkhead Seal。
EH4使用说明书
美国劳雷工业有限公司
目录
..................... 2 0.0 简介.............................................................................................................. .................... .................... ....................2 1.0 系统配件 .................................................................................................................... . ......................... 3 标准接收机配件................................................................................................................ ...................... 3 可选接收机组件 ................................................................................................................. . ...................3 2 发射机组件（400 统） 安系统） …….......................................................................... …. ……………………………….3. .2 发射机组件（5000安系统）……
气动振动器的安装及使用说明
气动振动器的安装及使用说明气动振动器是一种常用的工业设备，用于在各种领域中实现物料输送、筛分和振动搅拌等工作。
它通过利用气压的控制和转换来产生振动力，以此驱动设备进行工作。
在本文中，我们将介绍气动振动器的安装和使用说明，以帮助您正确使用这一设备。
一、安装气动振动器1. 振动器选择：根据您的实际需求选择适合的气动振动器。
考虑到应用领域、设备类型和所需功能，选择合适的型号和规格。
您可以参考振动器的技术规格手册或咨询专业人员，以便做出明智的选择。
2. 安装位置：将振动器安装在合适的位置上。
振动器应连接到所需的设备或结构上，并确保其牢固稳定。
根据振动器的使用要求，可以选择不同的安装方式，如垂直安装、水平安装或倾斜安装。
3. 连接管路：使用适当的管路连接振动器和压缩空气源。
确保管道连接牢固，无漏气，并符合所需的空气流量和压力要求。
建议使用耐压、耐磨的气管，并注意避免管道过长和过多的弯曲，以避免能量损失和压力下降。
4. 气源准备：确保为振动器提供稳定的干燥压缩空气。
在接入振动器之前，务必使用过滤器和调压阀来净化和调节压缩空气，以保护振动器内部的元件，并确保正常运行。
二、使用气动振动器1. 启动和停止：在确保振动器安装正确且连接可靠的情况下，打开气源阀门，使空气进入振动器内部。
振动器将开始工作，并产生振动力。
当振动工作完成时，关闭气源阀门，振动器将停止工作。
注意，在启动和停止振动器时要谨慎操作，以避免意外发生。
2. 振动频率调节：根据需要，可以调节振动器的频率。
通过调整气源阀门的开度，控制气压大小，从而改变振动器的工作频率。
根据实际应用情况，可以选择合适的振动频率来满足工艺要求。
3. 维护保养：定期检查和维护振动器，以确保其性能和使用寿命。
清洁振动器表面及连接部位，检查管路是否有损坏或漏气现象。
如果发现任何问题，请及时修复或更换相关部件。
三、总结与回顾在本文中，我们对气动振动器的安装和使用进行了详细说明。
我们强调了正确选择适合的振动器型号和规格的重要性。
AVITEQ电磁振动器说明书
电磁振动器电磁振动器可以用非常灵活。
磁振动器的优点相匹配的振动机的所有设计。
在振动供料器的技术和在所有工业应用的几乎每一种情况下的磁振动器的喜爱系统，特别是如果它取决于高剂量的精度。
应用实例：∙邦克提取∙脱水∙分类∙除尘∙筛查∙输送小和高量的散状物料∙压实∙加药∙载入中∙冷却∙加热干燥作为冲击振动器它们提供了一个平滑的材料流动：∙筒仓∙沙坑∙偏转烤架∙落水管和滑槽∙过滤器和灌装设备AViTEQ`s电磁振动器做一个可靠的工作无处不在。
从我们的经验中受益始于1939年与振动送料技术在任何行业。
在AVITEQ磁力振动器的优点∙在连续工作操作安全∙高水平的具有紧凑的尺寸的性能∙无磨损，无转动部件∙效率∙最新的先进设备，先进的生产工程∙符合所有EC指引，从而影响驱动器∙也可用于有爆炸危险的场所（防爆）∙适用于60 Hz的动力系统和其他电源电压∙运行状态时容易和线性调整∙立即启动/停止切换后∙线性幅度∙可靠的永久使用∙温度开关可选∙特殊的版本可能磁振动器为适合作为用于振动输送的管道和管道，振动过滤器，水去除设备，蜗杆输送机和振动台上的驱动器。
无论是在沙坑结算，排水，筛选，除尘或保护滤镜的情况下，是否有开采大批量或在案件过程工程中的特殊任务，如如堵，计量，送料，冷却，气候变暖和干燥，AVITEQ电磁振动器可靠地执行在任何情况下他们的工作。
使用我们的振动输送技术在各行业的长期经验。
磁振动器弹簧- 质量系统，它总是利用整个振动系统（驱动器和作业装置）的贴近谐振条件。
该驱动器包括用于产生振动的元件，诸如电磁铁和板簧包。
通过在驱动侧的激励电流所产生的振动被直接传送到工作装置（例如，过滤器，导管或管道）。
生成的工作装置的导演，直线振动运动。
在这种情况下的振动方向总是运行在预先确定的“振动角度”到水平。
的“振幅”相当于在这种情况下，对整个系统的双幅。
电磁振动器连续使用可控的驱动电压。
他们立即实现全面输送能力，从而从助跑干扰效应和破败电机驱动器省去了。
4吨振动台说明书
1. 安全事项....................................................................................................................................1 1．1 重要注意...............................................................................................................................1 1．2 承诺.......................................................................................................................................2 1．3 设备检查和运输说明...........................................................................................................2 2． 系统介绍...................................................................................................................................4 2．1 系统...................................................................................................................
OLI电动振动器产品大全说明书
INDUSTRIALVIBRATORSTHE WORLDWIDE LEADER IN VIBRATION TECHNOLOGYIntroMVE Standard RangeMVE-Exe Increased SafetyMVE-Exd Explosion-ProofMVE-Milling Grain ProcessingMVE-SV Screen VibratorMVE-SS Stainless SteelInstallation Technical drawingsCompany profile 4Technical features6Standard specifications7The OLI vibrator range 8Certifications 9How to choose a motovibrator10Standard rated voltages 11Optionals 112 poles 124 poles 146 poles 168 poles 182 poles single-phase20MVE-MICRO 22MVE-DC Direct Current 242 poles 264 poles 286 poles 308 poles 322 and 4 poles 346 and 8 poles 366, 8, 10, 12 poles 384 poles 404, 6, 8 poles 42Mounting 44How to change vibration intensity 46Drawingsextra pageElectric motovibrators 45Originally specialising in immersion vibrators for concrete consolidation, OLI is now the worldwide leader in vibration technology, with a complete range of electric and pneumatic internal and external vibrators .By supplying competitive, high quality products for wide-ranging applications, OLI combines performance and reliability by adapting to the ever-changing market. A strong believer in innovation, OLI is constantly striving to be ahead of the opposition.As a global player in industrial vibration technology, the key focus of OLI’s business strategy is rapid stock delivery, any time, anywhere in the world . Excellent customer service is of pivotal importance: the company guarantees quick order processing and customers worldwide can enjoy access to the same high quality product and services.OLI has access to credible expertise when it comes to finding suitable solutions to customers’ requests. A team of engineers specialised in designing efficient, reliable, and safe solutions backed by globally certified management .OLI provides their customers with state-of-the-art equipment and the blueprint for the next generation of products is already in progress.6PTC thermistor 130 °CSpecific grease retaining deviceTropicalised standardIP66 protectionClass F insulation RELIABILITYEasy mass adjustmentVarious voltages and frequencies availableEasy access to the terminal boxMultiple eye-bolts FLEXIBILITYStandard specifications Array* Except for MVE 710/15N-50A0 and MVE 510/1N-50A078Providing centrifugal force up to 26,000 kgs and with multiple voltage options OLI’s range of electric motovibrators covers several fields of application in every country as well as many different industrial sectors: from food to mining, from foundry to recycling and more.OLI’s electric motovibrators are designed and manufactured using the latest technologies and premium quality materials and components.Vibrator bodies, bearing flanges and shafts are FMEA designed and manufactured using first grade Aluminium alloy, cast iron and steel alloy to withstand heavy duty applications and guarantee safe operation in any condition.Vacuum impregnated windings and class F insulating materials enhance reliability and durability.Top quality bearings and an efficient grease retaining system assure long lasting performance and low noise generation.Adjustable eccentric masses allow easy fine tuning of the Max centrifugal force provided by the vibrator.Several certifications for use in hazardous environments are available in the OLI range to match the most demanding specification worldwide.The OLI Vibrator Rangemass cover fixed massbearingadjustable massshaftrotor flange frame9Grain Processing, Stainless Steel and Screen VibratorCertificationsStandardIncreased SafetyExplosion Proof and Screen VibratorConformity with European Directive - Low voltage 2014/35/UE; Machine Directive 2006/42/EC; ATEX 2014/34/UE - UL 1836. UL 1004-1 - SAC22.2 NO 25. 100. 145* Screen vibrator is also available with the same certifications as the standard, not explosion proof range, mentioned in the first chart of this page.** Soon available.Conformity with European Directive - Low voltage 2014/35/UE; Machine Directive 2006/42/EC; ATEX 2014/34/UE - UL 1836. UL 1004-1 - SAC22.2 NO 25. 100. 145Tx = T100 °C up to size 30 included; T135 °C from size 40 up. T135 °C from size 40 up.Conformity with European Directive - Low voltage 2014/35/UE; Machine Directive 2006/42/EC - ATEX 2014/34/UE - UL 1836. UL 1004-1. UL 674 - CSAC22.2 NO 25. 100. 145Conformity with European Directive - Low voltage 2014/35/UE; Machine Directive 2006/42/EC; ATEX 2014/34/UE* Extended temperature range up to 55 °C available on request.MVE DC Range: II3D Ex tc IIIC T100 IP6610Check the obtained value “e”: •If it is similar to the required one (step 1) the MVE model is correct.• If it is not similar to the required one (step 1) repeat the process (step 2) with a different MVE model.Choose rpm and the amplitude ”e” (0 - peak) suitable for your application:Choose an MVE from the tables of the following pages and use its Wm into this formula:How to choose a motovibrator Circular vibration Linear vibration e = amplitude of vibration 0-peak (mm)n = number of vibrators Wm = working moment (kgcm)M mot = vibrator weight (kg)M vm = vibrating machine weight (without material and vibrators)e =5 n Wm n M mot M vm For tips on installation see page 4411To convert kg into Newton:N =9.81kg»II2D Ex tb IIIC Tx Db IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-3112Class II Div.2: Temp. Class T4ExII 2D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low Voltage2 POLES - 3000/3600 rpmSIZE 10A0SIZE 60A0SIZE 105A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.The latest and most updated information are available online.»Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079- 31, CSA 22.2 N°100, CSA 22.2 N°7713To convert kg into Newton:N =9.81kg»II2D Ex tb IIIC Tx Db IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-3114Class II Div.2: Temp. Class T4ExII 2D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low Voltage4 POLES - 1500/1800 rpmNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.The latest and most updated information are available online.»Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079- 31, CSA 22.2 N°100, CSA 22.2 N°7715To convert kg into Newton:N =9.81kg»II2D Ex tb IIIC Tx Db IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-3116Class II Div.2: Temp. Class T4ExII 2D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low Voltage6 POLES - 1000/1200 rpmNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.The latest and most updated information are available online.»Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079- 31, CSA 22.2 N°100, CSA 22.2 N°7717To convert kg into Newton:N =9.81kg»II2D Ex tb IIIC Tx Db IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-3118Class II Div.2: Temp. Class T4ExII 2D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low Voltage8 POLES - 750/900 rpmSIZE 40A0SIZE 50A0SIZE 60A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.The latest and most updated information are available online.»Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079- 31, CSA 22.2 N°100, CSA 22.2 N°7719IntertekUP TO SIZE 60 (NOT INCLUDED)60Hz masses = 50Hz masses adjusted at 70%ABOVE SIZE 60 (INCLUDED)Specific masses for 60HzTo convert kg into Newton:N =9.81kgMVE STANDARD RANGE»II2D Ex tb IIIC Tx Db IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21) - Directive 2014/34/UE»Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-3120Class II Div.2: Temp. Class T4ExII 2D Temp. Class: 100 °C 135 °C2 POLES SINGLE-PHASE - 3000/3600 rpm* NOTE: Capacitor not supplied with vibrator (to be ordered separately)ELECTRICAL SPECIFICATIONSWm (Kgcm)ModelCentrifugal Force (kg)Weight (kg)Input Power (kW)Nominal Current A maxCable GlandCapacitor *50Hz60Hz50Hz60Hz50Hz60Hz50Hz 60Hz50Hz 60Hz 50Hz(230V )60Hz (115V)Metric50Hz (230V)60Hz (115V)1.3 1.0MVE 60/3E-10A0-M MVE 60/36E-10A0-M 667140.080.090.431.03M16 3.0 6.32.0 1.3MVE 100/3E-10A0-M MVE 100/36E-10A0-M 989550.100.110.54 1.30M16 4.08.03.72.6MVE 200/3E-20A0-MMVE 200/36E-20A0-M18718970.180.211.142.62M208.016.03.7 2.6MVE 200/3E-23A0-M MVE 200/36E-23A0-M 18718970.180.21 1.14 2.62M208.016.06.4 4.5MVE 300/3E-30A0-M MVE 300/36E-30A0-M 321323100.270.28 1.58 3.43M2012.525.0SIZE 10A0SIZE20A0SIZE 30A0* Terminal Connections: Y High Voltage; Δ Low VoltageNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility. The latest and most updated information are available online.IntertekUP TO SIZE 60 (NOT INCLUDED)60Hz masses = 50Hz masses adjusted at 70%ABOVE SIZE 60 (INCLUDED)Specific masses for 60HzTo convert kg into Newton:N =9.81kgMVE STANDARD RANGEClass II Div.2: Temp. Class T4II 3D Temp. Class: 100 °C 135 °CELECTRICAL SPECIFICATIONSWm (kgcm)ModelCentrifugal Force (kg)Weight (kg)Input Power(kW)Nominal CurrentA maxCable Gland *50Hz 60Hz50Hz60Hz50Hz60Hz50Hz60Hz50Hz60Hz50Hz (230V)60Hz (115V)Metric0.10.1MVE 3/3E-MICRO-M MVE 3/36E-MICRO-M 46 1.60.030.040.300.80M160.10.1MVE 6/3E-MICRO-M MVE 6/36E-MICRO-M 69 1.60.030.040.300.80M160.40.4MVE 21/3E-MICRO-M MVE 21/36E-MICRO-M 202920.040.070.200.80M160.90.9MVE 41/3E-MICRO-M MVE 41/36E-MICRO-M 4565 2.40.050.070.250.80M16MVE-MICRO - 3000/3600 rpmELECTRICAL SPECIFICATIONSWm (kgcm)ModelCentrifugal Force (kg)Weight (kg)Input Power(kW)Nominal CurrentA max* T e r m i n a l C o n n e c t i o n Cable Gland50Hz60Hz50Hz60Hz50Hz60Hz50Hz60Hz50Hz60Hz50Hz (230V)50Hz (400V)60Hz (460V)Metric0.40.4MVE 21/3E-MICRO MVE 21/36E-MICRO 202920.040.040.210.120.12Y M160.90.9MVE 41/3E-MICRO MVE41/36E-MICRO 456520.060.060.300.180.18YM16NOTE: Capacitor integrated in the cableTHREE-PHASESINGLE-PHASEMICRO* Terminal Connections: Y High Voltage; Δ Low VoltageNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility. The latest and most updated information are available online.IntertekTo convert kg into Newton:N =9.81kgSIZE 23A0SIZE 40A0SIZE 50A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility. The latest and most updated information are available online.Ex II 2G: Temp. Class T3 - ExII 2D Temp. Class: 100 °C 135 °CT4EX e, tE: 52 POLES - 3000/3600 rpmSIZE 40A0SIZE 50A0SIZE 60A0* Terminal Connections: Y High Voltage; Δ Low VoltageTo convert kg into Newton:N =9.81kgNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility. The latest and most updated information are available online.Ex II 2G: Temp. Class T3 - ExII 2D Temp. Class: 100 °C 135 °CT4EX e, tE: 5* Terminal Connections: Y High Voltage; Δ Low Voltage 4 POLES - 1500/1800 rpmSIZE 70A0SIZE 75A0SIZE 80A0To convert kg into Newton:N =9.81kgNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility. The latest and most updated information are available online.Ex II 2G: Temp. Class T3 - ExII 2D Temp. Class: 100 °C 135 °C 6 POLES - 1000/1200 rpmT4EX e, tE: 5* Terminal Connections: Y High Voltage; Δ Low VoltageTo convert kg into Newton:N =9.81kgNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.»Class I, Div.2 Group A, B, C, D T3 »Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079-31, CSA 22.2 N°100, CSA 22.2 N°77, CSA 22.2 N°60079-731The latest and most updated information are available online.»II 2D Ex tb IIIC Tx Db IP66 »II 2G Ex eb IIC T3 Gb»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 21 - Zone 1) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »IEC 60034-1, IEC EN 60079-0, IEC EN 60079-31, IEC EN 60079-7To convert kg into Newton:N =9.81kg32Ex II 2G: Temp. Class T3 - ExII 2D Temp. Class: 100 °C 135 °CT4EX e, tE: 5* Terminal Connections: Y High Voltage; Δ Low Voltage8 POLES - 750/900 rpmSIZE 80A0SIZE 86A0SIZE 91A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.»Class I, Div.2 Group A, B, C, D T3 »Class II Div.2 Group F, G T4»Conform to UL 1004-1,UL 1004-3, UL60079-31, UL60079-0, CSA 60079-0, CSA 60079-31, CSA 22.2 N°100, CSA 22.2 N°77, CSA 22.2 N°60079-733The latest and most updated information are available online.To convert kg into Newton:N =9.81kg»II 2G Ex db IIB T4 Gb, »II 2D Ex tb IIIC T135°C Db »Ex db IIB T4 Gb»Ex tb IIIC T135°C Db»Ambient temperature from -20°C to +60°C»Compliance with Essential Health and Safety Requirements »IEC EN 60079-0, IEC EN 60079-31, IEC EN 60079-134Ex II 2G: Temp. Class T4Class1 Div.1: Temp. Class T4 Ex II 2D Temp. Class: * Terminal Connections: Y High Voltage; Δ Low VoltageSIZE 50A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.»Class I, Div.1 Group C, D T4 IP66»Conform to UL 1004-1,UL 1004-3,UL1203;UL674,CSA C22.2 No.145, CSA C22.2 No.30-M1986.35The latest and most updated information are available online.»II 2G Ex db IIB T4 Gb,»II 2D Ex tb IIIC T135°C Db»Ex db IIB T4 Gb»Ex tb IIIC T135°C Db»Ambient temperature from -20°C to +60°C»Compliance with Essential Health and Safety Requirements»IEC EN 60079-0, IEC EN 60079-31, IEC EN 60079-136Ex II 2G: Temp. Class T4Class1 Div.1: Temp. Class T4Ex II 2D Temp. Class:* Terminal Connections: Y High Voltage; Δ Low VoltageSIZE 60A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.»Class I, Div.1 Group C, D T4 IP66»Conform to UL 1004-1,UL 1004-3,UL1203;UL674,CSA C22.2 No.145, CSA C22.2 No.30-M1986.37The latest and most updated information are available online.To convert kg into Newton:N =9.81kg»II3D Ex tc IIIC Tx IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 22) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »EN 60079-0, EN 60079-3138Ex II 3D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low VoltageMVE-MILLINGNOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.39The latest and most updated information are available online.»Declaration of conformity “type B” according to: 2014/35/UE - 2006/42/EC - EN 60034-1 »Conform to UL1446 and CSA 22.2 No 0-1040To convert kg into Newton:N =9.81kgEx II 2G: Temp. Class T4Class1 Div.1: Temp. Class T4Ex II 2D Temp. Class:* Terminal Connections: Y High Voltage; Δ Low Voltage»II 2G Ex db IIB T4 Gb,»II 2D Ex tb IIIC T135°C Db»Ex db IIB T4 Gb»Ex tb IIIC T135°C Db»Ambient temperature from -20°C to +60°C»Compliance with Essential Health and Safety Requirements»IEC EN 60079-0, IEC EN 60079-31, IEC EN 60079-1SV SIZE 75A0SV SIZE 85A0NOTE: Adjustable centrifugal force.NOTE: The Model name in the standard range is different: the letter “D” changes in “N”.The MVE-SV is available also as “standard” range, with Ex II 3D certification: Ex II 3D Temp. Class: 135 °CElectrical and dimensional specifications are the same as the “explosion proof” range.»II3D Ex tc IIIC Tx IP66»Equipment and protective system intended for use in potentially explosiveatmospheres (Zone 22) - Directive 2014/34/UE»Compliance with Essential Health and Safety Requirements»EN 60079-0, EN 60079-31»Declaration of conformity “type B” according to:2014/35/UE - 2006/42/EC - EN 60034-1»Conform to UL1446 and CSA 22.2 No 0-104 POLES STANDARD RANGE - 1500/1800 rpm41NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.The latest and most updated information are available online.»Class I, Div.1 Group C, D T4 IP66»Conform to UL 1004-1,UL 1004-3,UL1203;UL674,CSA C22.2 No.145, CSA C22.2 No.30-M1986.To convert kg into Newton:N =9.81kg»II3D Ex tc IIIC Tx IP66»Equipment and protective system intended for use in potentially explosive atmospheres (Zone 22) - Directive 2014/34/UE »Compliance with Essential Health and Safety Requirements »EN 60079-0, EN 60079-3142Ex II 3D Temp. Class: 100 °C 135 °C* Terminal Connections: Y High Voltage; Δ Low VoltageSIZE 30A0SIZE 50A0NOTE: Dimensions with coarse degree of accuracy related to UNI 22768/1This information is provided without warranty, representation, inducement or licence of any kind. It is accurate to the best OLI knowledge or is obtained from sources believed to be accurate. OLI therefore assumes no legal responsibility.»Declaration of conformity “type B” according to: 2014/35/UE - 2006/42/EC - EN 60034-1 »Conform to UL1446 and CSA 22.2 No 0-1043The latest and most updated information are available online.44The base plate surface where the vibrator is mounted has an allowable tolerance of 0.25mm (0.01in), so that the surfaces rest uniformly against each other to avoid internal tension that may cause breakage of the foot of the vibrator.Use 8.8 type bolts, 8.0 type nuts and flat washers belonging to category A EN ISO 7089 / 7092.The graph below shows the correct torque settings for the different bolt sizes used on the vibrators. MountingVibrator / Machine interfaceFIXING SURFACE FLATNESS TOLERANCETapped threaded borehole+ screw+ flat washerSmooth throughborehole+ screw+ flat washer+ nut and counternutRecommendedHMACHINED & NOT PAINTEDSUPPORT PLATEMax 0.25mm (0.01in)45P2Verify that the voltage and frequency supply match the ones indicated on the rating plate of the electric vibrator.If the vibrator is operated via a variable frequency drive do not run it under 20 Hz and not over the rated frequency.Insert the power cable through the cable gland. The lead-in wires have to be of the eyelet-type, pre-insulated, with a bore that suits the terminals of the junction box in order to prevent overheating of the wire. Use only conductors that have a suitable cross-section.Connect the lead wires to the pins (as shown in the diagram below) and tighten them with the specified torque.Do not forget to fix the earthing cable to the provided studs → Compulsory connection!Before closing the junction box make sure that the cover gasket is properly fitted in order to keep the specified IP protection.For more details on vibrator installation refer to product manuals.All electric vibrators MUST be connected to a suitable external overload protection.When using two electric vibrators in sync, each of them has to be connected to an external overload protection that must be interlocked to make sure both vibrators are stopped if one fails.Always use a thermal-magnetic type vibratorprotection, with delayed cut-off, to avoid stopping the vibrator during start-up when the current draw is higher than the rated running current for a few seconds.Cut-off of the overload protection should be set at a maximum of +10% of the rated current.Electrical connectionTERMINAL CONNECTIONSthe factory preset connection of each vibrator.Overload protection46ADJUSTED MASSESWarning:DO NOT grease new motors before installation.OLI motors with roller bearings leave the factory filledwith the right quantity of grease while those with ballbearing do not need any lubrication. TECHNICAL DRAWINGSE1 C1WHEN YOU NEED IT, WHERE YOU NEED IT.w w w.o l i v i b r a.c o mOLI worldwideOLI HeadquartersVia Canalazzo, 3541036 Medolla (MO) - Italy+39 0535 41 06 11info@。
美琪wed-4调音台说明书
美琪wed-4调音台说明书一、开机前，连接好所有系统。
将推子，均衡器（EQ），PANPADGAL等调回起始状态二、开机后(1)先将音源设备（如CD）的音量开到最大不失真状态。
(2)调节调音台该输入通道的分推子于70%，调大输入增益（GAIN）旋钮到PEAK（峰值）指示灯到刚亮未亮处。
(3)调节音量输出主推子，使输出的VU表指针大致在0VU附近摆动，不允许长时间指针超过+3VU。
此时主推子位置也宜在50%到70%的位置内。
可相应调整输入增益或音源输出电平。
(4)如果还觉得音箱响度不够，可开大功放音量旋钮，注意此时功放不得进入削波状态，否则应换更大功率功放。
(5)以上控制顺序是由输入逐步向输出调整。
如果音源是话筒，由于话筒输入信号很小，初学者调输入通道时常因听不到声音而感到茫然不知所措，此时可先将输出主推子置于70%，再调输入增益旋钮和分推子，再按上述②到④步骤调整。
特别要注意是否因定值率减（PAD）按下，此时应不作衰减。
此法对初学者较适合。
(6)然后按节目要求，分别调整调音台上的EQ，PAN及效果等。
三、下面讲些调音小技巧：(1)对于人声：可将100Hz以下切除，以消除低频噪声，使音色更加纯净。
500-800Hz作少量衰减，使音色不太生硬。
在2KHz-4KHZ 提升3到6dB，可使声音明亮。
对6KHz以上适当衰减可大大增强声音的清晰度，防止不必要的气音和嘶音。
(2)对CD等数码音源，因其录制较好，可不加修饰。
(3)通常Disco厅、交谊舞厅、背景音乐厅等用单声道放音；OK 厅、音乐厅，歌厅等用立体声放音。
(4)下面介绍一下用推子和PAN调节声源的空间声像，即空间位置。
对于演唱声和主乐器声，将PAN调至中间，推子推大，以突出它们；如果声源为立体声，则不可任意摆放PAN和推子，否则演唱声与音乐声合不到一起，声音混乱，应左、右声道各用调音台一路，分别将PAN调到左、右边，两路推子在同一高度上。
混凝土振动器选用与维护
混凝土振动器选用与维护一、选用混凝土振动器的原则1、适用性：根据混凝土的配合比、工作性质和使用要求，选择适合的振动器。
2、振动频率：混凝土振动器的频率与混凝土的流动性有关。
一般情况下，频率为200-250Hz的振动器适用于混凝土中粘稠性较大的料种，而频率为150-200Hz的振动器适用于混凝土中粘稠性较小的料种。
3、振幅：振动器的振幅直接影响混凝土的密实程度。
振幅越大，混凝土密实程度越高。
但是，振幅过大也会造成混凝土的分层现象。
因此，在选择振幅时，应该根据混凝土的配合比、工作性质和使用要求来选择适当的振幅。
4、可靠性：选择具有较高可靠性的品牌和型号的振动器，以确保工作安全和生产效率。
二、混凝土振动器的维护1、使用前检查：在使用混凝土振动器前，需要检查电源线、机身、电机等部件是否完好，防止出现安全事故。
2、使用中检查：在使用混凝土振动器时，要注意观察振动器的工作状态。
如发现异常情况，应及时停机检查。
同时，要注意振动器的散热情况，以防止发生过热现象。
3、使用后检查：在使用混凝土振动器后，应及时对振动器进行清洗和维护。
同时，要注意存放位置，避免振动器受到外界环境的影响。
4、保养维护：定期对振动器进行保养维护，包括清洗、润滑和检查。
同时，要注意更换零部件和配件，以保障振动器的工作质量和寿命。
三、混凝土振动器的保养维护步骤1、清洗：在使用后，应先将混凝土振动器表面的混凝土残渣清除干净，然后用干净的布或刷子将振动器表面清洗干净。
2、润滑：混凝土振动器的润滑有两种方式，一种是采用润滑脂，另一种是采用润滑油。
在润滑前，需要将振动器表面清洗干净，然后将润滑脂或润滑油涂抹在轴承和齿轮上，以保障振动器的正常工作。
3、检查：在保养维护过程中，需要对混凝土振动器的各个部位进行检查。
主要包括电源线、机身、电机、轴承、齿轮等部位。
如发现损坏或磨损严重的部位，需要及时更换。
4、更换零部件和配件：在保养维护过程中，如发现零部件或配件需要更换，要选择相同规格和型号的零部件和配件，以确保振动器的正常工作。
直线振动电机共振频率操作指引
直线振动电机共振频率调试指引
操作面板
RUN/STOP
设置)
数据显示部
Function(
On Delay(
Off Delay(
Soft Start(
Frequency(
Stroke(
设定编码器：在数据显示部上更改设定值。
显示切换按钮：切换数据显示部上的显示内容。
SET按钮：可从显示模式切换到数据更改模式。
如果在Stroke与Frequency的数据更改模式在按一下按钮就可以切换要更改位数
ALARM指示灯：定振幅模式与自动调谐模式下，当输出电源饱和，不能跟踪振幅设定值时及发生错误时点亮。
RUN/STOP按钮：手动进运行、停止操作。
数据显示部：显示电压/振幅（%）、频率、错误代码。
AUTOFREQ按钮：是自动调节功能有效或失效。
按住3S以上即可切换。
杰威尔工业 MightyMite 4-杠膝部设备说明书
MIGHTYMITE 4-BAR KNEEINSTRUCTION SHEETNote : Assembly shown above is part number FC100510, which includes the MightyMite Knee (FC100500) and the Pyramid Attachment (FC100501).ItemDescriptionPart No. 1 MightyMite 4-Bar KneeFC100500 2 30mm Bolt for Pyramid Attachment61621 3 20mm Bolt for Slide Attachment 61629 4 20mm Bolt for 4-Hole Attachment 61629 5 20mm Bolt for Threaded Attachment 61629 6 Extension Spring Housing 61611 7 Extension Stop Spring, .210” long 61696 8 Extension Stop Spring, .220” long 61697 9 Spring Guide 61612Extension Assist Spring Color Resistance PartNo. Orange Less61643 Yellow 61644Green61645 Pyramid AttachmentFC1005014-Hole AttachmentFC100503Threaded Attachment FC100504 Slide Attachment FC100502 Extension Assist Spring 61643 through 61646 Locking Bar61635 1 O F 42710 Amnicola Highway Chattanooga, TN 37406 423.624.0946 Fax 423.629.79361) Sagittal Alignment:a) Preflex interface 5 degrees more than measured hip flexion contracture (if any). b) Place ¼” airspace under heel of shoe.c) Find Medial Bisection of interface and use plumb line to project distally. d) Zero pyramid adjustments at ankle.e) Medial Bisection Plumb Line should bisect ankle attachment.f) Centerline of knee attachment should be 20mm anterior of Medial Bisection Plumb Line. 2) Coronal Alignment:a) Project plumb line from socket bisection distally.b) Bi-section of ankle should be placed to desired amount of outset. c) Outset changes with limb length 0-65mm from Ischium.3) Height Adjustment:a) Upper link approximates Knee Center for height measurement.b)Anatomic Knee Center is found halfway between Adductor Tubercle and MTP.1/4" AirspaceUnder Shoe1/4" Airspace Under ShoeBisect Heel2 O F 44) Adjust Initial Flexion Stability:a) Observe patient in parallel bars and flex knee.b) If more stability is needed, first plantarflex foot slightly.c) If still more stability is required, shift interface anterior. 5) Extension/Flexion Friction Adjustment:a) Set Extension/Flexion Friction Adjustment to limit heel rise and terminal impact. b) Selection of extension assist spring will also affect swing rate. 6) Rotation Adjustments:a) 360 degree adjustment is available with proximal attachment bolt.b) Loosen proximal attachment both with 6mm allen wrench, adjust and retighten.c) Proximal attachment works with interference taper which must be cleaned prior to assembly tofunction properly.d) Torque the bolt to 190in-lb (21.5N-m) using a torque wrench.e) Loctite Thread Locker 242 should be applied to the 8mm attachment bolt and on all smallscrews. Do not apply Loctite to the taper. 7) Remove or Install Extension Assist Spring:a) Turning counter-clockwise, remove the Extension Assist Spring Housing, which is threaded intothe distal 22mm Tube Clamp Adaptor.b) Four spring rates are provided, progressing from orange with the least compression resistance, toyellow, then green and finally blue which has the greatest compression resistance.c) Install desired spring with the spring guide in contact with the anterior link and turn housingclockwise until seated. Hand tighten only. Use the hole through the bottom of the spring housing only for removal. Overtightening the spring housing may damage the threads.Installing the spring is easiest when the posterior proximal axle has been removed as described in section 9.d) Caution! If the spring guide is not installed the spring will damage the knee and void thewarranty.e) The Locking Bar replaces the Extension spring to lock the knee at full extension for fitting,training and evaluation. 8) Distal Connection:a) Caution! Do not use spacers or shims if pylon tube is too short, replace with correct lengthpylon tube.b) Loctite Thread Locker 242 should be applied to the 5mm Pinch Bolt and torqued to 7ft-lb/10N-musing a torque wrench.3 O F 4Extension/Flexion Friction AdjustmentProximal Attachment22mm Tube Clamp Adaptor Extension Assist Spring Housing Proximal Attachment Bolt/ Rotation Adjustment9) Replace/Exchange Urethane Bumper a) Remove the Proximal Adaptor.b) Remove Posterior Link set screw using a 3/32” wrench.c) Hyperflex knee as shown below and push out posterior proximal axle. d) Rotate knee top forward as shown to the right. e) Pry out plunger carefully.f) Remove the urethane spring and slide in the new one. Urethanesprings are supplied in two lengths. The longer spring (61697) may be required for high activity levels or where stiffer extension springs are fitted.g) Replace the plunger and rotate the knee top back into hyperflexedpositionh) Line up the shaft holes and slide washers back into place. Reinsert shaft. i) Return knee to extended position. Apply Loctite 242 to the set screw andtighten it back into place.4 O F 4。
01)振动机操作说明(1)
振动技术
振动技术EXTERNAL VIBRATORSMVE型外置式电动振动器MICRO MVE外置式微型电动振动器F.K.P.S.OR.OT 外置式气动振动器CONCRETE VIBRATORSVD 内置振动器（可连致电机）VN（OLI®标准线）和VNP（OLI®专业线）高频内置振动器VP 浸入式气力振动器FLOW AIDSMARTSHORK PS振动气锤PICJET PJ气动助流式振动气锤GUNJET PG 气枪式助流气锤VB，VBE，VBI和VBM振动式助流气碗I100助流气垫U025 助流气嘴振动器和助流器件是正常储藏和有效卸载各种散装物料的重要零件。
在储料器或料仓中，中间的物料比靠近仓壁的物料流速高。
然而，中间的物料流动会均匀的传递到储料器或料仓的边缘部分，由于惯性且无障碍，这些区域的物料速度缓慢的向下滑动。
但是能够彻底自由卸出散装物料只有很少部分。
大多数的物料在没有助流器的辅助下很难从储料器，料仓或料斗中完全卸出。
很多料仓的出料口处带有原始助流装置（锤子）的明显印记。
当用户一旦发现带有料位控制装置的助流器仅需要少许空气就能使物料完全流出，自然也就会安装自动助流装置。
WAM公司的合作伙伴OLI®为散装物料和不同的应用条件提供了范围宽广的助流装置。
除了换气和敲击设备外，还带有成功应用于筛渣、输送、压实、清理、分类和分离工艺的电子和启动外部振荡器。
描述MVE型外置式电动振动器系列是40多年来全世界建筑行业和其他相关行业振动技术经验的结晶。
OLI 转动振动器在生产中注重组件的搭配精度，要求极高，因而经久耐用，并且该产品很少需要维护，同时维护方法也非常简单。
功能MVE型外置式电动振动器在很多不同的场合得到了广泛的应用：如在筛选、输送、清洁、分离、压紧、分类过程中作为物料的助流器。
性能-特性-益处∙电机保护：IP65∙绝缘等级：F∙频率可调∙标准电压：230/400V , 50Hz∙750 - 1,000 - 1,500 - 3,000 R.P.M. (900 - 1200 -1800 - 3600 R.P.M.)∙标准：ATEX ExII3D认证，最大表面温度85°C，适用于尘埃保护zone22∙超高的性价比选项&附件无插头电缆描述MICRO MVE外置式微型电动振动器的特征主要体现在小的总体尺寸和可按重量划分的三种型号：0到5kg；0到20kg；0到40kg。
Wyco Screed King电动振动器操作和维修手册说明书
Single and Double Powerhead Operator’s and Service Manual®CONTENTS INTRODUCTION• (3)SPECIFICATIONS• (3)SAFETY• (4)GENERAL SAFETY• (4)OPERATING SAFETY• (4)STORAGE SAFETY• (5)REFUELING SAFETY• (5)OIL LEVEL CHECK• (5)POWER UNIT ASSEMBLY• (6)PRE-ASSEMBLY• (6)FINAL ASSEMBLY• (6)HANDLE ASSEMBLY• (6)THROTTLE ASSEMBLY• (7)WEIGHT ADJUSTMENT• (8)OTHER SETTINGS• (8)THROTTLE CABLE ADJUSTMENT• (9)ATTACHING THE SCREED BAR• (9)SERIAL NUMBER LOCATION• (10)NOTES• (10)LIMITED WARRANTY• (11)Power Head #1 ModelPower Head # 1 Serial NumberPower Head #2 ModelPower Head # 2 Serial NumberScreed Bar ModelScreed Bar Serial NumberDate PurchasedINTRODUCTIONCongratulations on your choice of a Wyco Screed King power screed to complement your construction operation. This equipment has been designed and manufactured to meet the needs of a discriminating buyer for the e cient nishing of concrete.Safe, e cient and trouble free operation of your Wyco Screed King power screed requires that you and anyone else who will be operating or maintaining the screed, read and understand the Safety, Operation, Maintenance and Trouble Shooting information contained in the Operator’s Manual.Keep this manual handy for frequent reference and to pass on to new operators or owners. Call Wyco Tool or your dealer if you need assistance or information.Operator Orientation - The directions left, right, front and rear as mentioned throughout this manual, areas seen from behind the machine, standing between the handles.SAFETYYOU are responsible for the SAFEoperation and maintenance of yourWyco Screed King power screed. YOUmust ensure that you and anyone else who is going to operate, maintain or work around the screed be familiar with related SAFETY information contained in this manual. This manual will take you step-by-step through your working day and alerts you to all good safety practices that should be adhered to while operating the screed.Remember YOU are the key to safety. Good safety practices not only protect you but also the people around you. Make these practices a working part of your safety program. Be certain that EVERYONE op-erating this equipment is familiar with the recom-mended operating and maintenance procedures and follows all of the safety precautions. Most accidents can be prevented. Do not risk injury or death by ignoring safety practices.*Screed owners must give operating instructions to operators or employees before allowing them to operate the machine, and at least annually there-after.*The most important safety device on this equip-ment is a SAFE operator. It is the operator’s respon-sibility to read and understand ALL Safety and Operating instructions in the manual and to follow these. All accidents can be avoided.*A person who has not read and understood all operating and safety instructions is not quali ed to operate the machine. An untrained operator exposes himself and bystanders to possible serious injury or death.*Do not modify the equipment in any way. Un-authorized modi cation may impair the function and/or safety and could a ect the life of the equip-ment.GENERAL SAFETY1.Read and understand the OperatorsManual and all safety signs before operating, maintaining, adjusting,servicing or cleaning the screed.2.Only trained competent persons shall operate the screed. An untrained operator is not quali- ed to operate the machine.3.Have a rst aid kit available for useshould the need arise and know howto use it.4.Have a re extinguisher available foruse should the need arise and knowhow to use it.5.list includes but is not limited to:-A hard hat-Protective boots with slipresistant soles-Protective goggles-Heavy gloves-Hearing protection6.Stop engine, disconnect spark plug wire andwait for all moving parts to stop before servic-ing, adjusting, repairing or cleaning.7.Wear appropriate hearing protectionwhen operating for long periods oftime8.Review safety related items with all personnelannually.OPERATING SAFETY1.Read and understand the operators manual and all safety signs before operating, servicing, adjusting or cleaning the screed.2.Clear the area of all bystanders before starting.3.Keep hands, feet, hair and clothing away from mov-ing parts.4.Stay away from hot engine components during operation.5.Do not run screed in an explosive atmosphere or in a poorly ventilated or enclosed area.6.Stop engine, disconnect spark plug wire and wait for all moving parts to stop before servicing, adjusting, repairing or cleaning.7.Do not smoke when refueling gas engine. STORAGE SAFETY1.Store unit in an area away from human activity.2.Do not permit children to play around the stored screed.REFUELING SAFETY1.Handle fuel with care. It is highly ammable.2 This is a four cycle engine, use non-mixed gaso-line of no less than 87 octane.3.Allow engine to cool for 5 minutes before refueling. Clean up spilled fuel before restarting engine.4.Do not refuel the machine while smoking or when near open ame or sparks.5.Always use an approved fuel container.6.Fill fuel tank outdoors.7.Prevent res by keeping machine clean of accumu-lated trash, grease and debris.OIL LEVEL CHECKLOWER LIMIT(bottom edge)OIL FILLER HOLE LOCATIONIt is important that the engine oil level be main-tained at the correct level. High or low oil levels will cause permanent damage to the engine requiring replacement. To check the oil level:1.Place the screed board on a at level surface. This will ensure that the engine is in the proper orientation to perform an oil level check2 Carefully unscrew the oil ller cap/dipstick and wipe it clean.3.Insert and remove the oil ller cap/dipstick without screwing it into the oil reservoir neck, then remove it to check the oil level shown on the dipstick.4.If the oil level is near or below the lower limit mark on the dipstick, ll the reservoir to the bottom edge of the oil ll hole with the recommended oil (see Honda engine owners manual). To avoid over lling or under lling, be sure the engine is in a level posi-tion as shown when adding oil5.Reinstall the oil ller cap/dipstick and tighten se-curely..Notice: Running the engine with a low oil level can cause engine damage. This type of damage is not covered by the warranty.POWER UNIT ASSEMBLY PRE-ASSEMBLY1.Check box to make sure all parts were received and undamaged.COMPONENTS IN SHIPPING CONTAINER 2.The tools you will require for assembly are:(1) ⁄ ” Open or box end wrench(1) ⁄ ” Open or box end wrench(1) #2 Flathead screwdriver(1) Slip joint pliersREQUIRED TOOLSFINAL ASSEMBLY HANDLE ASSEMBLYRemove the handles from their shipping position by removing the two top ⁄ ” nuts, the quick re-lease levers and the top handle cap.HANDLE PLATE POSITIONINGInsert the bottom of the handles into the back of the handle plate and replace the top handle cap over the handle. Thread on the two top ⁄ ” nuts. Then install the quick release levers on the top of each bracket. Placing the black hand levers in the lower position will result in handlebar movement.With the lever in the open position thread it through the cap, handle plate and quick release nut, continue threading until tight. When hand tight place the handles at the appropriate height and close the lever.Add the upper handle sections to the lower handle section and secure with the two ⁄ ” fasteners sup-plied.UPPER HANDLE INSERTIONFASTENING UPPER HANDLE THROTTLE ASSEMBLYPlace the throttle lever on the left hand handle just below the hand grip. Position the lever so it clears the handle guard in all positions. Place the lever ring clamp around the handle bar and tighten with a athead screwdriver and adjustable pliers. Use the zip ties provided to keep the throttle cable tight to the handle bars.Check to make sure the throttle adjustment cable’s, cable stop is fully seated into the throttle adjust-ment linkage on the carburetor. The metal cable stop should be completely inside the throttle adjustment linkage as shown.THROTTLE ASSEMBLY LOCATIONCorrectTHROTTLE ASSEMBLY DETAILIf the cable stop is not fully seated, loosen the throttle control adjustment screw and grab the end of the adjustment cable with the slip joint pli-ers. Pull gently on the cable until the cable stop is completely within the throttle adjustment linkage.THROTTLE ASSEMBLY CONNECTIONWith the throttle lever pushed to the far right hold the throttle adjustment cable so there is no slack and then tighten throttle control adjustment screw to clamp the cable in place.WEIGHT ADJUSTMENTThe eccentric weight on the power head is fac-tory set to its maximum force. This setting will settle concrete with a 2” to 8” slump. The only time weight should be adjusted is when the screed is going to be used on unusually high slump con-crete.To change the force of vibration, adjust the posi-tion of the eccentric weight as follows. Using a ¼” Allen key loosen the set screw on the thicker weight. While holding the thick weight stationary with the Allen key turn the thin weight by hand to the desired position.Turning the thin weight clockwise decreases the force, it is zero when the at edge of the thin weight is parallel to the at edge of the thick weight with the set screw.LEAST VIBRATIONTurning the thin weight counter clockwise increas-es the force of vibration until the at edge of the thin weight is ush with the opposite edge of the thick weight.MAXIMUM VIBRATION FACTORY SETTING OTHER SETTINGS¾ VIBRATION½ VIBRATIONTHROTTLE CABLE ADJUSTMENTThe throttle cable on the Screed King comes pre-assembled for your convenience. Over time you may notice that it takes more clicks on the throttle to get to optimum RPM level than when you rst ran the screed. This is normal, over time your throttle cable will stretch.THROTTLE CABLE ADJUSTMENT To adjust your throttle cable to compensate for this stretching, simply locate the barrel adjuster where the cable runs into the underside of the engine and turn it counterclockwise with a 8 mm wrench. Tighten the locknut to hold it in the desired posi-tion.ATTACHING THE SCREED BARLocate the threaded studs on the screed bar and loosen the locking handles. Slide the power head of the screed over the threaded studs. Fasten the power head to the bar using the locking handles and washers provided, as shown below. The washer and lock-washer should contact the silver handles when installing the power unit. Make sure to tighten the bolts fully so they do not vibrate loose during use.ATTACHING THE SCREED BARNOTES SERIAL NUMBER LOCATIONAlways give your dealer, distributor or factory theserial number of your power screed when orderingparts or requesting service or other information.SCREED BAR SERIAL NUMBER LOCATIONThe board serial number is stamped above the“CENTER” sticker.POWER UNIT SERIAL NUMBER LOCATIONThe power head serial number is stamped in thecasting as shown above. Please record both se-rial number on the inside of the front cover in thespace provided.LIMITED WARRANTYWYCO Tool, a Division of Racine Federated Inc. warrants that the products manufactured by it, when properly assembled, used and maintained, shall be free from defects in material or workmanship, and will perform according to the manufacturer’s speci cations under normal conditions, subject to the limitations stated in this Manufacturer’s Limited Warranty.WYCO’s obligation under this warranty shall be limited to repairing or replacing the part or parts, or, at WYCO’s option, the products that prove defective upon return to the manufacturer’s factory. Cost of transportation and other expenses connected with replacing parts are not covered.WYCO’s obligation under this warranty is limited to a period of 24 months from the date of purchase for the power head and 90 days for the screed bar. For the warranty to be valid the registration card must be completion and return within 30 days of shipment of the Screed King power screed.Written authorization from WYCO is required before any product can be returned for warranty consideration. Always obtain a RGA number (Return Goods Authorization) and include it in the address before returning any parts for warranty consideration or chargeable repair.WYCO is not liable for any consequential damages or any contingent liabilities arising out of the failure of product manufactured by it, or any component part or accessory.This Manufacturer’s Limited Warranty is in lieu of all other warranties. All other warranties, either express or implied, arising by operation of law, course of dealing, usage of trade or otherwise are excluded.THERE ARE NO IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.No agent, representative or distributor has any authority to alter the terms of this warranty in any way.See our complete statement of warranty at 。
理德四线测试机工作原理
理德四线测试机工作原理理德四线测试机是一种常用的测试设备，用于对物料进行颗粒度分析。
它的工作原理是基于颗粒物料在不同尺寸孔径的筛网上通过筛分，从而实现颗粒的分离和分类。
理德四线测试机主要由筛网、振动器、料斗、分析仪和控制系统等组成。
当物料被放入料斗时，振动器会产生振动力，使物料在筛网上产生往复运动。
筛网上的孔径大小根据需要进行调整，以分离不同尺寸的颗粒。
较大的颗粒会被挡在筛网上方，而较小的颗粒则通过筛孔下落到下方。
经过一段时间的振动筛分，物料的颗粒会分布在不同的筛网上。
为了准确评估颗粒的大小分布和筛分效果，需要对筛网上的颗粒进行分析。
这时，分析仪会对不同筛网上的颗粒进行计数和测量，得出颗粒的粒径分布曲线。
通过对物料的粒径分布进行分析，可以评估物料的颗粒度和筛分效果。
理德四线测试机的控制系统起到了关键作用。
它可以控制振动器的振幅和频率，以及筛网的运行时间，从而实现对筛分过程的精确控制。
通过调整振动参数和筛网孔径，可以满足不同物料的筛分要求。
控制系统还可以实时监测和记录筛分过程中的数据，提供数据分析和报告生成的便利。
在实际应用中，理德四线测试机广泛用于研究颗粒物料的物理性质和工艺特性。
通过对颗粒的粒径分布进行分析，可以评估物料的均匀性、流动性和分离性能等。
这对于颗粒物料的生产和加工过程中的质量控制和工艺优化至关重要。
同时，理德四线测试机还可以用于颗粒物料的筛分实验和产品开发，为工程设计和产品改进提供依据。
总结起来，理德四线测试机是一种常用的颗粒度分析设备，通过振动筛分和粒径分析，实现对物料颗粒的分离和分类。
它具有操作简便、筛分效果可靠等优点，被广泛应用于颗粒物料的研究和工艺控制领域。
Бакер AWA-IV系列静态电机分析仪介绍说明书
Baker AWA-IV static motor analyzers are the go-to instruments for motor repair, reliability and maintenance professionals who need to understand the electrical condition of motors their organizations depend upon. Weak motor insulation often degrades to the point of causing premature and unexpected motor failure, which in turn can result in costly unplanned downtime of production machinery. The Baker AWA-IV is a fully-automated motor analyzer that performs repeatable, user-programmable tests to thoroughly assess the condition of a motor’s insulation and circuit. It is also used to assure quality of motor rebuilds or new production motors before they are placed into service.The Baker AWA-IV is a simple-to-use instrument with an intuitive, touch-screen user interface. It delivers accurate, repeatable results regardless of the operator’s skill level, and easily detects problems that low-voltage testers cannot find by performing a comprehensive set of both high-and low-voltage tests. Results are presented in simple, easy-to-understand graphs and reports that give motor maintenance professionals the information they need to minimize costs and unplanned downtime.Improve test reliabilityThe Baker AWA-IV is a Microsoft Windows-based instrument that can be programmed to perform a specific set of tests on a given motor. Unique user-programmed attributes can be saved for future use over the life of the same motor, including:Q tests and sequences that are performedQ target test voltageQ pass/fail criteriaQ motor nameplate informationThis programmed repeatability ensures the same tests are conducted in the same order on a specific motor, weeks, months or even years after the tests were initially programmed and performed, regardless of who uses the analyzer on subsequent tests. An operator merely needs to select the motor from the analyzer’s database, make the appropriate connections, then press the test button. Any variation in results would be accurate and not prone to operator error or variations in how each of the tests were previously performed.When tests are completed, the analyzer automatically indicates which tests have passed or failed. Graphical information and analysis for each motor is stored and can be reviewed on the analyzer’s screen to identify trends that may indicate potential problems. Analysis does not needto occur in the field: data can also be saved to a serveror PC database for later retrieval on a desktop or laptop computer.Wide range of analyzer models and featuresThe Baker AWA-IV family includes models designed to perform tests at maximum voltages from 2000 up to 12000 volts. Models include 2kV, 4kV, 6kV, 12kV and 12kV HO (high output). These analyzers can be coupled with Baker Power Packs to boost test voltages to 24 or 30 kV for tests on large motors and generators.Baker AWA-IV series analyzers perform the following tests: Q winding resistanceQ insulation resistanceQ dielectric analysis (DA)Q polarization index (PI)Q DC step-voltageQ DC continuous rampedQ DC hipotQ surge2 Baker AWA-IV Series Static Electric Motor Analyzers The Baker AWA-IV 12kV analyzer. The 6kV and 12kV HO (high output) models share this form factor.Rigorous, safe testingThe Baker AWA-IV offers the most advanced inter-turn testcapabilities offered with a portable electric motor analyzer.The surge test safely applies voltages that a motor typicallyexperiences hundreds of times over its working life, such asthe voltage spikes that occur each time a motor is poweredoff/on. The Baker AWA-IV’s step-voltage test can also beapplied time after time with no adverse impact on a motor.The Baker AWA-IV’s computer control and waveformmonitoring also provide major advantages over other motortesting devices on the market. The small number of pulsesapplied by the Baker AWA-IV during a test are digitizedto produce a waveform that can be compared to previousAfter tests are completed and no turn-to-turn weaknesses are detected, the final pulse waveform data is stored for future reference and comparisons to other phases. This waveform can serve as the motor’s unique reference waveform for several years, until it is rebuilt or decommissioned.Test data collection, storage and reporting capabilities All test results can be saved and stored on the Baker AWA-IV , but they can also be backed up or copied to a server or a desktop PC. The analyzer can connect by wire or wirelessly to a local-area network (LAN) to store test resultsLarge motor test capabilitiesIncrease the test capability of the Baker AWA-IV by couplingit with a power pack. The Baker PPX 30, Baker PPX 30A andBaker PPX 40 power packs are high-voltage test systemsthat enable testing of high-voltage windings. The outputvoltage is controlled by a variable transformer that producesup to 40,000 volts. Power packs perform both surge and DChipot tests when used with a Baker AWA-IV as the controller, recorder and display unit.Low impedance testing Bar-to-bar armature tests on low-impedance coils are possible with the use of the Baker ZTX bar-to-bar test accessory or Baker PP85 or PPX 30A power packs. The Baker ZTX accessory reduces the voltage applied while increasing current to enable accurate tests on DC motor armatures as well as other low-impedance windings. The ATF 5000, a hand-held device that comes with the Baker ZTX , improvesthe speed, accuracy and ease of testing armatures bar-to-bar.Baker AWA-IV surge test results screen DC step voltage test results screenMegohm, PI, DA, DC step-voltage,DC hipot test capabilitiesUSB ports for data transfer andprinting with Windows 7 plug-and-Wireless networking capabilityRJ-45 ethernet port for wired local-area12kV HO (high-output) version forperforming surge tests on large motorsPower pack compatibility (6kV, 12kV, and12kV HO versions only)Solid-state disk drives standardWindows 10 operating systemIEEE- and IEC-compliant surge test5ServiceMegger provides world-class global technical support forits motor test and monitoring equipment. Whether it is forroutine calibration or repairs, our experienced technicians willreturn your equipment in top condition with fast turn-aroundand courteous service.Contact Megger Baker Instruments product service at+1 970-282-1200, or email our service department at************************.Maximize value with trainingWant to get the most out of your investment in your BakerAWA-IV? Megger provides training on motor testing anddiagnosis at its training center in Fort Collins, Colorado,USA, or at customer locations around the globe. For moreinformation, or for reservations, send an email to**********************, or call +1 970-282-1200.Product Support Plans Maximize your Baker AWA-IV’s uptime and performance over the life of the product with a Megger Product Support Plan (PSP). These plans assure worry-free use and maintenance of your electric motor analyzer. For more information about PSPs for electric motor test equipment, contact your local Megger sales representative. For customers in the United States, call +1 970-282-1200; for global contacts, visit Megger’s electric motor test and monitoringsolutions website at /baker to find a countryrepresentative, or send an email inquiry to**********************.Comprehensive test results summary screen6 Baker AWA-IV Series Static Electric Motor Analyzers The more compact 2kV and 4kV modelsare ideal for smaller motors and coils. Baker AWA-IV series specifications。
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A VITEQ控制器SCE-EN50-2（询价打：15 8 0 5 0 6 1 2 1 3）A VITEQ振动器MV12/50-3A VITEQ控制器SRAE-C50/01-1-1A VITEQ控制器SAE-GS33-2A VITEQ振动器MVC50-4A VITEQ振动器MVB50-4A VITEQ振动器MVD50-4A VITEQ振动器MVE50-4A VITEQ控制器SCE-EN50-2A VITEQ磁力振动器MVES50-1P3)De tetor BHH-200BRINKMANN PUMPTFS 376/4095L/min40bar充电器\SKYLLA-TG24\25 30A victron energy里奇36273PINTER 工作压力开关MANOCOME-IP65/2KA 0-16BARAT0S 型号DHA-0751/2/M24DCDAMCOS 160B4171 指示灯开关卡特蓄电池 9X-9730品牌：麦塔雷斯型号：MHP350A198EVAB207迪创迪创火焰探头X5200A4N13W2，防护等级TP56&ExdIIBT4IDC通讯板（与上面的探头配套的）006642-005电源底板（与上面的探头配套的）006590-003迪创火焰探头PIR9400A3A1AW，防护等级IP56&ExdIIBT4IDC通讯板（与上面的探头配套的）006642-004电源底板（与上面的探头配套的）006586-002LM303摩菲的油位保持器摩菲 DVU150 (55700299) 排泄阀FEDERAL SIGNAL CORPORATION 防爆对讲机正确型号310X-MVCULTER-HAMMER 接触器6702ED584BLAGDON气动隔膜泵B25 1AAABBTTSautronica 16BAR编号40766订货型号是GT300C2G16HYPRO水泵9304C-HM1CViatran PRESSURE TRANSDUCER, MODEL 245, 0-700KPa，0-5 VDC OUTPUT model: 245AMGX1691B加热器\CX/15397-02\380V/6.6KW\CALORITECH阿密龙 3019 95 GPM1.5 黄铜手枪式DYNALCO速度开关SW-200BSPM 2A26611BREVINI 减速机 CTU3200.1 S.N.：728815VS2 开关摩菲MEDC BGEQ4B6B2DDA7RAUTRONICA EAC-300A/B Processor cardDANIAMANT TYPE：L1611)detectormodel : 116-5861-011.5300, MODEL NO.HC300PLB7A2W1; DATE CODE:08DEC057674阿美特克3050水分析仪校验管 305431901SBLAGDON气动隔膜泵B25 1AAABBTTS泰科探头601FEX-MPRICE PUMP3MS50SS-412-21211-100-30-1T5真空泵HITECH INSTRUMENTS氧电池 813-9050WOMA安全阀 G1/2 S8.5 135Bar 1件件号是001.1108autronica detector1)BHH-320/X12)BDH-5003)BDH-500/N4)BDH-500/EX康士廉Part.no 001155 SALWICO本迪克斯 450修井机CAT3408空气压缩机GMC SINEAXModel:808-12120000TRANSMITTERREF:128802本迪克斯干燥器1A-592\AD-2品牌：OLAER奥莱尔型号：ELM0.75-210/00/AFSOLDO品牌限位开关型号: SX02200-2型号: SXC4200-2型号: SX73201-2德鲁克压力传感器PTX-5072-TC-A1-CA-H1-PR巴士德传感器 9692X-1CC-3-BNETSAFETY PHOENIX三频火焰探测器 IR3S-R品牌 WANNER型号 G40XDSNNNNCBMaker: MMC INTERNATIONAL CORP.Type: MMC SAMPLING DEVICE PART NO.:2326C1821540M1/2 40M Closed Self Contained Sampling UnitMaker: MMC INTERNATIONAL CORP.Type: MMC SAMPLING DEVICE PART NO.:S-2562-TS-CPL-SHT TS AdaptorVEGA 型号：PS68.XXE1H2HANAKQualitrol1)092-052-012)CAS-724-1+FLA-644-13)CAS-724-1+FLA-644-1+GAS-046-6EVAC蓝色接口6540524EVAC铜阀套5980800EVAC控制器6541675EVAC控制器5775500Evac冲水按钮3510100Evac水压阀5774002EVAC配件6541056EVAC配件5779400EVAC配件5779500EVAC配件5430103EVAC配件5980800EVAC配件5800000EVAC排气阀5435015Evac水压阀5774000EVAC按钮5900200EVAC气动按钮5900204EVAC带适配器法兰的活化剂6541675EVAC灰水阀6542811EVAC连接套筒5433572EVAC止回阀5959902EVAC橡胶膜片5435169EVAC执行机构5775500EVAC背板总成5780000DNH室内扬声器[][HS-8EEXMNT][]室内扬声器[][HP-10T][]防爆扬声器[][DSP-15EEXMNT][]哈威 V30D-140 RDN-2-1-04 LSN250-1杰斯曼联动台 KST19+KFS10威创压力传感器5705BPSX1052RGS ELECTRO PNEUMATICS LTDModel:VSK1001 SEALS FOR RGS 1''BSP 3 PORT SPOOL CONTROL VALVE H1003-9品牌：BITZERCOMPRESSOR\6H35.2-40P\BITZER REFRIGERATIOTR 编码器/CE100M.ArT.Nr100.00390摩菲室外防雨型振动开关VS2-IP67NUFLO CAMERON：1.Make: NUFLO CAMERON，Model: Turbine Flow Meter ，P/N: 9A-100062687，2.Make: NUFLO CAMERON，Model: Turbine Flow Meter ，P/N: 9A-100062810，3.Make: NUFLO CAMERON，Model: Turbine Flow Meter ，P/N: 9A-100009810，BRINKMANN TFS376/40+001resQmaxmodel:KIT411model:KIT457AMETEK陶瓷过滤器74422SE氧化锆锆头71785SEAUTRONICA控制板模块BSJ-310控制板模块BSD-310控制板模块BSL-310控制板模块BSS-310A世伟洛克Swagelok高压阀.DN12 6000psi.SS-6NBSW8T-G.316SS高压阀门.DN6 PN35.SS-6HNBSW8T-GSMOKE DETECTOR\BHH－500 SMOKE DETECTOR\BHH－500\AUTRONICA FIRE AND SECURITY\火气系统美国SAMSON电磁阀 type 3962, 24VDC, 3/2-way, IP 66, Eex d IIC T6, elec conn. 1/2"NPTLEROY SOMER电机3-LSES225MR-T N703333H11003 2011 IP55IK08 S1 DE:6313ZZC3 NDE:6313ZZC3 △400V 50HZ 1471min-145KW 84Ametrix振动探头5485C-007-040-M13776寸流量计为CAMERON 型号：9A-100062997,Rev.02，显示速度和总量；大8位3 / 4”显示器；电池采用一个“D”型1.5伏碱性电池。
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