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三轴加速度传感器原理及应用2012年09月09日 12:42来源：本站整理作者：胡哥我要评论(0)三轴加速度传感器原理MEMS换能器（Transducer）可分为传感器（Sensor）和致动器（Actuator）两类。
其中传感器会接受外界的传递的物理性输入，通过感测器转换为电子信号，再最终转换为可用的信息，如加速度传感器、陀螺仪、压力传感器等。
其主要感应方式是对一些微小的物理量的变化进行测量，如电阻值、电容值、应力、形变、位移等，再通过电压信号来表示这些变化量。
致动器则接受来自控制器的电子信号指令，做出其要求的反应动作，如光敏开关、MEMS显示器等。
目前的加速度传感器有多种实现方式，主要可分为压电式、电容式及热感应式三种，这三种技术各有其优缺点。
以电容式3轴加速度计的技术原理为例。
电容式加速度计能够感测不同方向的加速度或振动等运动状况。
其主要为利用硅的机械性质设计出的可移动机构，机构中主要包括两组硅梳齿（Silicon Fingers），一组固定，另一组随即运动物体移动；前者相当于固定的电极，后者的功能则是可移动电极。
当可移动的梳齿产生了位移，就会随之产生与位移成比例电容值的改变。
当运动物体出现变速运动而产生加速度时，其内部的电极位置发生变化，就会反映到电容值的变化（ΔC），该电容差值会传送给一颗接口芯片（InteRFace Chip）并由其输出电压值。
因此3轴加速度传感器必然包含一个单纯的机械性MEMS传感器和一枚ASIC接口芯片两部分，前者内部有成群移动的电子，主要测量XY及Z轴的区域，后者则将电容值的变化转换为电压输出。
文中所述的传感器和ASIC接口芯片两部分都可以采用CMOS制程来生产，而在目前的实际生产制造中，由于二者实现技术上的差异，这两部分大都会通过不同的加工流程来生产，再最终封装整合到一起成为系统单封装芯片（SiP）。
封装形式可采用堆叠（Stacked）或并排（Side-by-Side）。
英国Sonatest探伤仪、超声波测厚仪、无损检测介绍英国Sonatest成立于1958年，是第三大超声波检测设备制造商，其坚固耐用的便携式产品质量在世界各地得到认可。
无损检测行业开创性的超声波技术。
无论是传统、相控阵还是FMC-TFM超声波技术，Sonatest都是为许多行业提供无损检测解决方案的重要合作伙伴，包括运输、航空航天、发电、制造、无损检测服务以及石油和天然气等。
产品被世界领xian的公司使用，如波音、空客、壳牌、Eon、英国国营铁路公司，旨在为用户提供一种强大的工具，该工具易于使用，能够承受无损检测的恶劣环境。
无损检测（Non-Destructive Testing，简称NDT）是一个总称，用于描述许多行业中广泛使用的分析技术，以评估材料或组件的财产，而不会损坏其或损害其财产。
还有其他术语用于描述这项技术，包括无损检测（NDE）和无损检测（NDI）。
由于被测物品不会受到伤害，无损检测作为一种产品评估和研究技术受到高度重视，通常可以节省时间和金钱。
无损检测广泛应用于建筑、航空航天、国防、石油天然气、发电和医疗领域。
1）超声波检测（UT）：Sonatest全面的便携式超声波探伤仪为最终用户提供了无损探伤领域无与lun比的灵活性和性能。
参考型号：Masterscan D-70、Masterscan 700m、Sitescan D-50、Sitescan 500s2）相控阵探伤仪：Sonatest全面的便携式相控阵探伤仪为最终用户提供了无损探伤领域无yu伦比的灵活性和性能。
3）测厚仪：当只能从材料的一侧（例如管道或储罐）接近时，超声波测厚仪对于无损厚度测量特别有用。
厚度测量可以在大多数常见的工程材料上进行，如金属、塑料和玻璃。
无损测厚：超声波测厚仪的工作原理与声纳类似，只是频率和速度要高得多。
发射器向材料中发送一个短的超声波脉冲。
脉冲从材料的相对表面反射为回波，返回接收器。
厚度计分析脉冲返回所需的时间长度，以便计算并显示厚度。
®Tel:+44 23 9232 5511, .ax:+44 23 9238 6611, sensors@, Doc. Ref.:3N...p65Performance CharacteristicsNominal Range Maximum Overload Inboard .ilter Expected Operating Life Output Signal Resolution Operating Temperature Range *see Note1Pressure Range Pressure Coefficient T 90 Response Time Relative Humidity Range Typical Baseline Range (pure air)Maximum Zero Shift (+20°C to +40°C)Long Term Output Drift Recommended Load ResistorBias Voltage Repeatability Output Linearity 0-1000ppm 5000ppmTo remove effect of SO 2 influe streamThree years in air0.10 ± 0.02 µA/ppm1ppm-20°C to +40°CAtmospheric ± 10%0.01% signal/mBar ≤25 seconds15 to 90% non-condensing 0 to +12ppm equivalent30ppm equivalent <2% signal loss/month10 Ω+300mV 2% of signal LinearPhysical CharacteristicsWeightPosition SensitivityStorage LifeRecommended StorageTemperatureWarranty Period22g NoneSix months in CTL container 0-20°C12 months from date of despatchNote1:While not being used to measure NO the 3N./. canwithstand temperatures of up to +50°CN.B.All performance data is based on conditions at 20°C,50%RH, and 1013mBar深圳市深国安电子科技有限公司Ｓｈｅｎｚｈｅｎ Ｓｉｎｇｏａｎ Ｅｌｅｃｔｒｏｎｉｃ Ｔｅｃｈｎｏｌｏｇｙ Ｃｏ．，ＬｔｄＣＩＴＹ传感器代理及气体检测仪商ｗｗｗ．ｓｉｎｇｏａｎ．ｃｏｍEvery effort has been made to ensure the accuracy of this document at the time of printing. In accordance with the company s policy of continued product improvement City Technology Limited reserves the right to make product changes without notice. No liability is accepted for any consequential losses, injury or damage resulting from the use of this document or from any omissions or errors herein. The data is given for guidance only. It does not constitute a specification or an offer for sale. The products are always subject to a programme of improvement and testing which may result in some changes in the characteristics quoted. As the products may be used by the client in circumstances beyond the knowledge and control of City Technology Limited, we cannot give any warranty as to the relevance of these particulars to an application. It is the clients responsibility to carry out the necessary tests to determine the usefulness of the products and to ensure their safety of operation in a particular application.Performance characteristics on this data sheet outline the performance of newly supplied sensors. Output signal can drift below the lower limit over time.The 3N./. Nitric Oxide CiTiceL is available with side tags, gold-plated PCB pins, or both PCB pins and side tags. To ensure the appropriate option is supplied care must be taken to provide the correct code when ordering.Ordering InformationCross-sensitivity DataCiTiceLs may exhibit a response to certain gases in a sample other than the target gas. The table below shows the typical response of 3N./. sensors to a number of common cross-interfering gases. The figures are expressed as a percentage of the primary sensitivity (i.e. nitric oxide = 100%).。
传感器种类及品牌称重传感器压力传感器流量传感器位移传感器湿度传感器液位传感器压力传感器静压式液位传感器隔离膜片压力传感器MEAS 压力传感器/变送器PC 封装式压力传感器数字压力传感器振动传感器/加速度传感器压电式加速度传感器压电薄膜振动传感器硅压阻MEMS技术+ 湿度传感器HM 系列湿度传感器/变送器HT 系列湿度传感器－PCB 模块 HS 系列温湿度传感器 + 力传感器FGP 力传感器FGP扭矩传感器F系列力传感器 /称重传感器EL 系列高性能力传感器 + 压电薄膜传感器压电薄膜加速度计压电薄膜超声波传感器压电电缆压电薄膜元件 + 油品分析传感器 + 温度传感器镍 4000 系列 Atexis 温度传感器玻璃封装探头专用温度补偿传感器医用探头客户定制探头表面贴装温度传感器红外温度传感器 + 位移/位置传感器霍尔编码器LVDT 配套控制显示仪倾角传感器角位移传感器直线位移传感器 + 磁阻传感器磁场测量传感器 + 光电传感器称重传感器Celtron 系列称重传感器 (美国)Cardinal Scale 系列(美国)Tedea-Huntleigh 称重传感器(美国)RICE LAKE 称重系列(美国)Nobel 张力传感器及仪表(美国)BLH 称重传感器(美国)Sensortronics(STS)传感器(美国)Transcell 称重传感器及仪表(美国)HBM 称重传感器及仪表(德国)PHILIPS(飞利浦)称重传感器(德国)FLINTEC传感器及仪表(德国)DACELL(大拿)传感器(韩国)SETech 称重传感器(韩国)Fine 称重传感器及显示仪表(韩国)Bongshin 称重传感器(韩国)ASAHI 系列传感器及控制仪(日本)NMB 称重传感器(日本)UTILCELL 称重传感器系列(西班牙)Sensocar 称重传感器及称重仪器系列(西班牙) Master K 称重传感器及其显示器系列(法国) METTLER TOLEDO 称重传感器 (瑞士)压力传感器Motorola/Freesale 压力传感器(美国)Cooper 压力传感器系列(美国)MSI/MEAS 压力传感器(美国)RDP 压力传感器(Pressure Transducers)系列(美国)流量传感器AW Flow Meters 流量开关 (美国)George Fischer Signet 流量传感器(美国) Proteus Industries Inc流量计(美国) Sensortechnics 流量传感器(德国)Hontzsch 流量传感器(德国)Omega流量传感器(英国)KELCO 流量开关(澳大利亚)Sensirion 流量传感器 (瑞士)位移传感器RDP 位移传感器(美国)SOLARTRON Metrology(AMETEK 位移传感器)(美国) MicroStrain 位移传感器(美国)Trans-Tek 位移传感器 (美国)MTS 位移传感器(美国)BEI Duncan Electronis(CST)位移传感器(美国) MACRO SENSORS 位移传感器(美国)NOVOtechnik位移传感器系列(德国)Waycon Positionsmesstechnik 位移传感器(德国) BALLUFF 位移传感器 (德国)MICRO-EPSILON 位移传感器(德国)ASM 位移传感器(德国)INDUcoder 位移传感器 (德国)DSeurope 位移传感器 (意大利)Sensonics 位移传感器 (英国)OPTEX FA 位移传感器 (日本)AEP 位移传感器(意大利)温湿度传感器CBT 温度传感器(美国)MIKRON 温度传感器(美国)EUROSWITCH 温度传感器(意大利)THERMAL-DETECTION 温度传感器(英国)E+E 温度传感器(奥地利)SMARTEC 温度传感器 (荷兰)液位传感器BUHLER 液位传感器(德国)加速度传感器CEC Vibration 加速度传感器(美国)Techni Measure(TM/DYTRAN)加速度传感器(振动传感器)(英国) SENSONICS 加速度传感器(英国)Bruel & Kj r(B&K)加速度传感器(英国)Sherborne Sensors 加速度传感器(英国)SEIKA 加速度传感器(德国)KYOWA 加速度传感器(日本)Global Sensor Technology 加速度传感器（美国）速度传感器E Energy 速度传感器(美国)rans-Tek 速度传感器(美国)Wilcoxon 速度传感器(美国)SENSORONIX 速度传感器(美国)PHOENIX 速度传感器(美国)AI-TEK Instrukrnts LLC 速度传感器(美国) RHEIN TACHO 速度传感器(德国)LENORD+BAUER 速度传感器(德国)SENSONICS 速度传感器(英国)JAQUET 速度传感器 (瑞士)EUROSWITCH 速度传感器(意大利)。
Meggitt SA, Route de Moncor 4, Case postale, 1701 Fribourg, SwitzerlandTel: +41 26 407 11 11Fax: +41 26 407 13 01*****************.com/energyInformation contained in this document may be subject to export control regulations of the European Union, USA or other countries. Each recipient of this document is responsible for ensuring that transfer or use of any information contained in this documentcomplies with all relevant export control regulations. ECN N/A.DATA SHEETKEY FEATURES AND BENEFITS•From the vibro -meter ® product line •Voltage output signal: 100 or 500 mV/ g •Frequency response: 0.5 to 14 000 Hz (100 mV/ g versions) 0.2 to 3 700 Hz (500 mV/ g versions)•Temperature range:−55 to 120 °C (100 mV/ g versions) −55 to 90 °C (500 mV/ g versions)•Isolated electronics with internal shield for reduced noise and improved bias-voltage stability•Ground isolated from case•Available as a sensor only or with an integral cable•Available in standard versions andEx versions certified for use in hazardous areasAPPLICATIONS•General-purpose vibration monitoring in harsh industrial environments and /or hazardous areasDESCRIPTIONThe CE620 piezoelectric accelerometer with integrated electronics from Meggitt’svibro -meter ® product line is a general-purpose vibration sensor designed for the monitoring and protection of machinery in harsh industrial environments.The CE620 is an industry standard IEPE (integrated electronics piezo electric) vibration sensor that requires a constant current power supply and provides a dynamic vibration output signal (AC voltage) on a bias level (DC voltage). It is available with a sensitivity of either 100 or 500 mV/ g .The CE620 is available as a sensor only or fitted with an integral cable that is protected by astainless-steel overbraid. Sensor only versions allow one of a range of different cable assemblies to be used to connect the sensor to the monitoring system, depending on the application and environment.The CE620 is available in standard versions for use in standard (non-hazardous) areas andEx versions for installation in hazardous areas (potentially explosive atmospheres).For specific applications, contact your local Meggitt representative.(sensor only version)DATA SHEETCE620 piezoelectric accelerometer with integrated electronics 2 / 9Document reference DS 262-214Version 9 – 02.12.2022SPECIFICATIONSNote: Unless otherwise stated, all values listed are typical values, referenced at 24°C (75°F). OperatingSensitivity•100 mV/g versions(ordering option code B100):100 mV/g ±5%•500 mV/g versions(ordering option code B500):500 mV/g ±5%Dynamic range•100 mV/g versions:±80g peak•500 mV/g versions:±16g peakTransverse sensitivity:<5%Linearity:±1% maximumFrequency response•100 mV/g versions:1 to 9000Hz (±10%).0.5 to 14000Hz (±3dB).•500 mV/g versions:0.4 to 1600Hz (±10%).0.2 to 3700Hz (±3dB).Resonant frequency•100 mV/g versions:25kHz nominal•500 mV/g versions:16kHz nominalTemperature response (sensitivity deviation)•−55°C (−67°F):−10% typical•120°C (−248°F):+5% typicalNote: Reference at 20°C (68°F).ElectricalPower supply voltage(for current source):22 to 28V DCPower supply current:2 to 10mABias voltage (4mA supply)•100 mV/g versions(ordering option code B100):12V DC nominal•500 mV/g versions(ordering option code B500):10V DC nominalOutput impedance:50Ω nominalResidual electrical noise•100 mV/g versions:30μg/√H z at 1Hz, 6μg/√H z at 10Hz,5μg/√H z at 100Hz, 5μg/√H z at 1000Hz•500 mV/g versions:20μg/√H z at 0.1Hz, 6μg/√H z at 1Hz, 2μg/√H z at 10Hz,2μg/√H z at 100Hz, 2μg/√H z at 1000HzGrounding:Isolated from case (machine ground), internally shielded Internal isolation(case to shield):100MΩ minimumReverse polarity:ProtectedOvervoltage:ProtectedDocument reference DS 262-214Version 9 – 02.12.2022DATA SHEETCE620 piezoelectric accelerometer with integrated electronics3 / 9EnvironmentalTemperature range •100 mV/ g versions(ordering option code B100):−55 to 120 °C (−67 to 248 °F)•500 mV/ g versions(ordering option code B500):−55 to 90 °C (−67 to 194 °F)Humidity:IP68 (according to IEC 60529)Shock vibration limit:5 000 g peak Continuous vibration limit :500 g peak Base strain sensitivity:0.000 2 g peak / μεElectromagnetic sensitivity (50 Hz, 0.03 T):0.2 gPotentially explosive atmospheresAvailable in Ex approved versions for use in hazardous areasType of protection Ex ia: intrinsic safety (ordering option code A2)EuropeEC type examination certificateI M1Ex ia I MaII 1 GD (Zones 0, 1, 2, 20, 21, 22)Ex ia IIC T4 GaEx ia IIIC T135°C Da LCIE 20 ATEX 3039 XInternationalIECEx certificate of conformityEx ia I MaEx ia IIC T4 GaEx ia IIIC T135°C Da IECEx LCIE 20.0026XRussian FederationEA ЭC RU certificate of conformity *PO Ex ia I Ma X 0Ex ia IIC T4 Ga X Ex ia IIIC T135°C Da XEA ЭC RU C-CH.A Д07.B.03042/21* N ot engraved/marked on the products.For specific parameters of the mode of protection concerned and special conditions for safe use, refer to the Ex certificates that are available from Meggitt SA.For the most recent information on the Ex certifications that are applicable to this product, refer to the Ex product register (PL-1511) document that is available from Meggitt SA.Approvals Conformity:European Union (EU) declaration of conformity (CE marking)Electromagnetic compatibility (EMC):EMC compliant (2014/30/EU).EN 61326-1.Environmental management :RoHS compliant (2011/65/EU)Hazardous areas:Ex approved versions(see Potentially explosive atmospheres on page 3)DATA SHEETCE620 piezoelectric accelerometer with integrated electronics 4 / 9Document reference DS 262-214Version 9 – 02.12.2022PhysicalCase material:Stainless steel (AISI316L, DIN1.4404)Dimensions:See Mechanical drawings starting on page5Weight•Sensor only versions:85 g (0.19 lb) approx.•Integral cable versions:60 g/m (0.04 lb/ft) approx.ConnectorSensor version:Sensor only versions (PNR 444-620-000-111).See Sensor only versions on page5.Connector type:MIL-C-5015-10SL-4P – rugged circular, threaded coupling, 2-pinconnector with keyway.Note: Mates with MIL-C/DTL-5015 type connectors, as used by therecommended cable assemblies.Connector pinouts (pin allocation)•Pin A(+):Power supply and output signal•Pin B(−):CommonRecommended cable assemblies:EC318, EC319, EC622 and EC632 (see Accessories on page7) CableSensor version:Integral cable versions (PNR 444-620-000-211).See Integral cable versions on page6.Cable type:Cable: Teflon® FEP cable, twisted-pair shielded, Ø4.8 ± 0.2mm.Conductors: 2 × 0.5 mm2 twisted cores.Overbraid: Stainless steel (AISI316L).Outer diameter: Ø5.2 ± 0.3mm (0.20″).Maximum temperature: 200°C (392°F).Weight: See Physical on page4.Cable pinouts (flying lead allocation)•Red (+) wire:Power supply and output signal•White(−) wire:CommonMountingStud or adaptor:1/4″-28UNF-2A (see Accessories on page7)Torque:2.4 N•m (1.8 lb-ft).Refer also to the CExxx and PVxxx vibration sensors(piezoelectric accelerometers and piezoelectric velocity sensors)installation manual.CalibrationDynamic calibration at factory. No subsequent calibration necessary.Document reference DS 262-214Version 9 – 02.12.2022DATA SHEETCE620 piezoelectric accelerometer with integrated electronics5 / 9MECHANICAL DRAWINGSSensor only versionsCE620 accelerometerSensitivity (B)100 mV/ g 100500 mV/ g500Ordering number (PNR):444 - 620 - 000 - 111Environment (A)Standard 1Explosive (Ex)2A B CConnector (C)01MIL-C-5015-10SL-4PNotesAll dimensions in mm (in) unless otherwise stated.For the sensor only versions of the CE620, the sensor mates with MIL-C/DTL-5015 type connectors. Not all combinations of sensor ordering option codes (A , B and C ) are available.See also Ordering information on page 7 and the ECxxx cable assemblies in Accessories on page 7.M8 × 1.251/4 ″-28UNF-2A46.5(0.16 ″)(0.26 ″)(0.02 ″)1/4 ″-28UNF 1/4 ″-28UNF-2A46.5(0.16 ″)(0.26 ″)(0.02 ″)Adaptor studsDATA SHEETCE620 piezoelectric accelerometer with integrated electronics 6 / 9Document reference DS 262-214Version 9 – 02.12.2022Integral cable versionsMECHANICAL DRAWINGS(continued)M8 × 1.251/4 ″-28UNF-2A46.5(0.16 ″)(0.26 ″)(0.02 ″)1/4 ″-28UNF 1/4 ″-28UNF-2A46.5(0.16 ″)(0.26 ″)(0.02 ″)Sensitivity (B)100 mV/ g100Ordering number (PNR):444 - 620 - 000 - 211Environment (A)Standard 1Explosive (Ex)2Integral cable length (L)055 m 1010 mA B C LCable (C)72Integral FEP cable with overbraidAll dimensions in mm (in) unless otherwise stated.For the integral cable versions of the CE620, the length of cable is defined at the time of ordering. Not all combinations of sensor ordering option codes (A , B , C and L ) are available. See also Ordering number (PNR) below and the Ordering information on page 7.Adaptor studsCE620 accelerometerDocument reference DS 262-214 Version 9 – 02.12.2022DATA SHEET CE620 piezoelectric accelerometer with integrated electronics7 / 9ORDERING INFORMATIONTo order, please specify the version(s) of the CE620 piezoelectric accelerometer with integrated electronics required…Standard (non-Ex) versions:Type Designation Ordering number (PNR)CE620100mV/g sensor only version444-620-000-111-A1-B100-C01 CE620500mV/g sensor only version444-620-000-111-A1-B500-C01 CE620100mV/g integral cable version – 5m cable length 444-620-000-211-A1-B100-C72-L05 CE620100mV/g integral cable version – 10m cable length 444-620-000-211-A1-B100-C72-L10 Ex versions (for use in hazardous areas):Type Designation Ordering number (PNR)CE620100mV/g sensor only version444-620-000-111-A2-B100-C01 CE620100mV/g integral cable version – 5m cable length 444-620-000-211-A2-B100-C72-L05 CE620100mV/g integral cable version – 10m cable length 444-620-000-211-A2-B100-C72-L10 NotesOnly CE620 sensors with the specific ordering numbers (PNRs) listed above are available to order.That is, not all combinations of sensor ordering option codes (A, B, C and L) are available.For example, Ex versions of the CE620 sensor with a sensitivity of 500mV/g are not available.ACCESSORIESSuppliedItem Type Part number (PNR)•Adaptor studs1/4-28UNF(1/4″-28UNF-2A to 1/4″-28UNF-2A)809-601-000-011M8×1.25(1/4″-28UNF-2A to M8×1.25)809-601-000-021 Note: One of each of these type of adaptor studs is supplied with a CE620, that is, one M8×1.25 and one1/4″-28UNF.OptionalItem Type Part number (PNR)•Adaptor studs M8×1(1/4″-28UNF-2A to M8×1)809-601-000-031DATA SHEETCE620 piezoelectric accelerometer with integrated electronics 8 / 9Document reference DS 262-214Version 9 – 02.12.2022Optional(continued)Item Type Part number (PNR)•Cable assemblies EC318.Standard version with a 2-pin MIL-C/DTL-5015 type connector,2-wire RADOX® cable.922-318-000-002EC318.Standard version with a 2-pin MIL-C/DTL-5015 type connector,2-wire RADOX® cable and cable protection (flexible stainless-steelhose).922-318-000-403EC319.Splashproof version with a 2-pin MIL-C/DTL-5015 type connector,2-wire RADOX® cable.922-319-000-002EC319.Splashproof version with a 2-pin MIL-C/DTL-5015 type connector,2-wire RADOX® cable and cable protection (sealed, flexiblestainless-steel hose).922-319-000-103EC622.Standard version with a 2-pin MIL-C/DTL-5015 type connector,2-wire Polyurethane (PUR) cable, IP67cable boot (overmold).922-622-000-001EC632.Higher-temp. version with a 2-pin MIL-C/DTL-5015 type connector,2-wire Teflon® FEP cable, IP67cable boot (overmold).922-632-000-001EC632.Higher-temp. version with a 2-pin MIL-C/DTL-5015 type connector,2-wire Teflon® FEP cable, IP67cable boot (overmold) and cableprotection (stainless steel (AISI316L) overbraid).922-632-000-101NotesThe cable length must be specified when ordering a cable assembly.When ordering a EC31x cable assembly, the ordering option code -L or -U is used to specify the overall cable length.EC31x cable assemblies can be specified with any cable length.When ordering a EC6x2 cable assembly, the ordering option code -L is used to specify the overall cable length.EC6x2 cable assembles must be specified with a standard length of 2, 5, 10, 15, 20 or 30m (corresponding to ordering option codes of L2000, L5000, L10000, L15000, L20000 or L30000, respectively).Refer to the cable assembly product drawings for further information.Item Type Part number (PNR)•Mounting adaptor MA122_012(1/4″-28UNF-2A to M6, with a conic base)809-122-000-012•Insulating stud MA122_021(1/4″-28UNF-2A to M6, with a conic base)809-122-000-021ACCESSORIES(continued)Meggitt (Meggitt PLC) is a leading international engineering company, headquartered in England, that designs and delivers high-performance components and subsystems for aerospace, defence and selected energy markets. Meggitt comprises four customer-aligned divisions:Airframe Systems, Engine Systems, Energy&Equipment and Services&Support.The Energy&Equipment division includes the Energy Sensing and Controls product group that specialises in sensing and monitoring solutions for a broad range of energy infrastructure, and control valves for industrial gas turbines, primarily for the Power Generation, Oil & Gas and Services markets. Energy & Equipment is headquartered in Switzerland (Meggitt SA) and incorporates the vibro-meter® product line, which has over 65 years of sensor and systems expertise and is trusted by original equipment manufacturers (OEMs) globally.All information in this document, such as descriptions, specifications, drawings, recommendations and other statements, is believed to be reliable and is stated in good faith as being approximately correct, but is not binding on Meggitt (Meggitt SA) unless expressly agreed in writing. Before acquiring and/or using this product, you must evaluate it and determine if it is suitable for your intended application. You should also check our website at /energy for any updates to data sheets, certificates, product drawings, user manuals, service bulletins and/or other instructions affecting the product.Unless otherwise expressly agreed in writing with Meggitt SA, you assume all risks and liability associated with use of the product. Anyrecommendations and advice given without charge, whilst given in good faith, are not binding on Meggitt SA. Meggitt (Meggitt SA) takes no responsibility for any statements related to the product which are not contained in a current Meggitt SA publication, nor for anystatements contained in extracts, summaries, translations or any other documents not authored and produced by Meggitt SA.The certifications and warranties applicable to the products supplied by Meggitt SA are valid only for new products purchased directly from Meggitt SA or from an authorised distributor of Meggitt SA.In this publication, a dot (.) is used as the decimal separator and thousands are separated by thin spaces. Example: 12345.67890.Copyright© 2022 Meggitt SA. All rights reserved. The information contained in this document is subject to change without prior notice. Sales offices Local representative Head officeMeggitt has offices in more than 30countries. For a complete list, please visit our website.Meggitt SARoute de Moncor 4Case postale1701 FribourgSwitzerlandTel: +41 26 407 11 11Fax: +41 26 407 13 01*****************.com /energy Document reference DS 262-214Version 9 – 02.12.2022DATA SHEETCE620 piezoelectric accelerometer with integrated electronics9 / 9 RELATED PRODUCTSCE630Piezoelectric accelerometer(100 or 500 mV/g output, side connector):Refer to corresponding data sheetCE687Piezoelectric accelerometer(4 to 20 mA output proportional to g):Refer to corresponding data sheetPV660Piezoelectric velocity sensor(4 mV/m m/s output):Refer to corresponding data sheetPV685Piezoelectric velocity sensor(4 to 20 mA output proportional to mm/s):Refer to corresponding data sheet。
英国Solartron位移传感器、线性编码器、测量探头介绍英国Solartron Metrology是世界领xian的传感器制造商，专门从事质量控制、测试和测量以及机器控制精密传感器的创新、设计和制造。
作为一家主要的传感器制造商，我们为客户提供各种适用的精密测量传感器，包括精密数字和模拟尺寸LVDT测量探头、位移传感器、光学线性编码器、非接触式传感器和相关仪器。
我们的传感器制造商努力满足客户精确测量传感器需求的文化，以及在我们的领域保持领xian的创新，使我们能够发展到许多传感器技术市场，如航空航天、汽车和电子产品，并具有全球影响力。
为汽车、航空航天、电子、材料、光学、半导体和轴承行业提供测量传感器，您可以确保，无论您身在何处，无论您的精密测量应用是什么，作为领xian的传感器制造商，我们都有传感器技术、承诺和资源来帮助您做得更好。
除了我们的一系列精密测量产品，如Flexure、Lever和Mini Probes、Block Gauges、Displacements Transducers和Non Contact，该公司Orbit®3网络固有的简单性和灵活性使我们的测量传感器能够无缝通信和协同工作。
为了满足关键制造合作伙伴不断变化的需求，Solartron Metrology推出了一系列新的激光三角测量产品。
激光三角测量传感器正迅速被gong认为线性测量最you效的工具之一，为行业用户带来了许多好处，包括高精度、分辨率和速度、良好的重复性和线性以及更长的线性测量范围。
除了具有更高的精度和可重复性的优点外，在绝对无接触的情况下进行线性测量的能力可以加快传感器的制造过程，创造时间和成本效益，同时确保不会损坏目标材料。
1) 数字仪表探头\弹簧推动DP/S0.5,1,2,5,10,20和30mm位移传感器测量范围精度优于0.1µm重复性精度优于0.05µm分辨率优于0.01µm可提供接触式传感器尖duan的范围弹簧致动0.7N的标准接触式传感器尖duan力（可提供其他选项）IP65密封（可提供全密封选项）具有出色侧载能力的位移传感器与传统的线性可变差动变压器（LVDT）位移传感器相比具有卓yue的性能对外部磁场的高电阻，可能会干扰典型LVDT的测量Solartron Metrology接触式数字测量探头或位移传感器为量具制造商提供了一系列尺寸精度测量和定位应用的最ju成本效益的解决方案。
英国Sensonics加速度传感器广州南创谭工英国Sensonics加速度传感器在预测维护系统领与从设计、配置到安装都具有强大的专业实力，无论是在简单的振动传感器方面，还是大规模的交钥匙的现场监控系统，英国Sensonics加速度传感器成立于1978年的英国胜索尼克斯SENSONICS公司都可以满足最苛刻用户的全面要求，英国Sensonics加速度传感器的产品在50多个国家设立了办事处，并在中国设立了广州南创传感事业部，为英国Sensonics加速度传感器提供最佳的服务与解决方案。
英国Sensonics加速度传感器凭借专业的技术，丰富的经验也使其成为工控预测性维护PDM（PREDICTIVE MAINTENANCE）领域标准的制定者。
英国Sensonics加速度传感器坚持以领先的技术和低成本高效率的解决方案满足每个客户的特殊需求，并帮助客户获得竞争优势。
英国Sensonics加速度传感器产品主要包括加速度传感器/加速计、电涡流传感器、速度传感器、LVDT线性位移传感器，并提供远程监控仪器、汽轮机监视系统、震动测量和报警系统，英国Sensonics加速度传感器也在制造本安防爆（ATEX&BASEEFA）领域业绩显著。
英国Sensonics加速度传感器产品具体如下：英国Sensonics加速度传感器SENSONICS ACCELEROMETER加速度传感器、加速度计：PZP1、PZP2、PZS1、PZS2、PZS3、PZS4、PZS5、PZST4、PZV1、PZV2、PZV3、PZHT、PZHT2、PZHT3、PZCS、PZDC、PZDC-2、PZXY、VELG-9；英国Sensonics加速度传感器/英国胜索尼克斯SENSONICS EDDYCURRENT PROBES 电涡流传感器、探头：PRS02、PRS04、PRS08、AECP02、AECP04、PRR04、AECPR04、PRD04、PRD08、PRD12、PRD18、PRD25、DH1/10、DH2/20、DH4/40、DH6/60；英国Sensonics加速度传感器/英国胜索尼克斯SENSONICS LVDT线性位移传感器：SL-2.5、SL-5、SL-12.5、SL-25、DM-2.5、DM-5、DM-12.5、SL-25、DM-50、DM-5W、DM-12.5W、SL-25W、DM-50W、E.01、E.02、E.05、E.075、E.1、E.2、E.3、E.4、E.5、E.6、E.8、E.10、E.12、SR25、SR50、SR100、SR150、SR200、SR250、SR300、SR400、SR500、SR600、DR25、DR50、DR100、DR150、SB25、SB50、SB75、SB100、SB150、HI25、HI 50、HI 100、HI 150、DC8042;英国Sensonics加速度传感器/英国胜索尼克斯SENSONICS MONITORING SYSTEMS监控系统：M08601、M08602、M08603、M08604、M08605、M08606、M08607、M08608、M08609、M08610、M08611、M08612、M09601、M09602、M09603、M09605、M09607、M09608、M09609、M09611、FCM/MCM-4、DN2600、DN2601、DN2602、DN2603、DN2604、DN2605、DN2608、ME9601、ME9602、ME9603、ME9608、ME9609、SA-3、SP4、DN36-SNET、DN36-PSU4、DN36-SLXT、DN36-CATX、DN36-FPCB。
英国Sensonics加速度传感器PZS Shear Mode Range:PZS1-20002110(Cable Length <25) PZS1-20002210 PZS1-26A02110 PZS1-26A02210PZS1-26C02110 PZP2-18G1110 ZP2-18G1120 ZP2-18G1120 ZP2-18G1120 ZP2-18G1210ZP2-18G1220 ZP2-18G1220 ZP2-18G1220 ZP2-18G2110 ZP2-18G2120 ZP2-18G2120 PZP2-18G2120PZP2-18G2210PZP2-18G2220PZP2-18G2220PZP2-18G2220PZS1-26C02210PZS2-26A02110PZS2-26A02210英国Sensonics加速度传感器PZS2-26A02310PZS2-26B02110PZS2-26B02210PZS2-26B02310PZS2-26C02110PZS2-26C02210PZS2-26C02310PZS3-26A02110PZS3-26A02111PZS3-26A02130PZS3-26A02131PZS3-26A02140PZS3-26A02141PZS3-26A02210英国Sensonics加速度传感器PZS3-26A02211PZS3-26A02230PZS3-26A02231PZS3-26A02240PZS3-26A02241PZS3-26B02110PZS3-26B02111PZS3-26B02130PZS3-26B02131PZS3-26B02140PZS3-26B02141PZS3-26B02210PZS3-26B02211PZS3-26B02230PZS3-26B02231PZS3-26B02240英国Sensonics加速度传感器PZS3-26B02241PZS3-26D02110PZS3-26D02111PZS3-26D02130PZS3-26D02131PZS3-26D02140PZS3-26D02141PZS3-26D02210PZS3-26D02211PZS3-26D02230PZS3-26D02231PZS3-26D02240PZS3-26D02241PZS3-26E02110英国Sensonics加速度传感器PZS3-26E02111 PZS3-26E02130PZS3-26E02131PZS3-26E02140PZS3-26E02141PZS3-26E02210PZS3-26E02211PZS3-26E02230PZS3-26E02231PZS3-26E02240英国Sensonics加速度传感器PZS3-26E02241 PZS3-26F02110PZS3-26F02111PZS3-26F02130PZS3-26F02131PZS3-26F02140PZS3-26F02141PZS3-26F02210英国Sensonics加速度传感器PZS3-26F02211 PZS3-26F02230PZS3-26F02231PZS3-26F02240PZS3-26F02241PZS3-46C02110PZS3-46C02111PZS3-46C02130PZS3-46C02131PZS3-46D02110PZS3-46D02111PZS3-46D02130PZS3-46D02131PZS3-46H02110PZS3-46H02111英国Sensonics加速度传感器PZS3-46H02130 PZS3-46H02131PZS4-26A02110PZS4-26A02111PZS4-26A02120PZS4-26A02121PZS4-26A02130PZS4-26A02131PZS4-26A02210PZS4-26A02211PZS4-26A02220PZS4-26A02221PZS4-26A02230PZS4-26A02231PZS4-26A00210英国Sensonics加速度传感器PZS4-26A00211 PZS4-26A00220PZS4-26A00221PZS4-26A00230PZS4-26A00231PZS4-26B02110PZS4-26B02111PZS4-26B02120PZS4-26B02121英国Sensonics加速度传感器PZS4-26B02130 PZS4-26B02131PZS4-26B02210PZS4-26B02211PZS4-26B02220PZS4-26B02221PZS4-26B02230PZS4-26B02231PZS4-26B00210PZS4-26B00211PZS4-26B00220PZS4-26B00221PZS4-26B00230PZS4-26B00231PZS4-26C02110PZS4-26C02111英国Sensonics加速度传感器PZS4-26C02120PZS4-26C02121PZS4-26C02130PZS4-26C02131PZS4-26C02210PZS4-26C02211PZS4-26C02220PZS4-26C02221PZS4-26C02230PZS4-26C02231PZS4-26C00210PZS4-26C00211PZS4-26C00220PZS4-26C00221PZS4-26C00230英国Sensonics加速度传感器PZS4-26C00231PZS4-26D02110PZS4-26D02111PZS4-26D02120PZS4-26D02121PZS4-26D02130PZS4-26D02131PZS4-26D02210PZS4-26D02211PZS4-26D02220英国Sensonics加速度传感器PZS4-26D02221 PZS4-26D02230PZS4-26D02231PZS4-26D00210PZS4-26D00211PZS4-26D00220PZS4-26D00221PZS4-26D00230PZS4-26D00231PZS4-28E02110PZS4-28E02111PZS4-28E02120PZS4-28E02121PZS4-28E02130英国Sensonics加速度传感器PZS4-28E02210 PZS4-28E02211PZS4-28E02220PZS4-28E02221PZS4-28E02230PZS4-28E02231PZS4-28E00210PZS4-28E00211PZS4-28E00220PZS4-28E00221PZS4-28E00230PZS4-28E00231PZS4-27A02110PZS4-27A02111PZS4-27A02120PZS4-27A02121PZS4-27A02130PZS4-27A02131PZS4-27A02210英国Sensonics加速度传感器PZS4-27A02211PZS4-27A02220PZS4-27A02221PZS4-27A02230PZS4-27A02231PZS4-27A00210PZS4-27A00211PZS4-27A00220PZS4-27A00221PZS4-27A00230英国Sensonics加速度传感器PZS4-27A00231 PZS5-26A02A110PZS5-26A02A111PZS5-26A02A120PZS5-26A02A121PZS5-26A02A010PZS5-26A02A011PZS5-26A02A020PZS5-26A02A021PZS5-26A02A210PZS5-26A02A211PZS5-26A02A220PZS5-26A02A221PZS5-26A02A310PZS5-26A02A311PZS5-26A02A320PZS5-26A02A321英国Sensonics加速度传感器PZS5-26A02B110PZS5-26A02B111PZS5-26A02B120PZS5-26A02B121PZS5-26A02B010PZS5-26A02B011PZS5-26A02B020PZS5-26A02B021PZS5-26A02B210PZS5-26A02B211PZS5-26A02B220PZS5-26A02B221PZS5-26A02B310PZS5-26A02B311PZS5-26A02B320PZS5-26A02B321PZS5-26A02C110PZS5-26A02C111PZS5-26A02C120PZS5-26A02C121PZS5-26A02C010PZS5-26A02C011英国Sensonics加速度传感器PZS5-26A02C020 PZS5-26A02C021PZS5-26A02C210PZS5-26A02C211PZS5-26A02C220PZS5-26A02C221PZS5-26A02C310PZS5-26A02C311PZS5-26A02C320PZS5-26A02C321PZS5-26A02D110PZS5-26A02D111PZS5-26A02D120PZS5-26A02D121PZS5-26A02D010PZS5-26A02D011PZS5-26A02D020PZS5-26A02D021PZS5-26A02D210PZS5-26A02D211PZS5-26A02D220PZS5-26A02D221PZS5-26A02D310英国Sensonics加速度传感器PZS5-26A02D311 PZS5-26A02D320PZS5-26A02D321PZS5-26A02E110PZS5-26A02E111PZS5-26A02E120PZS5-26A02E121PZS5-26A02E010PZS5-26A02E011PZS5-26A02E020PZS5-26A02E021PZS5-26A02E210PZS5-26A02E211PZS5-26A02E220PZS5-26A02E221PZS5-26A02E310PZS5-26A02E311英国Sensonics加速度传感器PZS5-26A02E320 PZS5-26A02E321PZS5-26B02B110PZS5-26B02B111PZS5-26B02B120PZS5-26B02B121PZS5-26B02B010PZS5-26B02B011PZS5-26B02B020英国Sensonics加速度传感器PZS5-26B02B021 PZS5-26B02B210PZS5-26B02B211PZS5-26B02B220PZS5-26B02B221PZS5-26B02B310PZS5-26B02B311PZS5-26B02B320PZS5-26B02B321PZS5-26B02B110PZS5-26B02B111PZS5-26B02B120PZS5-26B02B121PZS5-26B02B010PZS5-26B02B011PZS5-26B02B020PZS5-26B02B021PZS5-26B02B210PZS5-26B02B211PZS5-26B02B220PZS5-26B02B221PZS5-26B02B310英国Sensonics加速度传感器PZS5-26B02B311 PZS5-26B02B320PZS5-26B02B321PZS5-26B02C110PZS5-26B02C111PZS5-26B02C120PZS5-26B02C121PZS5-26B02C010PZS5-26B02C011PZS5-26B02C020PZS5-26B02C021PZS5-26B02C210PZS5-26B02C211PZS5-26B02C220PZS5-26B02C221PZS5-26B02C310PZS5-26B02C311PZS5-26B02C320PZS5-26B02C321PZS5-26B02D110PZS5-26B02D111PZS5-26B02D120PZS5-26B02D121PZS5-26B02D010英国Sensonics加速度传感器PZS5-26B02D011 PZS5-26B02D020PZS5-26B02D021PZS5-26B02D210PZS5-26B02D211PZS5-26B02D220PZS5-26B02D221PZS5-26B02D310PZS5-26B02D311PZS5-26B02D320PZS5-26B02D321PZS5-26B02E110PZS5-26B02E111PZS5-26B02E120PZS5-26B02E121PZS5-26B02E010PZS5-26B02E011PZS5-26B02E020PZS5-26B02E021PZS5-26B02E210PZS5-26B02E211PZS5-26B02E220PZS5-26B02E221PZS5-26B02E310PZS5-26B02E311PZS5-26B02E320英国Sensonics加速度传感器PZS5-26B02E321PZS5-26C02C110PZS5-26C02C111PZS5-26C02C120PZS5-26C02C121PZS5-26C02C010PZS5-26C02C011PZS5-26C02C020PZS5-26C02C021PZS5-26C02C210PZS5-26C02C211PZS5-26C02C220PZS5-26C02C221PZS5-26C02C310PZS5-26C02C311PZS5-26C02C320PZS5-26C02C321英国Sensonics加速度传感器PZS5-26C02C110PZS5-26C02C111PZS5-26C02C120PZS5-26C02C121PZS5-26C02C010PZS5-26C02C011PZS5-26C02C020PZS5-26C02C021PZS5-26C02C210PZS5-26C02C211PZS5-26C02C220PZS5-26C02C221PZS5-26C02C310PZS5-26C02C311PZS5-26C02C320PZS5-26C02C321英国Sensonics加速度传感器PZS5-26C02C110PZS5-26C02C111PZS5-26C02C120PZS5-26C02C121PZS5-26C02C010PZS5-26C02C011PZS5-26C02C020PZS5-26C02C021PZS5-26C02C210PZS5-26C02C211PZS5-26C02C220PZS5-26C02C221PZS5-26C02C310PZS5-26C02C311PZS5-26C02C320PZS5-26C02C321英国Sensonics加速度传感器PZS5-26C02D110PZS5-26C02D111PZS5-26C02D120PZS5-26C02D121PZS5-26C02D010PZS5-26C02D011PZS5-26C02D020PZS5-26C02D021PZS5-26C02D210PZS5-26C02D211PZS5-26C02D220PZS5-26C02D221PZS5-26C02D310PZS5-26C02D311PZS5-26C02D320PZS5-26C02D321英国Sensonics加速度传感器PZS5-26C02E110PZS5-26C02E111PZS5-26C02E120PZS5-26C02E121PZS5-26C02E010PZS5-26C02E011PZS5-26C02E020PZS5-26C02E021PZS5-26C02E210PZS5-26C02E211PZS5-26C02E220PZS5-26C02E221PZS5-26C02E310PZS5-26C02E311PZS5-26C02E320PZS5-26C02E321英国Sensonics加速度传感器PZS5-26D02D110PZS5-26D02D111PZS5-26D02D120PZS5-26D02D121PZS5-26D02D010PZS5-26D02D011PZS5-26D02D020PZS5-26D02D021PZS5-26D02D210PZS5-26D02D211PZS5-26D02D220PZS5-26D02D221PZS5-26D02D310PZS5-26D02D311PZS5-26D02D320PZS5-26D02D321英国Sensonics加速度传感器PZS5-26D02D110PZS5-26D02D111PZS5-26D02D120PZS5-26D02D121PZS5-26D02D010PZS5-26D02D011PZS5-26D02D020PZS5-26D02D021PZS5-26D02D210PZS5-26D02D211PZS5-26D02D220PZS5-26D02D221PZS5-26D02D310PZS5-26D02D311PZS5-26D02D320PZS5-26D02D321英国Sensonics加速度传感器PZS5-26D02D110PZS5-26D02D111PZS5-26D02D120PZS5-26D02D121PZS5-26D02D010PZS5-26D02D011PZS5-26D02D020PZS5-26D02D021PZS5-26D02D210PZS5-26D02D211PZS5-26D02D220PZS5-26D02D221PZS5-26D02D310PZS5-26D02D311PZS5-26D02D320PZS5-26D02D321英国Sensonics加速度传感器PZS5-26D02D110PZS5-26D02D111PZS5-26D02D120PZS5-26D02D121PZS5-26D02D010PZS5-26D02D011PZS5-26D02D020PZS5-26D02D021PZS5-26D02D210PZS5-26D02D211PZS5-26D02D220PZS5-26D02D221PZS5-26D02D310PZS5-26D02D311PZS5-26D02D320PZS5-26D02D321英国Sensonics加速度传感器PZS5-26D02E110PZS5-26D02E111PZS5-26D02E120PZS5-26D02E121PZS5-26D02E010PZS5-26D02E011PZS5-26D02E020PZS5-26D02E021PZS5-26D02E210PZS5-26D02E211PZS5-26D02E220PZS5-26D02E221PZS5-26D02E310PZS5-26D02E311PZS5-26D02E320PZS5-26D02E321英国Sensonics加速度传感器PZS5-27G02D110PZS5-27G02D111PZS5-27G02D120PZS5-27G02D121PZS5-27G02D010PZS5-27G02D011PZS5-27G02D020PZS5-27G02D021PZS5-27G02D210PZS5-27G02D211PZS5-27G02D220PZS5-27G02D221PZS5-27G02D310PZS5-27G02D311PZS5-27G02D320PZS5-27G02D321英国Sensonics加速度传感器PZS5-27G02D110PZS5-27G02D111PZS5-27G02D120PZS5-27G02D121PZS5-27G02D010PZS5-27G02D011PZS5-27G02D020PZS5-27G02D021PZS5-27G02D210PZS5-27G02D211PZS5-27G02D220PZS5-27G02D221PZS5-27G02D310PZS5-27G02D311PZS5-27G02D320PZS5-27G02D321英国Sensonics加速度传感器PZS5-27G02D110PZS5-27G02D111PZS5-27G02D120PZS5-27G02D121PZS5-27G02D010PZS5-27G02D011PZS5-27G02D020PZS5-27G02D021PZS5-27G02D210PZS5-27G02D211PZS5-27G02D220PZS5-27G02D221PZS5-27G02D310PZS5-27G02D311PZS5-27G02D320PZS5-27G02D321英国Sensonics加速度传感器PZS5-27G02D110PZS5-27G02D111PZS5-27G02D120PZS5-27G02D121PZS5-27G02D010PZS5-27G02D011PZS5-27G02D020PZS5-27G02D021PZS5-27G02D210PZS5-27G02D211PZS5-27G02D220PZS5-27G02D221PZS5-27G02D310PZS5-27G02D311PZS5-27G02D320PZS5-27G02D321英国Sensonics加速度传感器PZS5-27G02E110PZS5-27G02E111PZS5-27G02E120PZS5-27G02E121PZS5-27G02E010PZS5-27G02E011PZS5-27G02E020PZS5-27G02E021PZS5-27G02E210PZS5-27G02E211PZS5-27G02E220PZS5-27G02E221PZS5-27G02E310PZS5-27G02E311PZS5-27G02E320PZS5-27G02E321英国Sensonics加速度传感器PZS5-28E02D110PZS5-28E02D111PZS5-28E02D120PZS5-28E02D121PZS5-28E02D010PZS5-28E02D011PZS5-28E02D020PZS5-28E02D021PZS5-28E02D210PZS5-28E02D211PZS5-28E02D220PZS5-28E02D221PZS5-28E02D310PZS5-28E02D311PZS5-28E02D320PZS5-28E02D321英国Sensonics加速度传感器PZS5-28E02D110PZS5-28E02D111PZS5-28E02D120PZS5-28E02D121PZS5-28E02D010PZS5-28E02D011PZS5-28E02D020PZS5-28E02D021PZS5-28E02D210PZS5-28E02D211PZS5-28E02D220PZS5-28E02D221PZS5-28E02D310PZS5-28E02D311PZS5-28E02D320PZS5-28E02D321英国Sensonics加速度传感器PZS5-28E02D110PZS5-28E02D111PZS5-28E02D120PZS5-28E02D121PZS5-28E02D010PZS5-28E02D011PZS5-28E02D020PZS5-28E02D021PZS5-28E02D210PZS5-28E02D211PZS5-28E02D220PZS5-28E02D221PZS5-28E02D310PZS5-28E02D311PZS5-28E02D320PZS5-28E02D321英国Sensonics加速度传感器PZS5-28E02D110PZS5-28E02D111PZS5-28E02D120PZS5-28E02D121PZS5-28E02D010PZS5-28E02D011PZS5-28E02D020PZS5-28E02D021PZS5-28E02D210PZS5-28E02D211PZS5-28E02D220PZS5-28E02D221PZS5-28E02D310PZS5-28E02D311PZS5-28E02D320PZS5-28E02D321英国Sensonics加速度传感器PZS5-28E02E110PZS5-28E02E111PZS5-28E02E120PZS5-28E02E121PZS5-28E02E010PZS5-28E02E011PZS5-28E02E020PZS5-28E02E021PZS5-28E02E210PZS5-28E02E211PZS5-28E02E220PZS5-28E02E221PZS5-28E02E310PZS5-28E02E311PZS5-28E02E320PZS5-28E02E321英国Sensonics加速度传感器PZS5-29C02D110PZS5-29C02D111PZS5-29C02D120PZS5-29C02D121PZS5-29C02D010PZS5-29C02D011PZS5-29C02D020PZS5-29C02D021PZS5-29C02D210PZS5-29C02D211PZS5-29C02D220PZS5-29C02D221PZS5-29C02D310PZS5-29C02D311PZS5-29C02D320PZS5-29C02D321英国Sensonics加速度传感器PZS5-29C02D110PZS5-29C02D111PZS5-29C02D120PZS5-29C02D121PZS5-29C02D010PZS5-29C02D011PZS5-29C02D020PZS5-29C02D021PZS5-29C02D210PZS5-29C02D211PZS5-29C02D220PZS5-29C02D221PZS5-29C02D310PZS5-29C02D311PZS5-29C02D320PZS5-29C02D321英国Sensonics加速度传感器PZS5-29C02D110PZS5-29C02D111PZS5-29C02D120PZS5-29C02D121PZS5-29C02D010PZS5-29C02D011PZS5-29C02D020PZS5-29C02D021PZS5-29C02D210PZS5-29C02D211PZS5-29C02D220PZS5-29C02D221PZS5-29C02D310PZS5-29C02D311PZS5-29C02D320PZS5-29C02D321英国Sensonics加速度传感器PZS5-29C02D110PZS5-29C02D111PZS5-29C02D120PZS5-29C02D121PZS5-29C02D010PZS5-29C02D011PZS5-29C02D020PZS5-29C02D021PZS5-29C02D210PZS5-29C02D211PZS5-29C02D220PZS5-29C02D221PZS5-29C02D310PZS5-29C02D311PZS5-29C02D320PZS5-29C02D321英国Sensonics加速度传感器PZS5-29C02E110PZS5-29C02E111PZS5-29C02E120PZS5-29C02E121PZS5-29C02E010PZS5-29C02E011PZS5-29C02E020PZS5-29C02E021PZS5-29C02E210PZS5-29C02E211PZS5-29C02E220PZS5-29C02E221PZS5-29C02E310PZS5-29C02E311PZS5-29C02E320PZS5-29C02E321英国Sensonics加速度传感器PZXY-7G020PZXY-7G021PZXY-8E020PZXY-8E021SP4-7A02002ASP4-7A02002VSP4-7A02004ASP4-7A02004V英国Sensonics加速度传感器SP4-7A02020ASP4-7A02020VSP4-7A02050ASP4-7A02050VSP4-7A02102ASP4-7A02102VSP4-7A02104ASP4-7A02104VSP4-7A02120ASP4-7A02120VSP4-7A02150ASP4-7A02150V英国Sensonics加速度传感器SP4-7B02002ASP4-7B02002VSP4-7B02004ASP4-7B02004VSP4-7B02020ASP4-7B02020VSP4-7B02050ASP4-7B02050VSP4-7B02102ASP4-7B02102VSP4-7B02104ASP4-7B02104VSP4-7B02120ASP4-7B02120VSP4-7B02150ASP4-7B02150V英国Sensonics加速度传感器PZHT High Temperature RangePZEHT-18E03100PZEHT-18E03101PZEHT-18E03200PZEHT-18E03201PZEHT-18E06100PZEHT-18E06101PZEHT-18E06200PZEHT-18E06201PZHT-18E03100PZHT-18E03101PZHT-18E03200PZHT-18E03201PZHT-18E06100PZHT-18E06101PZHT-18E06200PZHT-18E06201英国Sensonics加速度传感器PZHT2-26D5X110 注意：X- Specify amplifier to cable end length PZA Compression Model RangePZA4-26C02110PZA4-26C02120PZA4-26C02130PZA4-26D02110PZA4-26D02120PZA4-26D02130PZA4-27A02110PZA4-27A02120PZA4-27A02130PZA6-26A02110PZA6-26A02120PZA6-26A02130PZA6-26A02140PZA6-26A02150英国Sensonics加速度传感器PZA6-26A02210PZA6-26A02220PZA6-26A02230PZA6-26A02240PZA6-26A02250PZA6-26A02310PZA6-26A02320PZA6-26A02330PZA6-26A02340PZA6-26A02350PZA6-26A00110PZA6-26A00120PZA6-26A00130PZA6-26A00140PZA6-26A00150英国Sensonics加速度传感器PZA6-26A00210PZA6-26A00220PZA6-26A00230PZA6-26A00240PZA6-26A00250英国Sensonics加速度传感器PZA6-26A00310PZA6-26A00320PZA6-26A00330PZA6-26A00340PZA6-26A00350注意：6A表示“Connection Method”,可用6B，6C，6D，8E代替英国Sensonics加速度传感器PZP-PZCS Charge RangePZCS-46A0002A010PZCS-46A0002A011PZCS-46A0002A110PZCS-46A0002A111PZCS-46A0002A210PZCS-46A0002A211PZCS-46A0002A310PZCS-46A0002A311PZCS-46A0202A010PZCS-46A0202A011PZCS-46A0202A110PZCS-46A0202A111PZCS-46A0202A210PZCS-46A0202A211PZCS-46A0202A310PZCS-46A0202A311注意：02A表示“Conduit Length Cable”----02B,02C,02D,02E可代替6A表示“Connection Method”---6B,6C,6D,7A,7B,8E,8F,9C可代替英国Sensonics加速度传感器PZP1-18G1110PZP1-18G1111PZP1-18G1120PZP1-18G1121PZP1-18G1130PZP1-18G1131PZP1-18G2110PZP1-18G2111PZP1-18G2120 PZP1-18G2121 PZP1-18G2130 PZP1-18G2131。
