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Shinkawa FK-F Series Instruction Manual

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FK-F SERIES TRANSDUCER
Model FK-263F TRANSDUCER
INSTRUCTION MANUAL
 Carefully read and understand this manual before using the product.
 After reading this manual, store it in a safe location so that it can be
referenced readily as required.
MANUAL No. 6G21-039 Rev.2
Published in Jul. 2021
Revised in Dec. 2022

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  • Page 1 MANUAL No. 6G21-039 Rev.2 Published in Jul. 2021 Revised in Dec. 2022 FK-F SERIES TRANSDUCER Model FK-263F TRANSDUCER INSTRUCTION MANUAL  Carefully read and understand this manual before using the product.  After reading this manual, store it in a safe location so that it can be...
  • Page 2 Thank you for purchasing the FK-F series FK-263F transducer. This instruction manual (referred to as “this manual” hereafter) explains handling instructions and cautions regarding the FK-F series FK-263F transducer (referred to as “this unit” hereafter).

  • Page 3: Important Notice

    The FK-F series uses a variety of noise tests to evaluate EMC(electro-magnetic compatibility). However, since the following environmental conditions will cause fluctuations in EMC characteristics, it is important to ensure the stability of the system according to the cautionary instructions found in this manual.

  • Page 4: Exclusion From Liability

    Shinkawa Sensor Technology, Inc. will not take any responsibility for any items not listed in this document and in the warranty, including the guarantee of product merchantability, guarantee for specific objectives or specifications, or for violation of patents, whether they are expressed or implied.

  • Page 5: Table Of Contents

    Index ▊ Index ▊ Page Important notice ........................ 1 Exclusion from liability ...................... 2 Confirmation of the unit and package items ..............2 Chapter 1 Safety Information......................5 Warning Symbols ....................... 5 Cautions when handling..................... 5 Chapter 2 Introduction ........................7 Objectives of this unit ....................
  • Page 6 Index 3.4.4 FK driver (Screw type terminal block (M4)) and Monitor (VM monitor) connection ....................36 3.4.5 Confirmation after completing connection ..........38 3.4.6 Set gap voltage confirmation ..............38 Chapter 4 Maintenance/Inspection ....................40 Periodic inspection ....................40 Unit life ........................40 Troubleshooting .......................

  • Page 7: Chapter 1 Safety Information

    Chapter 1 For safe usage Chapter 1 Safety Information Read this section carefully to use this product safely. Warning Symbols In this document, rules that must be followed in order to prevent injuries or financial losses to customers, and for the safe usage of this unit, is labeled with the following markings. Make sure to understand the contents of these cautions and make sure to follow their instructions.
  • Page 8 Chapter 1 For safe usage ▊ Rules to follow ▊ WARNING When installing this unit, be sure to follow the procedures described in “Chapter 3 Installation”. If the procedures indicated are not followed, it may lead to failures of the unit, fires, or personal injuries.

  • Page 9: Chapter 2 Introduction

    Chapter 2 Introduction Chapter 2 Introduction Objectives of this unit This unit performs non-contact measurement of the distance (gap) between the FL sensor and the measured object (target), and outputs a voltage signal corresponding to the gap. By combining this unit with our monitor, it is possible to measure the differential expansion between rotor and its case.

  • Page 10: Specifications

    Chapter 2 Introduction Specifications 2.3.1 Specifications of this unit SPECIFICATIONS CALIBRATION MATERIAL JIS SCM440 flat surface TEMPERATURE Sensor : Less than ±3% of F.S. MEASURING RANGE 3mm to 29mm from sensor tip CHARACTERISTIC Extension Cable : Less than ±3% of F.S. SENSITIVITY*2 0.4V/mm (TEMPERATURE DRIFT)

  • Page 11: Fl Sensor Specifications

    Chapter 2 Introduction 2.3.2 FL sensor specifications FL-263F50 - 00 - Cable length Armored Thread size Case length 0.5 m Without 10 mm STEP, M24 1.5 40 – 100 mm 1.0 m With e.g.) 10 = 100 mm 5.0 m (Without fluoro 0.1 inch STEP, 9.0 m...

  • Page 12: Fw Extension Cable Specifications

    Chapter 2 Introduction 2.3.3 FW extension cable specifications FW-263F Cable length Armored 4.0 m Without Armored 4.5 m (Without fluoro resin coating) 8.0 m Armored 8.5 m (With fluoro resin coating) Without armored: 30mm Cable allowable With armored: 50mm bending radius With fluoro resin coating armored: 75mm Cable allowable 98.1N (10kgf)

  • Page 13: Fk Driver Specifications

    Chapter 2 Introduction 2.3.4 FK driver specifications FK-263F System cable length Mounting plate Terminal block Screw type terminal block (M4) DIN rail (35mm) mount Spring lock terminal Screw mount (50.8 50.8mm) Screw mount (92 31mm: for VK replacement) Screw mount multi-pitch (50.8 50.8mm and 92 31mm)

  • Page 14: Recommended Specifications For The Monitor Cable

    Chapter 2 Introduction 2.3.6 Recommended specifications for the monitor cable Use a commercially sold cable to connect the unit and the monitor. A CVVS 3 core shielded cable (straight) is recommended, but if it is not available, a 3 line multiple core cable for light electrical instruments (individually shielded) can be used.

  • Page 15: Outer Dimensions And Part Nomenclature

    Chapter 2 Introduction Outer dimensions and part nomenclature 2.4.1 FL sensor outer dimensions and part nomenclature L2: Case length L3: Cable length (Tag No.) is indicated on product, if required.
  • Page 16 Chapter 2 Introduction ■FL-263F55L Unit: mm ■FL-263F55A Unit: mm L3: Cable length (Tag No.) is indicated on product, if required.
  • Page 17 Chapter 2 Introduction ■FL-263F55T Unit: mm L3: Cable length (Tag No.) is indicated on product, if required.

  • Page 18: Fw Extension Cable Outer Dimensions And Part Nomenclature

    Chapter 2 Introduction 2.4.2 FW extension cable outer dimensions and part nomenclature ■ FW-263FL ■ FW-263FA ■ FW-263FT L: Cable length (Tag No.) is indicated on product, if required.

  • Page 19: Fk Driver (Spring Lock Terminal) Outer Dimensions And Part Nomenclature

    Chapter 2 Introduction 2.4.3 FK driver (Spring lock terminal) outer dimensions and part nomenclature ■ FK-263F□-1-2 Unit ： mm Mounting plate ■ FK-263F□-2-2 Unit ： mm Mounting plate...
  • Page 20 Chapter 2 Introduction ■ FK-263F□-3-2 Unit ： mm Mounting plate ■ FK-263F□-4-2 Unit ： mm Mounting plate...

  • Page 21: Fk Driver (Screw Type Terminal Block (M4)) Outer Dimensions And Part Nomenclature

    Chapter 2 Introduction 2.4.4 FK driver (Screw type terminal block (M4)) outer dimensions and part nomenclature ■ FK-263F□-1-1 Unit ： mm Shipments before 2021 ■ FK-263F□-2-1 Unit ： mm Shipments before 2021...
  • Page 22 Chapter 2 Introduction ■ FK-263F□-3-1 Unit ： mm Shipments before 2021 ■ FK-263F□-4-1 Unit ： mm Shipments before 2021...

  • Page 23: System Configuration Example

    Chapter 2 Introduction System configuration example This unit is designed to fulfill the specifications when used under the following configuration. Point Always combine the components of this unit (FL sensor, FW extension cable, and FK driver) so that it will be configured as follows. If this unit is not configured as shown below, or if the FW extension cable is not used in combining the FL sensor and FK driver, the output characteristics will differ dramatically.

  • Page 24: Chapter 3 Installation

    Chapter 3 Installation Chapter 3 Installation WARNING Installation work, wiring and connections must be performed by a person with knowledge in instrumentation. Always perform grounding. Never apply power until all wiring work and connection work has been completed. If this is not followed there is a possibility of electrocution. ATTENTION Before touching this unit, be sure to touch a metal section near by to discharge any static electricity.

  • Page 25: Installation Environment

    Chapter 3 Installation Installation environment 3.1.1 FK driver installation environment Install the FK driver in a location that satisfies the following environmental and install conditions. ▊ Environmental conditions ▊ Ambient Must be in a range between -40 to 80 °C when devices are temperature : operating.

  • Page 26: Fl Sensor Installation Environment

    Chapter 3 Installation 3.1.2 FL sensor installation environment Install the FL sensor at a location that satisfies the following environmental and install conditions. ▊ Environmental conditions ▊ Ambient temperature: Must be in a range between -40 to 125 C when devices are operating.
  • Page 27 Chapter 3 Installation Installation example 3 (recommended) After constructing as shown in installation example 2, the area shown by the shaded line in the illustration is filled with resin or other insulating material. Installation example 4 If dimension X is less than 65mm, it will be affected by the attachment plate.

  • Page 28: Relation Between Target Shape And Sensor

    Chapter 3 Installation 3.1.3 Relation between target shape and sensor When measuring the thrust position etc., the transducer output may be influenced by the relation between target shape and sensor. Following shows the relation between target shape and sensor required for the proper measurement.

  • Page 29: Mutual Interference Between Sensors

    Chapter 3 Installation 3.1.4 Mutual interference between sensors When two sensors of the same type are mounted too close together, there is mutual interference between transducers, causing a beat signal (ac signal) on the transducer output. To prevent mutual interference, sensor tips should be mounted with at least 300mm clearance between tips.

  • Page 30: Fk Driver Installation

    Chapter 3 Installation FK driver installation The FK driver installation method differs according to the model. Secure the required spacing described in the installation conditions, and attach properly. The model number is shown on the label on the FK driver. For FK-263F -2- , FK-263F -3 , FK-263F -4- Page 28) For FK-263F -1-...

  • Page 31: Installation Of Fk-263F -1

    Chapter 3 Installation 3.2.2 Installation of FK-263F -1- For the FK-263F -1- , it will be an attachment to a 35mm DIN rail. Install according to the following procedures. the upper tabs on the back of the FK Hook driver onto the DIN rail. Push the FK driver into the DIN rail until a “click”...

  • Page 32: Fl Sensor Installation

    Chapter 3 Installation FL sensor installation The following describes the installation of the FL sensor. Install properly according to the conditions described in the installation conditions. When using the sensor mounting bracket ( Page 30) ATTENTION Do not drop or otherwise subject the FL sensor to shock. Point The installation methods described for the FL sensor in this manual complies with API Standard 670.

  • Page 33: Gap Adjustment

    Chapter 3 Installation 3.3.2 Gap adjustment Point After completing all wiring connections, it is possible to perform gap adjustment using a tester (voltmeter). In this case, make sure to fully understand the content described in this chapter and complete all connection work, then perform gap adjustment according to the procedures in “3.4.6 Set gap voltage confirmation”...

  • Page 34: Wiring Connections

    Chapter 3 Installation Wiring connections WARNING ● Make sure the wiring and connections are performed by a person with knowledge in instrumentation. ● Always perform grounding. Never apply power until all wiring work and connection work has been completed. If this is not followed there is a possibility of electrocution. ATTENTION ●...

  • Page 35: Fw Extension Cable Connection (When Using The Fw Extension Cable)

    Chapter 3 Installation 3.4.1 FW extension cable connection (When using the FW extension cable) When using the FW extension cable, connect the FL sensor and FW extension cable as shown below. Point The connection area of the connector must not be used in a condition where it is exposed to water or oil.

  • Page 36: Fl Sensor Connection

    Chapter 3 Installation 3.4.2 FL sensor connection Connect the FL sensor as follows. Connection is performed in the same manner when using an FW extension cable. Confirm that there are no foreign objects in the FL sensor (or FW extension cable), and in the FK driver sensor input connector.
  • Page 37 Chapter 3 Installation Refer to the following drawing, and connect the signal transmission cable to the FK driver and monitor. Connect to the terminal block of the FK driver according to the following procedures. 1. Use a flat tip screwdriver to push down the operation lever of the terminal block (the orange area).

  • Page 38: Fk Driver (Screw Type Terminal Block (M4)) And Monitor (Vm Monitor) Connection

    Chapter 3 Installation 3.4.4 FK driver (Screw type terminal block (M4)) and Monitor (VM monitor) connection Connect the monitor as follows. ATTENTION When using a cable that has been subject to a megger test, make sure to short the cable to ground before connecting, to discharge any electric charge in the cable.
  • Page 39 Chapter 3 Installation If you connect a signal transmission cable ＊ to FK driver and a monitor, refer to the figure below. The terminal block of FK driver, connect in the next procedure. 1.・Loosen a screw for terminal stand cover fixation.

  • Page 40: Confirmation After Completing Connection

    Chapter 3 Installation 3.4.5 Confirmation after completing connection Before turning on the power, check the following: ● Make sure that there are no loose terminals, and that all wiring is connected properly. ● Check that the power line for the power source is connected to PWR (-24V) of the monitor terminal block.
  • Page 41 Chapter 3 Installation If the desired set gap voltage is not gained, readjust the FL sensor position using the following procedures. 1. Loosen the jam nut of the FL sensor. 2. Adjust the FL sensor position so that the desired set gap voltage is gained. 3.

  • Page 42: Chapter 4 Maintenance/Inspection

    Chapter 4 Maintenance/Inspection Chapter 4 Maintenance/Inspection The following is a description of maintenance and inspection procedures for this unit. Periodic inspection In order to maintain performance and secure system stability of this unit, check the set gap voltage values once a year. Refer to “3.4.6 Set gap voltage confirmation”...

  • Page 43: Troubleshooting

    Chapter 4 Maintenance/Inspection Troubleshooting Possible problems with the unit are indicated below. Symptom Possible cause Countermeasure Output is 0V and does not Power is not ON. Turn the power ON. change. Is not connected Refer to “3.4 Wiring connections” ( Page 32), and wire correctly.

  • Page 44: Chapter 5 Individual Characteristics Data

    Chapter 5 Individual characteristics data Chapter 5 Individual characteristics data Static characteristics, temperature characteristics, and other characteristic data are supplied here. Refer to the characteristics data in this chapter for determination of the gap, etc.. Standard static characteristics Target material: SCM440 flat face (dia. 150mm or more)

  • Page 45: Sensor Temperature Characteristics (System Cable Length: 5M)

    Chapter 5 Individual characteristics data Sensor temperature characteristics (System cable length: 9m)

  • Page 46: Driver Temperature Characteristics (System Cable Length: 5M)

    Chapter 5 Individual characteristics data Driver temperature characteristics (System cable length: 9m)

  • Page 47: Static Characteristic Effect Due To Power Source Voltage Variation

    Chapter 5 Individual characteristics data Static characteristic effect due to power source voltage variation...

  • Page 48: Static Characteristic Effect By Target Material

    Chapter 5 Individual characteristics data Static characteristic effect by target material...

  • Page 49: Static Characteristic Effect Due To Target Diameter

    Chapter 5 Individual characteristics data Static characteristic effect due to target diameter Target material: SCM440...

  • Page 50: Static Characteristic Effect By Target Curved Surface

    Chapter 5 Individual characteristics data Static effect by target curved surface Target material: SCM440...

  • Page 51: Static Characteristic Effect Due To Target End Face

    Chapter 5 Individual characteristics data Static characteristic effect due to target end face Target material: SCM440...

  • Page 52: Static Characteristic Effect Due To Side Wall

    Chapter 5 Individual characteristics data Static characteristic effect due to side wall Target and side wall material: SCM440...

  • Page 53: Chapter 6 Information About Intrinsically Safe Application

    Chapter 6 Information About Intrinsically Safe Application Chapter 6 Information about intrinsically safe application Intrinsic safety parameters and system drawing are supplied here. Refer to these information for use in Hazardous area application. In case of the intrinsically safe specification, the approved MTL 7796- barrier is recommended. Please use in combination with the barrier which has explosion-proof certification in the country of use.
  • Page 54 Chapter 6 Information About Intrinsically Safe Application 6.1.2 Applicable Standards ・JNIOSH-TR-46-1 : 2015 ・JNIOSH-TR-46-6 : 2015 6.1.3 Certificate Number and Configuration Certificate Number Sensor Extension Cable Driver DEK19.0030X FL-263F FW-263F FK-263F...

  • Page 55: Canada / North America : Csa

    Chapter 6 Information About Intrinsically Safe Application Canada / North America : CSA 6.2.1 System Drawing...
  • Page 56 Chapter 6 Information About Intrinsically Safe Application...
  • Page 57 Chapter 6 Information About Intrinsically Safe Application WARNING ・“Non-hazardous area apparatus unspecified except that it must not be supplied from nor contain under normal or abnormal conditions. A source of potential with respect to earth in excess of 250V RMS or 250 Volts DC. ・“WARNING: SUBSTITUTION OF COMPONENTS MAY IMPAIR INTRINSIC SAFETY”...

  • Page 58: Europe : Atex, Oceania : Iecex

    Chapter 6 Information About Intrinsically Safe Application Europe : ATEX, Oceania : IECEx 6.3.1 System Drawing...
  • Page 59 Chapter 6 Information About Intrinsically Safe Application 6.3.2 Applicable Standards IECEx ・IEC 60079-0 : 2017(Edition 7.0) ・IEC 60079-11 : 2011(Edition 6.0) ATEX ・EN IEC 60079-0 : 2018 ・EN 60079-11 : 2012 6.3.3 Label Information ※※※※ represents the year of manufacture. (eg.

  • Page 60: China : Ex-Ccc

    Chapter 6 Information About Intrinsically Safe Application China : Ex-CCC 6.4.1 System Drawing If you use the transducer in accordance with the Ex-CCC (Intrinsically Safe), the transducer shall be installed as per the IECEx/ATEX SYSTEM DRAWING. Refer to “6.3 Europe : ATEX, Oceania : IECEx ”.(Page 56) 6.4.2 Precautions (Simplified Chinese Only) 6.4.2.1 安全使用须知...
  • Page 61 Chapter 6 Information About Intrinsically Safe Application ▊ 遵守事项 ▊ 安装本机时，请务必遵守“第3章 安装（Installation）”中记载的步骤。 否则有可能导致本机故障、火灾及造成人身事故。 ● 使用本机前，请务必同时阅读与本机连接的仪表设备的使用说明书。 使用本机需要仪表相关的专业知识与本机相关设备的知识。 ● 触碰本机前，请务必触碰附近的金属部等释放静电。 身体积聚的静电可能导致本机故障。 ● 请勿在没有规定绝缘电阻及耐电压规格的位置上进行绝缘电阻测量、耐电压测试。 否则有可能导致本机故障。 ● 进行信号传输电缆的绝缘电阻测试(绝缘测试)时，请务必从本机及监视器上拆下电缆。 另外，在绝缘电阻测试后重新连接电缆时，请务必在连接前短接电缆，释放带电电荷。 如果在带电状态下将电缆连接至本机或者监视器，有可能造成本机故障。 ● 为稳定系统，请执行以下措施。 请务必在本机及与本机相关的仪表设备及连接这些设备的信号电缆周边的继电器上安装 浪涌抑制器。 为防止本机故障时造成系统误动作，请在系统上设置联锁功能。 周围环境恶劣时，请将驱动器放入实施了EMC屏蔽的收纳箱中，将收纳箱接地。 周围环境恶劣时，请将各电缆放入金属制的护套中，将护套接地。 ● 以下情况时，请停止使用本机，咨询购买时的营业所。 在异常状态下持续使用会引起火灾及故障。 本机发出奇怪的气味时 本机异常发热时 本机被摔落时 - 本机的机箱破损时 ●...
  • Page 62 Chapter 6 Information About Intrinsically Safe Application 6.4.2.2 维护与检查 以下就本机的维护与检查进行说明。 6.4.2.2.1 定期检查 为维持本机的性能及系统的稳定，请按照1年1次的周期确认安装间隙电压值。 确认的步骤请参考“3.4.6 确认安装间隙电压值(Set gap voltage confirmation)”。 6.4.2.2.2 本机的寿命 本机没有特别异常时，也建议每10年一次更换产品。 要点 本机的老化取决于周围环境，因此有可能短于10年。为了系统的稳定， 最好以10年为期稍微提前更换产品。 以下表示确认更换时期的流程。 校 准(取静态特性数据) 误差满足规格 是 (轴位置、旋转→敏感度) 可以继续使用。 (振动、偏心→比例因子) 否 与“5.1 标准静态特性 (Standard static characteristics)” 是 请委托购买时的营业所进行调整。 中记载的间隙比输出图表进行比较，...
  • Page 63 Chapter 6 Information About Intrinsically Safe Application 6.4.2.2.3 故障排除 以下表示本机可能的故障。 症状 可能的原因 处理方法 输出固定为0V不变。 电源未接通。 请接通电源。 未正确接线。 请参考“3.4 接线(Wiring connections)”正确接线。 FK驱动器不良。 请更换FK驱动器。 输出固定为约-0.6V不变。 目标不在测量范围内。 请参考“3.4.6 确认安装间隙电压值 (Set gap voltage confirmation)” 调整间隙。 FL传感器不良或者FL传感 请测量传感器连接器中心插针与外部导 器的电缆短路、断线。 体间的电阻值，不正常时更换FL传感器。 正常值： 传感器线圈电阻值：约3.0 ＋ 传感器电缆电阻值：约0.25 /m FW延长电缆短路、断线。...

  • Page 64: Korea：kcs

    Chapter 6 Information About Intrinsically Safe Application Korea：KCs 6.5.1 System Drawing If you use the transducer in accordance with the KCs (Intrinsically Safe), the transducer shall be installed as per the IECEx/ATEX SYSTEM DRAWING. Refer to “6.3 Europe : ATEX, Oceania : IECEx ”.(Page 56) 6.5.2 Precautions (Korean Only) 6.5.2.1 안전하게...
  • Page 65 Chapter 6 Information About Intrinsically Safe Application ▊ ▊...
  • Page 66 Chapter 6 Information About Intrinsically Safe Application 인증 기준 고용노동부고시 제 호...
  • Page 67 Chapter 6 Information About Intrinsically Safe Application 6.5.3 보수ㆍ점검 6.5.3.1 정기 점검 6.5.3.2 본 기기의 수명...
  • Page 68 Chapter 6 Information About Intrinsically Safe Application 6.5.3.3 문제 해결...
  • Page 69 Chapter 6 Information About Intrinsically Safe Application 본질 안전 적용에 대한 정보 6.5.4 6.5.4.1 라벨 정보...

  • Page 70: Taiwan：ts

    Chapter 6 Information About Intrinsically Safe Application Taiwan：TS (Traditional Chinese Only) 6.6.1 System Drawing...
  • Page 71 Chapter 6 Information About Intrinsically Safe Application 6.6.2 ， 。 6.6.2.1 ， 。 ， 。 ， 。 。 ， 。 。 ， 。 。 ， 。 " " 。 6.6.2.2 ， 。 。 。 。 。 ， 。...
  • Page 72 Chapter 6 Information About Intrinsically Safe Application 。 。 ， 。 ， 。 ， 。 ， 。 。 。 ， 。 ， 。 。 ， 。 ， 。 ， 。 ，FK 。EMC 。 。 (EMC) 。 ， ， 。 。 。...
  • Page 73 Chapter 6 Information About Intrinsically Safe Application 6.6.3 。 6.6.3.1 (set gap voltage) 。 3.4.6 (set gap voltage) 6.6.3.2 。 要 項 。 ， ， 。 。 --> ， ） 。 --> ， ， 。 ， 。 (set gap)
  • Page 74 Chapter 6 Information About Intrinsically Safe Application 6.6.3.3 。 0V。 。 。 。 ， 。 。 。 3.4.6 (Set -0.6V。 。 gap voltage) ， 。 ， ， ， 。 。 0.25 / 。 ， ， 。 0.25 / 。 ， 。...

  • Page 75: Russia : Tr-Cu

    Chapter 6 Information About Intrinsically Safe Application Russia : TR-CU 6.7.1 System Drawing If you use the transducer in accordance with the TR-CU (Intrinsically Safe), the transducer shall be installed as per the IECEx/ATEX SYSTEM DRAWING. Refer to “6.3 Europe : ATEX, Oceania : IECEx ”.(Page 56) 6.7.2 Precautions (Russian Only) «Х»...

  • Page 76: Appendix Cable Wiring/Laying

    Appendix Appendix Cable wiring/laying The following descriptions are typically recommended issues in regards to cable wiring and laying. ● Cables for pulse signals (phase marker, rotation) are to be on a separate cable from vibration and variation signals. ● Do not mix signal transmission cables and control/power system cables. ●...
  • Page 77 Hardware Warranty Warranty conditions ・ The warranty period for the delivered product is 3 years (1 year for special products) from the time of shipment from our factory. If a failure occurs in the delivered product due to our fault during this warranty period, we will take responsibility for the replacement/repair of that product.
  • Page 78 Hiroshima Factory 4-22, Yoshikawakogyodanchi, Higashihiroshima-shi, Hiroshima 739-0153, JAPAN Tel. +81-82-429-1118 Fax. +81-82-429-0804 [Quality Assurance Group] E-Mail : service@sst.shinkawa.co.jp © 2021 SHINKAWA Sensor Technology, Inc. All rights reserved.

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