2-2-34 Higashi Zaoh, Nagaoka-shi, Niigata-ken 940-8580, Japan
Business Overview
-Major manufacturer of automotive meters and instruments, delivering products to global OEMs such as Honda, GM, Stellantis , BMW, and Mazda.
-The Company is engaged various business segments. One is in the automotive parts business, which includes meters and HUDs for automobiles and motorcycles. Another is in the consumer segment that manufactures air conditioners and housing-equipment controllers. In addition, it is engaged in the resin-compound business, the automobile sales business, and the service business by providing logistics, food services, and IT services.
-In the fiscal year ending March 2024, the automotive parts business accounted for 81% of the Company's sales.
Shareholders
-Listed on the Standard Market of the Tokyo Stock Exchange
Established Nippon Seiki Co., Ltd. in a town that what was formerly called Zaoh (currently Matsuba), Nagaoka City, Niigata Prefecture. Started manufacturing and sales of clocks and instruments (meters).
Oct. 1951
Established new main plant in Kita-Nakajima (currently Nakajima Town), Nagaoka City, Niigata Prefecture and moved head office to the site.
Sep. 1955
Moved head office and plant to Nishi-Shinmachi (currently Shirooka), Nagaoka City, Niigata Prefecture.
Dec. 1970
Moved head office and plant to the present location.
Dec. 1970
Established Matto Plant in Ojiya City, Niigata Pref.
Jul. 1971
Reorganized its Matto Plant, renaming it and establishing it as Matto Nippon Seiki Co.,Ltd.
Jun. 1973
N.S. Electronics Co., Ltd in Nagaoka City, Niigata Prefecture.
Jun. 1982
Established YNS Inc. (currently called NS West Inc.) in Syobara City, Hiroshima Prefecture.
Mar. 1986
Changed the accounting year from September to March.
Jul. 1986
Established New Sabina Industries, Inc. in Ohio, U.S.A.
Aug. 1987
Established UK-NSI Co., Ltd. in Oxfordshire, UK.
Feb. 1989
Listed its stock shares on the Tokyo Stock Exchange Second Section and Niigata Stock Exchange.
Nov. 1990
Established R&D Center in Nagaoka City, Niigata Prefecture.
Feb. 1995
Established a joint-venture company, Shanghai EK Chor Nissei Co., Ltd. in Shanghai, China.
Aug. 1995
Acquired ISO9001 certification.
Dec. 1995
Established Thai-Nippon Seiki Company (currently a consolidated subsidiary) in Bangkok, Thailand
Dec. 1996
Acquired QS9000 certification from the US Big Three automakers for meeting quality requirement standards.
Aug. 1999
Acquired ISO14001 certification.
Jul. 2000
Established NS Advantech Co. through the merger of Matto Nippon Seiki Co. and Asahi Keiki Seisaku-sho Inc.
Dec. 2001
Invested in JNS Instruments Ltd. in Hariyana, India.
Jul. 2004
Acquired ISO/TS1649 certification.
Jul. 2006
Established NS Technical Center in Nagaoka-shi, Niigata prefecture.
Jul. 2006
Established NS Sao Paulo Componentes Automotivos Ltda. in Sao Paulo, Brazil.
Apr. 2008
Established Nippon Seiki De Mexico S.A. De C.V. and Nissei Advantech Mexico S.A. De C.V. in Nuevo Leon, Mexico.
Oct. 2008
Increased its equity stake in Tatung Precise Meter Co., Ltd. The Company thereby added the Taiwan-based company and its subsidiary, Changzhou Shan Chin Precise Machine Co., Ltd. located in Jiangsu , China, to its consolidated financial statements.
Jun. 2011
Established Wuhan Nissei Display System Co., Ltd. in Wuhan, Hubei Province.
Feb. 2012
Established NS Instruments India in Andhra Pradesh State.
Mar. 2012
Established Nissei Display Sales and Development Co., Ltd. in Shanghai, China.
Oct. 2012
Established the Tokyo Technical Center to design and develop passenger-car meters and instruments.
Aug. 2013
Established Nissei Display Mexico, S.A de C.V., a sales subsidiary in Mexico.
Oct. 2013
Established DaNang Nippon Seiki Co., Ltd. in Danang, Vietnam.
Apr. 2017
Consolidated Consumer Products Division and Display Products Division, reorganizing them into Component Division. (currently EMS and Component Division)
Feb. 2018
Obtained an IATF16949 certification.
Feb. 2019
Established Nippon Seiki Poland Sp. z o.o. in Łódź, Poland.
Oct. 2019
Opened the Tokyo R&D Center in Kita Ward, Tokyo.
Mar. 2021
Established NS India Design & Trading Private Ltd. in Haryana, India. (now a consolidated subsidiary)
Apr. 2021
NS Advantech merged with NS Electronics
May 2021
Established the Utsunomiya Technical Center in Utsunomiya, Tochigi Prefecture
Jun. 2021
Nippon Seiki De Mexico S.A. De C.V. merged with Nissei Advantech De Mexico S.A. De C.V. and Nissei Display Mexico, S.A de C.V.
Apr. 2022
Moved to the Standard Market of the Tokyo Stock Exchange from the Second Section due to the Tokyo Stock Exchange’s reorganization.
Oct. 2022
Turned Kyoei Engineering into a subsidiary through a stock acquisition
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
- Fine steps and microdot mirror surface processing technologies for "high value-added lighting" where the design stands out with LEDs
- Key Technology: microfabrication step, micro dot mirror finish, fine mirror finishing, diffraction grating, fresnel・micro lens array
2024 JSAE Automotive Engineering Exposition Precision parts processing
- Technology capable of processing parts for automotive, aerospace, medical, camera, OA equipment, etc.
- Processing from resin to metal
- Key Technology: 5-axis synchronous machining, riblet processing, special electrical discharge
2024 JSAE Automotive Engineering Exposition Precision parts processing
- Technology capable of processing parts for automotive, aerospace, medical, camera, OA equipment, etc.
- Processing from resin to metal
- Key Technology: 5-axis synchronous machining, riblet processing, special electrical discharge
2024 JSAE Automotive Engineering Exposition Precision parts processing
- Technology capable of processing parts for automotive, aerospace, medical, camera, OA equipment, etc.
- Processing from resin to metal
- Key Technology: 5-axis synchronous machining, riblet processing, special electrical discharge
2024 JSAE Automotive Engineering Exposition Precision parts processing
- Technology capable of processing parts for automotive, aerospace, medical, camera, OA equipment, etc.
- Processing from resin to metal
- Key Technology: 5-axis synchronous machining, riblet processing, special electrical discharge
2024 JSAE Automotive Engineering Exposition Transparent Film
- Touch keys that float only when needed
- Integrated with transparent film
- Interior design without a physical switch
2024 JSAE Automotive Engineering Exposition Transparent Film
- Touch keys that float only when needed
- Integrated with transparent film
- Interior design without a physical switch
2024 JSAE Automotive Engineering Exposition Transparent Film
- Touch keys that float only when needed
- Integrated with transparent film
- Interior design without a physical switch
- Panel with enhanced design by displaying information on textured materials
- Reducing component parts by integrating transparency/decoration
- Realistic wood texture using real wood grain, brushed surface that resembles fabric and suede is fused with a resin panel
- Panel with enhanced design by displaying information on textured materials
- Reducing component parts by integrating transparency/decoration
- Realistic wood texture using real wood grain, brushed surface that resembles fabric and suede is fused with a resin panel
- Optical lenses made of thermoplastic resin with high processability and recyclability
- Transparent resin molded parts that maximize the light guiding effect
- Optical lenses made of thermoplastic resin with high processability and recyclability
- Transparent resin molded parts that maximize the light guiding effect
- Optical lenses made of thermoplastic resin with high processability and recyclability
- Transparent resin molded parts that maximize the light guiding effect
2024 JSAE Automotive Engineering Exposition Rotor position sensor for EV traction motor
- Angle sensor using inductive technology
- Resolver alternative
- Stator/rotor integrated structure for improved assembly
- Reducing product weight and system total cost
2024 JSAE Automotive Engineering Exposition Rotor position sensor for EV traction motor
- Angle sensor using inductive technology
- Resolver alternative
- Stator/rotor integrated structure for improved assembly
- Reducing product weight and system total cost
2024 JSAE Automotive Engineering Exposition Rotor position sensor for EV traction motor
- Angle sensor using inductive technology
- Resolver alternative
- Stator/rotor integrated structure for improved assembly
- Reducing product weight and system total cost
2024 JSAE Automotive Engineering Exposition Rotor position sensor for EV traction motor
- Angle sensor using inductive technology
- Resolver alternative
- Stator/rotor integrated structure for improved assembly
- Reducing product weight and system total cost
2024 JSAE Automotive Engineering Exposition Rotor position sensor for EV traction motor
- Angle sensor using inductive technology
- Resolver alternative
- Stator/rotor integrated structure for improved assembly
- Reducing product weight and system total cost
2024 JSAE Automotive Engineering Exposition Sensor wireless unit
- Wireless sensors improve installation flexibility
- Contributes to sensor installation away from the ECU
- Level sensor compatible with carbon neutral fuel
- Adoption of hall IC type that can be used regardless of fuel type
- Electric corrosion does not occur
- Improved tank-layout feasibility with a small float
2024 JSAE Automotive Engineering Exposition Augmented reality Head up display
- Cost effective AR HUD is realized by using TFT PGU
- Displaying information superimposed on the foreground and contributing to safety and comfort
2024 JSAE Automotive Engineering Exposition Augmented reality Head up display
- Cost effective AR HUD is realized by using TFT PGU
- Displaying information superimposed on the foreground and contributing to safety and comfort
2024 JSAE Automotive Engineering Exposition Augmented reality Head up display
- Cost effective AR HUD is realized by using TFT PGU
- Displaying information superimposed on the foreground and contributing to safety and comfort
2024 JSAE Automotive Engineering Exposition Smartphone Mount Meter Concept
- Smartphone-mounted meter for convenience
- Improved convenience through integration of meters and smartphone
2024 JSAE Automotive Engineering Exposition Smartphone Mount Meter Concept
- Smartphone-mounted meter for convenience
- Improved convenience through integration of meters and smartphone
2024 JSAE Automotive Engineering Exposition Smartphone Mount Meter Concept
- Smartphone-mounted meter for convenience
- Improved convenience through integration of meters and smartphone
2024 JSAE Automotive Engineering Exposition Smartphone Mount Meter Concept
- Smartphone-mounted meter for convenience
- Improved convenience through integration of meters and smartphone
- Simple cockpit by combination of decorative panel and display
- Achieving a noiseless cockpit that suppresses information overload
- Combined use of decorative transmission and TFT display
- Simple cockpit by combination of decorative panel and display
- Achieving a noiseless cockpit that suppresses information overload
- Combined use of decorative transmission and TFT display
- Simple cockpit by combination of decorative panel and display
- Achieving a noiseless cockpit that suppresses information overload
- Combined use of decorative transmission and TFT display
-Windshield display and HUD work together to enable the cockpit to acquire information with fewer eye movements compared to conventional gauges.
-Windshield display: Meter functions are displayed in the black cellar area below the windshield. By reducing the driver's eye movement, it contributes to reducing fatigue and improving safety.
-Windshield display and HUD work together to enable the cockpit to acquire information with fewer eye movements compared to conventional gauges.
-Windshield display: Meter functions are displayed in the black cellar area below the windshield. By reducing the driver's eye movement, it contributes to reducing fatigue and improving safety.
-Installed model: Mercedes-Benz S Class
-Wide viewing angle, far-field display, high color reproducibility, and high resistance to effects of sunlight. Eliminates distortion of the displayed image.
-Improved visibility by reducing the difference between the display distance and the driver's viewing distance
-Installed model: Mercedes-Benz S Class
-Wide viewing angle, far-field display, high color reproducibility, and high resistance to effects of sunlight. Eliminates distortion of the displayed image.
-Improved visibility by reducing the difference between the display distance and the driver's viewing distance
-Installed model: Stellantis Jeep - Grand Wagoneer
2022 JSAE Automotive Engineering Exposition Meter
-Installed model: Stellantis Jeep - Grand Wagoneer
2022 JSAE Automotive Engineering Exposition Meter
-Installed model: Honda Civic EX
2022 JSAE Automotive Engineering Exposition Meter
-Installed model: Honda Civic LX
2022 JSAE Automotive Engineering Exposition Various sensors
2022 JSAE Automotive Engineering Exposition Various sensors
2022 JSAE Automotive Engineering Exposition Various sensors
2022 JSAE Automotive Engineering Exposition Various sensors
MarkLines Online Expo 2021 Rotation Sensor
Non-contact rotation sensor that is attached to the transmission and detects the unevenness of the gear. 3-wire and 2-wire types are available, having the following features.
<3-wire type>
-Stable performance against changes in gear rotation speed and temperature.
<2-wire type>
-Since there is no solder and board, it is compact and highly durable.
The sensor shape can be changed according to the requirements.(Both 3-wire type and 2-wire type)
MarkLines Online Expo 2021 Rotation Sensor
Non-contact rotation sensor that is attached to the transmission and detects the unevenness of the gear. 3-wire and 2-wire types are available, having the following features.
<3-wire type>
-Stable performance against changes in gear rotation speed and temperature.
<2-wire type>
-Since there is no solder and board, it is compact and highly durable.
The sensor shape can be changed according to the requirements.(Both 3-wire type and 2-wire type)
MarkLines Online Expo 2021 Rotation Sensor
Non-contact rotation sensor that is attached to the transmission and detects the unevenness of the gear. 3-wire and 2-wire types are available, having the following features.
<3-wire type>
-Stable performance against changes in gear rotation speed and temperature.
<2-wire type>
-Since there is no solder and board, it is compact and highly durable.
The sensor shape can be changed according to the requirements.(Both 3-wire type and 2-wire type)
MarkLines Online Expo 2021 Position Sensor
A Hall IC type position sensor for vehicles. 360°rotation angle can be detected. In addition to the 1-system output type, 2-system output type with higher redundancy is also available. Cord type or direct connector type are also available.
MarkLines Online Expo 2021 Position Sensor
A Hall IC type position sensor for vehicles. 360°rotation angle can be detected. In addition to the 1-system output type, 2-system output type with higher redundancy is also available. Cord type or direct connector type are also available.
MarkLines Online Expo 2021 Position Sensor
A Hall IC type position sensor for vehicles. 360°rotation angle can be detected. In addition to the 1-system output type, 2-system output type with higher redundancy is also available. Cord type or direct connector type are also available.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
MarkLines Online Expo 2021 Liquid Level Sensor
This sensor detects the remaining fuel in the fuel tank by using a float on the liquid. These liquid level sensors have been developed for applications for motorcycles, automobiles and industrial equipment, and are compatible with high reliability and low cost, based on the results of their use in automobiles worldwide. The product line-up includes sliding resistance type that is generally used in motorcycles and automobiles and semiconductor type that can be used with any fuel including alcohol and inferior fuels.
The company provides manufacturing services from automotive quality PCB artwork design through product assembly using experience in cluster business. Also, additional parts with PCB can be provided. Supports customers' product manufacturing including design with its know-how as Tier 1 supplier. Various evaluation tests can also be conducted in-house. The product has been provided to automakers and part suppliers worldwide.
The company provides manufacturing services from automotive quality PCB artwork design through product assembly using experience in cluster business. Also, additional parts with PCB can be provided. Supports customers' product manufacturing including design with its know-how as Tier 1 supplier. Various evaluation tests can also be conducted in-house. The product has been provided to automakers and part suppliers worldwide.
The company provides manufacturing services from automotive quality PCB artwork design through product assembly using experience in cluster business. Also, additional parts with PCB can be provided. Supports customers' product manufacturing including design with its know-how as Tier 1 supplier. Various evaluation tests can also be conducted in-house. The product has been provided to automakers and part suppliers worldwide.
The company provides manufacturing services from automotive quality PCB artwork design through product assembly using experience in cluster business. Also, additional parts with PCB can be provided. Supports customers' product manufacturing including design with its know-how as Tier 1 supplier. Various evaluation tests can also be conducted in-house. The product has been provided to automakers and part suppliers worldwide.
The company provides manufacturing services from automotive quality PCB artwork design through product assembly using experience in cluster business. Also, additional parts with PCB can be provided. Supports customers' product manufacturing including design with its know-how as Tier 1 supplier. Various evaluation tests can also be conducted in-house. The product has been provided to automakers and part suppliers worldwide.
2019 JSAE Automotive Engineering Exposition Local Dimming Back-Light Meter
- Slim Seamless Meter by back-light control technology
2019 JSAE Automotive Engineering Exposition Local Dimming Back-Light Meter
- Slim Seamless Meter by back-light control technology
2019 JSAE Automotive Engineering Exposition Local Dimming Back-Light Meter
- Slim Seamless Meter by back-light control technology
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2019 JSAE Automotive Engineering Exposition Driver Monitoring System Integrated Meter
- Driver Monitoring System (DMS) integrated meter that combines function and appearance.
2016 JSAE Automotive Engineering Exposition Head up display (HUD)
-Installed vehicle: BMW "7 Series"
-Series production HUD with the largest image size
2016 JSAE Automotive Engineering Exposition Head up display (HUD)
-Installed vehicle: BMW "7 Series"
-Series production HUD with the largest image size
Automotive World 2016 Pressure Sensor
-Nippon Seiki is developing the Pressure sensor for transmission mainly. That reduces the cost in a module with several sensors as unification.
Automotive World 2016 Pressure Sensor
-Nippon Seiki is developing the Pressure sensor for transmission mainly. That reduces the cost in a module with several sensors as unification.
Automotive World 2016 Pressure Sensor
-Nippon Seiki is developing the Pressure sensor for transmission mainly. That reduces the cost in a module with several sensors as unification.
Automotive World 2016 Pressure Sensor
-Nippon Seiki is developing the Pressure sensor for transmission mainly. That reduces the cost in a module with several sensors as unification.
Automotive World 2016 Stroke Sensor
-Stroke Sensor detects liner motion position by non-contact.
Automotive World 2016 Stroke Sensor
-Stroke Sensor detects liner motion position by non-contact.
Automotive World 2016 Stroke Sensor
-Stroke Sensor detects liner motion position by non-contact.
Automotive World 2016 Stroke Sensor
-Stroke Sensor detects liner motion position by non-contact.
Automotive World 2016 Fuel Level Sensor
-Fuel Level Sensor detects fuel level in tank by using a float.
Automotive World 2016 Fuel Level Sensor
-Fuel Level Sensor detects fuel level in tank by using a float.
Automotive World 2016 Fuel Level Sensor
-Fuel Level Sensor detects liquid level of fuel for vehicle.
Automotive World 2016 Fuel Level Sensor
-Fuel Level Sensor detects liquid level of fuel for vehicle.
Automotive World 2016 Fuel Level Sensor
-Fuel Level Sensor detects liquid level of fuel for vehicle.
Automotive World 2016 Fuel Level Sensor
-The sensor is able to mount mainly to pump module for aoutomobiles. (Upper)
-The sensor is able to mount mainly to small size pump module. (Middle)
-The sensor detects levels of various types of fuel. (Lower)
Automotive World 2016 Fuel Level Sensor
-The sensor is able to mount mainly to pump module for aoutomobiles. (Upper)
-The sensor is able to mount mainly to small size pump module. (Middle)
-The sensor detects levels of various types of fuel. (Lower)
Automotive World 2016 Fuel Level Sensor
-The sensor is able to mount mainly to pump module for aoutomobiles. (Upper)
-The sensor is able to mount mainly to small size pump module. (Middle)
-The sensor detects levels of various types of fuel. (Lower)
Automotive World 2016 Fuel Level Sensor
-The sensor is able to mount mainly to pump module for aoutomobiles. (Upper)
-The sensor is able to mount mainly to small size pump module. (Middle)
-The sensor detects levels of various types of fuel. (Lower)
Automotive World 2016 Revolution Sensor
Automotive World 2016 Revolution Sensor
Automotive World 2016 Revolution Sensor
Automotive World 2016 Revolution Sensor
-Revolution Sensor is mounted to transmission and detects the regular unevenness of the gear by non-contact.
Automotive World 2016 Revolution Sensor
-Revolution Sensor is mounted to transmission and detects the regular unevenness of the gear by non-contact.
Automotive World 2016 Revolution Sensor
-Revolution Sensor is mounted to transmission and detects the regular unevenness of the gear by non-contact.
Automotive World 2016 Revolution Sensor
-Timing Sensor is mounted on engine, and detects rotation angle timing of camshaft. (Upper, Gear Tooth Type (Timing)
Automotive World 2016 Revolution Sensor
-Timing Sensor is mounted on engine, and detects rotation angle timing of camshaft. (Upper, Gear Tooth Type (Timing)
Automotive World 2016 Revolution Sensor
-Timing Sensor is mounted on engine, and detects rotation angle timing of camshaft. (Upper, Gear Tooth Type (Timing)
Automotive World 2016 Angle Sensor
-Angle Sensor detects rotation angle by non-contact.
Automotive World 2016 Angle Sensor
-Angle Sensor detects rotation angle by non-contact.
Automotive World 2016 Angle Sensor
-Angle Sensor detects rotation angle by non-contact.
Automotive World 2016 Coolant Temperature Sensor
-Temperature Sensor uses thermistor that is one kind of semiconductor. When the temperature increase, the resistance becomes lower.
Automotive World 2016 Coolant Temperature Sensor
-Temperature Sensor uses thermistor that is one kind of semiconductor. When the temperature increase, the resistance becomes lower.
Automotive World 2016 Angle Sensor
-Non-contact type Angle Sensor detects 360 deg. angle of rotation.
Automotive World 2016 Angle Sensor
-Non-contact type Angle Sensor detects 360 deg. angle of rotation.
Automotive World 2016 Angle Sensor
-Angle Sensor is non-contact type position sensor by Hall IC.
Automotive World 2016 Angle Sensor
-Angle Sensor is non-contact type position sensor by Hall IC.
Automotive World 2016 Angle Sensor
-Volume type sensor has achieved high accuracy in 60deg. angular range.
Automotive World 2016 Angle Sensor
-Volume type sensor has achieved high accuracy in 60deg. angular range.
Automotive World 2016 Temperature Sensor
-Temperature Sensor uses thermistor and Nippon Seiki has lineups of coolant temperature and outside temperature.
Automotive World 2016 Temperature Sensor
-Temperature Sensor uses thermistor and Nippon Seiki has lineups of coolant temperature and outside temperature.
Automotive World 2016 Outside Temperature Sensor
Automotive World 2016 Outside Temperature Sensor
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