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Sensors Product List and Ranking from 1360 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. インタコンポ 東京本社、大阪支店、長野支店、横浜事業所 Tokyo//Trading company/Wholesale
  3. プレシテック・ジャパン Tokyo//Testing, Analysis and Measurement
  4. 4 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  5. 5 中山水熱工業 Mie//Service Industry
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Sensors Product ranking

Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.

  1. All-in-one Smart 3D Sensor "Gocator" 因幡電機産業 産機カンパニー
  2. 3D Line Sensor CHROCODILE CLS2 Series プレシテック・ジャパン
  3. Clamp-on flow sensor "FD-H series"
  4. 4 Wireless sensor for automatic distribution of vibration data, suitable for PLC and IoT integration. 中山水熱工業
  5. 5 AI-equipped image sensor 'IV4 Series'

Sensors Product List

7201～7230 item / All 7639 items

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High Sensitivity Compact Pressure Sensor XCS-093 for the Energy Industry

High Sensitivity Compact Pressure Sensor XCS-093 for the Energy Industry

For turbine condition monitoring. High sensitivity, compact pressure sensor.

In the energy industry, particularly in turbine monitoring, accurate pressure measurement is crucial. Capturing pressure fluctuations accurately and detecting anomalies early are essential for ensuring the efficient operation and safety of turbines. Failures in pressure sensors can lead to decreased turbine performance and, in the worst case, serious accidents. The high-sensitivity compact pressure sensor XCS-093 accurately monitors the operating conditions of turbines and supports safe operations. 【Usage Scenarios】 - Turbine pressure monitoring - Anomaly detection - Efficient operation management 【Benefits of Implementation】 - Improved turbine operating efficiency - Reduced risk of failure - Enhanced safety

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Hydrogen-compatible explosion-proof pressure sensor for aerospace fuel systems

Hydrogen-compatible explosion-proof pressure sensor for aerospace fuel systems

JPEx, ATEX, IECEx, and EAC explosion-proof certification obtained. Compatible with hydrogen applications. Usable in hazardous areas.

In the aerospace industry, fuel-related applications require high safety and reliability. Particularly in systems using hydrogen fuel, it is crucial to minimize the risks of leakage and explosion. Accurate pressure measurement is essential for optimizing fuel supply and ensuring system safety. Our hydrogen-compatible explosion-proof pressure sensors address these challenges and support safe and efficient operations. 【Usage Scenarios】 * Hydrogen fuel supply systems * Rocket engines * Aircraft fuel systems 【Benefits of Implementation】 * High safety achieved through explosion-proof certification * System optimization through accurate pressure measurement * Compatibility with hydrogen applications

  • Pressure
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Hydrogen-compatible explosion-proof pressure sensor for research institutions

Hydrogen-compatible explosion-proof pressure sensor for research institutions

Acquired JPEx, ATEX, IECEx, and EAC explosion-proof certifications. Improved safety for hydrogen experiments.

In hydrogen-related experiments at research institutions, safety is the top priority. Hydrogen is highly flammable and poses risks of leakage and explosion. Therefore, pressure sensors that meet high safety standards are essential in the experimental environment. Our hydrogen-compatible explosion-proof pressure sensors have obtained explosion-proof certification, ensuring safety in hydrogen experiments. 【Application Scenarios】 - Pressure measurement of hydrogen gas generation devices - Research and development of fuel cells - Pressure monitoring of hydrogen storage tanks 【Benefits of Implementation】 - Reduced risk of explosion during experiments - Improved reliability of research data - Ensured safety for researchers

  • Pressure
  • Sensors

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Pressure sensor for automotive use for hydraulic excavators

Pressure sensor for automotive use for hydraulic excavators

Automotive Pressure Sensor ETL Series [High Precision Model Available]

In the hydraulic excavator industry, precise pressure control of hydraulic systems is essential to ensure both efficiency and safety in excavation work. Particularly in harsh environments, the durability and reliability of pressure sensors are crucial. Inaccurate pressure measurements can lead to reduced digging force and potential failures in the hydraulic system. Our automotive pressure sensors contribute to pressure measurement in the hydraulic systems of hydraulic excavators. [Usage Scenarios] - Hydraulic systems of hydraulic excavators - Hydraulic control in excavation work [Benefits of Implementation] - Optimization of digging force through accurate pressure measurement - Reduced risk of hydraulic system failures - Improved work efficiency

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Automotive Pressure Sensor

Automotive Pressure Sensor

Automotive Pressure Sensor ETL Series [High Precision Model Available]

In the automotive industry, the reliability of brake systems is a crucial factor directly linked to safety. Brake systems require accurate pressure measurement, and durability under harsh conditions is also essential. Failure of pressure sensors can lead to a decrease in braking performance, potentially resulting in serious accidents. Our automotive pressure sensors utilize Kulite's Leadless technology, providing resistance to vibration and achieving high-precision measurements. 【Application Scenarios】 - Brake systems - Hydraulic systems 【Benefits of Implementation】 - Optimization of braking performance through high-precision pressure measurement - Improved durability due to vibration-resistant design - Enhanced safety

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Pressure sensor for automobiles (for railway use)

Pressure sensor for automobiles (for railway use)

Emergency stop system for railway vehicles. High-precision pressure sensor.

In the railway industry, emergency stop systems are essential for ensuring passenger safety. The accurate operation of the braking system during an emergency stop is directly linked to accident avoidance. Failures or malfunctions of pressure sensors can lead to a decrease in braking performance, potentially resulting in serious accidents. Our automotive pressure sensors are used in braking systems and are suitable for applications that require high reliability and precision. 【Usage Scenarios】 - Emergency stop systems for railway vehicles - Pressure monitoring in braking systems 【Benefits of Implementation】 - Improved braking performance during emergency stops - Enhanced system reliability - Increased safety

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Pressure sensor for automotive use for aircraft

Pressure sensor for automotive use for aircraft

For aircraft hydraulic control. Also high-precision models.

In the aviation industry's hydraulic control systems, safety and reliability are the top priorities. Accurate pressure measurement in hydraulic systems is essential for ensuring flight stability and maneuverability, and high-precision pressure sensors are required to detect system anomalies early and prevent accidents. Our pressure sensors, which utilize Kulite's Leadless technology, are resistant to vibration and demonstrate high reliability even in the harsh environments of aircraft. We also offer models with built-in amplifiers and digital correction options, providing optimal solutions tailored to our customers' needs. 【Application Scenarios】 - Aircraft hydraulic brake systems - Hydraulic actuator control - Engine hydraulic systems 【Benefits of Implementation】 - Improved system stability through high-precision pressure measurement - High reliability due to vibration-resistant design - Flexible response with a variety of pressure ranges and output options

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Pressure sensor for automobiles (for robots)

Pressure sensor for automobiles (for robots)

High-precision force sensing automotive pressure sensor.

In the robotics industry, force sensing is essential for robots to safely interact with their surrounding environment. Particularly when handling precise tasks or complex-shaped objects, accurate force detection is required. Inaccurate force sensing can lead to loss of control or damage to the robot. Our automotive pressure sensors enhance the force sensing performance of robots through high-precision pressure measurements. [Use Cases] - Control of gripping force in robotic arms - Adjustment of force in polishing and assembly tasks - Walking and motion control of humanoid robots [Benefits of Implementation] - Increased efficiency of tasks through high-precision force sensing - Improved safety of robots - Adaptability to various applications

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AD-101 Series for Semiconductor Cleaning Evaluation

AD-101 Series for Semiconductor Cleaning Evaluation

Ensure reliable monitoring of the cleaning solution flow! Contributing to quality control in semiconductor manufacturing.

In the semiconductor industry, cleaning evaluation indicates that interruptions in the flow of cleaning solutions and the presence of bubbles can significantly impact product quality. Particularly in semiconductor devices with fine structures, a uniform flow of cleaning solution is essential. The presence of bubbles can lead to inadequate cleaning, resulting in decreased yield and reduced product reliability. The AD-101 series supports quality control in semiconductor manufacturing by continuously monitoring the flow of cleaning solutions and early detection of bubble formation. 【Usage Scenarios】 - Cleaning processes in semiconductor manufacturing lines - Monitoring of cleaning solution supply systems - Bubble detection in chemical supply lines 【Benefits of Implementation】 - Mitigation of yield loss due to inadequate cleaning - Improvement in product quality - Stabilization of manufacturing processes

  • Other measurement, recording and measuring instruments
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DigiVIT Eddy Current Displacement Sensor for Automotive Applications

DigiVIT Eddy Current Displacement Sensor for Automotive Applications

A displacement sensor that allows sensitivity adjustment and output conversion with the push of a button.

In the automotive industry, high-precision measurement and ease of operation are required for gap measurement between parts. In the manufacturing and maintenance of vehicle bodies, even slight differences in gaps can affect quality and performance, making accurate measurement essential. digiVIT allows for immediate calibration with button operation on the amplifier side, achieving high-precision measurements. 【Usage Scenarios】 - Gap measurement between body panels - Alignment of doors and hoods - Fitting confirmation of interior components 【Benefits of Implementation】 - Quality improvement through high-precision measurements - Improved work efficiency through easy operation - Flexible response with various output options

  • Testing Equipment and Devices
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DigiVIT Eddy Current Displacement Sensor for Semiconductors

DigiVIT Eddy Current Displacement Sensor for Semiconductors

A displacement sensor that allows sensitivity adjustment and output conversion with the push of a button.

In the semiconductor manufacturing industry, high-precision measurements are required for the positioning of wafers and substrates. Particularly in fine processing and assembly processes, accurate position control at sub-millimeter levels significantly affects product quality and yield. Inaccurate positioning can lead to the occurrence of defective products and a decrease in manufacturing efficiency. digiVIT balances high-precision measurement with ease of operation, addressing the positioning needs in semiconductor manufacturing. 【Usage Scenarios】 - Position detection for wafer transport robots - Precision position control for semiconductor manufacturing equipment - Position adjustment for substrate mounting machines 【Benefits of Implementation】 - Quality improvement through high-precision positioning - Improved work efficiency through easy operation - Flexible system construction with various output options

  • Testing Equipment and Devices
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【For Robots】digiVIT Eddy Current Displacement Sensor

【For Robots】digiVIT Eddy Current Displacement Sensor

Displacement sensor with adjustable sensitivity and output conversion at the push of a button.

In the robotics industry, precise position control is required. In particular, the accuracy of movements of arms and the arrangement of parts, measured in millimeters, greatly affects product quality and work efficiency. Misalignment can lead to assembly defects and operational failures. digiVIT supports accurate position control of robots with high-precision measurements and ease of operation. 【Application Scenarios】 - Position detection of robotic arms - Confirmation of parts arrangement - Measurement of workpiece displacement 【Effects of Implementation】 - Quality improvement through high-precision position control - Reduction of adjustment man-hours - Compatibility with a variety of measurement targets

  • Testing Equipment and Devices
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DigiVIT Eddy Current Displacement Sensor for Precision Equipment

DigiVIT Eddy Current Displacement Sensor for Precision Equipment

A displacement sensor that allows sensitivity adjustment and output conversion with the push of a button.

In the precision machinery industry, the alignment accuracy of components is crucial for maintaining product quality and performance. Even slight misalignments can affect the overall precision of the product, potentially leading to defects and performance degradation. digiVIT offers high-precision measurements and easy operability, contributing to the efficiency of alignment tasks and quality improvement. 【Usage Scenarios】 - Alignment adjustment of components in precision machinery manufacturing - Positioning in inspection equipment - Position control of robotic arms 【Benefits of Implementation】 - Improved product quality through high-precision alignment adjustments - Reduced work time and increased efficiency - Cost reduction through the decrease of defective products

  • Testing Equipment and Devices
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Automotive Semiconductor Accelerometer 1201/1201F [for Collision]

Automotive Semiconductor Accelerometer 1201/1201F [for Collision]

MEMS-type collision acceleration sensor measurable from DC. Enhances the safety of airbags.

In the automotive industry's airbag systems, accurate acceleration measurement during a collision is essential. To ensure vehicle safety, acceleration sensors with high reliability and accuracy are required. Inaccurate measurements can lead to airbag malfunctions or delayed deployment, potentially resulting in serious accidents. Our semiconductor acceleration sensor 1201/1201F adopts a MEMS type that can measure from DC, contributing to the reliability improvement of airbag systems. 【Usage Scenarios】 - Airbag deployment control - Acceleration detection during a collision - Vehicle safety evaluation 【Benefits of Implementation】 - Proper airbag deployment through accurate collision detection - Enhanced vehicle safety - Reduction of damage in the event of an accident

  • Vibration Testing
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【鉄道向け】半導体加速度センサ 1201/1201F

【鉄道向け】半導体加速度センサ 1201/1201F

鉄道車両の衝撃検知に。DCから測定可能なMEMS式加速度センサ。

鉄道業界では、安全性確保のため、車両の衝突や異常な振動を早期に検知することが重要です。事故発生時の被害を最小限に抑え、乗客の安全を守るためには、高精度な衝撃検知が不可欠です。当社の半導体加速度センサ1201/1201Fは、DCから測定可能で、鉄道車両の衝撃検知に最適です。 【活用シーン】 * 鉄道車両の衝突検知 * 車両の異常振動検知 * 線路の異常検知 【導入の効果】 * 事故発生時の早期検知による被害軽減 * 乗客の安全確保 * 車両のメンテナンス効率向上

  • Vibration Testing
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【VRゲーム向け】半導体加速度センサ 1201/1201F

【VRゲーム向け】半導体加速度センサ 1201/1201F

VR空間での直感的な操作を実現する、MEMS式加速度センサ

VRゲーム業界では、プレイヤーの没入感を高めるために、自然で正確な操作性が求められます。特に、VR空間内での動きを正確に捉えることは、ゲーム体験の質を左右する重要な要素です。従来の操作方法では、操作の遅延や不自然さにより、没入感が損なわれる可能性があります。当社の半導体加速度センサ 1201/1201Fは、DCから測定可能なMEMS式加速度センサであり、VR空間内での動きを正確に捉え、より自然で直感的な操作を実現します。 【活用シーン】 ・VRヘッドセットの動き検出 ・VRコントローラーの動き検出 ・VRゲーム内でのオブジェクト操作 【導入の効果】 ・プレイヤーの没入感向上 ・より自然で直感的な操作性の実現 ・ゲーム体験の質の向上

  • Vibration Testing
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Collision Acceleration Sensor for Drones

Collision Acceleration Sensor for Drones

For collision avoidance with drones. MEMS accelerometer that can be measured from DC.

In the drone industry, it is important to avoid collisions with obstacles during flight and to achieve safe flying. Especially in narrow or poorly visible areas, accurate collision detection is essential. Inaccurate detection can lead to damage or crashes of the drone. Our semiconductor accelerometers enable collision detection for drones with a wide range of ±50 to ±2000 G. 【Use Cases】 - Drone collision avoidance systems - Obstacle detection systems 【Benefits of Implementation】 - Accurate detection of impacts during collisions - Contributing to the safe flight of drones

  • Vibration Testing
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[For Robots] Accelerometer 1201/1201F

[For Robots] Accelerometer 1201/1201F

MEMS accelerometer that detects robot falls and improves safety.

In the robotics industry, it is important to prevent damage from unexpected falls and interruptions in work. Especially for mobile robots and humanoid robots, it is essential to continuously monitor the risk of falling and respond quickly. Our semiconductor accelerometer sensors 1201/1201F are MEMS-type accelerometers that can measure from DC, accurately capturing changes in the robot's posture and providing crucial information to prevent falls before they occur. 【Usage Scenarios】 - Fall detection for mobile robots - Balance control for humanoid robots - Safety measures for working robots 【Benefits of Implementation】 - Improved safety of robots - Reduced risk of product damage - Maintenance of work efficiency

  • Vibration Testing
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Through-type photo sensor KI3064

Through-type photo sensor KI3064

It is a photo interrupter that uses a phototransistor.

The KI3064 is a photo interrupter that uses an infrared light-emitting diode on the emitting side and a phototransistor on the receiving side. For more details, please contact us or refer to the catalog.

  • Sensors
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Reflective photo sensor, light modulation type, KR3630

Reflective photo sensor, light modulation type, KR3630

A photoreflector that uses an infrared light-emitting diode on the emitting side and a modulated phototransistor light-receiving element on the receiving side.

The KR3630 reflective photo sensor, light modulation type, is a dust-proof photo reflector that uses an infrared light-emitting diode on the emitting side and a modulated photo IC light-receiving element on the receiving side. Its dust-proof structure makes it easy to remove paper dust and allows for the detection of materials with low reflectivity, such as black paper and OHP film. Due to its light modulation method, it is resistant to noise from ambient light and other disturbances. It has a wide detection range and is a low-cost option. It is suitable for applications such as paper detection in copiers, printers, and various automatic machines for object passage detection. For more details, please contact us or refer to the catalog.

  • Sensors
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Logistics Improvement in the Factory Premises

Logistics Improvement in the Factory Premises

Must-see for those who want to review logistics" or "Must-see for those who want to improve logistics!

This is a proposal for "Logistics Improvement within Factories," which approaches logistics from both the logistics industry and the shipper companies' perspectives, implementing reasonable changes to systems and cost reductions. Advancing the improvement of business processes and understanding the breakdown and details of each process will lead to cost reductions and improved cash flow.

  • Other services
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Attachable Micro-Raman Sensor for Archaeology

Attachable Micro-Raman Sensor for Archaeology

Easy and accessible composition analysis of cultural properties, anywhere.

In archaeological cultural heritage investigations, it is essential to analyze the composition of valuable artifacts non-destructively to clarify their origins, manufacturing techniques, and preservation conditions. Particularly for large cultural properties that are difficult to move or when rapid analysis is required on-site, conventional large Raman microscope systems may face limitations in adequately addressing these needs. Our "attachable micro-Raman sensor" can be easily mounted on your existing microscope in just one minute, enabling convenient Raman spectroscopic measurements as one of the world's smallest plug-in mini-Raman devices. This allows for the rapid analysis of the composition of cultural properties, regardless of location. 【Application Scenarios】 - Investigations at archaeological excavation sites - Analysis of exhibits in museums and art galleries - Material analysis at cultural heritage restoration sites - Detailed analysis in laboratories 【Benefits of Implementation】 - Non-destructive composition analysis is possible - Portable and usable anywhere - Improved investigation efficiency through rapid analysis - Low-cost implementation

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Attachable Micro-Raman Sensor for Geology

Attachable Micro-Raman Sensor for Geology

Mineral identification made easy, anywhere. Simple attachment to a microscope.

In the field of geology, the rapid and accurate identification of mineral composition is essential. Traditional analytical methods are time-consuming and costly, making immediate analysis in the field difficult. Especially in field surveys and analyses outside the laboratory, portability and ease of operation are required. Our "attachable micro-Raman sensor" addresses these challenges. 【Application Scenarios】 - Mineral surveys in the field - Rapid mineral analysis in the laboratory - Analysis of exhibits in museums - Mineral observation in educational settings 【Benefits of Implementation】 - Improved survey efficiency through rapid mineral identification - Location-independent analysis due to portability - Achieving low-cost Raman spectroscopic analysis - Easy operation even without specialized knowledge

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Pressure measurement sensor in a vacuum environment [Simultaneous measurement of pressure distribution in a vacuum environment!]

Pressure measurement sensor in a vacuum environment [Simultaneous measurement of pressure distribution in a vacuum environment!]

By installing multiple sensors inside a vacuum chamber, it is possible to measure a wide range! Pressure distribution, which was previously difficult to measure, can now be measured.

The "Micro Haku Makku Pressure Sensor" features a compact and robust design, allowing it to be installed in vacuum environments, enabling pressure measurement in previously inaccessible areas. This leads to improvements and monitoring of optimal equipment conditions, achieving high product quality and increased yield, which contributes to carbon reduction (decreasing environmental impact). 【Measurement is now possible in previously inaccessible areas!】 ■ Can be installed in vacuum environments to measure pressure states and changes with pinpoint accuracy. ■ Multiple sensors can be installed to measure pressure distribution. 【Previously invisible areas can now be visualized!】 ■ The state of gas (flow and quantity) becomes visible. ■ The condition inside the equipment can be continuously monitored. ■ Simulation results can be visualized. 【Carbon reduction can be achieved through improved quality and increased yield!】 ■ Vacuum and production equipment can be optimized and monitored for optimal conditions at all times. *For more details, please request materials or view the PDF data available for download.

  • Vacuum Equipment
  • Pressure
  • Pressure Control
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AS3213C External Sensor Capacitive Analog Interface

AS3213C External Sensor Capacitive Analog Interface

AS3213C External Sensor Capacitive Analog Interface

Asygn AS3213C External Sensor Equipped Capacitive Analog Interface The AS3213C is an IC chip compliant with EPC™ Class-1 Generation-2 for UHF RFID applications. This chip provides advanced performance in sensor acquisition mode due to its ultra-low power internal acquisition channel. It can be powered either by RF energy transmitted from a battery or a reader. In a battery-assisted passive (BAP) configuration, the reading range is extended compared to passive RFID solutions.

  • IC tag
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Accelerometer (1-2 axis gas type)

Accelerometer (1-2 axis gas type)

It is an accelerometer that can be measured without being affected by external vibrations, featuring a compact, environmentally resistant, and robust design.

The acceleration sensor (1 and 2-axis gas type) can measure without being affected by external vibrations. It is a compact, environmentally resistant, and robustly designed acceleration sensor. Its small size allows for flexible installation locations. 【Main Features】 ○ Measurement range: ±1, ±2, ±5, ±10G (measurement direction can be specified as X or Y) ○ Acceleration sensor designed for compactness and lightweight ○ Measurement method: gas type ○ Response frequency can be changed upon request ○ Can be combined with acceleration sensors and gyro sensors *For more details, please contact us or download the catalog.

  • Other processing machines
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Temperature sensor (IC/PT/M8 type)

Temperature sensor (IC/PT/M8 type)

This is a compact temperature sensor (hexagonal part width 13mm/total length 15.1mm) that focuses on weight reduction.

The temperature sensor (IC/PT/M8 type) features elements that are either IC or platinum thin film (PT100/PT1000), and it is a compact (hexagonal part width of 13mm/total length of 15.1mm) and lightweight temperature sensor. 【Main Features】 ○ Measurement range: -50 to 150℃ ○ A temperature sensor designed for compactness and lightweight ○ Elements can be silicon sensors, with options for platinum thin film (PT100/PT1000) or NTC thermistors ○ Mounting screw diameter can be selected from M8 x 1.25 / M8 x 1.0 ● For more details, please contact us or download the catalog.

  • Electrical Instruments/Electrometers
  • Sensors

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Infrared temperature sensor (high precision linear output)

Infrared temperature sensor (high precision linear output)

Compact, lightweight, high precision, linear output. A sensor that can measure surface temperature non-contact!

The "Infrared Temperature Sensor (High Precision Linear Output) IRN2" is a compact, lightweight, high-precision sensor with linear output that can measure surface temperatures non-contactly and has a built-in amplifier. It has been adopted for measuring surface temperatures of tires, carbon/steel brake discs, engines, and more. Its main applications include motorsports, bench measurements, experiments, and development. 【Features】 ○ Compact and lightweight ○ Analog and digital output ○ Non-contact surface temperature measurement ○ Body color: Red (Block type) ○ Measurement targets: Surface temperatures of tires, carbon/steel brake discs, engines, etc. ○ Product lineup → Shape: Block type (T type) / M12 type (V type) → Measurement range: -20 to 100℃ (linear) / -20 to 200℃ (linear) / -20 to 300℃ (linear) / -20 to 1000℃ (linear) / -20 to 1200℃ (linear) *For more details, please contact us or refer to the catalog.

  • Sensors
  • Sensors

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Flash Lens Road Surface Temperature Sensor IRN3-R

Flash Lens Road Surface Temperature Sensor IRN3-R

Compact, lightweight, flash lens, road surface temperature sensor compliant with FiA regulations!

The "Flash Lens Road Surface Temperature Sensor IRN3-R" is a compact, lightweight, flash lens road surface temperature sensor! Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ Compact, lightweight, flash lens road surface temperature sensor ○ Compliant with FiA regulations ○ Measurement range: -40 to 100℃ ○ Analog output 0 to 3 V or 0 to 5 V ○ Replaceable protective lens *For more details, please contact us or refer to the catalog.

  • Sensors
  • Sensors

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POSITEK SENSORS for Oil and Gas

POSITEK SENSORS for Oil and Gas

Pressure monitoring sensor for harsh environments.

In the oil and gas industry, pressure monitoring in plants and pipelines is essential for safe operations and efficient management. Particularly, pressure measurement in harsh environments such as high temperatures, high pressures, and corrosive substances requires reliable sensors. Inaccurate pressure measurements can lead to equipment damage and accidents. POSITEK SENSORS provides sensors specialized for pressure monitoring in extreme conditions, supporting safe operations. 【Application Scenarios】 - Oil drilling rigs - Gas pipelines - Chemical plants - Offshore platforms 【Benefits of Implementation】 - Stable pressure measurement in harsh environments - Improved equipment safety - Enhanced operational efficiency

  • Positek Capabilities_2502_A.jpg
  • Sensors
  • Sensors

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