サイアン Product Lineup

The "Infrared Temperature Sensor (8-point measurement)" is a temperature sensor capable of measuring 8 locations with a single sensor, allowing for the measurement of temperature distribution on surfaces such as tires. It features 8-point measurement, CAN output, compact size, lightweight, and block type. The 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately). It has been adopted for measuring surface temperature and temperature distribution of tires in top categories of motorsports, experiments, and development. The main applications are in motorsports, general industry, and experiments. 【Features】 ○ Compact size, lightweight, CAN output ○ 8-point measurement ○ 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately) ○ Body color: red ○ Measurement examples: surface temperature of tires, surface temperature of industrial tanks, exterior walls ○ Product lineup → Measurement range: -20 to 140℃, -20 to 200℃ For more details, please contact us or refer to the catalog.

Examples of Sensor Usage Torque Measurement, Turbocharger Balancing, Turbo Fin Tip Timing Analysis, Turbocharger NVH Analysis 【Features】 ○ Compact and High Precision ○ TTL Output & Analog Voltage Output ○ Switching Frequency: 0<F<1MHz ○ Switching Time (10-90%) 　Rise Time < 35 ns 　Fall Time < 35 ns *For more details, please contact us or refer to the catalog.

The "Infrared Temperature Sensor (4-point measurement)" is a compact, lightweight, block-type infrared temperature sensor that features 4-point measurement and CAN output. The 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately). Examples of measurement targets include the surface temperature of tires, the surface temperature of industrial tanks, and exterior walls. Its main applications are in motorsports, tire development, and experiments. 【Features】 ○ Compact, lightweight, CAN output ○ 4-point measurement ○ 1 CAN ID, emissivity, baud rate, response speed, and response frequency can be configured using a CAN communication tool (sold separately) ○ Body color: red ○ Examples of measurement targets: surface temperature of tires, surface temperature of industrial tanks, exterior walls ○ Product lineup → Measurement range: -20 to 200℃, -20 to 140℃ * For more details, please contact us or refer to the catalog.

The "Infrared Temperature Sensor (High Precision Linear Output) INF-V2" is a compact, lightweight, high-precision, non-contact sensor with a built-in amplifier that can measure surface temperatures. It has a proven track record in measuring the surface temperatures of carbon/steel brake discs and engines. Its main applications include motorsports, bench measurements, experiments, and development. 【Features】 ○ Compact and lightweight ○ High vibration resistance ○ Built-in amplifier ○ Non-contact surface temperature measurement ○ High precision of the INF-V2 series ○ Body color: Red (Block type) ○ Measurement examples: Surface temperatures of carbon/steel brake discs and engines ○ Product lineup → Shape: Block type (T type or TS type) / M12 type (V type) → Measurement range: 0-700℃, 0-1000℃, 0-1200℃ (non-linear) For more details, please contact us or refer to the catalog.

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.

The "Flexible Type Infrared Temperature Sensor IRN-RC" is a compact, lightweight, high-precision, CAN output sensor that can measure surface temperature non-contactly. It has a proven track record in measuring the surface temperature of tires. Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 - Compact, lightweight, multi-point measurement, CAN output, flexible sensor - Measurement range: -20 to 200℃ - Number of measurement points: 3 to 8 - Non-contact measurement of surface temperature - Amplifier section and sensing section are connected via a connector - Thermopile mounting plate (cell plate) is flexible and movable *For more details, please contact us or refer to the catalog.

The "Flexible Type Infrared Temperature Sensor MB-FLEX" is a compact, lightweight, high-precision sensor with CAN output that can measure surface temperatures non-contactly. It has been adopted for measuring the surface temperature of tires. Its main applications include motorsports, bench measurements, experiments, and development. 【Features】 ○ Compact, lightweight, multi-point measurement, CAN output, flexible sensor ○ Measurement range: -20 to 200°C ○ Number of measurement points: 1 to 8 ○ Non-contact surface temperature measurement ○ Sensor position can be freely set ○ Two types of sensor viewing angles (30° or 90°) *For more details, please contact us or refer to the catalog.

The "Infrared Temperature Sensor INF-V4" is a compact, lightweight, and high-precision sensor with a built-in amplifier that can measure surface temperatures non-contactly. It has a proven track record in measuring the surface temperatures of carbon/steel brake discs and engines. Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ Compact and lightweight ○ High vibration resistance ○ Built-in amplifier ○ Non-contact surface temperature measurement ○ Measurement range: 500℃ / 1000℃ / 1200℃ (non-linear) ○ Internal PT1000 (for temperature correction and management) ○ 90° slim block type / cylindrical straight type *For more details, please contact us or refer to the catalog.

In the aerospace industry, thrust measurement requires high precision and reliability. Thrust is a crucial factor in evaluating aircraft performance, and accurate data is essential. Measurement errors can lead to incorrect performance evaluations and, in the worst case, accidents. Our optical speed sensor is compact and highly accurate, supporting the acquisition of precise data in thrust measurements. 【Application Scenarios】 - Thrust measurement of rocket engines - Thrust measurement of aircraft engines - Thrust measurement in wind tunnel experiments 【Benefits of Implementation】 - Acquisition of high-precision thrust data - Improvement in engine performance evaluation - Enhanced reliability of experimental data

In mining transport systems, precise speed management is essential. Accurately measuring and controlling the speed of conveyors and other transport devices leads to efficient operations and ensures safety. If the accuracy of speed measurement is low, it can cause issues such as overloading, blockages, or damage to the transported materials. The optical speed sensor 152M-1MHz/OPTEL TEXYS accurately measures the speed of transport systems and addresses these challenges. 【Application Scenarios】 - Monitoring the speed of conveyors - Controlling the speed of sorting lines - Measuring the speed of ore transport vehicles 【Benefits of Implementation】 - Improved transport efficiency - Prevention of overloading and blockages - Enhanced safety

In the machine tool industry, precise management of rotational speed is essential for improving machining accuracy and production efficiency. Particularly in high-speed rotating machine tools, even slight deviations in rotational speed can significantly impact product quality and machine lifespan. The optical speed sensor 152M-1MHz/OPTEL TEXYS, with its 1MHz switching frequency and high-precision measurement capability, allows for accurate monitoring of the rotational speed of machine tools, enabling optimal control. 【Application Scenarios】 - Management of spindle rotational speed in machine tools - Monitoring of rotational speed in grinding machines, milling machines, lathes, etc. - Detection of abnormalities in machine tools 【Benefits of Implementation】 - Improvement in machining accuracy - Stabilization of product quality - Extension of machine lifespan - Enhancement of production efficiency