サイアン Product Lineup

The RHL5 Laser Ride Height Sensor is a high-precision laser displacement sensor developed for motorsports and high-performance vehicles. It features class-leading measurement accuracy and fast response performance in a compact and robust aluminum housing, making it suitable for a wide range of applications including ride height measurement, suspension analysis, and chassis deformation measurement. The RHL5 is available in two measurement ranges of 200mm and 500mm, supporting high-speed measurements of up to 4kHz. Some parameters can be adjusted via CAN, allowing for optimal sensor settings while mounted on the vehicle.

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In the machine tool industry, it is essential to minimize equipment downtime and maximize production efficiency. Particularly in machine tools that perform high-precision machining, the deterioration of lubricating oil and the contamination of metal wear particles can lead to a decline in product quality and machine failures. The Oil Metal Particle Detection Sensor 4212 Series detects metal wear particles in lubricating oil at an early stage and predicts abnormalities, addressing these challenges. 【Application Scenarios】 * Monitoring lubricating oil in machine tools * Detecting wear in gears, bearings, etc. * Predictive maintenance for equipment abnormalities 【Benefits of Implementation】 * Reduction of equipment downtime * Decrease in maintenance costs * Stabilization of product quality

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In the wind power generation industry, managing gear lubrication is essential for the stable operation and longevity of equipment. Particularly in wind power generation facilities used in harsh environments, gear wear is unavoidable, making the early detection of wear particles crucial. The accumulation of wear particles can accelerate gear damage and ultimately lead to equipment shutdown. The Oil Metal Particle Detection Sensor Series 4212 detects metal wear particles in oil early, allowing for the prompt identification of gear abnormalities, thereby reducing equipment downtime and controlling maintenance costs. 【Application Scenarios】 - Gearboxes of wind power generation equipment - Diagnosis of lubricant degradation - Preventive maintenance of equipment 【Benefits of Implementation】 - Early detection of abnormal gear wear - Reduction of equipment downtime - Decrease in maintenance costs

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In the aerospace industry, high-precision strain measurement is essential for evaluating the structural integrity of aircraft during testing. Especially in tests conducted under harsh environmental conditions, it is crucial to minimize the impact of noise and obtain accurate data. The strain gauge amplifier XN4-E, being extremely compact, can be installed close to the strain gauge, reducing the influence of noise. This enables the acquisition of highly reliable test data. 【Usage Scenarios】 * Strength testing of aircraft structures * Measurement of stress on aircraft during flight * Durability testing of components 【Benefits of Implementation】 * Improved reliability of test data through high-precision strain measurement * Flexibility in installation locations due to compact and lightweight design * Stable operation under harsh environmental conditions

• Other processing machines

In the spinning industry, accurate measurement of factors such as the rotation speed of spinning machines and the tension of yarn is essential to balance production efficiency and quality. Particularly in high-speed machinery, even minor fluctuations can significantly impact product quality. Inaccurate measurements can lead to yarn breakage and a decline in quality. The "152 G7" from Optel Texys is a non-contact ultra-high-speed rotational measurement sensor that uses fiber optic technology. With a wideband performance of up to 260kHz, it can accurately capture minute fluctuations in rotating bodies, allowing for precise monitoring of the spinning machine's rotational state. [Usage Scenarios] - Measurement of spinning machine rotation speed - Monitoring of yarn tension fluctuations - Quality control in production lines [Benefits of Implementation] - Improved production efficiency - Stabilization of quality - Reduction of defective products

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The "152 G7" from Optel Texys is a non-contact ultra-high-speed rotational measurement sensor that uses fiber optic technology. With a wide bandwidth performance of up to 260kHz, it accurately captures even the minute fluctuations of rotating bodies, addressing advanced measurement needs such as torque vibration and asynchronism analysis.

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In the agricultural sector, it is important to accurately grasp environmental data such as temperature, humidity, and soil moisture to optimize the growth environment of crops. These data directly affect yield and quality, necessitating a reliable monitoring system. A-CAN-DG-V4 addresses these challenges by converting analog signals from various sensors into CAN data. 【Usage Scenarios】 * Temperature and humidity management in greenhouses * Monitoring soil moisture levels * Collecting meteorological observation data 【Benefits of Implementation】 * Optimization of cultivation management through visualization of environmental data * Risk reduction through early detection of anomalies * Efficient irrigation management based on data

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In the construction industry, heavy machinery control requires the accurate digitization of analog signals from hydraulics, engines, and various sensors, and their transmission via CAN communication. To understand the operational status of heavy machinery and conduct efficient operations and maintenance, this data is essential. Conversion errors of analog signals and transmission delays can lead to decreased performance or failures of the machinery. The A-CAN-DG-V4 addresses these challenges and provides a solution for accurately understanding the condition of heavy machinery. 【Usage Scenarios】 * Monitoring the condition of heavy machinery such as hydraulic excavators, cranes, and bulldozers * Remote monitoring systems at construction sites * Collection of maintenance data for heavy machinery 【Benefits of Implementation】 * Efficient operations through visualization of heavy machinery operational status * Reduction of maintenance costs through failure prediction * Accurate operations based on data

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In the automotive industry, improving vehicle performance and ensuring safety are always important challenges. Therefore, it is necessary to accurately collect and integrate various information obtained from onboard sensors. In particular, efficiently transmitting analog signals such as temperature, pressure, and strain via CAN communication is essential in the design of vehicle control systems. The A-CAN-DG-V4 was developed to address these challenges. 【Usage Scenarios】 - Temperature and pressure sensors for engine control systems - Stroke and acceleration sensors for suspension - Pressure sensors for brake systems - Strain sensors for various parts of the vehicle body 【Benefits of Implementation】 - Connection of diverse analog sensors to the CAN bus - Improved efficiency of data collection and real-time capabilities - Optimization of the overall vehicle control system - Space-saving design with compact MIL connector specifications

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In the aerospace engine industry, accurate measurement of rotational speed is essential to ensure engine performance and safety. Reliable measurement solutions that can withstand harsh environments are required. Our optical speed sensor for rotational measurement supports a high bandwidth of up to 300kHz, enabling precise measurement of high-speed rotating bodies. Its design minimizes the influence of electromagnetic noise, ensuring stable measurements even in harsh conditions. 【Application Scenarios】 - Measurement of rotational speed in aerospace engines - Engine testing - Speed monitoring of rotating bodies 【Benefits of Implementation】 - Optimization of engine performance through high-precision rotational speed measurement - Stable measurement in harsh environments - Improved safety of engines

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In the wind power generation industry, it is essential to accurately measure the rotation speed of blades to achieve both efficient power generation and safe operation. Particularly, measuring the rotation of blades in strong winds or harsh environments requires a balance between sensor durability and accuracy. Inaccurate measurements can lead to decreased power generation efficiency and potential damage to the blades. Our optical speed sensor 152 G7-E for rotation measurement utilizes fiber optic technology to achieve high-precision rotation measurement, contributing to the efficiency of wind power generation. 【Usage Scenarios】 - Monitoring the rotation speed of wind power generation blades - Maintenance of wind power plants 【Benefits of Implementation】 - Accurately grasping the rotation speed of blades to optimize power generation efficiency - Early detection of abnormal rotation to prevent accidents before they occur.

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In the automotive industry, accurate speed measurement is essential for evaluating vehicle performance, ensuring safety, and streamlining the development process. Particularly in motorsports and vehicle testing environments, precise speed measurement of high-speed rotating bodies is required. Traditional measurement methods are often susceptible to noise interference, which can result in inaccurate data. The Optel-Texys "152G7-E," utilizing fiber optic technology, is designed to be less affected by electromagnetic noise, achieving stable measurements even in harsh environments. 【Application Scenarios】 * Speed measurement of motorsport vehicles * Acquisition of speed data in vehicle testing * Measurement of rotational speed of automotive components 【Benefits of Implementation】 * Optimization of vehicle performance through accurate speed data acquisition * Stable measurements due to noise-resistant design * Adaptability to various environments due to compact design

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IAV PRIMERO GEN 2 LAMBDA SENSORS FAULT SIMULATOR IAV PRIMERO GEN 2 is an advanced fault simulator designed to accurately reproduce fault conditions of lambda sensors. It enables testing under conditions close to real environments in engine control development and diagnostic system validation. Due to its ability to flexibly reproduce a variety of fault patterns, it is ideal for evaluating the robustness of ECUs and validating OBD diagnostic functions. In GEN 2, operability and reproduction accuracy have been further improved, contributing to a significant enhancement in development efficiency.

• O2 sensor evaluation test device

IAV PRIMERO GEN 2 LAMBDA SENSORS FAULT SIMULATOR IAV PRIMERO GEN 2 is an advanced fault simulator designed to accurately reproduce fault conditions of lambda sensors. It enables testing under conditions close to real environments in engine control development and diagnostic system validation. Due to its ability to flexibly reproduce a variety of fault patterns, it is ideal for evaluating the robustness of ECUs and validating OBD diagnostic functions. In GEN 2, operability and reproduction accuracy have been further improved, contributing to a significant enhancement in development efficiency.

• O2 sensor evaluation test device

The "152 G8" is a super-fast optical fiber speed sensor. With a maximum switching frequency of 600 kHz, it accurately measures high-speed rotational phenomena and minute changes that could not be captured by conventional methods. Due to its non-contact optical design, it is not affected by wear and is less susceptible to electromagnetic noise, allowing for stable measurements even in harsh environments such as automotive and aerospace applications.

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The "152G7-E" is a high-performance speed sensor developed by Optel-Texys, utilizing fiber optic technology. Its compact and lightweight design allows for measurements in various environments, including tight spaces and automotive settings. This product supports a high bandwidth of up to 300kHz, enabling precise measurements of high-speed rotating bodies. Additionally, its design is resistant to electromagnetic noise, ensuring stable measurements even in harsh conditions.

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In the wind power generation industry, it is essential to accurately measure the angle of the blades to maximize the efficiency of wind energy. Particularly in harsh environments such as strong winds and low temperatures, the durability and precision of sensors are crucial. Errors in angle measurement can lead to decreased power generation efficiency and potential damage to the blades. POSITEK SENSORS is designed for use in harsh environments, achieving high durability and accuracy. 【Application Scenarios】 - Blade angle measurement at wind power plants - Performance evaluation of wind turbines - Abnormality detection in blades 【Benefits of Implementation】 - Optimization of power generation efficiency - Reduction of blade damage risk - Decrease in maintenance costs

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In the shipbuilding industry, structural monitoring is crucial for accurately measuring hull distortion and tilt to ensure safety. In harsh marine environments, the durability of sensors and the accurate acquisition of data are essential, as failures or malfunctions can lead to serious accidents. POSITEK SENSORS are designed for use in extreme conditions, meeting the needs of structural monitoring in shipbuilding. 【Usage Scenarios】 - Measurement of hull distortion - Measurement of hull tilt - Detection of structural anomalies 【Benefits of Implementation】 - Improved safety through high-precision measurements - Long-term use in harsh environments - Reduced risk of failure

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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

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In the mining industry, accurate tilt detection is essential for monitoring the operating status of heavy machinery and the slope of the ground. Reliable sensors that can withstand harsh environments and support safe operations are required. POSITEK SENSORS assist in safety management and efficient operations in mining. 【Application Scenarios】 - Tilt detection of mining machinery - Monitoring of ground slope - Safety management during excavation work 【Benefits of Implementation】 - Reduced risk of heavy machinery overturning - Improved work efficiency - Realization of a safe working environment

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Linear, rotary, and tilt sensors for harsh environments, including options for underwater use and intrinsically safe explosion-proof sensors.

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The strain gauge amplifier (programmable) can be installed very close to the strain gauge due to its extremely small size. 【Main Features】 ○ Offset/gain setting can be changed ○ Operating temperature range: -40 to 125℃ ○ A strain gauge amplifier designed for compactness and lightweight ○ Serial output and PC configuration available ○ Its extremely small size allows for installation close to the strain gauge, which is advantageous for noise reduction ○ Usable strain gauges: 120 to 1000Ω *For more details, please contact us or download the catalog.

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We handle high-quality wires that comply with motorsport standards [SYSTEM25]. Specifications: 55M Rated Voltage: 4500 V Insulation Material: Electron beam cross-linked modified ETFE polymer Conductor Material: Silver-plated high-strength copper alloy Operating Temperature Range: -65 to 200 ℃ 55A Rated Voltage: 600 V Insulation Material: Electron beam cross-linked modified ETFE polymer Conductor Material: Tin-plated copper Operating Temperature Range: -65 to 150 ℃

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We handle high-quality wires that comply with motorsport standards【SYSTEM25】. Specifications: 55M Rated Voltage: 4500 V Insulation Material: Electron beam cross-linked modified ETFE polymer Conductor Material: Silver-plated high-strength copper alloy Operating Temperature Range: -65 to 200 ℃ 55A Rated Voltage: 600 V Insulation Material: Electron beam cross-linked modified ETFE polymer Conductor Material: Tin-plated copper Operating Temperature Range: -65 to 150 ℃ *For more details, please contact us or refer to the catalog.

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This is a gear shift load cell from KA SENSORS. Measurement range: ±2000N, a load cell designed for compactness and lightweight. 【Features】 ○ Measurement range: ±250 N ~ ±2000 N ○ Compact, robust, IP67, built-in amplifier *For more details, please contact us or refer to the catalog.

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The "Thermocouple Amplifier (THNF4x-C)" does not require compensation wires or special terminals, allowing you to connect the thermocouple directly to the amplifier and obtain 4-channel CAN output with a supply of 6 to 25Vdc. It is standard for Type K thermocouples, and amplifiers for other types can also be manufactured (e.g., Type T / J / R / etc.). The measurement range is -100 to 1250°C (TYPE K), and it has a waterproof rating of IP53. The main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ No need for compensation wires or special terminals ○ Standard for Type K, with the ability to manufacture amplifiers for other types → Example: Type T / J / R / etc. ○ Waterproof rating: IP53 ○ 100Hz response frequency (per channel) *For more details, please contact us or refer to the catalog.

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The "Thermocouple Amplifier (THNF8x-C)" does not require compensation wires or special terminals, allowing you to connect the amplifier directly to a thermocouple and obtain 8-channel CAN output with a supply of 6 to 25Vdc. It is compatible with Type K standard thermocouples, and amplifiers for other types can also be manufactured (e.g., Type T / J / R / etc.). The measurement range is -100 to 1250°C (TYPE K), and it has a waterproof rating of IP53. Main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ No need for compensation wires or special terminals ○ Compatible with Type K standard, and amplifiers for other types can also be manufactured → Example: Type T / J / R / etc. ○ Waterproof rating: IP53 ○ 50Hz response frequency (per channel) *For more details, please contact us or refer to the catalog.

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The high-precision thermocouple amplifier THAB allows you to directly connect the wires attached to the thermocouple temperature sensor to this amplifier. By supplying 10 to 30Vdc to this amplifier, you can obtain an output value of 0 to 5V. 【Main Features】 ○ Measurement Range: -100 to +400℃ / -50 to +200℃ / 0 to 1250℃ ○ Converts thermocouple output to 0-5V *For more details, please contact us or download the catalog.

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The TEXYS ultra-compact 8-channel differential pressure sensor features CAN output and 8-channel output, measuring the difference between static and dynamic pressure, and provides 8-channel CAN output with a power supply of 6-16VDC. It is a differential pressure sensor designed for applications such as dry air. Main applications include motorsports, bench measurement, experimentation, and development. 【Features】 ○ CAN output and 8-channel output ○ Absolute pressure measurement range: +800 to +1200 mBar ○ Differential pressure measurement range: ±400 mBar ○ 8-channel CAN output with a power supply of 6-16VDC *For more details, please contact us or refer to the catalog.

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The differential pressure sensor has a built-in amplifier, so if you provide an input of 6 to 16 Vdc, you will obtain an output of 0 to 5 V. Please use it only with dry air. 【Main Features】 ○ Measurement range: -190 to 190 mBar ○ Measures the difference between static pressure and dynamic pressure ○ Capable of measuring positive/negative pressure *For more details, please contact us or download the catalog.

• Other processing machines

The "Differential Pressure Sensor (16CH, CAN Bus)" is a differential pressure sensor with 16 channels and CAN output, capable of measuring the difference between static and dynamic pressure, and can measure both positive and negative pressure. It is designed for applications such as dry air. The measurement range is ±50 to ±1000 mBar (±0.7 to ±15 Psi). Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ 16-channel CAN output ○ Measurement range: ±50 to ±1000 mBar (±0.7 to ±15 Psi) ○ Measures the difference between static and dynamic pressure ○ Capable of measuring 16 channels of differential pressure data ○ Compatible with SCANIVALVE tubes *For more details, please contact us or refer to the catalog.

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The "Differential Pressure Sensor (4CH・CAN Bus)" is a differential pressure sensor with 4 channels (4ch・4way) and CAN output, capable of measuring the difference between static and dynamic pressure. It features holes for sensor mounting (2 locations), can measure both positive and negative pressure, and is suitable for dry air applications. The measurement range is ±50 to ±1000 mBar (±0.7 to ±15 Psi). Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ 4 channels (4ch・4way) and CAN output ○ Measurement range: ±50 to ±1000 mBar (±0.7 to ±15 Psi) ○ Measures the difference between static and dynamic pressure ○ Capable of measuring differential pressure data for 4 channels ○ Compatible with SCANIVALVE manifold *For more details, please contact us or refer to the catalog.

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CAN Output Yaw Angle and Pitot Tube 【Features】 ○ φ6mm Pitot tube with built-in temperature sensor and CAN output ○ Pitot sensor measurement range: ±50 or 76 mBar (0.72 to 1.11 Psi) ○ Yaw angle measurement range: -40° to +40° ○ Optional static pressure port installation available ○ Built-in temperature sensor (air temperature and substrate temperature) ○ Separate version available *For more details, please download the catalog or contact us.

• Electrical Instruments/Electrometers

Hall effect wheel speed sensor 【Features】 ○ Compact, Hall effect type, high reproducibility, long lifespan ○ Maximum frequency 20 KHz ○ LED indicator

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Ideal for oil quality monitoring! 【Features】 ○ Ideal for monitoring oil quality ○ High heat resistance, robust, compact, lightweight ○ Selectable output of 0–10V, 4–20mA, or CAN *For more details, please contact us or refer to the catalog.

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A device without moving parts that measures liquid levels using capacitance, specifically designed for sewage, wastewater, seawater, and freshwater. 【Features】 ○ Measures liquid levels using capacitance ○ Lightweight and high precision ○ No moving parts ○ Proven applications: wastewater / sewage / seawater / freshwater ○ Waterproof performance: IP6x / IPx6 / IPx8 / IPx9k to EN60529 *For more details, please contact us or refer to the catalog.

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The 4Ch strain gauge amplifier (programmable) can be installed very close to the strain gauge due to its extremely small size. 【Main Features】 ○ 4Ch ○ Offset/gain settings adjustable ○ Operating temperature range: -40 to 125℃ ○ A strain gauge amplifier designed for compactness and lightweight ○ Serial output and PC configuration available ○ Its extremely small size allows for installation close to the strain gauge, which is advantageous for noise reduction *For more details, please contact us or download the catalog.

• Other processing machines

The A-CAN-DG-V4 is a compact, MIL connector specification, analog-CAN converter. There are four types available! 【Features】 A-CAN-DG-V4-1 ○ 8-channel Wheatstone bridge ○ Supports 8-channel thermistor input (for temperature compensation only) ○ Converts analog voltage output of the bridge to CAN output A-CAN-DG-V4-2 ○ Supports 16-channel analog input (other specifications available) ○ Converts sensors with analog voltage output (0 to 5V) to CAN output A-CAN-DG-V4-3 ○ Supports 16-channel analog input (other specifications available) ○ Converts sensors with analog voltage output (-10 to +10V) to CAN output A-CAN-DG-V4-4 ○ Supports 8-channel analog + 8-channel PT input (other specifications available) ○ Converts sensors with analog voltage output (0-5V) to CAN output * The above parameters can be changed (CAN communication tools sold separately) * For more details, please contact us or refer to the catalog.

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The "A-CAN-DG-V2" is a compact analog CAN converter manufactured by TEXYS international (TEXENSE) with 8-channel analog and 2-channel digital inputs. 【Features】 - Compact analog-CAN converter with LEMO connector specifications - 8-channel analog and 2-channel digital inputs - Converts sensors with analog voltage output (0-5V) to CAN output - Various parameter settings can be changed (CAN communication tools sold separately) - MIL connector specifications designed for vibration and shock resistance *For more details, please contact us or refer to the catalog.

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The "Hall Effect Rotary Displacement Sensor Euro-XPK Series" is a rotary displacement sensor featuring Hall effect technology, excellent linearity, high reproducibility, long lifespan, and waterproof performance with an IP67 rating. The measurement range is from 20 to 360°. Main applications include competitive vehicles, bench measurement, experiments, development, and industrial use. 【Features】 ○ Hall effect type ○ Excellent linearity ○ Dual output (2ch) ○ Programmable measurement range: 20 to 360° ○ Pack & magnet type ○ Applications include: gearboxes, steering, throttle, suspension, etc. *For more details, please contact us or refer to the catalog.

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The "Hall Effect Rotary Displacement Sensor Euro-XPD Series" is a rotary displacement sensor featuring Hall effect technology, excellent linearity, high reproducibility, long lifespan, and waterproof performance with an IP67 rating. The measurement range is from 20 to 360°. Main applications include competitive vehicles, bench measurement, experiments, development, and industrial use. 【Features】 ○ Hall effect type ○ Excellent linearity ○ Dual output (2ch) ○ Programmable measurement range: 20 to 360° ○ 8mm D shaft ○ Applications: gearboxes, steering, throttle, suspension, etc. *For more details, please contact us or refer to the catalog.

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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.

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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.

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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.

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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.

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