Must-see Aim Oil/water Thermocouple Temperature Sensor M10 K Type Motocross With A 60% Price Cut [GMsNhfSq]

AiM Oil/Water Thermocouple Temperature Sensor

The AiM Oil/Water Thermocouple Temperature Sensor M10 K Type is an essential tool for motocross enthusiasts seeking precise and reliable temperature monitoring. Engineered with cutting-edge technology, this sensor is designed to withstand the demanding conditions of motocross racing. With its robust construction and high-quality materials, it ensures accurate temperature readings in both oil and water systems, providing crucial data for optimal performance and safety.

• Accurate Temperature Measurement: The K Type thermocouple offers precise temperature readings, ensuring you stay informed about critical engine parameters.
• Robust Construction: Engineered to withstand extreme conditions, this sensor is built to last, providing reliable performance in the toughest motocross environments.

Product Specifications and Technical Details

Featuring a M10 thread size, this temperature sensor is compatible with a wide range of motocross motorcycles. It operates with a K Type thermocouple, renowned for its high-temperature range and stability. The sensor comes with a waterproof design, protecting it from moisture and ensuring accurate readings even in adverse weather conditions.

• Thermocouple Type: K Type for high-temperature range and stability.
• Thread Size: M10 for compatibility with various motocross motorcycles.
• Waterproof: Protects the sensor from moisture and ensures accurate readings.

Practical Applications and Benefits

The AiM Oil/Water Thermocouple Temperature Sensor is a must-have for any serious motocross rider. By providing real-time temperature data, it helps you make informed decisions about tuning your motorcycle for optimal performance. This sensor is ideal for both amateur and professional riders, ensuring safety and enhancing the overall riding experience.

• Optimal Performance: Precise temperature readings allow for better engine tuning and performance optimization.
• Enhanced Safety: Early detection of abnormal temperatures can prevent potential engine damage and accidents.