Heavy Duty Surface Probe - K-Type Industrial - Fluke

The Fluke 80PK-7 Heavy Duty Surface Probe is a robust K-Type industrial thermocouple designed for precise and reliable temperature measurement on flat or slightly curved surfaces in demanding professional environments. Engineered for durability and accuracy, this probe is an essential tool for technicians and mechanics requiring consistent performance in automotive, industrial, and HVAC applications. It seamlessly integrates into existing professional setups, requiring either an 80TK thermocouple module or an 80AK thermocouple adapter for Fluke 170 series multimeters.

Key Features

• Durable Construction: Built to withstand harsh industrial and automotive conditions, ensuring extended service life and consistent performance.
• K-Type Thermocouple: Offers broad compatibility with a wide range of professional-grade temperature measurement devices.
• Direct Surface Contact: Features an exposed junction designed for direct contact with the surface being measured, providing rapid and accurate temperature readings.
• Wide Measurement Range: Capable of measuring temperatures from -196° to 1112°F (-127 to 600°C), accommodating diverse applications.
• Optimized for Surfaces: Specifically designed for accurate temperature acquisition on flat or slightly curved objects.
• Professional System Integration: Requires a Fluke 80TK thermocouple module or an 80AK thermocouple adapter for Fluke 170 series multimeters for full functionality.

Applications

The Fluke 80PK-7 is ideal for a variety of professional diagnostic and maintenance tasks. In automotive settings, it can be used for checking exhaust manifold temperatures, engine block temperatures, bearing temperatures, and verifying component overheating. Industrially, it is suitable for monitoring heated platens, motor housings, pipe surfaces, and general process equipment temperature verification, contributing to preventive maintenance and operational efficiency. This probe is a valuable asset for any technician needing reliable surface temperature data.