TFA Dostmann 31.1034 Thermocouple Thermometer

The TFA 31.1034 Thermocouple Thermometer is a compact and dependable instrument designed for professional temperature measurement applications. It is compatible with K-type thermocouple sensors and offers a wide measuring range, delivering accurate readings across both extremely low and high temperatures. The device features an IP65-rated housing for reliable performance in demanding environments. A data hold function allows values to be retained for easy reading, while the automatic power-off feature helps extend battery life. Its magnetic back enables secure attachment to metal surfaces for hands-free operation. Lightweight and ergonomically designed, the thermometer provides a clear display and can be comfortably used with one hand in field conditions.

The device features a data hold function, automatic power-off and IP65 water-resistant housing, making it suitable for demanding environments and field work. Its magnetic back allows easy attachment to metal surfaces for hands-free operation.

Compact, lightweight and easy to operate, the TFA 31.1034 is ideal for technicians and professionals who require fast and accurate thermocouple temperature measurements in industrial maintenance, laboratories and technical inspections.

Features

• Compact and reliable thermocouple thermometer designed for professional temperature measurements
• Compatible with K-type thermocouple sensors with mini connector
• Wide measurement range from −60 °C to +1370 °C for low and high temperature applications
• IP65 protection class for use in harsh and industrial environments
• Data Hold function to freeze readings for easy recording
• Automatic power-off to extend battery life
• Magnetic back for hands-free operation on metal surfaces
• Lightweight and ergonomic housing for comfortable one-hand use
• Clear and easy-to-read display for fast on-site measurements
• Suitable for HVAC, industrial maintenance, laboratory, food service, construction, and R&D applications
• High accuracy of ±1 °C or ±1% for consistent and reliable results

Technical Specifications