Surface Temperature Fixed Probe Thermometers
- Built for constant monitoring of pipe temperature
- 0-120° Celsius range
- Analogue needle display
- Used for measuring/maintaining temp in radiators/pipes
- Also usable in other installations
- 0-120°C measurement range
- Measure the surface temperature of pipes
- Temperature range from 0 to 120°C
- Spring-kit included for mounting on a pipe
- Surface temperature measurements
- Rugged and reliable
- Field calibrateable
- Chisel measurement tip
- IP63 rugged waterproof design
- Wide temperature range
- Magnetic back - apply to any metallic surface and measure the surface temperature
- Dual display with Celsius and Fahrenheit scales
- Measures temperature from 0 to 120°C (32 to 250°F)
- Long-length probe with flat tip for surface temperature measurements
- Useful for HVAC technicians and for food and pharmaceutical use
- Temperature measurement range from -50 to 300°C
- Plate-shaped digital thermometer for measuring dishwasher temperatures
- Temperature range from 0 to 90°C
- Waterproof to IP66
- Three versions available - choose between air, surface and penetration temperature probes
- Temperature range of -49.9 to 299.9°C
- Foldaway, stainless steel probe
- Temperature range: -40°C to +150°C
- Logs data to a smartphone or tablet
- Bluetooth range: 100m
- Range of Testo Class 1 plug-in probe heads available
- Bluetooth range: 100m
- Innovative locking mechanism in the handle
- Measure the temperature of hot surfaces
- Pivoting probe with surface connector
- Fast accurate temperature response
- Measurement range of -50 to 350°C
- Elongated probe for easy measurements
- Integrated sprung thermocouple designed to adapt to different surface types
About Surface Temperature Fixed Probe Thermometers
Surface temperature probes are temperature sensors that measure the temperature of a surface. It is essential to keep measurement errors as little as possible. Is achieved by an appropriate design of the measuring head so that minimal heat extracts from the measuring point and the measurement error is negligible.
The adapted geometry increases the contact surface. At the same time, the low thermal mass of the measuring head ensures that comparatively fast response times can be achieved when measuring the surface temperature. The material of the measuring head has an effect due to the different thermal conductivity.