Testo 0636 9775 - Robust Humidity / Temperature Probe, Up to 180°C (Wired - Not Wireless)

The Testo 0636 9775 is a robust humidity/temperature probe for use with a compatible testo multifunction measuring instrument (please order separately) to measure relative humidity and air temperature. Absolute humidity, wet bulb temperature and dew point are calculated at the same time. This probe is ideal for use with industrial exhaust air, in bulk materials and in climatic test cabinets to measure relative humidity and air temperature up to +180 °C.

Please do not use the probe in condensing atmospheres. For continuous application in high-humidity ranges

• > 80% RH at ≤ 30 °C for > 12 h
• > 60% RH at > 30 °C for > 12 h

Robust humidity/temperature probe - features and areas of application

Use the fixed cable to connect the probe to the measuring instrument.

Particularly useful: store individual readings directly in the measuring instrument by pressing the button on the probe. The clearly structured measurement menu for long-term measurement enables the measuring instrument to be operated intuitively. Reading trends are reliably recorded thanks to the convenient input of measurement time and measuring cycle.

The robust humidity/temperature probe was specifically designed for use in sophisticated production and treatment processes. The screwable PTFE sintered filter is highly resistant to aggressive media and is water-repellent, and reliably protects the humidity and temperature sensor. The probe can be used in dusty atmospheres, at high air velocity and under mechanical stress: for example, for measurements in industrial exhaust air (during drying processes), in bulk materials and in climatic test cabinets.

Intelligent calibration concept

You will get exceptionally accurate measurement results with the digital humidity/temperature probe, because the measuring instrument makes measurement uncertainty a thing of the past. You only need to send the probe in for calibration - so the measuring instrument remains in continuous use.