With the aid of the condensation protector, you can prevent damage to the sensor system caused by condensate on the probe shaft or protective cap, resulting in discrepancies in readings, for example. Moreover, the condensation protector protects at high flow velocities. Optimum protection is provided by the condensation protector in combination with the protective cap with drip hole.

The testo 6612 temperature and humidity probe is designed for measurements in air conditioning ducts.

The testo 6613 temperature and humidity probe is designed for measurements in processes that are difficult to access.

The testo 6614 temperature and humidity probe is designed for measurements in processes that are difficult to access. With its integrated sensor heating, the humidity sensor is optimally protected against condensation and corrosion – so you can enjoy high-precision measurement results, even with high process humidity, and benefit from its long service life.

The testo 6617 temperature and humidity probe is designed for measurements in environments with aggressive media. With the built-in self-monitoring function, you can prevent faulty measurements or measurement interruptions – because it detects signs of corrosion at an early stage, thus the probe can be replaced in good time.

The protective cap made of PTFE prevents damage to the sensor system caused by humidity or moisture in processes with high humidity. Thanks to the drip hole, the condensate can drain off. Optimum protection is provided by the protective cap in combination with our condensation protector.

Protective cap made of PTFE with drip hole

Protective cap made of PTFE with drip hole