Testo 06351571 [0635 1571] Digital Hot Wire Probe with Bluetooth, Integrated Telescope, Temperature & Humidity Sensor

The Testo 0635 1571 Digital Hot Wire Probe with Bluetooth is used to measure air velocity, volume flow, air temperature and humidity. The readings are transmitted directly to a measuring instrument (sold separately) via Bluetooth, up to a distance of 65 feet (20 m), making your measurements particularly convenient. The hot wire probe is equipped with a telescope, which can be extended to a maximum length of 39.4 inches (1 m). The telescope's immersion depth is easy to read, even if visibility is poor, because of the high-contrast scaling. When you are not using the hot wire probe, the rotatable protective cap protects the air velocity sensor from dirt and mechanical stress.

The clearly structured measurement menu for volume flow enables the measuring instrument to be operated intuitively. The volume flow is precisely calculated thanks to convenient input of the size and geometry of the duct cross-section. Timed and multi-point mean calculation, average volume flow, current reading and min./max. values are displayed in the measuring instrument.

Individual readings store directly in the measuring instrument by pressing the button on the hot wire probe. For example, users can store individual readings for multi-point mean calculation or start and stop measurement series for mean calculation over time.

Wireless and Space-Saving: More Applications, Less Equipment.
The universal handle can be connected to all probe heads - so you can master more applications using less equipment and save space. The Bluetooth handle furthermore makes it more convenient to carry out your measurement and guarantees less cable clutter in the case. Alternatively, the cable handle (sold separately) can also be connected to Testo probe heads. This is an advantage if Bluetooth signals are not permitted. If the sensors (air, velocity, temperature, humidity) need to be replaced in the distant future, you can change the probe head.

f required, you can also fit the hot wire probe with a telescope extension (sold separately). Doing so allows you to attain a total length of 6.56 feet (2 m), making it easy to carry out measurements on large ventilation systems.

The universal handle can be connected to all probe heads - so you can master more applications using less equipment and save space. The Bluetooth handle furthermore makes it more convenient to carry out your measurement and guarantees less cable clutter in the case. Alternatively, the cable handle (sold separately) can also be connected to Testo probe heads. This is an advantage if Bluetooth signals are not permitted. If the sensors (air, velocity, temperature, humidity) need to be replaced in the distant future, you can change the probe head.

If required, you can also fit the hot wire probe with a telescope extension (sold separately). Doing so allows you to attain a total length of 6.56 feet (2 m), making it easy to carry out measurements on large ventilation systems.

Intelligent Calibration Concept
Users receive exceptionally accurate measurement results with the digital probe, because the measuring instrument makes measurement uncertainty a thing of the past. Only the probe head needs to be sent in for calibration - allowing the measuring instrument to remain in continuous use.

Areas of Application for the Hot Wire Probe with Bluetooth.
Ventilation ducts: Use the hot wire probe to reliably measure air velocity, air temperature and humidity in ventilation ducts. Since the measuring range reaches up to 9842 fpm and the total length of the probe can be extended to 6.56 feet (telescope extension sold separately), measurements can even be carried out on large ventilation systems.

Plate outlets and ventilation grilles: For convenient, accurate measurements at plate outlets and ventilation grilles, use the hot wire probe in conjunction with the testovent 410 or testovent 415 funnel (sold separately). This makes it easy to test the exhaust air - such as in the controlled ventilation of living spaces.