Testo 0635 9372 High-precision vane probe (Ø 100 mm) incl. temperature sensor, fixed cable
- Brand
- Testo
- SKU:
- 0635 9372
- Availability:
- In Stock
Description
Testo, 0635 9372, High-Precision Vane Probe Including Temperature Sensor, Fixed Cable
Ideal for air outlets in cleanrooms: use the high-precision vane probe (with the compatible measuring instrument) to measure even the lowest air velocities and volume flows as well as the temperature. 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. Particularly useful: press the button on the vane probe to operate the measuring instrument. For example, to store individual readings for multi-point mean calculation or to start and stop measurement series for mean calculation over time.
Space-saving: more applications, less equipment
Endlessly versatile: a universal handle can be connected to all probe heads - so you can master more applications using less equipment and save space. Order the Bluetooth handle to make it more convenient to carry out your measurement and guarantee less cable clutter in the case. This transmits the readings to the measuring instrument from a distance of up to 20 metres. If the vane needs to be replaced in the distant future, you can change the probe head.
Intelligent calibration concept
You will get exceptionally accurate measurement results with the digital vane probe, because the measuring instrument makes measurement uncertainty a thing of the past. You only need to send the probe head in for calibration so the measuring instrument remains in continuous use.
Areas of application for the high-precision vane probe
Air/ceiling outlets: Use the vane probe to determine air velocity and volume flow at air outlets. Thanks to the low start-up speed of 0.1 m/s, the vane probe is ideal for laminar flow measurements in cleanrooms. During loop-pattern scanning of the grilles cross section, the air velocity values are integrated and averaged across a large area of 100 mm. As a result, precise measurement results are achieved with the loop measurement. For measurements at ceiling outlets: the extendable telescope (1.0 m long) with easy-to-read scaling and 90° angle is easy to attach to the vane probe. The 90° angle ensures that the probe is positioned correctly under the ceiling. This guarantees simple testing of incoming/outgoing air - such as in the controlled ventilation of living spaces.
Features:
- Intuitive: clearly structured measurement menu for volume flow and parallel determination of air velocity, volume flow and air temperature
- Precise: detects the smallest air velocities from as little as 0.1 m/s ideal for laminar flow measurements in cleanrooms
- Convenient: probe with a practical button on the handle for storing individual readings, convenient measurement at ceiling outlets with optional telescope (up to 1 m)
- Intelligent calibration concept
Includes:
- High-precision vane probe (Ø 100 mm) including temperature sensor (consisting of high-precision 100 mm vane probe head, handle adapter and cable handle (cable length 1.4 m)), bracket for testovent measurement funnel, 4 x AA batteries and calibration protocol.
Specification
Temperature - NTC | |
Measuring range | -4° to 158 °F / -20 to +70 °C |
Accuracy | ±0.9 °F / ±0.5 °C |
Resolution | 0.1 °F / 0.1 °C |
Velocity / Volume flow | |
Measuring range | 19.7 to 2953 fpm / 0.1 to 15 m/s |
Accuracy | ±(19.7 fpm + 1.5 % of mv) / ±(0.1 m/s + 1.5 % of mv) |
Resolution | 1.97 fpm / 0.01 m/s |
General technical data | |
Storage temperature | -4° to 158 °F / -20 to +70 °C |
Dimensions | 7.1 x 4.1 x 1.8 in. / 180 x 105 x 46 mm |
Operating temperature | -4 to +158 °F / -20 to +70 °C |
Cable length | 4.593 ft. / 1.4 m |
Diameter probe shaft | 3.937 in. / 100 mm |
Weight | 12.7 oz. / 360 g |