The Testo digital vane probe with a 16 mm probe head is designed for accurate measurement of air velocity, volume flow and air temperature in ventilation ducts and HVAC systems. The probe features an extendable 1 m telescope, integrated temperature sensor and a practical control button for storing readings and managing measurement sequences.
Designed for use with compatible Testo multifunction measuring instruments, this wired vane probe provides a flexible solution for measurements in ventilation systems, including locations that are difficult to access.
AED 3,314.00
The 16 mm digital vane probe combines air velocity and temperature measurement in a compact probe assembly. Its small 16 mm probe head allows technicians to take measurements in ventilation ducts and other restricted measurement locations.
The probe measures air velocity from 0.6 to 50 m/s and temperature from -10 to +70 °C.
A telescopic shaft extends to 1,000 mm, making it easier to reach measurement points inside ventilation systems. With the optional telescope extension, the overall reach can be extended to up to 2 metres.
The probe connects to a compatible Testo multifunction measuring instrument through its fixed cable.
The probe measures air velocity from 0.6 to 50 m/s and air temperature from -10 to +70 °C.
The 16 mm vane head is particularly useful when technicians need to access measurement points inside ventilation ducts or other restricted areas.
The compatible measuring instrument processes the readings and provides measurement information such as current values, minimum and maximum values and calculated averages.
When connected to a compatible Testo multifunction measuring instrument, the probe can be used for volume flow measurements.
The measuring instrument allows the user to enter the dimensions and geometry of the ventilation duct or measurement cross-section. It can then calculate the corresponding volume flow from the measured air velocity.
Timed and multi-point mean calculations can also be performed to obtain more representative airflow measurements across a measurement section.
The probe features a 1,000 mm telescopic shaft that helps technicians reach measurement points inside ventilation ducts.
The shaft includes high-contrast scaling, making the insertion depth easier to identify when working in locations with limited visibility.
For larger ventilation systems, an optional telescope extension can increase the total reach to 2 metres.
This makes the probe suitable for measurements where a standard short probe would not provide sufficient access.
A button integrated into the probe handle allows technicians to control measurement functions directly from the probe.
Depending on the connected measuring instrument, the button can be used to:
This reduces the need to repeatedly operate the main measuring instrument during measurements.
The digital probe uses an approach in which the measurement technology is integrated into the probe itself.
This allows the probe to be calibrated separately from the compatible measuring instrument.
As a result, the measuring instrument does not necessarily need to be removed from service when the probe requires calibration.
For organizations that rely on measurement equipment for regular HVAC and ventilation work, this can help simplify calibration management and equipment availability.
The digital vane probe is designed primarily for airflow and temperature measurements in ventilation systems.
Typical applications include:
The compact 16 mm probe head makes the instrument particularly useful for measurements inside ventilation ducts.
Technicians can insert the probe into the duct and use the telescopic shaft to reach the required measurement position.
The scaled shaft helps users identify insertion depth, while the probe button provides convenient control during measurement sequences.
The probe is part of a flexible Testo probe system that can support multiple measurement applications.
A compatible universal handle can be used with different probe heads, allowing users to configure their measurement equipment according to the application.
For applications where reduced cable clutter is preferred, a compatible Bluetooth® handle is available separately. The Bluetooth handle can transmit measurement readings to the measuring instrument from a distance of up to 20 metres.
For applications involving larger ventilation systems, the vane probe can be combined with an optional telescope extension.
The standard telescope reaches 1 metre, while the additional extension allows the total length to reach up to 2 metres.
This additional reach can make it easier to access measurement points deeper inside larger ventilation systems.
| Parameter | Specification |
|---|---|
| Product | Digital Vane Probe Ø16 mm |
| Product Number | 0635 9572 |
| Probe Type | Digital Vane Probe |
| Probe Head Diameter | 16 mm |
| Probe Shaft Diameter | 16 mm |
| Temperature Sensor | NTC |
| Temperature Measuring Range | -10 to +70 °C |
| Temperature Accuracy | ±1.8 °C |
| Temperature Resolution | 0.1 °C |
| Air Velocity / Volume Flow Range | 0.6 to 50 m/s |
| Air Velocity Accuracy (0.6 to 40 m/s) | ±(0.2 m/s + 1% of measured value) |
| Air Velocity Accuracy (40.1 to 50 m/s) | ±(0.2 m/s + 2% of measured value) |
| Air Velocity Resolution | 0.1 m/s |
| Probe Shaft Length | 230 mm |
| Telescope Length | 1,000 mm |
| Cable Length | 1.4 m |
| Overall Dimensions | 790 × 50 × 40 mm |
| Weight | 430 g |
| Operating Temperature | -5 to +50 °C |
| Storage Temperature | -20 to +60 °C |
| Product Colour | Black / Orange |
| Connection | Wired |
| Calibration | Calibration protocol included |
The standard delivery includes:
Important: A compatible Testo multifunction measuring instrument must be ordered separately.
A universal Bluetooth® handle can be connected to compatible Testo probe heads. It provides wireless transmission of measurement readings and can help reduce cable clutter during field measurements.
An optional telescope extension can increase the total probe reach to approximately 2 metres, making it suitable for measurement points located deeper inside large ventilation systems.
Enviro Engineering Trading LLC supplies Testo measurement instruments and accessories in the UAE for HVAC, ventilation, industrial and technical applications.
Our team can help you identify the appropriate Testo probe, measuring instrument and accessories based on your airflow measurement requirements.
Our support includes:
The Testo digital vane probe is used to measure air velocity, volume flow and air temperature in ventilation ducts and HVAC systems when connected to a compatible Testo multifunction measuring instrument.
The vane probe head has a diameter of 16 mm.
The probe measures air velocity from 0.6 to 50 m/s with a resolution of 0.1 m/s.
Yes. The integrated NTC temperature sensor measures from -10 to +70 °C with a resolution of 0.1 °C.
The supplied telescope has a length of 1,000 mm. An optional extension can increase the total reach to approximately 2 metres.
Yes. When connected to a compatible Testo multifunction measuring instrument, the probe can be used for volume flow calculations based on the measured air velocity and the entered duct cross-section.
The standard version is a wired probe with a 1.4 m cable. A compatible Bluetooth® handle is available separately for wireless transmission.
No. The probe is designed to be used with a compatible Testo multifunction measuring instrument, which must be ordered separately.
Yes. The 16 mm probe head and extendable telescope make it suitable for measuring air velocity and temperature inside ventilation ducts, including difficult-to-access measurement points.
Enviro Engineering Trading LLC supplies Testo measurement instruments and accessories in the UAE. Contact our team for pricing, availability and technical assistance.
Looking for a Testo digital vane probe for HVAC and ventilation measurements in the UAE?
Contact Enviro Engineering Trading LLC for current pricing, availability and technical assistance. Our team can help you select the compatible Testo multifunction measuring instrument and accessories required for your application.
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