Testo 510 pocket pressure gauge, differential
Testo 510 pocket pressure gauge, differential The device measures differential pressure up to 100 hPa, which is enough to check the performance of air conditioning and ventilation systems. Differential pressure measurement is temperature compensated for more accurate results. Data can be displayed in Pascals over the entire measurement range. Magnets on the back of the case allow you to work without holding the device in your hands. Thanks to the backlit display, measurement values are easy to read, even in low light conditions. When combined with a pitot tube, the instrument can measure air flow velocity. Air density compensation allows for more accurate measurement results. The Testo 510 pressure gauge is equipped with magnets located on the back of its housing. This allows you to mount the device on metal surfaces, freeing your hands. One battery charge lasts up to 50 hours of battery life without taking into account the display backlight. The Testo 510 differential pressure gauge is supplied complete with connecting hoses, protective cover, battery and factory calibration protocol. Features: included in the State Register of Measuring Instruments of the Russian Federation FSIS "ARSHIN"; display of data in Pascals over the entire measuring range; temperature compensation; display backlight; several display modes; data reset; magnets on the case; The design is designed to connect a pitot tube. Manba: https://www.nv-lab.ru/catalog_info.php?ID=5975
- Feature: Parameter
- Dimensions, mm: 119x46x25
- Operating temperature, °C: 0 ... +50
- Protection class: IP40
- Selectable modules: GPaa, mbar, Pa, mmH2O, inH2O, inHg, mmHg, psi, m/s, vsp/min
- Max. static pressure, mbar: 500
- Measurement frequency, s: 0.5
- Battery type: 2 AAA microcells
- Battery life, h: 50 (on average, without display backlight)
- Storage temperature, °C: -40 ... +70
- Weight, g: 90 (with batteries and protective cover)
- Measuring range, hPa: 0 ... 100
- Accuracy: ±0.03 hPa (0 ... 0.30 hPa)
- ±0.05 hPa (0.31 ... 1.00 hPa)
- ±(0.1 hPa + 1.5% of measured value) (1.01 ... 100 hPa)
- Resolution, hPa: 0.01