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Testo 510 Differential Pressure Set
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Click to copyWith the testo 510 differential pressure measuring instrument, heating installers and air conditioning engineers will be well-equipped to carry out their work: the instrument measures differential ...
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Description
With the testo 510 differential pressure measuring instrument, heating installers and air conditioning engineers will be well-equipped to carry out their work: the instrument measures differential pressure from 0 to 100 hPa and can help you check filters on air conditioning systems or measure static gas and gas flow pressure on heating systems, for example.
Additional Details
Key Advantages
- Pa
- hPa
- mbar
- mmH2O
- mmHg
- inH2O
- inHg
- psi
- m/s
- fpm
- In addition, you can measure the flow in the ventilation duct with a Pitot tube that is available as an option – from 10 to 100 m/s.
- Practical and precise: key advantages offered by the differential pressure measuring instrument
- Precise: the differential pressure measurement has temperature and air density compensation for accurate readings
- Uncomplicated: small, handy and easy to operate with just three buttons
- Clever: you can work with your hands free thanks to magnets on the rear of the instrument. When there is poor visibility, such as in dark surroundings, the illuminated display makes it easier for you to work
Application
- Differential pressure measurement on filters
- Air conditioning systems are equipped with filters which prevent dirt from the outside air entering the indoor air. These filters are to be inspected regularly to make sure they are still fully functional. To do this, the pressure is measured in front of and behind the filter. The result is the differential pressure. If it is too high, the filter is contaminated and needs changing.
- The testo 510 measures differential pressures in a range of 0 - 100 hPa. The differential pressure measurement is temperature-compensated for exact readings. The readings can be displayed in pascal over the entire measuring range. Magnets on the rear of the instrument allow hands-free work.
- Measurement in ventilation ducts
- Observance of air flows in the ventilation duct is of utmost importance for the function of the ventilation and air conditioning system. If the air flows are smaller than intended, the removal of room loads (heating, cooling and substance loads) may not be ensured in certain circumstances.
- Therefore, the most accurate recording of air flows as possible is particularly important.
- In conjunction with a pitot tube, testo 510 measures the air velocity in the range of 2 to 100 m/s. Magnets on the rear of the instrument allow hands-free work.
Additional Information
Length
119 mm
Width
46 mm
Height
25 mm
Weight
90 kg
Specifications
Differential Pressure - Piezoresistive
Measuring range
0 to 100 hPa
Accuracy
±0.03 hPa (0 to 0.30 hPa)
±(0.1 hPa + 1.5 % of mv) (1.01 to 100hPa)
±0.05 hPa (0.31 to 1.00 hPa)
Resolution
0.01 hPa
General technical data
Dimensions
119 x 46 x 25 mm
Operating temperature
0 to +50 °C
Protection class
IP40
Seceltable units
hPa, mbar, Pa, mmH2O, inH₂O, inHg, mmHg, psi, m/s, fpm
Maximal static pressure
500 mbar
Measuring rate
0.5 s
Battery type
2 AAA micro batteries
Battery life
50 h (average, without display illumination)
Storage temperature
-40 to +70 °C
Weight
90 g (with batteries and protective cap)
With the testo 510 differential pressure measuring instrument, heating installers and air conditioning engineers will be well-equipped to carry out their work: the instrument measures differential pressure from 0 to 100 hPa and can help you check filters on air conditioning systems or measure static gas and gas flow pressure on heating systems, for example.
Additional Details
Key Advantages
- Pa
- hPa
- mbar
- mmH2O
- mmHg
- inH2O
- inHg
- psi
- m/s
- fpm
- In addition, you can measure the flow in the ventilation duct with a Pitot tube that is available as an option – from 10 to 100 m/s.
- Practical and precise: key advantages offered by the differential pressure measuring instrument
- Precise: the differential pressure measurement has temperature and air density compensation for accurate readings
- Uncomplicated: small, handy and easy to operate with just three buttons
- Clever: you can work with your hands free thanks to magnets on the rear of the instrument. When there is poor visibility, such as in dark surroundings, the illuminated display makes it easier for you to work
Application
- Differential pressure measurement on filters
- Air conditioning systems are equipped with filters which prevent dirt from the outside air entering the indoor air. These filters are to be inspected regularly to make sure they are still fully functional. To do this, the pressure is measured in front of and behind the filter. The result is the differential pressure. If it is too high, the filter is contaminated and needs changing.
- The testo 510 measures differential pressures in a range of 0 - 100 hPa. The differential pressure measurement is temperature-compensated for exact readings. The readings can be displayed in pascal over the entire measuring range. Magnets on the rear of the instrument allow hands-free work.
- Measurement in ventilation ducts
- Observance of air flows in the ventilation duct is of utmost importance for the function of the ventilation and air conditioning system. If the air flows are smaller than intended, the removal of room loads (heating, cooling and substance loads) may not be ensured in certain circumstances.
- Therefore, the most accurate recording of air flows as possible is particularly important.
- In conjunction with a pitot tube, testo 510 measures the air velocity in the range of 2 to 100 m/s. Magnets on the rear of the instrument allow hands-free work.
