Testo 512 Differential Manometer, Max Pressure Measurement 200mbar UKAS

Unavailable
RS will no longer stock this product.
RS Stock No.:
192-6014
Mfr. Part No.:
0560 5128
Brand:
Testo
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Brand

Testo

Calibrated

UKAS

Best Accuracy

±0.5 %

Maximum Pressure Measurement

200mbar

Minimum Pressure Measurement

0mbar

Pressure Port Type

Differential

Minimum/Maximum Recordings

Yes

Model Number p

512

Intrinsically Safe

No

Battery Type

9V

Display Type

LCD

Overpressure Maximum

±200mbar

Weight

300g

Width

57mm

Dimensions

202 x 57 x 42mm

Maximum Operating Temperature

+60°C

Length

202mm

Height

42mm

Minimum Operating Temperature

0°C

RoHS Status: Not Applicable

COO (Country of Origin):
DE

Testo Rechargeable Digital Manometer, 0hPa to 200hPa,300g - 0560 5128


Looking for a combined air pressure and flow measurement device? Choose this digital manometer from Testo. The broad pressure measuring range of 0hPa to 200hPa (hectopascals) means it's suitable for low to medium-pressure applications. You can choose from eight different measurement units for enhanced versatility. It features an in-built density compensation system to ensure accurate results. The device's illuminated LCD (liquid-crystal display) is easy to read in low-light environments for greater ease of use. To conserve energy for an extended service life, this unit automatically turns off after 10 minutes. Thanks to its light weight of 300g, it's suitable for portable use.

Features & Benefits


• Hold button to freeze measurements for easy reading and data collection
• Broad operating temperature range of 0°C to +60°C for use in demanding environments
• Tough ABS (acrylonitrile butadiene styrene) case is resistant to impact and wear

Applications


• Pharmaceutical industry
• Building maintenance
• Laboratories

How do I measure airflow with this manometer?


You can use this manometer to measure airflow in pipes and air ducts by inserting a pitot-static tube into the air passage and attaching it to the probes on the meter. It reads speeds between 10 and 100m/s (metres per second) so it's suitable for a variety of systems.