testo 512 - 0-2000 hPa Pressure Meter

Order-Nr. 0560 5129

8 Units Of Pressure
kPa, hPa, Pa, mm H2O,mmHg, psi, inch H2O, inch Hg
Built In Density Compensation
Simlutaneous Display Of Flow & Pressure Values

The testo 512 0-2000hPa shows the pressure value in an easy-to-read, large, backlit display. Measurement data can be printed on site with date and time as well as minimum and maximum values.

Shipping costs

$745.00

incl. GST $819.50

+61 3 - 41000435

Inquiry

Product Description

The testo 512 differential pressure measuring instrument can be used to perform differential pressure measurements in a measuring range of 0 to 2000 hPa.

The damping for moving averages is adjustable. The actual value shown can be held on the display by pressing the HOLD button. The measured minimum and maximum value can be displayed and stored on the instrument.

You can display measuring values from your differential pressure measurements in any of the 8 possible units: kPa, hPa, mm H2O, mmHg, psi, inch H2O and inch Hg. The values can be viewed easily on the large illuminated display of the differential pressure measuring instrument.

Accessories for the differential pressure measuring instrument: further practical advantages

With our optional accessories, you are investing in the durability of the instrument and will benefit from practical use: the handy bag ensures safe storage and transportation of the differential pressure measuring instrument. The TopSafe protective case protects the instrument against impact, dirt and spray water.

With the testo fast printer, you can print out measurement protocols directly on site. Data transfer is carried out easily via infrared.

Delivery Scope

General technical data
Dimensions	202 x 57 x 42 mm
Operating temperature	0 to +60 °C
Measuring medium	All non-corrosive gases
Seceltable units	hPa, mmH₂O, inH₂O, inHg, mmHg, kPa, psi
Battery type	9V block battery, 6F22
Battery life	120 h
Display type	LCD (Liquid Crystal Display)
Display size	2 lines
Storage temperature	-10 to +70 °C
Weight	300 g