V2P – Industrial pressure calibrator

Description

V2P – Industrial pressure calibrator (-1…20) bar
Field instrument for pressure generation and adjustment
from vacuum to 20 bar.
The instrument is particularly suited for field use, but is also useful in the laboratory.
It allows the generation of pressures up to 20 bar and vacuum down to -900 mbar without the need for external sources.
Typical applications include:
– field calibration of pressure gauges, pressure transducers, pressure sensors, pressure transmitters
– calibration of pneumatic instrumentation in general.
The proportional exhaust valve makes it possible to carry out checks even with decreasing pressures.
It does not require external sources.
Suitcase made from special 100% recyclable resin.
Economical and easy to maintain.

Optional and on request, CRP101 digital reference pressure gauge:
A wide range of models is available depending on the measurement range and the required accuracy class: 0.1%FS, 0.05%FS or 0.02%FS.

Specifications

• Pressure sensitivity adjustable down to 0.01 mbar
• Range: -0.9 bar to 20 bar
• Sensitivity: < 0.1 mbar with external volume V = 10 cc @ 25 °C @ 15 bar (max. 0.01 mbar @ p < 1 bar)
• Construction materials: aluminium, stainless steel, brass, special resin (for case).
• Seals: NBR.
• Compatible fluids: air, nitrogen, any fluid compatible with aluminium, stainless steel, brass and NBR.
• Ergonomic handle.
• Internal pump PHP-20 (-0.9…20) bar
• PHR-20 internal pressure variator (-0.9…20) bar
• Internal pressure gauge DN63 (-1..0) bar – class 1.6%
• Internal pressure gauge DN63 (0…25) bar – class 1.6%
• OUT 1 connection: 1/4 BSP F with 1/4 BSP F swivel adapter
• OUT 2 connection: 1/8 BSP F
• 4/2 tube quick connectors (for internal clamps)

 

Supplied with a traceable calibration report
Optional calibration certificate issued by a LAT accredited centre

Dimensions: Diam. 280 x 285 x 225 mm
Weight: 2.5 kg approx.
Warranty: 1 year, extendable to 24 months
Made in Italy

Documentation available for download from the Download area.