CPP7-H WIKA Pneumatic Portable Test Piston

Description

The WIKA CPP7-H pneumatic portable test pressure gauge is designed for on-site pressure generation, in the laboratory or in the workshop. It supplies a small positive or negative pressure.

The CPP7-H pneumatic portable test pressure transmitter allows pressure generation for testing, regulation or calibration of low pressure measuring instruments. These include heating, ventilation, air conditioning, medical devices and filtration equipment.

Easy tomanage

If the pneumatic portable test pump connect a test element and a sufficiently accurate reference measuring instrument, will be trigger ed when the accelerator is released the same pressure is applied to both measuring instruments. By comparing the two measured values, at any measured pressure value, it is possible to check the accuracy and/oror setting up a pressure tester. To get close to the measuring points, has a portable test paver valve for fine adjustment.

Simple Handling

The CPP7-H is a pneumatic portable test pressure washer for low pressure areas up to 7 bares with a switch to ucreating a vacuum to –800 mbar. The maximum achievable pressure or vacuum depends on the connected test volume.

With smooth uby pressure and embedded valve for precise Setting is maybe Safe and precise set very small positive or negative Pressures v areasu mbar. You can easily connect the test element and the reference measuring instrument via a T-connector with a hose connector.

 

To view additional options and more technical features, we recommend viewing the attached pdfs. documents under the Documentation section.

 

Fields of application, applications CPP7-H

• providing small positive or negative pressures
• easily create test pressures on site (ON SITE), in the lab or in the workshop
• specially designed for testing, adjusting and calibrating low-pressure measuring instruments
  • in the fields of heating, ventilation and air-conditioning, clean room engineering, medical engineering and filtration and dust removal technology