CETATEST 820 - Leak Tester with Differential Pressure Sensor

Product Description

The CETATEST 820 is a high-quality and cost-effective differential pressure test device for leak testing of directly fillable products using compressed air.


The differential pressure method is based on the comparison of the pressures in the test part volume with the pressure in a leak-tight reference volume. This test method is used for reliable detection of small pressure losses and low leakage rates.
The CETATEST 820 can be used in automated production processes for leak testing within the cycle time of the production line. It is operated via the 7-inch touch screen with intuitive user interface. Separate start/stop buttons ensure operating safety even in harsh industrial environments. The memory stores 100,000 measurement results and 64 test programs.

 

CETA Testsysteme GmbH

  • Country/Region:
    Germany
  • Founded:
    1988
  • On CPHI since:
    2026
  • Certificates:
    3
  • Employees:
    25 - 49
Company types
Machinery and Equipment Supplier/Manufacturer
Primary activities
Technology
Specifications
  • Details
  • Leak testers with differential pressure sensor
  • High quality 
  • Cost-effective 
  • For direct fillable products
  • Pressure decay
  • RS-232 & Ethernet as standard interface
  • Option: Profinet protocol
  • Selling Points
    Quality Service; Without extra costs

    Internationally recognised calibration certificate according DIN EN ISO/IEC 170253 years warranty (optional extendable to 5 years)
  • Model
    CETATEST 820
  • Supplied from
    Germany
  • CETA Testsysteme GmbH

    • Country/Region:
      Germany
    • Founded:
      1988
    • On CPHI since:
      2026
    • Certificates:
      3
    • Employees:
      25 - 49
    Company types
    Machinery and Equipment Supplier/Manufacturer
    Primary activities
    Technology

    More Products from CETA Testsysteme GmbH (1)

    • CETATEST LV - Leak Tester with Gauge Pressure Sensor

      Product CETATEST LV - Leak Tester with Gauge Pressure Sensor

      The leak tester CETATEST LV (Large Volume) can be used for leak testing for directly fillable products with compressed air as the test medium. The leak tester is equipped with a gauge pressure sensor and has a wide measuring range. The test method is based on measuring the pressure change in the test part ...

    CETA Testsysteme GmbH resources (4)

    • Video Image Video of CETA Testsysteme GmbH

      Who we are. 
      What we offer. 


      Learn more about CETA Testsysteme GmbH in our image video.
    • Brochure CETA Company Profile

      Learn more about CETA Testsysteme and take a look into our company profile.
    • Whitepaper Leak Testing of Large-Volume Containers - Quality control of new and reconditioned IBCs

      Large-volume containers such as IBCs and drums present particular challenges for leak testing. Using the overpressure version of the CETATEST LV with its turbo-fill function, IBCs with a volume of approximately 1,000 liters can be tested in just 30 seconds, while the total test time for a 160-liter drum is only 10 seconds. Depending on the test volume, leaks corresponding to hole sizes from approximately 0.07 to 1 mm can be reliably detected. The Application Note also presents a solution for the separate leak testing of outlet taps on reconditioned IBCs using a compact standalone test bench and the vacuum version of the CETATEST LV.
    • Whitepaper Leak Testing of Flexible Packaging - Combining image processing and leak testing

      Flexible packaging such as flow packs, doy packs, spouts and blister packaging places high demands on reliable leak detection. The solution presented combines optical inspection with leak testing, enabling both rapid detection of gross leaks using image processing and artificial intelligence and quantitative evaluation of smaller leaks. Depending on the application, hole sizes down to approximately 10 µm can be detected, while typical sealing defects can also be identified. The Application Note presents both a compact benchtop solution for laboratory and sample testing and an inline concept for automated end-of-line inspection at rates of several hundred parts per minute.