GEMÜ has developed a new innovative solution, the GEMÜ 652 Pulsation Damper, to compensate pressure and volume fluctuations such as water hammer or vapour pressure surge. The GEMÜ 652 Pulsation Damper has a game changing feature, being aseptic (with a max sterilisation temperature of 150°C) and suitable for corrosive liquid and gaseous media. Based on the tried and tested diaphragm valve technology and reliable actuator design, the GEMÜ 652 is designed to take pressure spikes out of the process media to minimise leaks or protect plant equipment.
In many production plants, unwanted pressure surges can cause damage to system components, such as filters, sensors or pipelines, as well as contamination of media, due to the brief lifting of the diaphragm. The main function of the GEMÜ 652 pulsation damper is to dampen as much volume as possible within a specific operating range. The body is designed without a sealing weir (full bore design), and for this reason, it won’t shut off the media and therefore the actual expansion volume is compensated by the moving diaphragm.
This ingenious solution by GEMÜ will solve multiple problems in many varied applications – putting you more in control of your process and premature failures.
Key Product Features:
See below for more technical information on the GEMÜ 652:
>> Product Flyer
>> Data-sheet
>> Operating Instructions
Tel: 01925 824044
Email: customer.support@gemu.co.uk
Web: www.gemu.co.uk
When a strategic Scottish Water pumping station had to be taken out of service unexpectedly,…
Watson-Marlow to showcase scalable peristaltic pump range and single use assemblies at BioProcess International Europe…
Providing essential aeration in settlement pits, Landia Chopper Pumps have completed a decade of reliable…
Amarinth has successfully engineered a bespoke suite of API 685 VS4 magnetic drive pumps for…
Biotech Fluidics has introduced the DEGASi® Integration HFIP, a high performance online degassing system engineered…
Flow control specialist Bürkert has introduced a new pressure relief valve designed to protect sensitive…