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Specifications

Technical Data DPT 40 DPT 65 DPT 100 DPT 125
Hose pump size PT 25, PT 32, PT 38, PT 40 PT 51, PT 60, PT 65 PT 80, PT 80L, PT 100 PT 125
Max air pressure (bar/psi) 15/217 10/145 10/145 10/145
Max outlet pressure (bar/psi) 15/217 10/145 10/145 10/145
Min temperature (°C/°F) -20/-4 -20/-4 -20/-4 -20/-4
Max temperature (°C/°F) 80/176 80/176 80/176 80/176
Dampener weight  25/55 55/121 87/192 86/190

 

See below to download our full specifications.

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Key Features

  • Reduced downtime and maintenance costs: Minimise wear and tear on your system.
  • Easy to clean: The inner part of the hose is the only part to come into contact with the fluid, simplifying cleaning.
  • Versatile: Also suitable for use with additional pump types.
  • Certified design: Compliant with rigorous standards set out by the European PED Directive 2014/68/EU
  • Superior fluid compatibility: Able to handle abrasive, corrosive and even viscous fluids with particles up to 20% of the inner hose diameter
PTP100 & Dampener set up in a warehouse

The Dampening Effect

Using a pressurised vessel with a reinforced hose charged with compressed air or nitrogen, our pulsation dampeners absorb and smooth out the pulses generated by the pump.

The result is significantly extended pump hose life, improved reliability, and lower maintenance costs, alongside smoother, uninterrupted operation across your installation. Each dampener can be installed vertically or horizontally to suit your system, and while designed for Peristaltic Pumps, they are equally suitable for other pump types.

The Pulsation Dampener installed at the pump outlet (light blue) reduces flow pulsation compared to one without it (shown in dark blue). This results in a proven reduction in pulsation by up to 80%!

Graph showing DPT Pulsation dampener dampening effect

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