N 96 Diaphragm Vacuum Pump and Compressor

Technical Features

Features & Benefits

Modular System Options

The following pump parts can be customizised by our modular system:
8.5 l/min

Maximum flow rate at atm. pressure

< 100 mbar abs.

Ultimate vacuum

2.5 bar rel.

Maximum operating pressure

Up to 70 °C

Extended temperature range for media temperatures

Copes well with vapor and condensation

Brushless DC motor for custom-fit rotational speed control

The pump can start against the entire pressure and vacuum range without discharging

Extended temperature range for ambient temperatures up to 50 °C and media temperatures up to 70 °C

Low operating costs and reduced heat emissions from the pump thanks to efficient motor

High level of gas thightness: 6 x 10-3 mbar x l/s according to type examination

Pump Head
  • PPS
  • Aluminium
  • Stainless steel
Diaphragm
  • EPDM
  • PTFE-coated
Valves
  • FKM
  • FFKM
Motor
  • Brushless DC motor with PWM signal: 55 ... 0 %
  • Brushless DC motor with PWM signal: 30 ... 0 %
  • Brushless DC motor with AC power supply

Videos

Maintenance of the N 96 Vacuum Pump and Compressor in Real Time!
Flexible Support from Start to Finish - your added value is our priority
KNF modular system of the N 96 diaphragm vacuum pump
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More Information

Familiarize yourself with the technical details of our N 96 diaphragm vacuum pump/ compressor.

N 96 Product overview

Do you have any further questions about the pump?

We would be delighted to advise you on everything from pump selection to customization for your specific application. We would also be happy to discuss options for trying out a sample pump.  

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KNF Modular System

Flexible, custom-fit, cost-effective - from standard to high-end

Every application is different and some are one of a kind. Our modular system is designed to give you a high degree of flexibility, speed and reliability. You can be sure the every gas und liquid pump supplied by KNF will exactly meet your requirements, no matter how complex or unusual these might be. 

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