EIPQ internal gear reversing pump

EIPQ internal gear reversing pump

Beschreibung des Bildes

 

Eckerle internal gear pumps are gap-compensated and have been used in speed-controlled drives for decades. Due to the very good effi ciency at low speeds and low viscosity and temperature dependence results in very good controllability over the entire operating range.

Due to their symmetrical design, the pumps of the EIPQ type can operate in both directions of rotation as a pump or as a motor. In addition, the inlet side can also be pressurized in pump mode. This results in very high potentials for energy savings.


Applications:

Bending machines | Construction machinery | Elevators | Landing gear controls | Industrial trucks | Plastic injection machines | Steering systems | Presses

Since the different systems have very different requirements, the design of the EIPQ is adapted to the
individual application. The basic design of the pump remains the same.

Which task can we solve for you?

 

Advantages

  • 4-quadrant operation
  • High efficiency due to gap compensation
  • Energy recovery
  • Easy to integrate due to compact design
  • Low noise operation
  • Excellent controllability
  • Long lifetime
  • Highly dynamic due to low mass inertia
  • Simultaneous pressurization at both port connections possible

 

Download

 

Technical Data

Technical Data EIPQ

The technical data are for guidance only. * For permissible pressures at speeds from 100 to 1,800 rpm. Please consult us for higher speeds.

Products

Cookie information

To continue, please make a cookie selection.

Standard activates tracking and analytical cookies which help us to improve the website for you.

You can switch options on and off under Settings.

Settings

  • The site uses cookies to store session information.

    These are not personal and are not read by third-party servers.

  • Tracking & analysis cookies to optimize the website.

  • Cookies for using and displaying Google Maps.

  • Marketing cookies are used to follow visitors to websites.