Alfa Laval eDrive
Let Alfa Laval eDrive™ simplify your separator drive system and reduce energy cost. Fewer rotating parts than conventional gear-drive systems and a built-in oil quality control system translates into more uptime, longer intervals between service, better energy efficiency and reduced maintenance costs.
- Energy-efficient direct drive system
- A single shaft with three bearings
- Oil quality control and cooling system
- Less energy losses
- Fewer rotating parts
- High and even oil quality
- Improved energy efficiency
- More uptime
- Minimal maintenance, longer intervals between service
- Minimized operating costs
- Reduced wear-related maintenance costs
How eDrive works
Limiting the total energy consumption by utilizing both ends of the separator makes it possible to position a small energy-efficient motor inside the machine. Unlike a typical gear-drive system with up to seven bearings and three shafts, the eDrive with its compact, space-saving design has only one shaft with three bearings.
eDrive: an expert view
Watch this video to learn how eDrive™ ensures mechanical simplicity for fewer parts than conventional drive systems. Our expert, who leads the development of our new separation concepts, shares his years of expertise to explain how eDrive improves energy efficiency, in addition to minimizing operating and wear-related maintenance costs.
eDrive™ and Hermetic Design mean energy and cost efficiency
Take a closer look at Alfa Laval’s unique eDrive system. This animation goes inside an Alfa Laval separator to give you a better view of how the technology works. It explains how eDrive in combination with our Hermetic Design concept provides market-leading energy efficiency along with market-leading cost savings.
Take advantage of Alfa Laval features
All Alfa Laval separators are developed with the benefit of more than 130 years of experience with disc stack separation technology and our deep knowledge of customer processes. Find out how all that expertise has gone into unique features for improved separation performance.