中文ELECTRO-HYDRAULIC LINEAR DRIVE
NEW AND REVOLUTIONARY
·THE ALTERNATIVE TO SPINDLE DRIVES
being completely insensitive to external force impact, they are virtually wear-free even in continuous operation.
uses energy only when it is actually needed.
Maximum
forces
very high forces of up to 625 kN (62.5 tons); with our special actuators, even up to 5 MN (500 tons)
Very
dynamic
both for high force build-up and for high travel speed
Precisely
controllable
very precise control of force or position, even in the μm range
Easy
integration
simplifies initial installation and maintenance through purely electrical integration
·THE ALTERNATIVE TO HYDRAULIC DRIVES
No hydraulic
unit
avoids costs and effort for a power unit, hydraulic hoses and piping
Clean and
ecological
completely encapsulated and filled ex-factory with a minimum amount of hydraulic oil
Easy
integration
simplifies initial installation and maintenance through purely electrical integration
Very
energy-efficient
uses energy only when it is actually needed
Very
dynamic
both for high force build-up and for high travel speed
Precisely
contorllable
very precise control of force or position, even in the μm range
Maximum
forces
very high forces of up to 625 kN (62.5 tons); with our special actuators, even up to 5 MN (500 tons)
Robust and
wear-resistant
being completely insensitive to external force impact, they are virtually wear-free even in continuous operation.
E-AHP Series
BASIC
The entry point for autarkic hydraulic axes
Autarkic hydraulic axes are compact units consisting of hydraulic cylinder and motor-pump unit. They can be controlled like electromechanical spindle units. The servo motor is controlled by means of a commercially available frequency converter.
Our units support all well-known manufacturers such as Siemens, Beckhoff, KEB, SEW, Schneider,...
Compared to electromechanical axes, the E-AHP units are characterized by very high forces and very low wear. Even if always the same positions are approached, this is no problem with these units.
E-AHP basic units are characterized by their simple design. The retraction and extension speeds and forces are the same due to the so-called synchronous cylinder.
• For punching, bending, cutting, pressing, etc.
• Highly precise positioning (< 5 µm)
• Highly precise pressure and force control
• Full 4-quadrant operation (bi-directional push/pull)
E-AHP BASIC – Download Area
PROVE
Synchronized with additional options
Both units, the E-AHP basic and the E-AHP prove, are based on a synchronous cylinder.
While the basic unit only has a high-quality servo motor, the prove unit has additional valves
integrated for load holding or other control tasks.
Shut-off valves and the like can also be integrated in the prove axis and thus a performance level
of D/E can be achieved.
• For punching, bending, cutting, pressing, etc.
• Press safety
• Performance Level D/E possible
• Highly precise positioning (< 5 µm)
• Highly precise pressure and force control
• Full 4-quadrant operation (bi-directional push/pull)
E-AHP PROVE– Download Area
PERFORMANCE
Highest precision - maximum energy efficiency
These units differ from our E-AHP basic and E-AHP prove units in two features:
1.The E-AHP performance is based on a differential cylinder, this allows and a so-called
regeneration mode (rapid traverse) and the entry and exit forces are different. This unit can be
built the most compact.
2.The E-AHP performance unit is equipped with a valve block as standard, which offers many
possibilities. One of these possibilities is to maintain pressures for a very long time without
using energy here.
As with the prove unit, various control tasks can be performed here with the integrated valves. A
performance level PL D/E is possible.
• For punching, bending, cutting, pressing, etc.
• Press safety
• Performance Level D/E possible
• Highly precise positioning (< 5 µm)
• Highly precise pressure and force control
• Full 4-quadrant operation (bi-directional push/pull)
E-AHP PERFORMANCE – Download Area
