KRE3 IOL
Prensas de sujeción electromecánicas
Prensas de sujeción electromecánicas de 3 mordazas con sistema electrónico e interfaz IO-Link integrados. Las prensas de sujeción ofrecen una detección integrada de la posición de las mordazas y pueden funcionar completamente sin sistema hidráulico o neumático.
Denominación
Advantages – Your benefits
- No expensive compressed air or hydraulics required
Considerable cost savings - Control via IO-Link
For easy integration in commonly used fieldbus systems - Actuators and electronics integrated in the vise
Signal processing is done exclusively in the clamping device - Motor gearbox combination
A high reduction ratio for high clamping forces - 3-jaw clamping force block
For low-deformation clamping of cylindrical workpieces, especially rings, without special jaws - Highest flexibility
Can be used for applications in which neither pneumatics, nor hydraulics are available - Wide range of query and transmission options
Ideally suited for automation applications - Maximum process reliability
Thanks to various query options and transmission of error messages - Hardened and extremely rigid base body
Therefore a longer service life at highest precision. Even with maximum clamping force - Square design with ideal external contour
Ideal for 6-sided machining in two set-ups with the best lateral accessibility - Base jaws with tongue and groove and fine serration as a dual interface as standard
High flexibility of system jaws - Pre-positioning of the jaws
For fast loading and unloading of different workpieces
Options and special information
- Efficient clamping of cylindrical workpieces
The TANDEM KRE3 IOL clamping force blocks are completely electrically driven, and are therefore ideal for all production systems, where no hydraulic or pneumatic connection is available. As a 3-jaw vise, the KRE3 IOL is ideally suited for low-deformation clamping of cylindrical workpieces. Control via IO-Link allows all main parameters such as clamping force, clamping position, and opening position to be controlled.