KSE3 IOL
Elektromechanické silové svěráky
Elektromechanické dvoučelisťové silové svěráky s integrovanou elektronikou a rozhraním IO-Link. Silové svěráky nabízejí integrované sledování polohy čelistí a mohou být provozovány zcela bez hydrauliky nebo pneumatiky.
Popis
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 - 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
- Electromechanical clamping force block for automation
The networking of different machines is becoming increasingly important as a result of digitalization and the associated automation of processes. In addition, more and more production lines are being operated completely without hydraulics or pneumatics. The 2-jaw clamping force block KSE3 IOL was developed specifically for these requirements. - Maximum flexibility due to control via IO-Link
The vise has an electromechanical drive, and therefore only requires an electrical power source for operation. Control via IO-Link allows all main parameters such as clamping force, clamping and insertion position to be controlled.