Description Universal electric 2-finger parallel gripper with permanent lubrication, high gripping force, and a high maximum moment due to the use of a multi-tooth guidance. Field of application Optimal standard solution for many fields of application. For universal use in clean to slightly dirty environments. Advantages – Your benefits Robust multi-tooth guidance for precise handling High maximum moments possible suitable for using long gripper fingers Lubricant pockets in the mult-tooth guidance ensure process reliability and extended maintenance intervals Brushless DC servomotor for almost wear-free use and a long service life Control via digital I/O for easy commissioning and rapid integration into existing systems Four-step adjustable gripping force for simple adaption to sensitive workpieces Mounting from two sides in three screw directions for universal and flexible gripper assembly Integrated sensor system and comprehensive sensor accessory program for versatile querying possibilities and stroke position monitoring Control via IO-Link enables the prepositioning of the gripper finger and the evaluation of the gripper condition Options and special information Manually adjustable gripping force With an integrated rotary switch, the gripping force can be adjusted in four stages – 100%, 75%, 50%, and 25%. Integrated sensor system Two end positions can be monitored via integrated inductive proximity switches. Optional status monitoring via external sensor system The status of the gripper can also be monitored by optional external sensors. KA connection cable Connection cables with an angled or a straight female connector can be ordered to connect the gripper with the power supply and higher-level control system. IO-Link Version for positioning the gripper fingers and positional feedback over the entire stroke. digital I/O Version for opening/closing of gripper with integrated proximity switches for detecting the two positions. Dust-tight version SD absolutely dust-tight, increased degree of protection against ingress of materials.