High Power and High resolution camera OL 91 is used to detect actual angle of steel belt after cutting. Geometry of steel belt is measured accurately regardless color of conveyor.To measure angle of belt after cutting
Detection of missing rubber on top or bottom. An array of CCD cameras OL 91 is mounted on the front and back side of the calendered steel cord. High intensity LED lights provide the illumination. The cameras evaluate the surfaces continuously and save defect data in a database for quality control.
Rubberized steel cord coms from the Unwind on to a conveyor. E+L VG14 guider guides the rubberized steel cord to a desired position. This is done by a CCD line scan camera and a combination of the digital position controller and actuator. System is capable of giving feedback to unwind in case of VG14 runs out of the stroke. Steel belt after splicing is guided into the slitter at desired position via camel back guide . Liner is guided into the winder at let-off station by SR41 or set of guiding components consisting for edge sensor, actuator and controller
The ELQVS software is used to record material widths, measured with various E+L sensing systems, in relation to material length. The system can document up to six independent measuring points. The widths are recorded cyclically every 20 ms in a database and displayed on a customized HMI.
Control components for winding stations with wear-free, brushless digital drive technology for highest control accuracy and control dynamics Can be combined with infrared edge sensor FR 53 or infrared wide band sensor FE 46 or CCD camera OL 82
Integrated fieldbus interface Ethernet UDP/IP, EtherNet/IP, Profinet (optional) and other databus systems Operation, service and diagnostic capability via web-based management based on a standard web browser or via DO 33 or OP 34/OP 36
Optionally with camera computer DN 1002 or with graphical touchscreen operating unit DO 3301/3311 or OP 36.
