German motorona chase shear controller

motronaController, GermanymotronaSynchronous controller, GermanymotronaConversion interface catalog table, GermanymotronaSignal conversion module, GermanymotronaFlying shear controller, GermanymotronaChasing controller
Motona synchronous controllers are all based on the master-slave principle. The active shaft moves under any planned speed curve, and the controller can control one or more passive shafts to accurately follow the position and speed of the active shaft.
The motorona controller receives incremental encoder signal feedback as a synchronization reference for the active and passive shafts. Many applications utilize measuring wheel encoders as the active shaft position. You can preset the speed and gear by adjusting the pulse ratio factor
All controllers of Motorola can receive Z-phase, proximity switch, and photoelectric switch signals from encoders to automatically generate the correct position for applications related to spacing and period. The Motorola synchronous controller can be matched with any speed controlled drive (AC frequency conversion DC、 Servo or hydraulic system), receiving analog signals of ± 10V. It has demonstrated excellent performance in high dynamic response and fast position control applications.
Advantages of motorona flying shear controller: The cutting wheel smoothly accelerates and decelerates with Sin ^ 2 curve, high-speed cutting, encoder input frequency of 300kHz; Control object: servo or 4Q motor, built-in LCD or PC online setting parameters; The length input is controlled by a toggle switch RS232/RS485 CAN Bus, which can manually teach printing cutting points; Response time 150 μ sec Specification: MC700-CT702/CT150.