IS220PAICH1A High Power Type Motors


Technical Parameters

D2-04TD1 – 4 pt. 12-24 VDC current sinking output module, 1 common (4 common terminals),4.0A/point, 8.0A/module, fused per point (non-replaceable), removable terminal

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Simon Zhang
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IS220PAICH1A High Power Type Motors

IS220PAICH1A  is a high-performance synchronous controller designed with FPGA and high-speed processor architecture, whose role includes synchronisation (Synchronization) control and positioning (Positioning) control. It can control servo, inverter and DC drive systems. Module introduced photoelectric encoder signal, not only can achieve speed synchronisation, but also through the encoder pulse counting on the motor rotation angle control, to achieve angular synchronisation.

IS220PAICH1A Usually the roll diameter and reduction ratio of the master and slave axes are not equal, so the speed ratio of the master and slave motors is not necessarily 1. By adjusting the parameters, the MCT126 can realise the synchronous control of any speed ratio. IS220PAICH1A By outputting -10V~+10V analogue voltage to the slave motor driver and receives optical master-slave motor photoelectric encoder pulse feedback signals to perform full closed-loop speed and position control of the slave motor, thus achieving absolute synchronisation of the master and slave motors.

IS220PAICH1A can achieve accurate synchronisation and flying shear control in dynamic process, synchronous positioning accuracy can be up to several encoder pulses, adapt to a variety of high-speed and high-precision control requirements. IS220PAICH1A can fully meet the requirements of a variety of equipment and production line speed synchronisation, angle synchronisation and process constant tension control. process constant tension control and other requirements. It is widely used in cross-cutting, die-cutting, printing, dyeing, laminating, drawing, winding, transferring and other equipment and occasions. Commands for the master motor are input externally, and the slave motors are fully controlled by the MCT126 according to the set mode.