Product Description
The SC453-038-15 is a digital controller for three-phase motors in the Pacific Scientific range of servo drives. It regulates motion in demanding systems by controlling motor parameters like rotational force and speed. This leads to well-coordinated movement and precise positioning for enhanced system productivity. The controller uses programmable logic and synchronized command execution to manage rapid speed and direction changes. It is built to efficiently handle tasks that require repetitive and tightly timed movements.
The SC453-038-15 offers full-range motion control, enabling it to handle motor operation through forward and reverse movement. It can also handle motoring and regenerative braking, enabling the controller to transition seamlessly between acceleration and deceleration while maintaining precise torque regulation. This controller’s feedback system relies on a resolver to determine the precise angular position and speed of the motor shaft in real time. The resolver generates two sinusoidal signals based on rotor position, which the controller interprets to maintain accurate motor alignment during operation. This continuous feedback loop allows for smooth motion control and rapid corrections to enhance motion stability and reliability.
This controller module is widely compatible with 3-phase permanent magnetic brushless servo motors, allowing it to control motors commonly used in modern automation systems. This ensures seamless integration with a wide range of motors, enhancing the controller’s versatility in various automation settings. This unit is rated for a peak power output of 4500 Watts, enabling it to support high-demand motion tasks that require brief bursts of elevated torque and speed. This peak capacity allows the controller to effectively drive motors used in intensive applications, ensuring reliable and dynamic performance. The controller can be safely installed in systems that use either North American or European power standards due to its broad voltage tolerance, ensuring ease of setup and integration in diverse environments.