Used SERVO DYNAMICS SDI-1525-101-1 #192525 for sale

SERVO DYNAMICS SDI-1525-101-1
ID: 192525
Servo driver Single axis chas. with 1.
SERVO DYNAMICS SDI-1525-101-1 is an open-loop electronic servo test equipment with a single-axis motion profile servo motor. This system is designed to generate and measure motion data with linear dynamic motion control. The motion profiles range from starting at a precise point to reaching a predetermined point in a defined period of time. The device offers extremely precise and repeatable motion. SDI-1525-101-1 offers high-precision and high-accuracy motion tracking, making it an ideal choice for tests that require repeatable and reliable motion tracking. The unit utilizes a high-resolution, low-impedance, open-loop servo motor for precise motion control. With this device, velocity and position can be controlled accurately and quickly. The open-loop machine allows for up to 15000 start/stop commands per second, which makes it suitable for high-frequency dynamic motion control applications. This tool comes with an optional PID controller for greater accuracy if needed. SERVO DYNAMICS SDI-1525-101-1 has a maximum , continuous speed of 15 rpm and a maximum acceleration of 20 Gs. The device has a fast response for reliable motion control and precise tracking. With the integrated I/O interface, the device can be combined with other external hardwares for absolute motion control. SDI-1525-101-1 is a stand-alone asset and no additional software is required for setup and operation. The profiling capabilities enable accurate and repeatable motion tracking to meet a wide range of industrial automation needs. The device is also capable of combination motions, such as circular motion with linear and angular motion. SERVO DYNAMICS SDI-1525-101-1 is a comprehensive solution for motion control and high-precision, repeatable motion tracking. It is designed to provide reliable performance with quick, accurate response for a wide range of motion control applications. The high-speed motion capabilities make it ideal for testing and research into high-speed, dynamic motion.
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