Product Description
The Sanyo Denki G Sanmotion AC Servo Amplifiers series includes the GADSA01AB22. Is a highly versatile servo amplifier ideal for precision and flexible machine designs across a diverse range of functional motion control applications . It has position, speed, and torque control modes with seamless switching between them through parameter adjustments for a wide operational range. Compatible with standard industrial power supplies (200–240 VAC single phase or 300 VDC input). IGBT based Sinusoidal PWM control system is made into the GADSA01AB22 to drive the smooth operation of the motor. This technology reduces energy loss and improves performance, making it suitable for precision high-precision tasks. The amplifier also features an integrated regenerative resistor that dissipates excess energy during deceleration, thereby enhancing system reliability and minimizing external components. GADSA01AB22 is the lowest power solution currently available on the market for these types of applications at only 0.75 kg, thus can be easily added into mechanically constrained systems. Designed to work in conditions with a humidity rate of 95% or less, GADSA01AB22 provides constant feedback even in adverse conditions. With passive natural convection cooling, no external cooling is needed, simplifying installation and maintenance. The G Sanmotion AC Servo Amplifiers series embodies exceptional control capabilities and robustness, which is evident in the GADSA01AB22. Ideal for CNC machinery, robotics, and precision automation applications, this amplifier provides outstanding accuracy and reliability for these demanding systems. It stands out for modern automation applications with its ability to switch control modes and its high efficiency. Its ability to change control modes and its high efficiency make it a flexible solution for modern automation tasks. In conclusion, the Sanyo Denki GADSA01AB22 servo amplifier is a game changer in the world of motion control, with its flexible configuration options, outstanding efficiency, and compact size.