Danaher Motion today announced the launch of the new servo drive S21260-SRS, further expanding its product line in the field of industrial automation. This servo drive is expected to attract wide attention in the field of automation control due to its high performance, high reliability and easy configuration.

The S21260-SRS is a fully digital industrial driver with a speed loop bandwidth of up to 800 Hz, providing unmatched system throughput and simplified tuning. It features high-resolution (24-bit) feedback and high-performance current loop bandwidth for smooth motion and fast response. In addition, intelligent feedback devices with electronic motor nameplates allow plug and play debugging in most applications, greatly saving installation and debugging time.

The main features of the servo drive include:

Compact design: The S21260-SRS measures only 2.0 “x 7.0” x 5.0 “for easy installation and integration.

S21260-SRS

Multiple control modes: position control, speed control and torque control are supported to adapt to different application requirements.
Multiple communication interfaces: including EtherCAT, CANopen, Sercos III, etc., for easy connection with other devices and systems.
High power and torque: Rated power up to 13.8kW, continuous torque 27.3Nm, peak torque 54.6 Nm, to meet the needs of heavy loads.
Wide voltage and current range: Supports AC (120/240 VAC) or DC (20-90 VDC) power supplies with a current rating of 1.5 ARMS continuously up to 48 ARMS peak.

The S21260-SRS servo drives are suitable for a variety of industrial applications, including robots, machine tools, packaging machinery, printing machinery, etc. Its high reliability and precise control capabilities make it ideal for improving production line efficiency and product quality.

With the introduction of the S21260-SRS servo drive, Danaher Motion has once again demonstrated its innovative capabilities and technical strength in the field of industrial automation. This drive will undoubtedly become an important tool to improve the efficiency and reliability of industrial automation.