Product Description

The SERVOSTAR 300 S300 serves as effective and complicated means of control for numerous types of motors: rotary synchronous servomotors, induction machines, high-frequency motors, DC motors, as well as rotary and linear direct drive motors. These drives, including the SERVOSTAR-300, are built up to the maximum synchronism norm and provide options such as cogging torque suppression within settled traverse distances which is most suitable for applications that ensure accurate synchronization control of given systems at very low operational rotation speeds.

The S300 series comprises all necessary elements of the digital control system, including the digital current controller, adjustable digital speed controller, and integrated position controller, which provides the reliability and precision of motor control in a wide range of applications. It is also possible to reprogram the drives via RS232 interface fully which makes the drives more application specific. Some of the key features include two programmable analog inputs, four programmable digital inputs, and two programmable outputs providing breadth of configuration. S300 encoder emulation provides additional flexibility as well as the ability to emulate lenses with incremental encoders and A quad B or SSI interfaces.

Reliability is one of the core features of S300 series drives, in which integrated Safe Torque Off (STO) is included. This single-channel STO clause in IL2 SIL is IEC 61508 conformant, ISO 13849-1 PL d compliant providing effective protection against unattended drive restarts for personnel, by ensuring dependable restart lock. In addition, the S300 servo drives have an option of an auxiliary supply voltage of 24VDC and internally fused isolating transformer and uninterpretable power supply with the infusion of these the drives can work in different industrial conditions exceedingly well. The complementarity of these characteristics makes the SERVOSTAR 300 an excellent option for applications with high performance, high safety and high variability.