AC servo drive SD2S

synchronousasynchronouslinear

Powerful, flexible, low cost – these words describe the servo drive SD2S by SIEB & MEYER. The compact dimensions allow space-saving design of the switch cabinet. Linear motors, rotary servo motors, high-pole torque motors as well as synchronous/asynchronous tool spindles with or without sensor can be driven by SD2S. For the connection to a higher-ranking control analog reference values (+/-10 V) or pulse-direction values, CAN bus or PROFIBUS* signals and protocols are processed. Alternatively, a CNC control can be connected via the bus system SERVOLINK 4. The communication via EtherCAT (CoE)** is optinally provided Highlights Small Construction Volume Function: Provides a high nominal/peak current ratio. Advantage: Use of a smaller device in applications with short overload requirements. Benefit: Lower costs and construction volume. Universal Motor Encoder Interface Function: Resolver, encoder / linear scale (TTL or Sin/Cos), EnDat, Hiperface, SSI, Hall sensor, linear Hall sensor, magnetoresistive sensor, NAMUR sensor. Advantage: High flexibility in the choice of the motor encoder interface. Benefit: Low system costs, free choice of the motor manufacturer. Safety Integrated Function: Safety function STO integrated as standard. Advantage: No external components such as power contactors. Benefit: Reduction of the system costs. The Smart Drive for Servo Applications Universal Motor Encoder Interface SD2S evaluates all common measuring systems for rotary and linear motors. The drive controls systems with absolute value encoders with EnDat, Hiperface or SSI interface