Advanced Y2SD2-S40C Stepper Motor Driver

The Y2SD2-S40C stepper motor driver is designed for precision control of 2-phase bipolar stepper motors equipped with encoders, making it a versatile solution for a wide range of automation applications. With an input supply voltage range of DC 24V to 72V (±10%), this driver can cater to various operational requirements, ensuring flexibility in different setups. It features a rated output current of 6.5A (0-peak), with a maximum output current of 7.8A (0-peak), providing ample power for demanding tasks.

One of the standout features of the Y2SD2-S40C is its support for multiple control modes, including internal pulse mode, external pulse mode, torque control mode, position down mode, and analog pressure mode. This variety allows users to select the most appropriate mode for their specific application, enhancing the driver’s adaptability and usability.

The communication interface is robust, featuring inputs for a 7-digit code, encoder inputs (ABZ), and three digital outputs. Additionally, the optional coded signal output (differential A, B, Z) provides further versatility in integration. Digital input commands such as /SV ON (Servo On), RESET (alarm reset), /START (motor start/stop), /JOG (motor point), and /HOME (zero return) simplify operation, while the digital output signals (/IN POSITION and /ALARM) keep operators informed about the system's status.

LED indicators provide clear visual feedback on both operational status and any faults, allowing for quick diagnostics. The driver supports RS485 communication, accommodating up to 30 nodes for efficient network integration.

With dimensions of 156mm (L) x 97mm (W) x 33.5mm (H) and a weight of about 500g, the Y2SD2-S40C is compact and easy to integrate into various systems without sacrificing performance.

In conclusion, the Y2SD2-S40C stepper motor driver is engineered for high performance, versatility, and user-friendliness, making it an ideal choice for modern automation systems that require precise control and reliable operation.