SCE M68-2000 Dual Axis CNC Servo Drive Controller

The SCE M68-2000 is a high-performance dual-axis CNC servo drive controller engineered by SCE ELETTRONICA for demanding machine tool and motion control applications. This integrated drive module incorporates independent control architecture for two axes within a single enclosure, significantly reducing control cabinet space requirements and wiring complexity compared to separate single-axis drive solutions. The M68-2000 is specifically designed to deliver high precision, fast response, and stable operation in industrial environments requiring continuous long-term operation.

The drive supports three core control modes—position, speed, and torque—enabling seamless adaptation to diverse process requirements. Its high-performance processor architecture supports high-speed trajectory calculation and rapid response to command inputs, meeting the demands of high-precision positioning and high-dynamic motion control applications. Multiple command interface options are integrated, including pulse input, analog signals, and fieldbus communication, ensuring compatibility with mainstream CNC systems and programmable controllers.

Key Features

• Dual Axis Independent Control: Single module drives two servo motors simultaneously with independent axis control.

• Three Control Modes: Supports position, speed, and torque control modes with seamless switching capability.

• Multiple Encoder Interfaces: Compatible with absolute, incremental, and sin/cos encoder types for position feedback.

• Comprehensive Protection: Built-in overcurrent, overload, overvoltage, undervoltage, and overtemperature protection.

• High-Speed Processing: High-performance processor supports high-speed trajectory calculation and fast response.

Technical Specifications

Applications

The SCE M68-2000 dual-axis servo drive is widely deployed in applications requiring coordinated motion control. Typical applications include CNC machine tools requiring simultaneous axis control, machining centers for multi-axis part processing, automated production lines with coordinated axis movement, specialized lathes and cylindrical grinders, and automated assembly stations requiring precise positioning control.