A1SD75M2

Overview of Mitsubishi A1SD75M2

The Mitsubishi A1SD75M2 is a high-functionality positioning control module designed to connect with MELSEC-A series PLCs for precise motion and positioning applications. It supports control of up to 2 axes with advanced interpolation functions including linear and arc interpolation to facilitate smooth and accurate motion control tasks.

This module features a combination of SRAM and EEPROM memory with 512KB capacity each, relay outputs, and compatibility with Mitsubishi's SSCNET servo control network, enabling integration with MR-J2S and other servo amplifiers.

Key Features of Mitsubishi - A1SD75M2

• Axis Control: Manages 2 axes with linear and arc interpolation for coordinated motion control.
• Memory: 512 KB SRAM and 512 KB EEPROM for robust program and parameter storage.
• Output Type: Relay output with 16 points supporting AC 240 V/DC 24 V loads up to 2 A.
• Network Compatibility: Compatible with SSCNET to connect with Mitsubishi servo amplifiers for synchronized control.
• Programming Logic: Supports step-by-step sequential function programming for clear and easy maintenance.
• Positioning Functions: Includes zero point return, backlash compensation, speed and torque limit functions, and software/hardware stroke limits for flexible control.
• Output Load Voltage/Current: AC 240 V/DC 24 V, max 2 A per point.
• Connection Mode: Terminal row connection with 8 common public end points.
• Compatibility: Works seamlessly with MELSEC-A series PLCs and various Mitsubishi servo amplifier systems.

Technical Specs of A1SD75M2

Applications / Use Case

The Mitsubishi A1SD75M2 positioning control module is well-suited for automated machinery requiring precise multi-axis positioning such as CNC machines, assembly lines, and robotic equipment. Its advanced interpolation and feedback functions allow smooth, accurate movement and efficient operation.

Mitsubishi Electric’s integration of this module into MELSEC-A PLCs and servo networks enables comprehensive, scalable control solutions for complex industrial applications.