GE Fanuc IC693DSM314 Axis Motion Control Module

Product Overview

The GE Fanuc IC693DSM314 Axis Motion Control Module is a high-performance motion control solution designed to be integrated with GE Fanuc Series 90-30 PLC systems. This module provides precise control over the motion of machines, conveyors, and robotic arms, delivering accurate positioning and speed control across various industrial applications. Ideal for use in industries such as manufacturing, packaging, and material handling, the IC693DSM314 ensures seamless motion coordination, high-speed performance, and reliable operation in complex automation systems.

Key Features

• High-Performance Motion Control – Enables precise control over multiple axes of motion, allowing for accurate position, speed, and torque control in machines and equipment

• Multi-Axis Support – Supports up to 3 axes of independent motion control, making it suitable for multi-axis systems and applications such as robotics, packaging machines, and automated production lines

• Positioning and Speed Control – Provides highly accurate positioning and speed control, essential for applications that require fine-tuned motion, including CNC machines and automated conveyors

• Programmable Motion Profiles – Offers the ability to program complex motion profiles, including velocity and acceleration curves, to optimize machine performance and product quality

• Real-Time Data – Provides real-time feedback and diagnostics, enabling operators to monitor and adjust motion parameters for optimal performance and minimal downtime

• Seamless Integration – Designed for easy integration with GE Fanuc Series 90-30 PLCs, ensuring smooth communication and system operation across multiple modules and devices

• Compact and Robust Design – Built to operate in demanding industrial environments, with a compact and rugged design that ensures durability and reliability in harsh conditions

• Advanced Diagnostics – Equipped with advanced diagnostic tools to monitor the health of the motion system, detect faults, and support preventive maintenance efforts

• Flexible Configuration – Supports a variety of motion control configurations, including stepper motors, servos, and DC motors, providing flexibility for diverse applications

• Enhanced Motion Profiling – Allows for advanced motion functions such as jerk-limited acceleration and deceleration, helping to reduce mechanical wear and tear

Technical Specifications

3.1 Dimensions and Weight

3.2 Electrical Characteristics

3.3 Environmental Characteristics

3.4 System Compatibility

Industry Applications

• Manufacturing – Ideal for controlling automated production lines, including conveyors, robotic arms, and CNC machines, enabling precise motion and positioning for increased productivity and reduced errors

• Packaging – Used in packaging systems to control motion of machines like labelers, sorters, and filling stations, ensuring high-speed, accurate operations and high product throughput

• Material Handling – Enhances material handling systems by providing precise control over conveyors, sorters, and automated guided vehicles (AGVs) for improved operational efficiency and safety

• Robotics – Supports multi-axis motion control in robotic systems, ensuring precise and coordinated movements for tasks such as assembly, pick-and-place, and inspection

• Automated Assembly – Enables accurate motion control in automated assembly systems, ensuring precision assembly and minimizing errors in high-volume manufacturing environments

The GE Fanuc IC693DSM314 Axis Motion Control Module provides high-performance motion control for industrial applications requiring precise coordination and speed. Its multi-axis capability, advanced diagnostics, and seamless integration with GE Fanuc PLCs make it ideal for industries like manufacturing, packaging, robotics, and material handling. By offering accurate positioning, flexible motor control, and real-time data feedback, the IC693DSM314 ensures the efficient and reliable operation of automated systems, reducing downtime and improving overall system performance.