CLC-D02.3 | Bosch Multi-Axis Coordinated Motion Control

Technical Specifications  

Information About CLC-D02.3

The CLC-D02.3 is an advanced multi-axis coordinated motion control module, designed as an add-on board for servo products in industrial automation systems. This module provides precise and efficient control over multiple axes of motion, making it an essential component for applications requiring synchronized movement of multiple servo motors. It falls within the servo products category and is classified as a servo add-on module/board, meaning it is designed to enhance the functionality of existing servo systems by offering additional control capabilities for complex motion tasks.

One of the key features of the CLC-D02.3 is its ability to manage coordinated motion across multiple axes, which is critical in applications where timing and synchronization are essential to overall system performance. Coordinated motion control ensures that all axes of movement operate in harmony, maintaining precise relationships between the movements of each motor. This capability is particularly important in industries such as robotics, CNC machining, and automated assembly lines, where accuracy and synchronization are vital for achieving high-quality outputs and operational efficiency.

The CLC-D02.3 serves as an input control card within the servo system, receiving commands from the central control unit and translating them into coordinated motion instructions for the servo motors. Its role as an input control card is essential for ensuring that the motion commands are executed with precision, enabling the servo motors to perform complex tasks in unison. The input control card is responsible for processing real-time data from the system and adjusting the motion of each axis to ensure smooth and synchronized operation.

The CLC-D02.3 utilizes fiberoptic SERCOS-based control for communication between the module and other system components. SERCOS (Serial Real-time Communication System) is a high-speed, deterministic communication protocol commonly used in industrial automation for real-time data exchange. The fiberoptic communication ensures that data is transmitted quickly and reliably, minimizing latency and ensuring that the motion control instructions are executed without delay. Fiberoptic technology also provides noise immunity, making the CLC-D02.3 well-suited for use in environments where electrical noise or interference could impact traditional communication methods.