Excellent PLC
Product Introduction
The Allen Bradley 1768-M04SE/A CompactLogix 4 Axis SERCOS Interface Module is a high-performance motion control communication module designed for CompactLogix 1768 control systems. This module provides a dedicated SERCOS (Serial Real-time Communication System) interface for controlling multiple servo drives and motion devices within industrial automation environments.
SERCOS is a widely used real-time fiber optic communication protocol designed specifically for motion control applications. The 1768-M04SE/A module allows CompactLogix controllers to communicate with servo drives through a deterministic high-speed communication network, ensuring synchronized motion control across multiple axes. By supporting up to four motion axes, the module enables precise control of servo motors used in automated machinery and production systems.
The module acts as a bridge between the CompactLogix controller and SERCOS-enabled motion devices, allowing the controller to send commands and receive feedback from servo drives with minimal latency. This architecture allows accurate coordination of position, speed, and torque control for advanced motion applications. The module is especially suited for systems requiring coordinated multi-axis motion such as packaging machines, assembly lines, and material handling equipment.
Designed for industrial reliability, the 1768-M04SE/A module operates within a robust electrical and mechanical framework that supports continuous operation in demanding environments. It integrates seamlessly into CompactLogix systems through the 1768 backplane and communicates directly with the controller for motion instruction processing.
With its deterministic communication capability, efficient power design, and high-speed fiber optic interface, the 1768-M04SE/A module provides an effective solution for implementing advanced motion control systems in modern manufacturing facilities. It allows engineers to build flexible motion architectures while maintaining precise synchronization between multiple motion axes.
Product Specifications
| Parameter | Description |
|---|---|
| Product Name | CompactLogix 4 Axis SERCOS Interface Module |
| Model Number | 1768-M04SE/A |
| Series | CompactLogix 1768 Series |
| Manufacturer | Allen Bradley |
| Communication Protocol | SERCOS real-time fiber optic communication |
| Supported Motion Axes | 4 axes |
| Module Type | Motion interface module |
| Isolation Voltage | 30 V continuous |
| Bus Current Draw @ 5.2 VDC | 969 mA |
| Backplane Current | 1.4 A at 24 V |
| Power Dissipation | 5.04 W |
| Power Consumption | 33.6 W |
| System Integration | Compatible with CompactLogix 1768 controllers |
| Installation | Mounted in CompactLogix controller chassis |
| Motion Control Capability | Coordinated multi-axis motion control |
| Dimensions | 132.02 x 56.68 x 105.1 mm |
| Weight | 0.2 kg |
Applications
• Industrial servo motion control systems – The module is used to connect CompactLogix controllers with servo drives in high-precision motion control applications.
• Packaging machinery – Supports synchronized motion control for high-speed packaging machines, labeling systems, and filling equipment.
• Automated assembly lines – Enables coordinated movement of robotic arms, positioning tables, and mechanical actuators used in automated production systems.
• Material handling equipment – Provides motion control for conveyors, pick-and-place systems, and automated transport equipment.
• Printing and converting machines – Used in machines that require precise control of web tension, position, and synchronized motor movement.
• CNC and precision machining systems – Supports accurate servo motor control in systems requiring coordinated multi-axis positioning.
Advantages
• Deterministic real-time communication – The SERCOS protocol provides predictable high-speed communication between the controller and servo drives.
• Multi-axis motion capability – Supports control of up to four motion axes, enabling synchronized movement across complex mechanical systems.
• High motion accuracy – The fiber optic communication system ensures low latency and high precision feedback for servo control applications.
• Efficient integration with CompactLogix controllers – The module is designed to integrate directly with CompactLogix 1768 controllers for simplified system configuration.
• Reliable industrial performance – The module is designed for continuous operation in demanding industrial environments.
• Optimized power management – Balanced power consumption and dissipation help maintain stable operation within industrial control cabinets.
• Flexible automation architecture – Enables scalable motion control solutions for machines requiring coordinated multi-axis control.
