Product Introduction
The ABB CI545V01 3BUP001191R1 Ethernet Submodule is a communication module designed to integrate Ethernet connectivity within ABB control and automation systems. It provides reliable and deterministic data transfer between system modules and external networks, enabling real-time communication for monitoring, control, and diagnostics.
This submodule supports high-speed Ethernet protocols suitable for industrial applications, ensuring seamless integration with ABB automation devices and controllers. Its compact form factor allows installation in tight control system enclosures while maintaining high signal integrity.
The CI545V01 is ideal for applications where networked communication, remote access, and high-reliability data exchange are critical to industrial system performance.
Product Specifications
| Specification Item | Technical Description / Value |
|---|---|
| Model Number | CI545V01 / 3BUP001191R1 |
| Product Type | Ethernet Submodule |
| Functionality | Provides Ethernet communication for ABB control modules |
| Interface Type | 10/100 Mbps Ethernet |
| Supported Protocols | Industrial Ethernet and ABB internal protocols |
| System Compatibility | ABB control and automation systems |
| Functional Role | Network connectivity, data transfer, and module integration |
| Dimensions | 260 × 30 × 120 mm |
| Weight | 0.17 kg |
Applications
• Industrial Ethernet networking between ABB control modules
• Real-time monitoring and data exchange in automated systems
• Integration with distributed control systems requiring high-speed communication
• Remote access and diagnostics for process monitoring
• Networked supervision of machinery and industrial processes
• Expansion of ABB automation systems with Ethernet capability
Advantages
• High-speed Ethernet communication ensures rapid and reliable data transfer
• Supports industrial communication protocols for seamless integration
• Compact form factor enables flexible installation in control panels
• Facilitates remote monitoring and diagnostics for system maintenance
• Enhances system connectivity and scalability in distributed architectures
• Reliable and deterministic communication improves operational performance
• Industrial-grade design ensures stable performance under continuous operation
Excellent PLC
