Description
The Omron CVM1D-BI101 is a duplex expansion CPU I/O backplane designed to support redundant PLC system architectures. It provides a 10-slot rack configuration for secure mounting and interconnection of expansion modules in industrial control systems.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Omron |
| Category |
Programmable Logic Controllers |
| Part Number |
CVM1D-BI101 |
| Subcategory |
PLC Backplane Racks |
| Product Type |
Duplex Expansion CPU I/O Backplane |
| Number of Slots |
10 |
| System Architecture |
Duplex / Redundant |
| Mounting Type |
Rack / Backplane |
| Compatibility |
CVM1D PLC Systems |
| Application |
PLC System Expansion And Redundancy |
| Weight |
1.900 kg |
Information About CVM1D-BI101
The CVM1D-BI101 is a duplex expansion backplane developed by Omron to support redundant PLC configurations requiring high system availability. It functions as the structural and electrical interface for CPU expansion and I/O modules within CVM1D-based control systems. The 10-slot rack layout allows flexible system expansion while maintaining synchronized operation between redundant CPUs. Its design supports stable inter-module communication and long-term operation in industrial automation environments where fault tolerance is required.
Key Features
- Duplex System Support: Designed for redundant PLC architectures to improve system availability and operational continuity.
- 10-Slot Expansion Rack: Provides ample capacity for CPU expansion and multiple I/O modules within a single backplane.
- CVM1D System Compatibility: Engineered specifically for integration with Omron CVM1D series PLC platforms.
- Secure Backplane Interconnection: Ensures reliable electrical and data connectivity between installed modules.
- Scalable PLC Architecture: Supports system growth and configuration flexibility in complex control installations.
- Industrial-Grade Construction: Built for continuous operation in control cabinets and automation panels.
The CVM1D-BI101 delivers the reliability and precision required for stable redundant PLC system expansion in industrial automation environments.
