Product Description

Adopting industrial modular design and fiber-based high-speed communication architecture, this base module delivers strong electromagnetic interference resistance and low signal attenuation. It supports hot-swap maintenance and flexible expansion of up to six I/O branches, adapting to distributed on-site deployment. With wide temperature tolerance and industrial-grade durability, it ensures 24/7 stable and continuous operation for large-scale process industrial DCS systems.

Main Specifications

1. Full Model: 1C31205G01; Product Type: Ovation DCS system remote node controller base and I/O expansion carrier module
2. Applicable System: Emerson Ovation distributed control system, industrial process automation monitoring platforms
3. Core Function: Remote node power supply bearing, I/O branch expansion, data communication transmission and mechanical fixing
4. Expansion Capacity: Supports up to 6 additional local I/O branch connections for flexible system expansion
5. Communication Mode: Adopts high-speed fiber communication, effectively resisting on-site electromagnetic interference
6. Maintenance Feature: Supports hot-swap function, enabling non-stop maintenance and module replacement
7. Deployment Mode: Compatible with distributed field deployment, reducing long-distance wiring and signal loss
8. Operating Temperature: Wide industrial temperature range from -20°C to +60°C for harsh field adaptation
9. Structural Performance: Standard industrial mechanical structure, stable load-bearing and anti-vibration capability
10. System Reliability: Redundant configurable design, ensuring uninterrupted DCS system operation

Core Functions

1. Acts as the foundational remote node base carrier for Emerson Ovation DCS control systems.
2. Provides stable power supply and mechanical fixing support for field remote I/O module groups.
3. Supports multi-branch I/O expansion to improve system distributed signal acquisition capacity.
4. Realizes high-speed fiber data transmission between field nodes and central control room controllers.
5. Reduces long-distance wiring attenuation and interference to enhance overall signal stability.
6. Enables hot-swap maintenance to lower system downtime and improve field maintenance efficiency.
7. Matches redundant system configuration to avoid single-point failure risks of remote nodes.
8. Integrates professional communication circuit to ensure real-time and accurate data interaction.
9. Adopts industrial anti-interference design to adapt to complex electromagnetic workshop environments.
10. Guarantees stable expansion and long-term reliable operation of large industrial DCS systems.

Application Scenarios

1. Thermal power plant Ovation DCS system remote I/O node deployment and expansion projects
2. Petrochemical continuous process production line distributed control system construction scenarios
3. Large-scale industrial automation field remote signal acquisition and control supporting systems
4. Power generation and energy industry central control room and field equipment linkage control projects
5. Metallurgical and chemical industry harsh environment DCS remote node stable operation scenarios
6. Old Ovation system remote base module replacement and system expansion upgrading transformation
7. Long-distance field equipment signal transmission and anti-interference optimization projects
8. Industrial intelligent factory distributed I/O architecture construction and functional expansion scenarios
9. High-reliability process control occasions requiring non-stop maintenance and redundant configuration
10. Full-cycle uninterrupted industrial production DCS system stable operation guarantee projects