Ovation 3A99190G01 Remote I/O Interface Board

Product Introduction

The Ovation 3A99190G01 Remote I/O Interface Board is a vital component within the Ovation Distributed Control System (DCS). It provides the essential communication link between centralized controllers and distributed remote input/output (I/O) modules, ensuring smooth data transfer and real-time process monitoring.

Designed for robust performance, the board handles multiple I/O signals, manages synchronization across remote modules, and ensures stable operation even under high load conditions. By offering reliable connectivity, the 3A99190G01 contributes to reducing wiring complexity, increasing system flexibility, and enhancing scalability in industrial automation environments.

Product Specifications

Product Applications

The 3A99190G01 Remote I/O Interface Board is used in Ovation-based control systems where remote I/O connectivity is essential. Typical applications include:

• Power generation plants, connecting turbine and boiler remote I/O panels

• Petrochemical plants, managing distributed sensor and actuator networks

• Water and wastewater treatment facilities with widely spread monitoring points

• Manufacturing systems where remote field devices require centralized supervision

• Energy distribution and grid management systems with geographically distributed I/O

• Industrial safety and monitoring systems requiring reliable remote data capture

Product Advantages

The 3A99190G01 Remote I/O Interface Board provides significant benefits to automation engineers and system operators:

• Reliable Connectivity: Maintains stable communication between controllers and remote modules.

• High Data Integrity: Ensures accurate data transmission even under noisy industrial conditions.

• Scalability: Allows expansion of system I/O capacity without redesigning the main control system.

• Fault Tolerance: Built-in isolation and fault protection features minimize system downtime.

• Flexibility: Supports different communication topologies and protocols.

• Ease of Maintenance: Plug-in rack design enables quick replacement without system shutdown.

Frequently Asked Questions (FAQ)

1. What type of communication interface does the 3A99190G01 support?
   It supports Multibus-compatible connections with proprietary Ovation I/O communication.

2. Can this board handle multiple remote I/O modules simultaneously?
   Yes, it is designed to manage several remote modules without performance loss.

3. Does the board provide built-in fault detection for communication errors?
   Yes, it includes diagnostic features to detect and isolate communication faults.

4. Is the board compatible with legacy Ovation controllers?
   Yes, it is backward-compatible with earlier generations of Ovation systems.

5. Can the board be integrated into redundant configurations?
   Yes, it can operate within redundant communication architectures for fault tolerance.

6. What is the maximum operating temperature range?
   It operates reliably from 0°C to 60°C.

7. Does the board provide electrical isolation between controller and remote I/O?
   Yes, built-in isolation ensures safety and protects against signal interference.

8. Is hot-swapping supported for maintenance?
   Yes, the board can be replaced in a live rack without shutting down the system.

9. Does the board support both digital and analog remote I/O modules?
   Yes, it is designed to interface with a wide variety of Ovation I/O module types.

10. How does the board ensure synchronization between multiple remote racks?
    It uses high-speed communication protocols and clock synchronization features to align data exchange.

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Frequently Asked Questions (FAQ)

1. What type of communication interface does the 3A99190G01 support?
   It supports Multibus-compatible connections with proprietary Ovation I/O communication.

2. Can this board handle multiple remote I/O modules simultaneously?
   Yes, it is designed to manage several remote modules without performance loss.

3. Does the board provide built-in fault detection for communication errors?
   Yes, it includes diagnostic features to detect and isolate communication faults.

4. Is the board compatible with legacy Ovation controllers?
   Yes, it is backward-compatible with earlier generations of Ovation systems.

5. Can the board be integrated into redundant configurations?
   Yes, it can operate within redundant communication architectures for fault tolerance.

6. What is the maximum operating temperature range?
   It operates reliably from 0°C to 60°C.

7. Does the board provide electrical isolation between controller and remote I/O?
   Yes, built-in isolation ensures safety and protects against signal interference.

8. Is hot-swapping supported for maintenance?
   Yes, the board can be replaced in a live rack without shutting down the system.

9. Does the board support both digital and analog remote I/O modules?
   Yes, it is designed to interface with a wide variety of Ovation I/O module types.

10. How does the board ensure synchronization between multiple remote racks?
    It uses high-speed communication protocols and clock synchronization features to align data exchange.

Related or Series Models

Popular Models from the Same Brand

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