DS200RTBAG3AFB Real-Time Communication Module (Mark V Control System)

Description

The DS200RTBAG3AFB functions as a real-time communication module, acting as a bridge within the Mark V control system. It is strategically positioned in the automation stack to enable data transfer between the central processing unit (CPU), input/output (I/O) modules, and other critical components.

DS200RTBAG3AFB

Unlike basic communication modules, the DS200RTBAG3AFB supports high-speed data transmission, ensuring that real-time operational data, such as sensor readings and control commands, are relayed without significant delays. It utilizes advanced communication protocols that are optimized for industrial environments, minimizing the risk of data loss or corruption. The module also features built-in error-checking mechanisms that validate data integrity, ensuring that only accurate information is transmitted. Additionally, it can handle multiple communication paths, providing redundancy that enhances system reliability—if one communication link fails, the module can switch to an alternative path, preventing disruptions in data flow.

DS200RTBAG3AFB

Technical specifications:
Model Number DS200RTBAG3AFB
Brand GE
Type Real-Time Communication Module (Mark V Control System)
Input Voltage 5V DC (from system backplane)
Operating Temp Range 0°C to 60°C (32°F to 140°F)
Mounting Style Backplane slot mounting (Mark V chassis)
Dimensions 130mm x 85mm x 30mm (LxWxH)
Weight 200g
Communication Speed Up to 100 Mbps
Compliance CE, UL 508
Supported Protocols Proprietary Mark V protocol, Modbus TCP/IP
Communication Ports 2 Ethernet ports, 1 serial port

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DS200RTBAG3AFB

Main features and advantages:

Engineered to meet the demanding communication needs of industrial control systems, the DS200RTBAG3AFB offers a host of benefits that contribute to enhanced system performance and reliability. Its high-speed data transmission capability ensures that critical operational data reaches the CPU and other relevant components in real time, enabling quick decision-making and timely adjustments to process parameters. This is particularly important in applications like gas turbine control, where even a small delay in data transmission can impact efficiency and safety. The built-in error-checking mechanisms reduce the risk of incorrect data being used for control decisions, minimizing the potential for operational errors. For maintenance teams, the DS200RTBAG3AFB simplifies troubleshooting with its status indicators that provide clear information about communication status, such as link integrity and data transfer rates. This allows technicians to quickly identify and resolve communication issues, reducing downtime. Furthermore, its support for redundant communication paths ensures that data flow remains uninterrupted even if a primary link fails, enhancing overall system availability.

DS200RTBAG3AFB

Application areas:

The DS200RTBAG3AFB is widely used in critical industrial applications where real-time data communication is essential. In gas turbine control systems, it enables the seamless transfer of data between the CPU, sensors monitoring turbine performance (such as temperature, pressure, and speed), and actuators controlling fuel flow and other operational parameters. This ensures that the turbine is managed efficiently and responds quickly to changing conditions. In coal-fired power plants, the module facilitates communication between the boiler control system, emission monitoring devices, and the central control room, allowing for coordinated operation and compliance with environmental regulations. Beyond power generation, the DS200RTBAG3AFB is employed in large-scale manufacturing facilities, where it connects various production line components, such as robotic arms, conveyors, and quality control sensors, ensuring that the entire production process is synchronized and runs smoothly. Its ability to operate reliably in harsh industrial environments, withstanding temperature fluctuations, vibration, and electrical noise, makes it a trusted choice in these critical applications.

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