The GE DS3800HXRB1B1B Bus Receiver is a critical component in turbine control systems, designed for high-speed data transmission and synchronization, ensuring seamless operation in complex industrial environments.
The GE DS3800HXRB1B1B Bus Receiver is a critical component in turbine control systems, designed for high-speed data transmission and synchronization, ensuring seamless operation in complex industrial environments.
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Model Number:DS3800HXRB1B1B
Type:Bus Receiver
Category:Industrial Control
Series:Mark IV DS3800
Connection Points:9 separate connection points for different wiring harnesses
Mounting:Twelve screw mounting places
LEDs:Over thirty-five red LEDs on the board’s face
Switch:Small switch for manual operation
Compatibility:All connection points compatible with female harness
The GE DS3800HXRB1B1B Bus Receiver is a state-of-the-art module designed for seamless integration into complex industrial control systems, particularly those involving turbine operations. It leverages advanced technology to ensure high-speed, reliable data transmission, making it indispensable for maintaining operational efficiency and safety.
With its robust design and compatibility with GE’s Mark IV network protocol, this bus receiver ensures compatibility across a wide range of equipment and systems, facilitating a smooth communication flow between different components of the industrial setup.
Featuring over 35 LED indicators, the DS3800HXRB1B1B provides real-time status updates on the health and performance of the system, enabling proactive maintenance and reducing downtime. The inclusion of a small switch offers users flexibility in system configuration, further enhancing operational adaptability.
Equipped with hot-swappable features, this bus receiver ensures continuous operation without interruption, even during maintenance or replacement processes. This redundancy feature is critical in mission-critical applications where reliability cannot be compromised.
Manufactured using industrial-grade materials, the DS3800HXRB1B1B is engineered to withstand extreme environmental conditions, including temperature fluctuations from -40°C to +70°C, guaranteeing optimal performance under diverse operational scenarios.