Introduction
Automation systems are crucial in the transportation of oil and gas through pipelines. These systems encompass a real-time multiservice platform that includes SCADA systems, video networks, and voice systems. Network devices are strategically deployed across control centers, field stations, and valve control areas, all interconnected through a fiber backbone. The primary objective is to ensure that all communication devices seamlessly connect with field instruments and maintain stable, dependable, and consistent data transmission. This is vital for the efficient operation of oil and gas pipelines, as it facilitates the flow of real-time information across the entire network infrastructure.
System Requirements
SCADA and network management software can receive and monitor the state of the pipeline
Remote data monitoring and real-time communication with central system through a stable fiber network
Large bandwidth gigabit backbone network supporting real-time remote transmission of service, video and voice data
Supports network self-healing, quick recovery after network failure, redundant protocols compatible with SDH and fiber systems
Convenient network management and failure detection functions
Industrial grade, wide operating temperature, adapted to harsh environments
Why Kyland
Kyland provides complete network solutions, layer 3 core industrial Ethernet switches and rack-mount/DIN-rail layer 2 industrial Ethernet switches suitable for management centers, field stations and valve control
Supports IEC62439-6(DRP), ring network recovery time < 20 ms (Supports SDH system)
Supports Network Management System, Kyvision provides convenient and reliable monitoring of network state and network failure detection
Supports port mirroring, port statistics
EMC level 4, IP40 protection class
Wide operating temperature -40~85℃ , independent redundant power supply
Low power consumption design
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