SBC486DX66 伺服冗余系统 DCS/SIS安全模块

SBC486DX66 伺服冗余系统 DCS/SIS安全模块

SBC486DX66服务器冗余系统DCS/SIS安全模块是一个强大而可靠的解决方案，用于在关键工业应用中提供容错控制和安全功能。 它采用双冗余架构，两台SBC486DX66单板计算机 （SBC） 并行运行，即使在硬件故障的情况下也能确保连续运行。

主要特点：

双冗余架构：采用双冗余架构，两个 SBC 运行相同的软件，提供容错能力并防止因单点故障导致系统停机。

SBC486DX66处理器：利用强大的SBC486DX66处理器，为要求苛刻的控制和安全应用提供足够的处理能力。

实时操作系统：在实时操作系统 （RTOS） 上运行，确保关键控制任务的确定性和可预测性性能。

热备模式：支持热备模式，允许在主 SBC 发生故障时无缝故障转移到备份 SBC。

诊断功能：提供全面的诊断功能，可监控系统运行状况并及早发现潜在故障。

应用：

分布式控制系统（DCS）：用于DCS，为关键工业过程提供容错控制，如石油和天然气炼油厂，化工厂，和发电设施。）提供容错控制。

安全仪表系统（SIS）：在SIS中用于实现安全联锁和保护功能，确保人员和设备在危险环境中的安全。

工业自动化系统：部署在工业自动化系统中，以提高系统可靠性并防止因硬件故障而导致的生产中断。

关键基础设施系统：用于关键基础设施系统，如交通网络、电网和通信网络，以保持运行连续性并防止灾难性故障。

医疗器械：用于医疗器械，如生命支持系统和诊断设备，以确保患者安全和系统可靠性。

好处：

增强的系统可靠性：通过防止单点故障并确保即使在硬件故障的情况下也能连续运行，从而提供增强的系统可靠性。

提高安全性能：通过可靠地实施安全联锁和保护功能，促进安全性能的提高。

减少停机时间和生产损失：最大限度地减少因硬件故障导致的停机时间和生产损失，有助于提高生产力和盈利能力。

保护关键资产：保护关键资产免受损坏和潜在危险，确保安全并防止代价高昂的停机。

遵守安全标准：促进遵守安全标准和法规，确保遵守行业最佳实践。

SBC486DX66 伺服冗余系统 DCS/SIS安全模块

The SBC486DX66 Server Redundancy System DCS/SIS Safety module is a powerful and reliable solution for providing fault-tolerant control and safety features in critical industrial applications. It uses a dual-redundancy architecture, with two SBC486DX66 single-board computers (SBC) running in parallel, ensuring continuous operation even in the event of hardware failure.

Main features:

Dual Redundancy architecture: With a dual redundancy architecture, both SBCS run the same software, providing fault tolerance and preventing system downtime due to a single point of failure.

SBC486DX66 Processor: Take advantage of the powerful SBC486DX66 processor to provide sufficient processing power for demanding control and security applications.

Real-time operating System: Runs on a real-time operating system (RTOS) to ensure deterministic and predictable performance for critical control tasks.

Hot backup mode: Supports the hot backup mode, allowing seamless failover to the backup SBC when the active SBC fails.

Diagnostics: Provides comprehensive diagnostics to monitor system health and detect potential failures early.

Applications:

Distributed Control Systems (DCS) : Used in DCS to provide fault-tolerant control for critical industrial processes such as oil and gas refineries, chemical plants, and power generation facilities. Provides fault-tolerant control.

Safety Instrumentation Systems (SIS) : Used in SIS to implement safety interlocking and protection functions to ensure the safety of people and equipment in hazardous environments.

Industrial Automation systems: Deployed in industrial automation systems to improve system reliability and prevent production disruptions due to hardware failures.

Critical infrastructure systems: Used in critical infrastructure systems, such as transportation networks, power grids, and communications networks, to maintain operational continuity and prevent catastrophic failures.

Medical devices: Used in medical devices, such as life support systems and diagnostic equipment, to ensure patient safety and system reliability.

Benefits:

Enhanced System reliability: Provides enhanced system reliability by preventing a single point of failure and ensuring continuous operation even in the event of hardware failure.

Improve safety performance: Improve safety performance by reliably implementing safety interlocking and protection features.

Reduce downtime and lost production: Minimizing downtime and lost production due to hardware failures helps increase productivity and profitability.

Protect Critical assets: Protect critical assets from damage and potential hazards to ensure safety and prevent costly downtime.

Compliance with safety standards: Promote compliance with safety standards and regulations and ensure compliance with industry best practices.

SBC486DX66 伺服冗余系统 DCS/SIS安全模块