The Honeywell CV-RSC100 power supply is a specialized redundancy license designed to provide high availability server configuration for PlantCruise SCADA systems, ensuring continuous operation in critical industrial automation environments. This advanced solution adds 100 SCADA points with redundant capabilities, maintaining system reliability through seamless failover mechanisms that typically operate in less than 300 milliseconds. The HONEYWELL CV-RSC100 integrates with existing PlantCruise systems equipped with CV-RBASE1 foundation, enhancing operational resilience without compromising performance.

Engineered for maximum reliability, the PlantCruise 100 SCADA Points Redundancy Adder CV-RSC100 operates efficiently within recommended hardware configurations including 32GB RAM (64GB for optimal performance) and 1TB SSD storage with RAID-10 configuration for secure data historization. This redundancy solution adds approximately 3% CPU load per 100 points while maintaining the rigorous performance standards characteristic of Honeywell's industrial automation products. It demonstrates exceptional fault tolerance capabilities while ensuring data integrity during transition events.

The physical package containing the Points Redundancy Adder CV-RSC100 license features minimal shipping dimensions and a weight of just 0.15kg, reflecting the software-based nature of this sophisticated redundancy solution. Despite its compact physical presentation, the Honeywell CV-RSC100 delivers critical failover protection, enabling industrial facilities to maintain continuous operations without requiring additional hardware infrastructure or complex system modifications.

As a key component in Honeywell's PlantCruise redundancy ecosystem, the CV-RSC100 PlantCruise 100 SCADA Points Redundancy Adder Honeywell represents the company's commitment to providing robust high-availability solutions for mission-critical industrial applications. This redundancy license ensures that SCADA systems can maintain uninterrupted operation during server failures or maintenance events, supporting the most demanding industrial automation requirements while preserving data integrity and system stability across critical control environments.