The CV-DSC100 Points Adder Honeywell is a specialized SCADA Points Adder designed to expand the database capacity of Honeywell's PlantCruise automation platform. This compact yet powerful component enables users to increase their system's data handling capabilities by adding essential SCADA points, which function as critical data tags for supervisory control and data acquisition operations. The PlantCruise 100 SCADA Points Adder CV-DSC100 serves as a vital expansion tool for growing industrial automation systems requiring enhanced monitoring and control functionality.

Engineered for seamless integration, the CV-DSC100 Honeywell PlantCruise 100 SCADA Points Adder adds only a minimal 3-5% additional load to the controller CPU while maintaining network latency increases below 1ms, ensuring system performance remains optimized despite expanded capabilities. This efficient design approach demonstrates Honeywell's commitment to providing scalable solutions that maintain operational efficiency while expanding system capacities. The Honeywell CV-DSC100 represents a balance between functionality and system resource management.

The expansion provided by the Honeywell 100 SCADA Point Adder CV-DSC100 includes significant historical storage capacity, adding approximately 500MB per day of data storage at 1-second sampling intervals. This enhanced storage capability ensures that additional data points can be effectively recorded and analyzed for process optimization and troubleshooting purposes. It thus provides both immediate operational benefits and long-term historical data analysis capabilities.

With compact shipping dimensions of 12.2x10.7x3 cm and a lightweight design of just 0.15 kg, the CV-DSC100 HONEYWELL offers substantial functional expansion in a minimal physical footprint. This efficient packaging makes it suitable for installation in various industrial environments where space considerations are important. It exemplifies how modern industrial automation components can deliver significant functional enhancements while maintaining compact physical dimensions and efficient resource utilization.