Description
Product Description
The CV-RPR100 PlantCruise Redundancy Adder from Honeywell is a specialized license package designed to expand the redundancy capacity of PlantCruise Distributed Control Systems (DCS). By adding 100 mirrored process points, this solution enhances system reliability, ensures continuous monitoring, and safeguards against hardware or network failures.
Technical Specifications
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Model Number: CV-RPR100
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Manufacturer: Honeywell
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Product Type: PlantCruise 100 Process Points Redundancy Adder
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Condition: Brand New
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System Compatibility: PlantCruise DCS, Experion LX Server
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Requirement: PlantCruise Base License (CV-DBASE1)
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Database Expansion: +100 redundant process points
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CPU Load Impact: Approx. 3–5% increase
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Network Latency Impact: < 1 ms
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Data Storage Requirement: ~500 MB/day (with 1-second sampling)
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Physical Package Dimensions: 7 × 14 × 14.5 cm
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Weight: 0.4 kg
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HS Code: 8537101190
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Minimum Order Quantity (MOQ): 1
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Origin: USA
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Status: Active, available in stock
Functional Overview
The CV-RPR100 enables synchronized redundancy between primary and backup systems, ensuring data integrity and operational continuity. It minimizes performance overhead while providing robust fault tolerance. With mirrored process points, operators gain confidence in system availability and improved incident analysis through expanded historical data storage.
Application Areas
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Continuous process industries requiring high availability
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Oil & gas production facilities
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Chemical manufacturing plants
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Power generation and utilities
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Large-scale automation systems with redundancy requirements
FAQ
Q: How many process points does the CV-RPR100 add? A: It adds 100 redundant process points to the PlantCruise system.
Q: What is required before installing this license? A: An existing PlantCruise Base License (CV-DBASE1) must be installed.
Q: Does redundancy affect system performance? A: CPU load increases by only 3–5%, with network latency impact below 1 ms.
Q: How much additional storage is needed? A: Approximately 500 MB per day when logging at one-second intervals.
