MPL-A1530U-VJ72AA A-B programmable controller module
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IN STOCKMPL-A1530U-VJ72AA A-B programmable controller module
Example Configuration - ControlLogix System A ControlLogix system consists of the following: • A ControlLogix or GuardLogix controller • Studio 5000® environment • ControlLogix I/O modules • Network communication modules • A 1756 chassis in which the system resides A more comprehensive system could also include: • Multiple controllers in one chassis • Multiple controllers joined across networks • I/O in multiple platforms that are distributed in many locations and connected over multiple networks • Components with a ‘K’, or an ‘XT’ in the catalog number have extended protection in harsh, corrosive environments • Select ControlLogix-XT or GuardLogix-XT™ components that feature extended temperature limits
Example Configuration - Armor ControlLogix and Armor GuardLogix Systems On-Machine™ standard and safety controllers support the same temperature range of ControlLogix, while offering global certifications and ratings, and Ingress Protection (IP67) for dust and wash-down protection for immersion between 15 cm…1 m (5.91…393.70 in.) in harsh environments.
High Availability Systems Availability is the percentage of time that a system is functioning and able to perform its mission. High availability is a characteristic of a system that aims to achieve an agreed level of availability for a higher-than-normal period. Logix SIS and ControlLogix systems support high availability when hardware and configuration requirements are met. For more information about ControlLogix 5580 high availability solutions for control, I/O, and other aspects of a system, refer to the High Availability System Reference Manual, publication HIGHAV-RM002. Example Configuration - ControlLogix Redundancy System ControlLogix redundancy is designed for non-safety applications that require high availability. In ControlLogix redundancy, redundant controllers are configured to transition from a primary to a secondary controller if there is a fault. The redundant controllers can communicate with only standard I/O modules.
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