ABB 3BSE050199R1 Redundant processor module

ABB 3BSE050199R1 Today's recommended products: NVIDIA H100 PCIE NVIDIA H800 PCIE LAM 839-101612-885 LAM 839-101612-887 LAM 719-101612-885 LAM 719-101612-887 Many in stock, first come first served, first-hand source, channel Contact: Han Fangting Sales Manager Mobile :18030042035 QQ: 748141623 Email: 748141623@qq.com Web site :www.changxindcs.com www.changxinsz.com We operate ABB, GE aereration, A-B, Honeywell, KUKA, SCHNEIDER, Bentley, TRICONEX Invensys, WOODWARD, FOXBORO, WESTINGHOUSE, and MOTOROLA MOTOROLA, KEBA, KOLLMORGEN, EMERSON, HIMA dark horse, industrial and commercial energy storage, container energy storage, household light energy storage, (peak cutting, valley filling, backup power supply) can be contacted if necessary. Country of Origin: USA Moq :1 piece Packaging: new raw materials and individual packaging Delivery time :2-3 working days Payment method: Bank transfer, Western Union

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ABB 3BSE050199R1

The ABB 3BSE050199R1 module is a redundant processor module produced by ABB, which is commonly used in ABB’s AC800M control system. It provides high-performance computing power and redundancy to ensure the reliability and availability of the control system.

Product characteristics
Redundant design: The use of redundant design improves the reliability of the system, even if one processor fails, the system can continue to run.
High performance: Provides high performance computing power to handle complex control tasks.
Modular design: Modular design, easy installation and maintenance.
Wide compatibility: Compatible with ABB AC800M series controllers.

Product parameters (typical values, specific parameters please refer to the product manual)

Processor: High-performance processor
Memory: 64MB
Interface: Multiple interfaces, such as Ethernet and serial ports
Operating temperature: 0℃ ~ 55℃
Mounting method: DIN rail mounting
Product description
3BSE050199R1 module, as the core component of AC800M control system, is responsible for executing control programs, processing I/O data, and realizing man-machine interaction. Through redundant design, the reliability of the system can be significantly improved and the system downtime caused by a single point of failure can be prevented.