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GE IC697BEM713 Bus Transmission Module
Product Features
High-speed expansion capability: It provides a high-speed parallel bus expansion interface, which can expand the main rack to up to 7 additional IC697 PLC racks, with a total length of up to 50 feet and a data transmission rate of 500KB/s.
Efficient programming interface: Equipped with a high-performance parallel programming interface, it facilitates system programming and debugging, and can accelerate system development.
Simple and convenient configuration: No DIP switches are required, and the settings can be completed through user-friendly configuration software.
High reliability: Designed for industrial environments, it has high reliability and durability, and can adapt to various harsh industrial production conditions.
Good physical characteristics: Adopts DIN rail mounting, industrial-grade design, with dimensions of 118mm × 72mm × 35mm.
High-speed expansion capability: It provides a high-speed parallel bus expansion interface, which can expand the main rack to up to 7 additional IC697 PLC racks, with a total length of up to 50 feet and a data transmission rate of 500KB/s.
Efficient programming interface: Equipped with a high-performance parallel programming interface, it facilitates system programming and debugging, and can accelerate system development.
Simple and convenient configuration: No DIP switches are required, and the settings can be completed through user-friendly configuration software.
High reliability: Designed for industrial environments, it has high reliability and durability, and can adapt to various harsh industrial production conditions.
Good physical characteristics: Adopts DIN rail mounting, industrial-grade design, with dimensions of 118mm × 72mm × 35mm.
Functions and Uses
System expansion: It is mainly used to expand the I/O capacity of the PLC system. When the system needs more modules and the main CPU rack cannot accommodate them, the BTM can expand the system to multiple racks to meet larger-scale control requirements.
Distributed control: It can distribute I/O modules on different racks to realize distributed control and improve the reliability and flexibility of the system.
Modular design: It adopts a modular design, which is convenient for system maintenance and upgrading. In case of a module failure, it can be replaced quickly to reduce downtime.
System expansion: It is mainly used to expand the I/O capacity of the PLC system. When the system needs more modules and the main CPU rack cannot accommodate them, the BTM can expand the system to multiple racks to meet larger-scale control requirements.
Distributed control: It can distribute I/O modules on different racks to realize distributed control and improve the reliability and flexibility of the system.
Modular design: It adopts a modular design, which is convenient for system maintenance and upgrading. In case of a module failure, it can be replaced quickly to reduce downtime.
Application Fields
Industrial automation: Widely used in various industrial automation systems, such as production lines and packaging lines, to expand the I/O capacity of the PLC system and realize complex control functions.
Process control: In process control systems, such as petrochemical, food and beverage processing industries, it is used to realize distributed control and improve the reliability and stability of the system.
Automobile manufacturing: Used in automobile production line control and process control to realize precise control of the automobile production process.
Water conservancy and hydropower: It can be used in the renovation of sluice projects, the monitoring and control of water conservancy infrastructure, etc., to meet the original control requirements and upgrading, and improve the safety and reliability of control.
Industrial automation: Widely used in various industrial automation systems, such as production lines and packaging lines, to expand the I/O capacity of the PLC system and realize complex control functions.
Process control: In process control systems, such as petrochemical, food and beverage processing industries, it is used to realize distributed control and improve the reliability and stability of the system.
Automobile manufacturing: Used in automobile production line control and process control to realize precise control of the automobile production process.
Water conservancy and hydropower: It can be used in the renovation of sluice projects, the monitoring and control of water conservancy infrastructure, etc., to meet the original control requirements and upgrading, and improve the safety and reliability of control.
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