GE IC965CHS012  Universal Backplane for Diverse Industrial Applications

Brand:General Electric Model:IC965CHS012 Connector Type:Universal Backplane Pinout Configuration:24-pin Material:Ruggedized Metal Housing Operating Temperature Range:-40"C to +70"C Electrical Ratings:10A at 24V DC Compliance Standards:UL, CE, ISO Weight:0.2 kg The GE IC965CHS012 Universal Backplane is specifically engineered for use in complex industrial control systems, ensuring reliable data transfer and power distribution across various modules. Its robust design allows for easy installation and compatibility with a multitude of GE components, maximizing system efficiency and reducing downtime. 

Crafted from high-grade aluminum, this backplane is lightweight yet extremely durable, providing excellent thermal management capabilities for improved longevity and reliability. It is designed to withstand the rigorous demands of industrial environments, ensuring consistent operation under varying conditions. 

 With its versatile slot configuration, the GE IC965CHS012 offers flexibility in accommodating different types of modules, from processors and I/O devices to specialized function modules. This adaptability facilitates the creation of customized control systems tailored to specific application requirements. Our universal backplane is equipped with advanced features such as enhanced signal integrity and optimized power management, ensuring smooth communication between modules and minimizing energy consumption. 

These features contribute to enhanced system performance and energy efficiency, making it an ideal choice for modern industrial automation. Installation is straightforward and can be completed within minutes, thanks to its user-friendly design and clear assembly instructions. Comprehensive documentation and technical support are provided to ensure hassle-free setup and optimal performance throughout the product lifecycle. The GE IC965CHS012 Universal Backplane is designed for seamless integration across various industrial applications, offering enhanced connectivity and performance. 

Technical Design Advantages

(i) Powerful Carrying and Expansion Capabilities

GE IC965CHS012 general-purpose backplane is designed to meet the needs of diversified industrial applications, with excellent carrying capacity. It can accommodate a number of different types of modules, including but not limited to a variety of digital input and output modules, analogue input and output modules, communication modules and special function modules. Through the flexible slot design, users can freely combine and install all kinds of modules according to the needs of the actual industrial control system. 

In a complex automated production line, digital input modules are needed to collect the switching status information of equipment, analogue output modules are needed to precisely control the action of actuators, and communication modules may also be needed to achieve efficient data interaction with the host computer or other devices. the IC965CHS012 general-purpose backplane is able to easily carry the cooperative work of these different functional modules, which provides a solid foundation for the construction of a comprehensive and flexible industrial control system. The IC965CHS012 universal backplane can easily carry these different functional modules working together, providing a solid foundation for building a comprehensive and flexible industrial control system. 

In addition, it has good expansion performance, when the scale of the industrial system is expanded or the functional requirements increase, users can add additional modules to the backplane slots to conveniently achieve system expansion and upgrading, without the need to make large-scale changes to the entire system architecture, which effectively reduces the cost and complexity of the system upgrading. 

(ii) High-speed and stable data transmission

In the industrial automation environment, the speed and stability of data transmission are crucial, and the IC965CHS012 general-purpose backplane adopts high-speed data bus technology, with a data transmission rate of up to [X] Mbps, which ensures that data interactions between modules, as well as between the modules and the control system core, can be carried out quickly and accurately. In high-speed automation equipment, such as high-speed packaging machines, sensors constantly generate a large amount of data, which needs to be quickly transmitted to the control module for processing, and control commands need to be sent to the actuator in a timely manner. 

The high-speed data transmission capability of this general-purpose backplane is able to satisfy such real-time demanding application scenarios, avoiding production errors caused by data transmission delays and greatly improving production efficiency. Moreover, through optimised circuit design and signal processing technology, the backplane is able to effectively resist electromagnetic interference in industrial environments, ensuring the stability of data transmission. Even in strong electromagnetic interference environments such as near large motors, the backplane ensures accurate and error-free data transmission and maintains the reliable operation of the industrial control system.