Q12DCCPU-V Mitsubishi Melsec-Q series CPU Module

Basic parameters

Input and output points: 4096 points.

Number of input and output components: 8192 points.

Program capacity: 260k steps.

Program memory capacity: 1004KB.

Processing speed: 0.0095μs.

Extended SRAM card: 8MB.

Performance

High-speed processing capability: The basic computing processing speed can reach up to 1.9ns, which can significantly shorten the operation cycle, enhance system performance, and enable rapid handling of complex control tasks.

Rich communication functions: Supports multiple communication protocols such as Ethernet, RS-232, and RS-485, and can achieve stable data exchange and system integration with other PLCS, industrial equipment, etc.

Efficient memory management: An 8MB SRAM expansion card is installed in the high-speed general-purpose QCPU, which can use standard RAM as a continuous file register with a capacity of up to 4736K words, simplifying programming and facilitating the processing of large-capacity data.

Address register extension: The address register has been extended to 32 bits, enabling programming to go beyond the traditional 32K word and allowing address modification to extend to all areas of the file register, thereby enhancing the operational efficiency of structured data (arrays).

Data recording function: It features a data recording function. No program is required. Just complete the Settings through a dedicated configuration tool wizard, and the collected data can be saved in CSV format to an SD memory card, which is convenient for data analysis and traceability at startup.

Multi-cpu high-speed communication: High-speed communication is provided among multiple cpus with a communication cycle of 0.88ms and is synchronized with motion control, which can maximize computing efficiency and ensure high-speed and high-precision machine control.

Application scenarios

Manufacturing automation: It can be used to optimize production lines, achieving precise control and real-time data processing of the production process. For instance, in an automotive manufacturing production line, it enables precise control and coordination of equipment in each production stage.

Process control: Applicable to complex industrial process control in industries such as chemical engineering and power, it can efficiently and accurately manage parameters such as temperature, pressure, and flow rate.

Building management system: It can be integrated with HVAC, lighting, security and other systems within the building to achieve intelligent control and management of the building environment.

Material handling: It can enhance the performance of material handling equipment such as conveyor and sorting systems, achieving efficient and precise material transfer and sorting.

Advantage Products:

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