Q25PRHCPU Mitsubishi Melsec-Q series CPU Module

Basic parameters

Input and output points: 4096 points.

Number of input and output components: 8192 points.

Program capacity: 252K steps.

Program memory capacity: 1008KB.

Processing speed: The basic operation processing speed (LD instruction) is 0.034μs.

Communication interfaces: USB, RS-232.

Performance

The motion control function is powerful: the maximum number of control axes is 2 axes. The servo amplifier is connected through SSCNETⅢ/H, and the maximum connection distance between stations can reach 100 meters. It supports linear interpolation (up to 4 axes) and 2-axis circular interpolation. Besides positioning control, it also supports various control methods such as speed/torque control, synchronous control, and CAM control.

High-speed processing capability: The high-speed communication cycle among multiple cpus is 0.88ms, and it is synchronized with motion control, which can maximize computing efficiency and ensure high-speed and high-precision machine control.

Excellent security performance: File passwords up to 32 characters can be set. Besides English letters and numbers, special characters can also be used to enhance password security. In addition, only pre-registered devices are allowed to access the CPU, and unauthorized users' access is blocked to protect program assets and intellectual property rights.

Rich communication functions: It supports multiple communication protocols and can communicate with other devices through the Ethernet interface. By using the HTTP protocol, the soft components of the programmable controller can be accessed through a Web browser on a PC. Additionally, emails and attachments can be sent via the email function.

Convenient data processing: After installing the 8MB SRAM expansion card, standard RAM can be used as a continuous file register with a capacity of up to 4736K words, simplifying programming and facilitating the processing of large-capacity data. The address register has been extended to 32 bits, enhancing the operational efficiency of structured data (arrays).

Application scenarios

In the field of high-precision motion control, such as semiconductor manufacturing equipment and electronic component assembly equipment, their powerful motion control functions and high-speed processing capabilities can meet the strict requirements of these devices for position accuracy and motion speed.

Complex automated production lines: Large-scale automated production lines that can be used in industries such as automotive manufacturing and mechanical processing. Through multi-CPU communication and rich control functions, they achieve precise coordinated control of multiple devices and process links.

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