The Mitsubishi Q12PHCPU is a fundamental model in the Mitsubishi Q Series PLC lineup, offering a robust and reliable platform for process control applications. The Q12PHCPU features a program capacity of 124K steps and is designed to work seamlessly in environments that require sequential and process control. With compatibility for a wide range of programming languages, the Q12PHCPU enables efficient and precise control. Its compact size, high-speed processing, and advanced memory capabilities make it ideal for applications in industrial automation where dependable performance is crucial.
The Mitsubishi Q173DCPU Motion Controller is a cutting-edge solution tailored for industries that demand high-speed, high-precision, and reliable motion control. As a member of the Q Series family, the Q173DCPU combines advanced technology with seamless integration capabilities to optimize automation processes. Equipped with SSCNETⅢ technology, it ensures precise synchronization across multiple axes, making it a preferred choice for applications requiring complex and dynamic motion control.With its robust features and compatibility with Mitsubishi’s iQ Platform, the Q173DCPU enables efficient data transmission and system-wide optimization, ensuring consistent performance in even the most challenging industrial environments. This motion controller is ideal for industries like automotive manufacturing, electronics production, and advanced packaging systems.
The Mitsubishi MR-J2M-P8B is an advanced servo amplifier in the MELSERVO-J2M Series, designed to deliver precise motor control for high-demand automation tasks. With its SSCNET high-speed network connectivity, the MR-J2M-P8B ensures seamless integration into automated systems, offering exceptional responsiveness and reliability. Whether you are using three-phase or single-phase AC power, this servo amplifier adapts to various installation environments while supporting key safety and protection features, including overcurrent, overload, and motor overheat detection. Ideal for industries requiring high-precision motion control, the MR-J2M-P8B is a versatile solution that ensures superior performance and durability.
The Mitsubishi Q26UDVCPU is a cutting-edge CPU module within the Q Series, specifically engineered for high-speed and versatile industrial automation applications. With its advanced processing capabilities, the Q26UDVCPU excels in executing complex control tasks rapidly and efficiently. It supports a variety of programming languages, including relay symbol and structured text, making it adaptable to various automation needs. Additionally, the module features significant memory capacity and flexible I/O control options, enabling it to manage extensive data and integrate seamlessly into complex automation systems. The Q26UDVCPU is ideal for industries seeking reliable, high-performance solutions for their automation challenges.
The Mitsubishi Q25HCPU is an advanced high-performance CPU module from the Mitsubishi Q Series, specifically engineered to meet the demanding needs of modern industrial automation. With its rapid processing capabilities and robust memory architecture, the Q25HCPU excels in executing complex control tasks efficiently. It supports a variety of programming languages, providing flexibility for system integrators and developers to tailor solutions to their unique applications. Additionally, the Q25HCPU features comprehensive I/O control options and expansion capabilities, making it an ideal choice for industries seeking reliable and scalable automation solutions.
The Mitsubishi PLC Q Series CPU Module Q12HCPU is a top-tier high-performance module, designed for demanding industrial control and automation tasks. Part of Mitsubishi’s powerful Q Series PLC lineup, the Q12HCPU delivers fast processing, extensive memory capacity, and robust connectivity, making it ideal for complex and large-scale automation systems.The Mitsubishi Q12HCPU utilizes a stored program cyclic execution control method, ensuring high efficiency in managing and executing programs for industrial operations. With support for refresh mode I/O control, this module allows direct access to I/O points for precise and real-time control, which is crucial in time-sensitive applications