Brief Function Introduction:
The Mitsubishi Q12DCCPU-V is a high-performance C-Language Programmable Logic Controller (PLC) CPU main unit, designed for efficient control in manufacturing automation, process control, and industrial automation applications.
Product Specifications:
| Primary Brand: | Mitsubishi Electric |
| Product Type: | PLC |
| Memory Capacity: | 128MB |
| Supply Voltage: | 5Vdc |
| Equivalent Model: | Q12DCCPUV |
| Main Function: | CPU Unit |
| Product Series / Family: | MELSEC-Q Series (QnU) |
Product Details:
The Mitsubishi Q12DCCPU-V stands out as a robust solution for industrial control systems, equipped with an extensive 128MB memory capacity, ensuring ample storage for complex control programs. Its 5Vdc supply voltage, sourced from a dedicated Q-series power supply unit, guarantees reliable operation under a wide range of conditions.
Engineered with the C-language programming interface, this CPU main unit offers a seamless integration with existing control systems, allowing for quick development and implementation of control strategies. It is part of the prestigious MELSEC-Q Series (QnU), renowned for its exceptional performance and reliability in harsh industrial environments.
Key features include an optimized processing time of 0.02μs per instruction (LD instruction), 0.04μs per MOV instruction, and 28μs per PC MIX value instruction, ensuring efficient execution of control tasks. The inclusion of an SFC processing time adds flexibility in addressing specific control requirements.
With its compact yet powerful design, the Q12DCCPU-V is capable of handling intricate control scenarios with ease, making it an ideal choice for a variety of applications within the manufacturing and automation sectors. Its compatibility with various input/output modules enhances its versatility, allowing for seamless integration into diverse control architectures.
Furthermore, the Q12DCCPU-V is designed with safety and efficiency in mind, offering a safe torque off function (SIL3) as standard, which significantly reduces the risk of accidents during system operation. Its ability to perform sensorless vector control ensures optimal performance with induction and permanent magnet motors up to 599 Hz, contributing to enhanced energy efficiency and operational effectiveness.
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