Description
Parameters and specifications:
Program capacity: 124K steps (or 496K bytes).
Input and output points: both input and output points are 4096 points, and the total number of input and output points is 8192 points.
Basic command processing speed: The LD command processing speed is 34ns (nanoseconds).
Memory capacity: 496k.
Performance specifications: The control mode adopts the repeated operation of the stored program, and the input and output control mode is refresh mode.
Number of files: 124.
Consumption current: DC5V internal consumption current 0.64A.
Size and weight:
Dimensions: Height 98mm, width 27.4mm, depth 89.3mm.
Weight: 0.20Kg.
Series:
The Mitsubishi Q12HCPU is a high-performance CPU in Mitsubishi’s Q Series PLC (Programmable Logic Controller).
Features:
Multi-point control: can control the input and output of the multi-point.
High speed processing: LD command processing speed up to 34ns, significantly improving the system response speed.
Programming and communication efficiency: Improves the efficiency of programming tools and high-speed communication debugging, supports USB and RS232 interfaces, and facilitates communication with external devices.
Scalability: Up to 7 sections of expansion base devices can be connected, and the total extension distance of the expansion cable is up to 13.2 meters.
Memory expansion: Supports memory expansion to meet different storage requirements.
Programming flexibility: Support ladder diagram, statement table, ST (structured text), SFC, FB and other programming languages.
Miniaturization: Compared to the AnS series, the Q series saves 60% of the installation area.
Other features: including remote password setting, MELSECNET/H remote I/O network, multi-CPU system, power duplex system, etc.
Functions:
As a high-performance PLC controller, Mitsubishi Q12HCPU is widely used in automatic control systems in environmental protection, chemical, electronics, electrical and other industries to achieve accurate control, data acquisition and processing of various equipment and processes.
Reviews
There are no reviews yet.