The Mitsubishi A1SHCPU PLC Control Module offers seamless integration and advanced automation capabilities for industrial applications, ensuring efficient control and optimization of complex processes.
Supply Voltage:DC 24V
Input/Output Channels:16 Inputs, 16 Outputs
Processing Speed:2.5 μs per scan
Memory Capacity:16K Words
Operating Temperature:-10°C to 55°C
Environmental Protection:IP20
Protocol Compatibility:Modbus RTU
The Mitsubishi A1SHCPU PLC Module is specifically engineered for industrial control systems, providing unparalleled reliability and precision. It boasts an ultra-fast processing speed of 2.5 μs per scan, ensuring smooth operation in even the most demanding environments.
With a memory capacity of 16K Words, this module can handle complex programming tasks, making it ideal for intricate control systems. Its robust design allows it to operate within a wide temperature range from -10°C to 55°C, ensuring durability in various industrial settings.
Equipped with 16 input and output channels, the A1SHCPU Module offers flexibility in configuring control systems to meet diverse needs. The inclusion of Modbus RTU protocol compatibility ensures seamless integration with existing systems, streamlining automation processes.
Featuring an IP20 environmental protection rating, this module is designed to withstand dust and non-corrosive environments, further enhancing its longevity in industrial applications. Whether you’re managing production lines, HVAC systems, or machinery operations, the Mitsubishi A1SHCPU PLC Module is your reliable partner in achieving optimal control.
This PLC Module is not just a tool; it’s a solution tailored for the complexities of industrial automation. With its comprehensive set of features, you can trust the Mitsubishi A1SHCPU to deliver exceptional performance, reliability, and efficiency in your industrial control projects.
The Mitsubishi A1SHCPU PLC Control Module offers seamless integration and advanced automation capabilities for industrial applications, ensuring efficient control and optimization of complex processes.