Schneider 140CPU31110C Unity processor, Modicon Quantum automation platform, Modbus Plus, 548kB RAM, 66MHz
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Warranty: 365 days
Quality: Original module
Condition: New / Used
Warehouse: Spot
Delivery time: Shipped in 3 days after payment
Mail: 3598571032@qq.com
Phone/Wechat/Whatsapp:+86 15339539190
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Details
Product details
Origin:USA
Brand:Schneider
Product ID:140CPU31110C
product description
Unity processor, Modicon Quantum automation platform, Modbus Plus, 548kB RAM, 66MHz
Modicon Quantum is an automation platform for Unity processors that provides a complete
set of solutions, including hardware, software and network connectivity. It supports several
communication protocols, including Modbus Plus, which is a communication protocol for
industrial automation.
Modbus Plus is a serial communication protocol that uses Ethernet or other network connections
to communicate. It supports multiple data transfer formats, including ASCII, RTU, and TCP/IP.
In Modbus Plus communication, data is transmitted in the form of frames, each frame contains
an address, a function code, data and check code and other parts.
548kB of RAM is the memory size on the Unity processor, which is used to store program code
and data. 66MHz is the clock rate of the Unity processor, which determines the speed and
processing power of the processor.
To write a Unity processor-based application, you need to use the development tools and
programming language provided by Modicon Quantum. You can write program code in
programming languages such as C or C++ and develop it using the apis and libraries provided
by Modicon Quantum. When writing a program, you need to consider factors such as the
memory size and clock frequency of the processor to ensure the performance and real-time
performance of the program.
Finally, it is important to note that since the Unity processor and the Modicon Quantum automation
platform are designed for industrial automation applications, there are safety specifications and
standards that need to be followed when using them. During the development and use process,
you need to follow relevant programming guidelines and best practices to ensure the stability
and reliability of the system.