140 Series CPU Module 140CPU67160 Original Ethernet hot spare processor

Description

140CPU67160 This topic describes the original Ethernet hot spare processor

Product Overview:
The 140CPU67160 is a high-performance hot spare redundant processor manufactured by Schneider Electric, part of the Modicon Quantum automation platform family.
The processor module adopts high performance processor, has strong computing power and processing speed, and is suitable for dealing with complex control logic and data processing tasks.
Technical specifications:
Clock frequency: 266 MHz
Storage capacity: Has a large memory capacity, including 1024 kB and 512 kB of internal RAM dedicated to data, as well as 8 MB of expandable file storage capacity and 7168 kB of expandable program storage capacity via the PCMCIA card.
Communication interface: Equipped with multi-mode Ethernet connection, support Ethernet TCP/IP communication, and include Modbus port, USB port and PCMCIA slot.
Functional features:
Hot spare Redundancy: As a hot spare redundancy processor, it supports high reliability and stability in industrial automation and control systems, ensuring stable operation over long periods of time.
Programmable: Support programming, can use Schneider Electric programming software for program development and debugging, flexible to adapt to various application scenarios.
Display and Control: Equipped with an LCD monitor covered by the lens cap, support for 2 lines of 16 character LCD display, and variable backlight status and contrast.
Dedicated I/O: Includes counters, accurate timestamps, high-speed interrupt outputs, and serial links.
Interfaces and connections:
A variety of connectivity options are available, including one USB port, two distributed AS interfaces, four remote AS interfaces, six local Modbus Plus connections, six local Profibus DP connections, one Modbus connector, and six local Ethernet TCP/IP connections.
Design and Manufacture:
The processor is manufactured for mounting on the backplane and features automatic backlight processing, which will automatically turn on when the keyboard driver detects a key and turn off automatically after 5 minutes. If an error is detected, the backlight stays on.
Application field:
Mainly used in industrial automation and control systems, supporting a variety of complex monitoring and control tasks to ensure the stable and efficient operation of production lines.