Schneider 140CPU67261 Hot Standby Processor Module

Schneider  140CPU67261  hot standby processor module

The Schneider 140CPU67261 is a Unity hot standby processor of the Modicon Quantum series. The detailed introduction is as follows:

Performance Parameters

• Clock Frequency: 266MHz, ensuring efficient and reliable operation to handle complex automation tasks.

• Memory: The internal RAM is 3072KB, of which 1536KB is for data storage. It can be expanded via a PCMCIA card, with the program memory expandable up to 7168KB and file storage up to 8MB.

• I/O Capability: Supports unlimited discrete and analog I/O.

• For Ethernet remote I/O, discrete I/O can reach up to 31 nodes with 28 slots per node.

• For distributed I/O under Modbus Plus network, it supports 8,000 inputs and 8,000 outputs; remote I/O supports 31,744 inputs and 31,744 outputs.

• For analog I/O under Modbus Plus network, it supports 500 inputs and 500 outputs; remote I/O supports 1,984 inputs and 1,984 outputs.

• Instruction Execution Time:

• Boolean instructions: 0.0525–0.075μs

• Word instructions: 0.045–0.06μs

• Fixed-point arithmetic instructions: 0.045–0.06μs

• Floating-point instructions: 0.4–0.5μs

• Execution speed: 15k instructions per millisecond when 65% are boolean instructions and 35% are numeric instructions; 20k instructions per millisecond when 100% are boolean instructions.

  
  

Hardware Configuration

• Slots and Racks: Supports up to 16 slots, including 2 local racks. It can connect to 63 distributed I/O stations and 31 remote I/O stations, as well as 2 S908 remote I/O racks, 2 Ethernet Quantum remote I/O racks, or 2 Ethernet X80 remote I/O racks.

• Communication Interfaces: Integrates 1 Modbus Plus interface, 1 Modbus interface, 1 USB interface, and 1 fiber interface with hot standby protocol. It also supports Ethernet router functions, providing 6 Ethernet TCP/IP connections, 6 Modbus Plus connections, 6 Profibus DP connections, etc., and supports multiple network protocols.

Functional Features

• Hot Standby Function: Enables seamless takeover by the standby processor when the primary processor fails or requires maintenance, ensuring continuous and stable system operation.

• Safety Features: Equipped with process control checking to ensure reliable system operation and reduce risks of system failures or security vulnerabilities.

• 
  

Application FieldsIndustrial Automation

• Precisely controls mechanical actions at each workstation in automotive manufacturing lines to achieve accurate component assembly.

• Manages shelf handling robots and automatic sorting equipment in intelligent warehousing for efficient cargo storage and sorting.

• 
  

Power System

• Real-time collects power parameters (voltage, current, power, etc.) in substations, sends alarm signals, and takes control measures promptly in case of anomalies to ensure stable power system operation.

• 
  

Oil and Gas

• Control wellhead equipment and pipeline valves to ensure safe extraction and transportation of oil and gas.

• Precisely control complex processes in refineries and other sites to meet relevant safety standards.

• 
  

Municipal Engineering

• Metro train signal transmission systems to ensure safe and punctual operation.

• Intelligent management of urban infrastructure, such as streetlight control and bus stop information release.

• Real-time monitoring and control of water treatment equipment in sewage treatment plants and waterworks to ensure water quality and stable supply.

• 
  

Energy Sector

• Participates in the control system of generator sets in power plants to precisely regulate the power generation process, improving efficiency and stability.

• Controls equipment like wind turbines and photovoltaic arrays in new energy fields (wind farms, solar power stations) to ensure stable new energy output.

• 
  

Building Automation

• Air conditioning, elevator control, and lighting systems to improve energy efficiency, living comfort, and create intelligent building environments.

• 
  

Chemical Industry

• Safe and stable chemical production processes, preventing accidents and reducing material waste.