140CPU53414B

¥4,152.00

Series:

  • The 140CPU53414B belongs to Schneider Electric’s Quantum series of PLCs, specifically designed for advanced automation applications12.
    Parameters:
  • Work Voltage: Typically operates at 220-320V36.
  • Output Frequency: 260-300Hz6.
  • Processing Speed: 280-360μs6.
    Specifications:
  • Dimensions: The exact dimensions vary but may include a standard module size compatible with Quantum PLC systems14.
  • Weight: The specific weight is not mentioned but is expected to be in line with typical PLC module weights4.
  • I/O Points: The number of I/O points is not explicitly stated but would be determined by the specific configuration and application
Category:

Description

Series:

  • The 140CPU53414B belongs to Schneider Electric’s Quantum series of PLCs, specifically designed for advanced automation applications12.
    Parameters:
  • Work Voltage: Typically operates at 220-320V36.
  • Output Frequency: 260-300Hz6.
  • Processing Speed: 280-360μs6.
    Specifications:
  • Dimensions: The exact dimensions vary but may include a standard module size compatible with Quantum PLC systems14.
  • Weight: The specific weight is not mentioned but is expected to be in line with typical PLC module weights4.
  • I/O Points: The number of I/O points is not explicitly stated but would be determined by the specific configuration and application

  • Features:
  • Modular Design: Allows for easy integration and expansion within Quantum PLC systems46.
  • High Performance: Offers fast processing speeds and advanced control capabilities to handle complex automation tasks6.
  • Communication Capabilities: Supports various communication protocols and interfaces for seamless integration with other devices and systems16.
  • Programming Flexibility: Compatible with Schneider Electric’s programming software, allowing for efficient and flexible programming6.
    Role:
  • The 140CPU53414B serves as the central processing unit (CPU) in Quantum PLC systems, providing the intelligence and control logic for automation applications12.
  • It processes inputs from sensors and devices, executes user-defined control programs, and generates outputs to actuators and other controlled devices6.
  • Its high performance, modular design, and communication capabilities make it an ideal choice for advanced automation applications across various industries