Series:MODICON QUANTUM

  Product Description

  140XCP51000 SCHNEIDER Virtual Module

  Function:Provides virtual I/O channels in the Modicon Quantum system for simulating I/O devices

  Usage:Widely used in the field of industrial automation control,such as:

  Virtual debugging

  Simulation testing

  Process control

  Robots

  Medical equipment

  Features:

  Supports Modicon Quantum local rack

  Supports Modicon Quantum remote I/O

  Can simulate various I/O devices

  Easy to configure and use

  Product Description:

  140XCP51000 SCHNEIDER Virtual Module is a high-performance and highly reliable virtual I/O module designed specifically for the Modicon Quantum series PLC.It can provide virtual I/O channels in the Modicon Quantum system for simulating I/O devices,allowing for debugging,testing,and control without the need to physically connect the I/O devices.

  The 140XCP51000 SCHNEIDER virtual module adopts advanced electronic technology and software design,with multiple input/output types that can be configured and controlled according to specific needs.It is compact,easy to install and wiring,and suitable for various industrial automation and control systems.

  The 140XCP51000 SCHNEIDER virtual module adopts a modular design,which is easy to install and maintain.It has the following main components:

  CPU processor

  Memory

  Communication interface

  Product parameters:

  CPU model PowerPC 603e

  Main frequency 266 MHz

  Memory 512 KB

  Two multi-mode fiber optic Ethernet communication interfaces

  Can simulate I/O channels 128

  Installation method Backboard/rack

  Working temperature 32...+140°F/0...+60°C

  Product specifications:

  Application field:

  The 140XCP51000 virtual module is widely used in the field of industrial automation control,such as:

  Virtual debugging:Debugging PLC programs without the need to physically connect I/O devices.

  Simulation testing:used to test the operation of PLC programs in different scenarios.

  Process control:used to simulate complex process control systems.

  Robot:used to simulate the motion control of robots.

  Medical equipment:used to simulate the I/O interface of medical equipment.