• MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module

MVI56E-MNETC TCP/IP Multi Client/Server Enhanced Network Interface Module

MVI56E-MNETC is a Modbus TCP/IP multi client/server enhanced network interface module manufactured by ProSoft Technology. It is designed specifically for Rockwell Automation's ControlLogix platform and is used to implement multi client and/or server connections for the Modbus TCP/IP communication protocol.

The main features of this module are as follows:

Wide compatibility: MVI56E-MNETC is compatible with various Modbus devices, including sensors, actuators, PLCs, and other automation components. This enables it to be easily integrated into various industrial automation and control systems, enabling communication and data exchange with these devices.
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
  • MVI56E-MNETC  TCP/IP Multi Client/Server Enhanced Network Interface Module
Desciption
MVI56E-MNETC is a Modbus TCP/IP multi client/server enhanced network interface module manufactured by ProSoft Technology. It is designed specifically for Rockwell Automation's ControlLogix platform and is used to implement multi client and/or server connections for the Modbus TCP/IP communication protocol.

The main features of this module are as follows:

Wide compatibility: MVI56E-MNETC is compatible with various Modbus devices, including sensors, actuators, PLCs, and other automation components. This enables it to be easily integrated into various industrial automation and control systems, enabling communication and data exchange with these devices.
Multi client/server support: This module supports connections of up to 30 Modbus clients and 20 Modbus servers, enabling complex network communication architectures to be implemented in a single slot. This multi client/server support helps to reduce the impact on other servers, improve system response speed and reliability.

High speed pulse communication: The MVI56E-MNETC module supports high-speed pulse communication and has excellent communication performance. This enables it to achieve real-time data collection, control, monitoring, and analysis functions in industrial automation systems, improving the efficiency and reliability of the entire system.
Easy to configure and use: This module provides a user-friendly configuration interface and tools, allowing users to easily set parameters and debug. In addition, it also supports ladder logic and additional instructions for data transfer between modules and processors, further simplifying the configuration and usage process.
The MVI56E-MNETC module has a wide range of applications in industrial automation, energy management, building automation, and other fields. It can be used to connect and communicate with various Modbus TCP/IP devices, such as remote monitoring systems, energy management systems, intelligent building systems, etc., to achieve functions such as data acquisition, control, monitoring, and analysis.

In summary, MVI56E-MNETC is a powerful, compatible, and stable Modbus TCP/IP multi client/server enhanced network interface module suitable for various application scenarios in industrial automation and control systems.
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