GIDDINGS & LEWIS M.1017.3888以太网模块
1.产 品 资 料 介 绍：
GIDDINGS & LEWIS M.1017.3888 以太网模块概述
英文资料：
GIDINGS&LEWIS M.1017.3888 Ethernet Module Overview
GIDINGS&LEWIS M.1017.3888 Ethernet module is an industrial grade communication expansion module designed for industrial scenarios, mainly serving CNC machine tools, automated production lines, and industrial control systems. It builds a data exchange bridge between controllers, I/O modules, and upper management systems with high-speed and reliable Ethernet interfaces, supporting real-time data transmission and remote monitoring. It is an important part of promoting the networking and intelligence of industrial control systems.
In terms of technical parameters, the interface type of this module is standard industrial Ethernet interface (RJ45), supporting a transmission rate of 10/100 Mbps, which can meet the transmission requirements of different data volumes in industrial environments. In terms of protocol support, it is compatible with standard network protocols such as TCP/IP and UDP, and some models also support Modbus TCP or Profinet, which can flexibly adapt to different industrial communication environments.
Data transmission has the characteristics of low latency and high reliability, ensuring timely transmission of real-time control instructions and equipment status feedback, and ensuring efficient collaboration of the system. Outstanding scalability, seamlessly integrated with GIDINGS&LEWIS series controllers and I/O modules, facilitating system expansion and upgrades.
In terms of electrical characteristics, the module has isolation protection, surge suppression, and anti-interference design, which can work stably in complex industrial electromagnetic environments and reduce the impact of external interference on communication. The status indication is achieved through LED lights, which can clearly display the network status, data transmission status, and module operation status, making it convenient for staff to grasp the module situation in real time. The installation method adopts modular design, which facilitates quick installation and replacement in control cabinets or machine tool systems, reducing maintenance costs and time.
The application scenarios are very extensive. In CNC machine tools, it can achieve data exchange and status monitoring between the machine tool controller and the upper computer or other control modules, assisting in precise production; In the automated production line, network communication is supported for each workstation controller to ensure real-time synchronization of production process data and improve the coordination of the production line; In industrial robot systems, high-speed communication is provided between robot controllers, sensors, I/O modules, and scheduling systems to ensure precise and efficient robot movements; In terms of factory informatization/MES integration, production data can be transmitted to the upper management system to provide data support for production monitoring and process optimization; In process control and remote monitoring, it is used to transmit real-time data, achieve remote diagnosis and fault alarm, and improve the operational efficiency of the system.
2.产 品 展 示
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