GIDINGS&LEWIS 503-26683-01 以太网模块

 GIDINGS&LEWIS  503-26683-01 以太网模块

1.产 品 资 料 介 绍：

产品概述

产品应用领域

1. 数控机床（CNC）
   连接机床与工厂 MES/ERP 管理系统，一方面将加工进度、刀具磨损、产品精度等数据实时上传，方便管理人员掌握生产动态；另一方面可远程传输加工程序、调整工艺参数，避免人工现场操作延误，同时反馈机床运行异常（如过载、故障），及时预警维护，提升加工效率与管理便捷性。
2. 工业自动化生产线
   串联生产线的控制器、传感器（如物料位置传感器）与执行机构（如输送带电机），集中采集各环节数据（如物料输送速度、设备温度）。管理人员基于数据优化生产调度（如根据物料存量调整生产节奏），减少因信息断层导致的停工，提升生产线自动化管理水平与整体运行稳定性。
3. 机器人系统
   实现机器人控制器与上位系统的网络通信，上位系统可远程下发任务指令（如装配步骤、搬运路径），机器人则实时反馈运行状态（如关节负载、抓取精度）。遇到任务调整时，无需现场编程即可远程调度，还能支持多机器人协同作业（如分工装配同一工件），提升机器人应用灵活性。
4. 包装与印刷机械
   将设备运行状态（如包装速度、印刷滚筒转速）、生产数据（如单日产量、材料损耗）及故障信息（如卡纸、油墨不足）实时上传至监控系统。管理人员可远程排查问题（如通过数据判断故障原因），及时安排运维，避免因设备停机导致的批量生产延误，保障包装印刷质量稳定。
5. 实验及测试平台
   为实验设备（如电机测试台）、测试系统提供实时数据传输接口，将实验过程中的关键参数（如转速、扭矩、压力）快速传输至分析终端，科研人员可实时监控数据变化（如观察参数是否符合预期），及时调整实验条件，同时存储数据便于后续复盘分析，保障实验与测试的精准性、可追溯性。

英文资料：

Product Overview

GIDINGS&LEWIS 503-26683-01 Industrial Ethernet module is the "high-speed data hub" for industrial systems. Through a standard Ethernet interface, it can achieve real-time data exchange between CNC machine tools, automation equipment, and upper control systems, efficiently transmitting key data of controllers, I/O modules, and servo systems. It not only supports remote monitoring (without on-site duty), data acquisition (providing basis for analysis), but also assists in industrial network integration (breaking down equipment information barriers), providing core communication support for industrial intelligent operation.

Product application areas

Numerical Control Machine Tool (CNC)

Connect the machine tool with the MES/ERP management system of the factory, and on the one hand, upload real-time data such as machining progress, tool wear, and product accuracy, making it convenient for management personnel to grasp production dynamics; On the other hand, it can remotely transmit machining programs, adjust process parameters, avoid delays in manual on-site operations, and provide feedback on abnormal machine operation (such as overload and faults), timely warning and maintenance, and improve machining efficiency and management convenience.

Industrial automation production line

Connect the controllers, sensors (such as material position sensors), and actuators (such as conveyor belt motors) of the production line in series to collect data from various links (such as material conveying speed and equipment temperature). Management personnel optimize production scheduling based on data (such as adjusting production pace according to material inventory), reduce downtime caused by information gaps, and improve the automation management level and overall operational stability of the production line.

robot system

Realize network communication between the robot controller and the upper system. The upper system can remotely issue task instructions (such as assembly steps and handling paths), while the robot provides real-time feedback on its operating status (such as joint load and grasping accuracy). When encountering task adjustments, remote scheduling can be achieved without on-site programming, and it can also support multi robot collaborative work (such as division of labor to assemble the same workpiece), enhancing the flexibility of robot applications.

Packaging and Printing Machinery

Real time uploading of equipment operating status (such as packaging speed, printing drum speed), production data (such as daily output, material loss), and fault information (such as paper jam, insufficient ink) to the monitoring system. Management personnel can remotely troubleshoot problems (such as determining the cause of faults through data), arrange maintenance in a timely manner, avoid batch production delays caused by equipment downtime, and ensure stable packaging and printing quality.

Experimental and testing platform

Provide real-time data transmission interfaces for experimental equipment (such as motor test benches) and testing systems, quickly transmitting key parameters (such as speed, torque, pressure) during the experimental process to the analysis terminal. Researchers can monitor data changes in real time (such as observing whether parameters meet expectations), adjust experimental conditions in a timely manner, and store data for subsequent review and analysis, ensuring the accuracy and traceability of experiments and tests.

2.产      品      展      示      

3.其他产品

ADEPT TECH 10332-10250接口模块

ADEPT TECH 10330-00150 输入输出模块

A-B 349896-A01 逆变器模块

4.其他英文产品

GE DS3800HMPK1K1K Controller Module

PXAA401 3BSE017233R1 Controller

Gasonics L-3510 486 Control Motherboard

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218