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GIDINGS&LEWIS 503-17176-00 CPU 板

发布时间:2025-09-10人气:
  • GIDINGS&LEWIS 503-17176-00 CPU 板
  • GIDINGS&LEWIS 503-17176-00 CPU 板
  • GIDINGS&LEWIS 503-17176-00 CPU 板

 GIDINGS&LEWIS  503-17176-00 CPU 板

1.产 品 资 料 介 绍:

GIDINGS&LEWIS 503-17176-00 CPU 板

在工业自动化领域,系统的高效、精准运行离不开核心处理单元的强力支撑。GIDINGS&LEWIS 503-17176-00 CPU 板凭借卓越性能,成为工业自动化系统当之无愧的 “大脑”,深度赋能各类复杂工业场景。

一、产品概述

GIDINGS&LEWIS 503-17176-00 CPU 板作为工业自动化系统的核心枢纽,全面承担执行控制逻辑、处理海量数据以及协调各模块协同运作的重任。其工作流程恰似精密的交响乐演奏,输入模块、传感器及通信模块传来的各类信号,如同不同乐器的音符,汇聚于此。CPU 板以高速逻辑运算能力对这些信号进行深度解析与处理,之后向输出模块、伺服驱动器及执行器发送精准控制指令,确保各环节紧密配合、协调一致。从精密的数控机床加工,到高效运转的自动化生产线,再到灵活精准的机器人系统,这款 CPU 板广泛应用于各类关键工业场景,成为推动工业自动化进程的关键力量。

二、技术参数(典型特性,实际数值需参考官方资料)

  1. 强大处理能力:搭载高性能工业 CPU,犹如拥有一颗超级 “智慧芯”,能够轻松应对复杂逻辑运算和多任务并行处理的挑战。无论是数控机床加工复杂零件时所需的复杂刀具路径规划运算,还是自动化生产线中同时处理多个工位设备状态监测与控制指令的下达,它都能以出色的运算性能,确保各项任务高效、有序执行,满足工业生产对实时性和准确性的严苛要求。
  2. 丰富接口类型:具备卓越的兼容性,与内部总线、通信模块及 I/O 模块无缝对接。内部总线如同信息高速公路,保障数据在系统内高速、稳定传输;通信模块接口可灵活连接工业以太网、串口及现场总线等,便于与 PLC、伺服驱动和 HMI 系统等外部设备进行高效数据交互;I/O 模块接口则负责精准接收和输出各类控制信号,实现对系统各部分的精准控制,构建起一个互联互通、协同工作的工业自动化生态。
  3. 高效存储能力:集成 RAM/ROM,为系统运行提供坚实的数据存储保障。其中,RAM 用于程序运行时的数据快速读写,确保系统响应迅速;ROM 则用于存储关键的控制程序、工艺参数以及宝贵的历史数据。即使在系统断电等突发情况下,历史数据和重要参数依然得以完整保存,为系统重启后的快速恢复运行以及后续的数据分析、工艺优化提供有力支持。

英文资料:

GIDINGS&LEWIS 503-17176-00 CPU board

In the field of industrial automation, the efficient and precise operation of systems relies heavily on the strong support of core processing units. The GIDINGS&LEWIS 503-17176-00 CPU board, with its outstanding performance, has become the undisputed "brain" of industrial automation systems, deeply empowering various complex industrial scenarios.

1、 Product Overview

The GIDINGS&LEWIS 503-17176-00 CPU board serves as the core hub of industrial automation systems, fully responsible for executing control logic, processing massive data, and coordinating the collaborative operation of various modules. Its workflow is like a precise symphony performance, where various signals from input modules, sensors, and communication modules converge like notes from different instruments. The CPU board performs deep analysis and processing of these signals with high-speed logical computing capabilities, and then sends precise control instructions to the output module, servo driver, and actuator to ensure that each link is closely coordinated and consistent. From precision CNC machining, to efficient automated production lines, to flexible and precise robot systems, this CPU board is widely used in various key industrial scenarios and has become a key force in promoting industrial automation processes.

2、 Technical parameters (typical characteristics, actual values need to refer to official materials)

Powerful processing capability: Equipped with a high-performance industrial CPU, it is like having a super "smart chip" that can easily cope with the challenges of complex logical operations and multitasking parallel processing. Whether it is the complex tool path planning calculations required for CNC machining of complex parts, or the simultaneous processing of status monitoring and control instructions for multiple workstations in automated production lines, it can ensure efficient and orderly execution of various tasks with excellent computing performance, meeting the strict requirements of industrial production for real-time and accuracy.

Rich interface types: Excellent compatibility, seamless integration with internal buses, communication modules, and I/O modules. The internal bus is like an information highway, ensuring high-speed and stable transmission of data within the system; The communication module interface can flexibly connect industrial Ethernet, serial port, and fieldbus, facilitating efficient data exchange with external devices such as PLC, servo drive, and HMI system; The I/O module interface is responsible for accurately receiving and outputting various control signals, achieving precise control of various parts of the system, and building an interconnected and collaborative industrial automation ecosystem.

Efficient storage capability: Integrated RAM/ROM provides solid data storage support for system operation. Among them, RAM is used for fast reading and writing of data during program execution, ensuring rapid system response; ROM is used to store critical control programs, process parameters, and valuable historical data. Even in emergency situations such as system power outages, historical data and important parameters can still be fully saved, providing strong support for the rapid recovery and operation of the system after restart, as well as subsequent data analysis and process optimization.

 2.产      品      展      示      

g_l_electronics_giddings_lewis_pic_turbo_processor_503-17176-00.jpg

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ABB 3BHE009681R0101 GVC750BE101 2023.04.22现货

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PMB33E-20201-02NKTU11357160001-MA DSTX 120
PMB33E-20201-0170 BL 30a57120001-MZ DSTA 191
PMB33E-20201-00NTAI02PFTL301E 0.5KN 3BSE019050R500
PMB33E-20200-0307PS63R3M21NRXC-JNN-NS-00

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

Contact: +86 15270269218

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