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GIDINGS&LEWIS 501-04302-00输入电路板

发布时间:2025-08-21人气:
  • GIDINGS&LEWIS 501-04302-00输入电路板
  • GIDINGS&LEWIS 501-04302-00输入电路板

GIDDINGS & LEWIS 501-04302-00输入电路板

1.产 品 资 料 介 绍:

一、产品概述

GIDDINGS & LEWIS 501-04302-00 输入电路板是工业自动化系统中的核心信号采集模块,专门负责接收来自传感器、开关及其他输入设备的原始信号,并将其转换为控制系统可识别的标准格式,为自动化设备的精准运行提供实时、可靠的数据支撑。该模块广泛应用于数控机床、自动化生产线及工业机器人等场景,是连接底层感知设备与上层控制系统的关键桥梁。

二、产品特点

  • 多通道信号采集:集成多路数字量与模拟量输入接口,可同步采集温度、压力、位置等多种类型传感器信号,满足复杂工业场景的多维数据需求。
  • 信号优化处理:内置专业滤波电路与防抖算法,能有效过滤电磁干扰、机械振动等噪声,确保采集数据的稳定性与准确性。
  • 系统兼容性强:与 G&L 系列处理器模块、主控制器及其他 I/O 组件实现无缝对接,简化系统集成流程,降低兼容性风险。
  • 实时响应能力:采用高速信号处理芯片,可快速捕捉瞬时信号变化并完成转换,保障控制指令的及时触发与执行。
  • 工业级耐用性:采用抗振动结构设计,耐受 -20℃~70℃ 宽温环境,具备强电磁兼容性,可在粉尘、油污等复杂车间环境中长期稳定运行。
  • 模块化设计:标准化安装尺寸与接口,便于快速拆装、现场调试及后期功能扩展,减少维护停机时间。

三、应用场景

  • 数控机床领域:精准采集限位开关信号、刀具位置传感器数据及主轴 / 进给轴编码器信号,为闭环控制提供实时位置反馈,保障精密加工的尺寸精度与表面质量。
  • 自动化生产线:接收工位到位传感器、物料检测开关及安全光栅等设备的信号,实现生产流程的自动启停、工序切换与异常停机保护,提升生产线协同效率。
  • 工业机器人系统:获取机器人关节角度传感器、末端执行器力反馈信号及工作空间安全传感器数据,用于动作轨迹修正、碰撞防护及作业精度优化。
  • 包装与印刷机械:采集送料速度传感器、纸张定位信号及质量检测装置数据,实现物料张力控制、套印精度调节及废品自动剔除,提升包装印刷的一致性与合格率。
  • 实验与测试平台:在工业设备研发或性能测试场景中,实时采集实验装置的各类物理量信号,为控制算法验证、设备性能评估提供高精度数据支持。

英文资料:

1、 Product Overview

The GIDINGS&LEWIS 501-04302-00 input circuit board is the core signal acquisition module in industrial automation systems, specifically responsible for receiving raw signals from sensors, switches, and other input devices, and converting them into a standard format recognizable by the control system, providing real-time and reliable data support for the precise operation of automation equipment. This module is widely used in scenarios such as CNC machine tools, automated production lines, and industrial robots, and is a key bridge connecting the underlying perception equipment with the upper control system.

2、 Product Features

Multi channel signal acquisition: Integrating multiple digital and analog input interfaces, it can synchronously collect various types of sensor signals such as temperature, pressure, and position, meeting the multidimensional data requirements of complex industrial scenes.

Signal optimization processing: Equipped with professional filtering circuits and anti shake algorithms, it can effectively filter out noise such as electromagnetic interference and mechanical vibration, ensuring the stability and accuracy of collected data.

Strong system compatibility: Seamless integration with G&L series processor modules, main controllers, and other I/O components, simplifying system integration processes and reducing compatibility risks.

Real time response capability: Using high-speed signal processing chips, it can quickly capture instantaneous signal changes and complete conversion, ensuring timely triggering and execution of control instructions.

Industrial grade durability: Designed with anti vibration structure, it can withstand a wide temperature range of -20 ℃~70 ℃, has strong electromagnetic compatibility, and can operate stably in complex workshop environments such as dust and oil pollution for a long time.

Modular design: Standardized installation dimensions and interfaces for quick disassembly, on-site debugging, and later functional expansion, reducing maintenance downtime.

3、 Application scenarios

In the field of CNC machine tools, precise collection of limit switch signals, tool position sensor data, and spindle/feed axis encoder signals is provided to provide real-time position feedback for closed-loop control, ensuring the dimensional accuracy and surface quality of precision machining.

Automated production line: receiving signals from sensors, material detection switches, safety gratings and other equipment at the workstation, realizing automatic start stop, process switching and abnormal shutdown protection of the production process, and improving the collaborative efficiency of the production line.

Industrial robot system: Obtain robot joint angle sensors, end effector force feedback signals, and workspace safety sensor data for motion trajectory correction, collision protection, and optimization of work accuracy.

Packaging and Printing Machinery: Collecting data from feeding speed sensors, paper positioning signals, and quality inspection devices to achieve material tension control, overlay accuracy adjustment, and automatic waste removal, improving the consistency and pass rate of packaging printing.

Experimental and testing platform: In industrial equipment development or performance testing scenarios, real-time collection of various physical quantity signals from experimental devices provides high-precision data support for control algorithm validation and equipment performance evaluation.

2.产      品      展      示      

giddings_and_lewis_machine_control_board_501-04302-00_-503-19030-00.jpg

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

Contact: +86 15270269218

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