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GIDINGS&LEWIS 810-21276-02系统电路板

发布时间:2025-08-29人气:
  • GIDINGS&LEWIS 810-21276-02系统电路板
  • GIDINGS&LEWIS 810-21276-02系统电路板
  • GIDINGS&LEWIS 810-21276-02系统电路板

 GIDINGS&LEWIS 810-21276-02系统电路板

1.产 品 资 料 介 绍:

GIDINGS&LEWIS 810-21276-02 系统电路板

产品概述

810-21276-02 系统电路板是 Giddings & Lewis 控制系统的核心辅助模块,核心职责包括三大块:一是精准管理内部信号分配,确保各类控制信号不冲突、无延迟传输;二是统筹通信接口运作,适配不同模块的连接需求;三是协调 CPU 模块、输入 / 输出模块、伺服驱动器等关键设备间的数据交换。它如同系统的 “信号枢纽”,通过桥接与协同作用,保障整个控制系统稳定、高效运转。

产品应用领域

数控机床系统

在数控机床中,该电路板负责分配并协调系统内部信号,重点保障主轴转速控制、各进给轴运动指令的稳定传输,避免因信号波动影响加工精度。同时,它支持机床多模块(如刀库模块、冷却模块)联动,为复杂零件的高精度铣削、车削等加工任务提供可靠的信号基础。

自动化生产线

针对自动化生产线,电路板主要管理各控制模块(如机械手控制器、输送系统驱动器)间的数据通信,确保机械手抓取、输送设备启停、执行机构动作的协同性,避免工序脱节。此外,它还承担系统电源分配功能,并提供标准化信号接口,为生产线各模块持续稳定运行提供保障。

工业机器人控制系统

在工业机器人系统中,电路板为机器人控制器、关节伺服驱动器及位置反馈传感器搭建信号传输桥梁,实现控制指令与反馈数据的双向精准传递。这一功能支持机器人完成复杂路径规划(如圆弧轨迹、多段折线运动)和多轴协同操作(如手臂与末端执行器联动),保障动作精度与运行稳定性。

包装与印刷设备

对于包装机、印刷机等设备,电路板的核心作用是协调各运动轴(如送料轴、印刷滚筒轴)及同步设备的信号传输,确保设备在连续运行中保持动作同步,避免出现物料偏移、印刷套印不准等问题。同时,它提供信号接口,可实时反馈设备运行速度、加工位置及动作状态,便于操作人员监控与微调。

测试与精密加工系统

在实验测试平台或精密加工设备(如半导体晶圆加工设备)中,电路板为多通道控制提供稳定的数据通信基础,支持同时对多个测试点或加工工位进行精准控制。此外,它能适配高速数据采集需求,配合实时信号处理功能,满足精密测试与微米级加工对数据时效性、准确性的严苛要求。

英文资料:

GIDINGS&LEWIS 810-21276-02 System Circuit Board

Product Overview

The 810-21276-02 system circuit board is the core auxiliary module of the Giddings&Lewis control system, with three main responsibilities: firstly, precise management of internal signal allocation to ensure that various control signals are transmitted without conflict or delay; The second is to coordinate the operation of communication interfaces and adapt to the connection requirements of different modules; The third is to coordinate the data exchange between key devices such as CPU modules, input/output modules, and servo drives. It is like a "signal hub" of the system, ensuring stable and efficient operation of the entire control system through bridging and collaborative effects.

Product application areas

Numerical Control Machine Tool System

In CNC machine tools, this circuit board is responsible for distributing and coordinating internal system signals, with a focus on ensuring spindle speed control and stable transmission of motion commands for each feed axis, to avoid affecting machining accuracy due to signal fluctuations. At the same time, it supports multi module linkage of machine tools (such as tool magazine module, cooling module), providing a reliable signal foundation for high-precision milling, turning and other machining tasks of complex parts.

Automatic production line

For automated production lines, circuit boards mainly manage data communication between various control modules (such as robotic arm controllers and conveyor system drivers), ensuring the coordination of robotic arm grasping, conveyor equipment start stop, and actuator actions, and avoiding process disconnection. In addition, it also undertakes the function of system power distribution and provides standardized signal interfaces to ensure the continuous and stable operation of various modules in the production line.

Industrial Robot Control System

In industrial robot systems, circuit boards serve as signal transmission bridges for robot controllers, joint servo drivers, and position feedback sensors, enabling precise bidirectional transmission of control instructions and feedback data. This feature supports robots to complete complex path planning (such as circular arc trajectories, multi segment line movements) and multi axis collaborative operations (such as arm end effector linkage), ensuring action accuracy and operational stability.

Packaging and Printing Equipment

For packaging machines, printing machines, and other equipment, the core role of circuit boards is to coordinate the signal transmission of various motion axes (such as feeding axes, printing drum axes) and synchronous equipment, ensuring that the equipment maintains synchronized motion during continuous operation and avoiding problems such as material deviation and inaccurate printing. At the same time, it provides signal interfaces that can provide real-time feedback on equipment operating speed, processing position, and action status, making it easy for operators to monitor and fine tune.

Testing and Precision Machining System

In experimental testing platforms or precision processing equipment (such as semiconductor wafer processing equipment), circuit boards provide a stable data communication foundation for multi-channel control, supporting precise control of multiple testing points or processing stations simultaneously. In addition, it can adapt to high-speed data acquisition requirements, and with real-time signal processing functions, meet the strict requirements of precision testing and micrometer level processing for data timeliness and accuracy.

  2.产      品      展      示      

kearney_trecker_feedback_subsystem_circuit_board_1-21276_810-21276-02_3d-18_4.jpg

3.其他产品

GALIL DMC-1832总线运动控制卡

ETHERWAN EMC1600以太网交换机

Lenze MDFKARS080-22伺服电机

4.其他英文产品

Radisys ATCA-PP81 controller module

AMAT 0190-24282 encoder module

IC3600EPSS1B power supply boar

AMAT 0190-81774AMAT 0190-35845AMAT 0190-13021
AMAT 0190-64232AMAT 0190-35857AMAT 0190-13025
AMAT 0190-62317AMAT 0190-35861AMAT 0190-13035
AMAT 0190-35683AMAT 0190-35928AMAT 0190-13038
AMAT 0190-76053AMAT 0190-35961AMAT 0190-13038 

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

Contact: +86 15270269218

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