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GIDDINGS & LEWIS 501-101400机器控制板

发布时间:2025-08-22人气:
  • GIDDINGS & LEWIS 501-101400机器控制板

GIDDINGS & LEWIS 501-101400机器控制板

1.产 品 资 料 介 绍:

GIDDINGS & LEWIS 501-101400 机器控制板详解

一、核心功能:设备运行的 "总调度中心"

GIDDINGS & LEWIS 501-101400 机器控制板作为工业自动化和数控设备的核心控制模块,扮演着 "总调度员" 的角色。它接收上位控制器的指令后,通过精准的信号转换与分配,协调伺服驱动器、步进电机、液压阀等各类执行单元的动作,同时整合运动控制与逻辑控制功能,确保机床或自动化设备的各环节按序、同步运行,是复杂工业系统实现高效、精准操作的核心枢纽。

二、技术特点:支撑高效控制的关键性能

  • 多元控制能力:支持脉冲输出、方向控制及逻辑执行控制等多种模式,可适配不同类型的执行机构。例如,通过脉冲信号控制进给轴的位移精度,通过方向信号调节主轴旋转方向,通过逻辑控制实现辅助设备的联动,满足复杂设备的多样化控制需求。
  • 灵活接口配置:输入接口可接收来自 CPU 或逻辑控制器的指令信号,输出接口能驱动多路执行机构,既可以直接连接伺服驱动器、继电器等设备,也能通过扩展模块增加控制通道,适配从单设备到多机组联动的不同场景。
  • 工业级信号兼容:兼容 24VDC 等工业标准电平,确保与上下游设备(如传感器、执行器)的信号无缝对接,避免因电平不匹配导致的信号传输错误或设备损坏,提升系统兼容性。
  • 高速响应与同步:具备高速脉冲输出能力,支持多轴同步控制,响应延迟控制在毫秒级以内。在多轴联动设备中,能保证各轴动作的时间差控制在极小范围,例如数控机床的 X、Y 轴联动时,可实现高精度的直线或圆弧插补。
  • 全面保护机制:集成过载、短路、过压及信号异常保护功能。当检测到执行机构过载、线路短路或电源电压异常时,会立即切断输出信号并触发报警,保护控制板及下游设备免受损坏,降低故障损失。
  • 模块化设计优势:采用插卡式设计,可直接安装于机柜或机架中,安装与更换无需拆卸整个控制系统。在设备升级或维护时,仅需插拔模块即可完成操作,大幅缩短停机时间,提升系统可维护性。
  • 直观状态监控:通过 LED 指示灯实时显示各控制通道的工作状态(如正常运行、故障、待机),技术人员可快速判断信号传输是否正常,缩短故障排查时间,提高调试与维护效率。

英文资料:

GIDINGS&LEWIS 501-101400 Machine Control Board Detailed Explanation

1、 Core Function: The 'General Dispatch Center' for device operation

The GIDINGS&LEWIS 501-101400 machine control board serves as the core control module for industrial automation and CNC equipment, playing the role of the "overall dispatcher". After receiving instructions from the upper controller, it coordinates the actions of various execution units such as servo drives, stepper motors, hydraulic valves, etc. through precise signal conversion and distribution. At the same time, it integrates motion control and logic control functions to ensure that each link of the machine tool or automation equipment runs in sequence and synchronously. It is the core hub for efficient and precise operation of complex industrial systems.

2、 Technical features: Key performance supporting efficient control

Multi control capability: supports multiple modes such as pulse output, direction control, and logic execution control, and can adapt to different types of actuators. For example, the displacement accuracy of the feed axis is controlled by pulse signals, the rotation direction of the spindle is adjusted by direction signals, and the linkage of auxiliary equipment is achieved through logic control to meet the diverse control needs of complex equipment.

Flexible interface configuration: The input interface can receive instruction signals from the CPU or logic controller, and the output interface can drive multiple execution mechanisms. It can be directly connected to servo drives, relays, and other devices, and can also increase control channels through expansion modules to adapt to different scenarios from single devices to multi unit linkage.

Industrial grade signal compatibility: Compatible with industrial standard levels such as 24VDC, ensuring seamless signal integration with upstream and downstream devices (such as sensors and actuators), avoiding signal transmission errors or equipment damage caused by level mismatch, and improving system compatibility.

High speed response and synchronization: Equipped with high-speed pulse output capability, supporting multi axis synchronous control, and response delay controlled within milliseconds. In multi axis linkage equipment, it is possible to ensure that the time difference between the actions of each axis is controlled within a very small range. For example, in the X and Y axis linkage of CNC machine tools, high-precision linear or circular interpolation can be achieved.

Comprehensive protection mechanism: integrated overload, short circuit, overvoltage, and signal abnormality protection functions. When overload of the actuator, short circuit of the circuit, or abnormal power supply voltage is detected, the output signal will be immediately cut off and an alarm will be triggered to protect the control board and downstream equipment from damage and reduce fault losses.

Advantages of modular design: Adopting a plug-in card design, it can be directly installed in cabinets or racks, and installation and replacement do not require dismantling the entire control system. When upgrading or maintaining equipment, simply plug and unplug modules to complete the operation, greatly reducing downtime and improving system maintainability.

Intuitive status monitoring: Real time display of the working status of each control channel (such as normal operation, fault, standby) through LED indicator lights. Technicians can quickly determine whether signal transmission is normal, shorten troubleshooting time, and improve debugging and maintenance efficiency.

2.产      品      展      示      

giddings_lewis_501-101400_r_3000_0749_machine_control_board.jpg

3.其他产品

 061-01183-0031控制器模块

HIMA F8650E 安全系统中央模块

 067-02121-0005 中央控制器模块

4.其他英文产品

ASEA 2668 180-88 servo board

DEIF LSU-113DG voltage regulator

AFP9075355 3BHS537443 voltage regulator

PMB31B-00114-01AMAT 0100-01488PFTL201C 50.0KN
PMB31B-00114-00AMAT 0100-03133PFTL201C
PMB31B-00101-0307EB200N32HLHJ-LNK-NS-00
PMB31B-00101-02NPSI0257120001-HE DSAI 309
PMB31B-00101-01NKAS11P21NSXS-LSS-NS-05
PMB31B-00101-00AMAT 0100-91085PFTL101AER 2.0KN 3BSE023012R1
PMB31B-00100-00INBIM0257160001-PA DSDI 116
The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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