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GIDINGS&LEWIS 501-03865-01伺服控制板

发布时间:2025-09-10人气:
  • GIDINGS&LEWIS 501-03865-01伺服控制板
  • GIDINGS&LEWIS 501-03865-01伺服控制板
  • GIDINGS&LEWIS 501-03865-01伺服控制板

 GIDINGS&LEWIS 501-03865-01伺服控制板

1.产 品 资 料 介 绍:

GIDINGS&LEWIS 501-03865-01 伺服控制板

在工业自动化进程不断加速的当下,精准高效的电机控制对于提升生产效率、保障产品质量起着决定性作用。GIDINGS&LEWIS 501-03865-01 伺服控制板作为工业运动控制领域的关键组件,以其卓越性能与可靠品质,成为众多工业设备实现精准运动控制的核心支撑。

一、产品概述

GIDINGS&LEWIS 501-03865-01 伺服控制板专为工业环境量身打造,致力于为伺服电机提供精准且稳定的控制。它宛如工业设备的 “智能指挥官”,能够精准解读来自上位控制器的指令,并将其转化为对应的驱动信号,从而实现对伺服电机速度、位置和扭矩的精准调控。无论是数控机床在进行微米级精度的加工,还是自动化生产线中各设备紧密协同作业,亦或是工业机器人执行复杂且精密的动作,该控制板都能凭借出色的性能,确保机械设备执行复杂且高精度的运动任务。凭借卓越的兼容性,它可与多种工业设备协同工作,在数控机床、自动化生产线、工业机器人等领域,已然成为实现高效、精准运动控制的核心单元,为工业生产的智能化、高效化升级提供有力保障。

二、技术特性

  1. 多元控制模式协同:支持闭环伺服控制,涵盖位置、速度和扭矩三种控制模式。在位置控制模式下,它如同拥有 “微观视角”,能精确设定伺服电机的运转位置,偏差极小,确保设备定位精准。例如在数控机床加工复杂零件时,可精准控制刀具位置,让刀具沿着精细的轨迹切削,保障加工精度。速度控制模式则像一位精准的 “节奏大师”,可保证电机以稳定且精准的速度运转,满足自动化生产线中输送带匀速输送物料等场景需求,确保生产节奏有条不紊。扭矩控制模式好似一位 “力量掌控者”,为需要精准扭力输出的工作提供保障,如工业机器人在抓取易碎物品时,能精确控制扭力,避免物品损坏,确保操作的安全性与精准性。
  2. 丰富接口高效互联:配备多路数字量输入和输出接口,可轻松接收编码器反馈信号,实现电机运行状态的实时监测与调整。数字量输入接口如同敏锐的 “触角”,能够快速响应外部控制信号,如设备的启停指令、限位开关信号等,及时将这些信号传递给控制板进行处理。数字量输出接口则像有力的 “手臂”,用于控制执行器动作,如控制电机的正反转、制动等,准确执行控制板发出的指令。通过与编码器的连接,控制板能实时获取电机的实际位置、速度等信息,与预设值进行对比,进而对电机运行状态进行闭环控制,大幅提升控制精度,确保电机运行与预期目标高度契合。

英文资料:

GIDINGS&LEWIS 501-03865-01 servo control board

In the current era of accelerating industrial automation, precise and efficient motor control plays a decisive role in improving production efficiency and ensuring product quality. GIDINGS&LEWIS 501-03865-01 servo control board, as a key component in the field of industrial motion control, has become the core support for many industrial equipment to achieve precise motion control with its excellent performance and reliable quality.

1、 Product Overview

GIDINGS&LEWIS 501-03865-01 servo control board is tailor-made for industrial environments, dedicated to providing precise and stable control for servo motors. It is like an "intelligent commander" of industrial equipment, capable of accurately interpreting instructions from the upper controller and converting them into corresponding driving signals, thereby achieving precise control of servo motor speed, position, and torque. Whether it is CNC machine tools performing micro level precision machining, closely coordinated operation of various equipment in automated production lines, or industrial robots performing complex and precise actions, this control board can ensure that mechanical equipment executes complex and high-precision motion tasks with excellent performance. With excellent compatibility, it can work together with various industrial equipment and has become the core unit for achieving efficient and precise motion control in fields such as CNC machine tools, automated production lines, and industrial robots, providing strong support for the intelligent and efficient upgrading of industrial production.

2、 Technical characteristics

Multi control mode collaboration: supports closed-loop servo control, covering three control modes: position, speed, and torque. In position control mode, it is like having a "micro perspective", which can accurately set the operating position of the servo motor with minimal deviation, ensuring accurate equipment positioning. For example, when machining complex parts on CNC machines, the tool position can be precisely controlled to allow the tool to cut along a fine trajectory, ensuring machining accuracy. The speed control mode is like a precise "rhythm master", ensuring that the motor runs at a stable and accurate speed, meeting the needs of scenarios such as uniform material conveying by conveyor belts in automated production lines, and ensuring an orderly production rhythm. The torque control mode is like a 'force controller', providing guarantees for tasks that require precise torque output. For example, industrial robots can accurately control torque when grabbing fragile items, avoiding damage to the items and ensuring the safety and accuracy of operations.

Rich interfaces and efficient interconnection: equipped with multiple digital input and output interfaces, it can easily receive encoder feedback signals, realizing real-time monitoring and adjustment of motor operation status. The digital input interface is like a sensitive "tentacle" that can quickly respond to external control signals, such as device start/stop commands, limit switch signals, etc., and transmit these signals to the control board for processing in a timely manner. The digital output interface is like a powerful "arm" used to control the actions of actuators, such as controlling the forward and reverse rotation of motors, braking, etc., accurately executing the instructions issued by the control board.

 2.产      品      展      示      

giddings_lewis_501-03865-01_unmp_2.jpg

3.其他产品

EMERSON 1C31166G01模拟输入模块
Motorola MVME6100嵌入式处理器模块
YOKOGAWA CP451-51控制器CPU

4.其他英文产品

PFSK142 3BSE006505R1 Control system card
PM891 3BSE053240R1 conversion module
PU519 3BSE018681R1 controller board

PMB33F-00216-0170AA02B-EP21NRXA-LNF-NS-00
PMB33F-00216-0070FV01B-EP22NRXA-LSF-NS-02
PMB33F-00214-0370BK02B-EM21NRXB-LDN-NS-00
PMB33F-00214-0270 WB 01aP21NRXD-LNN-NS-00
PMB33F-00214-01DT 371aP22NSXD-LNN-NS-02
PMB33F-00214-0070PR 03d-EP22NRXD-LNF-NS-00
PMB33F-00201-0370PR05B-ESN31HCHJ-LNK-NS-01

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

Contact: +86 15270269218

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