GIDINGS&LEWIS  401-34400-50 交流电伺服驱动器

1.产 品 资 料 介 绍：

Giddings & Lewis 401-34400-50 工业级交流伺服驱动器介绍

一、产品概述

二、产品特点

（一）高精度控制

1. 全闭环控制覆盖：驱动器支持位置、速度和力矩三种核心闭环控制模式，形成全方位的精准控制体系。在位置闭环控制中，可根据目标位置与实际位置的偏差实时调整输出，确保电机精准定位；速度闭环控制能有效抑制负载变化对电机转速的影响，保持转速稳定；力矩闭环控制则可精准控制电机输出力矩，满足如物料夹紧、张力控制等场景需求。
2. 反馈协同提精度：通过与编码器或增量式反馈设备协同工作，实时采集电机运行的位置、速度反馈信号。驱动器根据反馈数据持续优化控制指令，动态修正电机运行轨迹，最大程度降低定位误差和速度波动，确保在高精度加工场景（如精密零件铣削、模具加工）中，仍能保持出色的加工精度，满足工业生产对细节精度的严苛要求。

（二）多种控制模式

1. 灵活模式适配：提供速度模式、位置模式和同步模式三种核心控制模式，可根据不同工艺需求灵活切换。速度模式下，驱动器稳定控制电机转速，适用于如输送带匀速运行、风机调速等场景；位置模式能精准控制电机运行至指定位置，满足点动定位（如机械臂抓取定位）、工件装配定位等需求；同步模式则可实现多台电机的同步运转，适用于如多轴联动加工、同步输送等场景。
2. 复杂工艺支撑：除基础控制外，驱动器还能适配复杂工艺需求。在连续插补场景（如数控机床加工曲线轮廓工件）中，可精准衔接各段运动轨迹，确保运动平滑无卡顿；在速度渐变控制中，能实现电机转速的平稳升降，避免因速度突变对设备和工件造成冲击，全面支撑工业生产中的多样化工艺要求。

英文资料：

Introduction to Giddings&Lewis 401-34400-50 Industrial AC Servo Drive

1、 Product Overview

Giddings&Lewis 401-34400-50 industrial grade AC servo drive is a high-performance control device designed specifically for driving AC servo motors. It plays a key role as the "power control core" in the field of industrial automation motion control. It can accurately regulate the speed, position, and torque of the AC servo motor, and correct the motor operation deviation in real time through a closed-loop control mechanism, ensuring that the motor always operates stably according to preset instructions.

This driver is widely used in CNC machine tools, multi axis motion control systems, and various automation equipment due to its excellent performance. Whether it is the strict requirements for machining accuracy of CNC machine tools or the complex requirements for synchronous motion of multi axis systems, it can provide high-performance and high reliability motion control capabilities, providing solid power guarantee for the high precision and efficiency of industrial production.

2、 Product Features

（1） High precision control

Full closed-loop control coverage: The driver supports three core closed-loop control modes: position, speed, and torque, forming a precise control system in all directions. In position closed-loop control, the output can be adjusted in real-time based on the deviation between the target position and the actual position to ensure precise positioning of the motor; Speed closed-loop control can effectively suppress the impact of load changes on motor speed and maintain speed stability; Torque closed-loop control can accurately control the output torque of the motor, meeting the requirements of scenarios such as material clamping and tension control.

Feedback collaboration improves accuracy: By working in conjunction with encoders or incremental feedback devices, real-time feedback signals of motor position and speed are collected. The driver continuously optimizes control instructions based on feedback data, dynamically corrects the motor's operating trajectory, and minimizes positioning errors and speed fluctuations to ensure excellent machining accuracy in high-precision machining scenarios (such as precision part milling and mold processing), meeting the strict requirements of industrial production for detail accuracy.

（2） Multiple control modes

Flexible mode adaptation: Provides three core control modes: speed mode, position mode, and synchronization mode, which can be flexibly switched according to different process requirements. In speed mode, the driver stably controls the motor speed, suitable for scenarios such as conveyor belt running at a constant speed, fan speed regulation, etc; The position mode can accurately control the motor to run to the designated position, meeting the requirements of jog positioning (such as mechanical arm grasping positioning), workpiece assembly positioning, etc; Synchronous mode can achieve synchronous operation of multiple motors, suitable for scenarios such as multi axis linkage machining and synchronous conveying.

Complex process support: In addition to basic control, the driver can also adapt to complex process requirements. In continuous interpolation scenarios (such as CNC machining of curved contour workpieces), it can accurately connect the motion trajectories of each section, ensuring smooth and seamless motion without any lag; In speed gradient control, it can achieve smooth increase and decrease of motor speed, avoid impact on equipment and workpieces caused by speed changes, and fully support the diversified process requirements in industrial production.

 2.产      品      展      示      

3.其他产品

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Honeywell 51303994-100数字输出卡

MC-4/11/03/400 伺服驱动器

4.其他英文产品

ASEA DSQC108 controller backplane

FOXBORO RH926GH Control Input Card

Fanuc A06B-6115-H006 servo drive

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

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