邮箱:stodcdcs@gmail.com

手机/微信/WhatsApp

+86 15270269218

stodcdcs@gmail.com

GIDINGS&LEWIS 401-34324-01伺服电机

发布时间:2025-08-29人气:
  • GIDINGS&LEWIS 401-34324-01伺服电机
  • GIDINGS&LEWIS 401-34324-01伺服电机
  • GIDINGS&LEWIS 401-34324-01伺服电机

 GIDINGS&LEWIS  401-34324-01伺服电机

1.产 品 资 料 介 绍:

GIDINGS&LEWIS 401-34324-01 伺服电机

产品概述

401-34324-01 伺服电机作为 Giddings & Lewis 控制系统中的核心动力执行单元,肩负着驱动数控机床、自动化生产线及工业机器人系统轴运动的重任。它凭借先进的闭环控制技术,能够对位置、速度和转矩进行精准调控,确保设备在运行过程中展现出卓越的高精度与高可靠性,是推动工业自动化设备高效、稳定运行的关键组件,在各类复杂工业应用场景中发挥着不可替代的作用。

产品特点

高精度运动控制:微米级定位的保障

401-34324-01 伺服电机在运动控制精度上表现卓越,核心得益于闭环反馈控制机制与高分辨率编码器的协同作用:


  • 闭环反馈控制:电机通过内置的传感器实时采集自身的运行状态数据(如位置、速度),并将这些数据反馈至控制系统。控制系统根据反馈信号与预设目标值进行对比分析,一旦发现偏差,立即调整输出指令,进而精准修正电机的运行状态,实现微米级的位置控制精度。例如在精密模具加工的数控机床中,能精准控制刀具位置,加工出公差极小的复杂轮廓;
  • 高分辨率编码器:配备的高分辨率编码器可将电机的旋转角度进行精细量化,每旋转一周能产生大量的脉冲信号。这使得电机在运行过程中的位置反馈更加精确,有效保障了运动的稳定性,同时确保重复定位精度极高。在自动化生产线的物料分拣环节,电机能精确驱动定位台,每次都将物料精准放置在指定位置,避免因定位偏差导致的分拣错误。

高速响应:适配高速、复杂工况

电机具备出色的快速启动和换向能力,可充分满足高速加工和复杂轨迹控制的严苛需求:


  • 快速启动特性:电机的电磁设计和驱动系统经过优化,在接收到控制系统的启动指令后,能够在极短的时间内达到额定转速,快速输出所需转矩。例如在高速切削的数控机床中,主轴电机可迅速提速至万转以上,缩短加工辅助时间,提高生产效率;
  • 敏捷换向能力:在面对复杂轨迹控制(如工业机器人绘制复杂曲线、数控机床加工不规则轮廓)时,电机能快速响应方向切换指令,实现平稳、无卡顿的换向操作。这一特性确保了设备在复杂运动过程中,始终保持动作的流畅性与准确性,避免因换向延迟导致的轨迹偏差。

英文资料:

GIDINGS&LEWIS 401-34324-01 servo motor

Product Overview

401-34324-01 servo motor, as the core power execution unit in Giddings&Lewis control system, shoulders the responsibility of driving the axis movement of CNC machine tools, automated production lines, and industrial robot systems. It relies on advanced closed-loop control technology to accurately regulate position, speed, and torque, ensuring that the equipment exhibits excellent high precision and reliability during operation. It is a key component in promoting efficient and stable operation of industrial automation equipment and plays an irreplaceable role in various complex industrial application scenarios.

Product Features

High precision motion control: guarantee of micrometer level positioning

401-34324-01 servo motor performs excellently in motion control accuracy, thanks to the synergistic effect of closed-loop feedback control mechanism and high-resolution encoder:

Closed loop feedback control: The motor collects real-time operating status data (such as position and speed) through built-in sensors and feeds these data back to the control system. The control system compares and analyzes the feedback signal with the preset target value. Once a deviation is detected, the output command is immediately adjusted to accurately correct the operating status of the motor, achieving micrometer level position control accuracy. For example, in CNC machine tools for precision mold processing, the tool position can be precisely controlled to produce complex contours with extremely small tolerances;

High resolution encoder: The equipped high-resolution encoder can finely quantify the rotation angle of the motor, generating a large number of pulse signals per rotation. This makes the position feedback of the motor more accurate during operation, effectively ensuring the stability of the motion, while ensuring extremely high repeat positioning accuracy. In the material sorting process of the automated production line, the motor can accurately drive the positioning table to place the material in the designated position every time, avoiding sorting errors caused by positioning deviation.

High speed response: adapted to high-speed and complex working conditions

The motor has excellent fast starting and reversing capabilities, which can fully meet the demanding requirements of high-speed machining and complex trajectory control:

Quick start feature: The electromagnetic design and drive system of the motor have been optimized, and after receiving the start command from the control system, it can reach the rated speed in a very short time and quickly output the required torque. For example, in high-speed cutting CNC machine tools, the spindle motor can quickly accelerate to over 10000 revolutions per minute, shorten machining assistance time, and improve production efficiency;

Agile commutation capability: When faced with complex trajectory control (such as industrial robots drawing complex curves, CNC machine tool processing irregular contours), the motor can quickly respond to direction switching instructions, achieving smooth and seamless commutation operations. This feature ensures that the device maintains smooth and accurate movements throughout complex motion processes, avoiding trajectory deviations caused by commutation delays.

2.产      品      展      示      

giddings_lewis_fsm610_401-34324-01_servo_motor_1 (3).jpg

3.其他产品

Foxboro  FBM230 通信模块

Schneider 140CPU43412A 控制器模块

KONTRON CP307电源模块

4.其他英文产品

ABB SB822 3BSE018172R1 rechargeable  

ABB XVC768115 thyristor module

ASEA 57520001-U circuit board

AMAT 0100-76AMAT 0190-45956AMAT 0190-15701
AMAT 0100-01489AMAT 0190-46025AMAT 0190-15735
AMAT 0100-2003AMAT 0190-46809AMAT 0190-15736
AMAT 0100-00041AMAT 0190-46835AMAT 0190-15759
AMAT 0100-01864AMAT 0190-46837AMAT 0190-15828-001
AMAT 0100-00558AMAT 0190-47186AMAT 0190-15828-002

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

Contact: +86 15270269218

推荐资讯

+86 15270269218