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GIDINGS&LEWIS 401-34320-00伺服电机

发布时间:2025-09-08人气:
  • GIDINGS&LEWIS 401-34320-00伺服电机
  • GIDINGS&LEWIS 401-34320-00伺服电机
  • GIDINGS&LEWIS 401-34320-00伺服电机

 GIDINGS&LEWIS  401-34320-00伺服电机

1.产 品 资 料 介 绍:

Giddings & Lewis 401-34320-00 伺服电机介绍

产品概述

Giddings & Lewis 401 - 34320 - 00 伺服电机归属于 FSM 系列中的中惯量无刷交流伺服电机。其具备高速响应特性,能够在极短时间内对控制信号做出反应,迅速调整转速与转向,满足设备快速启停及动态运行的需求。同时,该电机拥有高精度控制能力,可精准把控电机的输出扭矩、转速及位置,为各类工业应用提供稳定且精确的动力输出。凭借这些优势,在数控机床领域,它能够确保机床加工的高精度与高速度;在工业自动化生产线中,能保障各个环节的高效、稳定运行,是工业生产中不可或缺的动力部件。

技术参数(典型值,基于同系列机型)

  1. 最大转速:可达约 4000 RPM,较高的转速能够使设备在单位时间内完成更多的工作循环,提升生产效率。例如在一些高速切削的数控机床中,高转速的伺服电机可带动刀具快速旋转,实现高效的材料去除。
  2. 连续输出功率:约为 2.5 kW,该功率水平可满足多种工业设备持续运行的动力需求,无论是驱动大型机械部件的运转,还是在自动化生产线中为各类执行机构提供动力,都能稳定发挥作用。
  3. 额定扭矩:约 6.9 Nm,额定扭矩决定了电机在正常工作状态下能够输出的稳定扭转力,此数值使电机能够驱动具有一定负载惯量的设备平稳运行,保证设备运行的稳定性与可靠性。
  4. 额定电流:约 12 A RMS,电机在额定工况下运行时所需的电流值较为稳定,这有助于设备供电系统的稳定设计与运行,确保电机与其他电气设备的协同工作。
  5. 工作频率范围:处于 0–267 Hz,宽泛的工作频率范围使得电机能够适应不同的工作场景与控制需求,可根据实际工况灵活调整运行频率,实现对电机转速等参数的精确控制。

应用场景

  1. CNC 数控机床:作为主轴电机时,能够为机床提供强大且稳定的切削动力,确保在不同材料、不同切削工艺下都能实现高精度的切削加工,保证加工表面质量与尺寸精度。充当进给轴电机时,能精准控制机床坐标轴的移动,实现快速、准确的定位,使刀具能够按照预设路径进行加工,满足复杂零件的加工需求。
  2. 自动化生产线:在包装环节,可精准控制包装设备的运转速度与位置,实现产品的准确包装,提高包装效率与质量;在组装环节,能为机械手臂等组装设备提供稳定驱动,确保零部件的准确抓取与安装,保障组装过程的高效与同步;在搬运环节,可驱动搬运设备稳定运行,快速、准确地搬运货物,提升生产线的整体物流效率。

英文资料:

Introduction to Giddings&Lewis 401-34320-00 Servo Motor

Product Overview

The Giddings&Lewis 401-34320-00 servo motor belongs to the FSM series of medium inertia brushless AC servo motors. It has high-speed response characteristics and can respond to control signals in a very short time, quickly adjust speed and steering, and meet the needs of rapid start stop and dynamic operation of the equipment. At the same time, the motor has high-precision control capability, which can accurately control the output torque, speed, and position of the motor, providing stable and accurate power output for various industrial applications. With these advantages, in the field of CNC machine tools, it can ensure high precision and high speed of machine tool processing; In industrial automation production lines, ensuring efficient and stable operation of each link is an indispensable power component in industrial production.

Technical parameters (typical values, based on models of the same series)

Maximum speed: up to about 4000 RPM, higher speeds can enable the equipment to complete more work cycles per unit time, improving production efficiency. For example, in some high-speed cutting CNC machine tools, high-speed servo motors can drive the tool to rotate quickly, achieving efficient material removal.

Continuous output power: about 2.5 kW, this power level can meet the power requirements for continuous operation of various industrial equipment, whether it is driving the operation of large mechanical components or providing power for various actuators in automated production lines, it can play a stable role.

Rated torque: about 6.9 Nm. The rated torque determines the stable torsional force that the motor can output under normal working conditions. This value enables the motor to drive equipment with a certain load inertia to operate smoothly, ensuring the stability and reliability of equipment operation.

Rated current: about 12 A RMS. The current required for the motor to operate under rated conditions is relatively stable, which helps to ensure the stable design and operation of the equipment power supply system, and ensures the coordinated operation of the motor with other electrical equipment.

Working frequency range: between 0-267 Hz. The wide working frequency range allows the motor to adapt to different working scenarios and control requirements. The operating frequency can be flexibly adjusted according to actual working conditions to achieve precise control of motor speed and other parameters.

Application scenarios

CNC machine tool: As a spindle motor, it can provide powerful and stable cutting power for the machine tool, ensuring high-precision cutting under different materials and cutting processes, and ensuring the quality and dimensional accuracy of the machined surface. When acting as a feed axis motor, it can accurately control the movement of the machine coordinate axis, achieve fast and accurate positioning, and enable the tool to process according to the preset path, meeting the processing requirements of complex parts.

Automated production line: In the packaging process, the operating speed and position of packaging equipment can be precisely controlled to achieve accurate packaging of products, improve packaging efficiency and quality; In the assembly process, it can provide stable driving for assembly equipment such as robotic arms, ensure accurate grasping and installation of components, and guarantee the efficiency and synchronization of the assembly process;

 2.产      品      展      示      

giddings_lewis_f460_ac_servo_motor_401-34320-00_used_see_pictures_for_details_5 (3).jpg

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

Contact: +86 15270269218

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