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GIDINGS&LEWIS 401-56453-50交流伺服驱动器

发布时间:2025-08-21人气:
  • GIDINGS&LEWIS 401-56453-50交流伺服驱动器
  • GIDINGS&LEWIS 401-56453-50交流伺服驱动器
  • GIDINGS&LEWIS 401-56453-50交流伺服驱动器

GIDDINGS & LEWIS 401-56453-50交流伺服驱动器

1.产 品 资 料 介 绍:

GIDDINGS & LEWIS 401-56453-50 交流伺服驱动器概述

GIDDINGS & LEWIS 401-56453-50 交流伺服驱动器是一款工业级高性能驱动单元,专为配合无刷交流伺服电机而设计,能精准实现速度、位置和扭矩控制。其凭借响应速度快、运行稳定、保护功能完善等特点,在数控机床、自动化生产线、机器人系统等领域大显身手,为设备提供精准的运动控制和高效的能量转换,是工业自动化控制中的关键组件。


在技术参数方面,该驱动器表现亮眼。输入电源支持工业交流电源输入,且具备过压、欠压及相序保护功能,能有效应对电网波动,保障自身及连接设备的安全稳定运行。输出控制上,可适配无刷交流伺服电机,支持矢量控制和高速脉冲响应,这使得电机能在各种工况下保持良好的运行性能,实现平滑、精准的转动。


反馈接口兼容增量式 / 绝对式编码器信号,通过实时接收电机的位置和速度反馈信息,构建起可靠的闭环控制,进一步提升控制精度。控制模式灵活多样,支持速度控制、位置控制和转矩控制的多模式切换,可根据不同应用场景的需求快速调整,满足多样化的控制要求。


保护功能十分完善,具备过流、过温、短路及过载自动保护,当系统出现异常情况时,能迅速做出反应,切断输出或采取相应保护措施,大幅提升系统的安全性,降低设备损坏风险。通讯能力方面,支持与上位机、PLC 及 GIDDINGS & LEWIS 控制系统通讯,便于实现集中管理和远程监控,提升整个工业控制系统的集成度和智能化水平。


在应用场景中,该驱动器发挥着重要作用。在数控机床领域,用于主轴和进给伺服控制,能精准控制主轴转速和进给速度,实现高精度切削与稳定加工,保证零件的加工质量和精度。在自动化生产线中,对输送系统、分拣机构和装配设备进行伺服控制,确保各设备动作协调同步,提高生产线的运行效率和稳定性。


工业机器人系统中,它负责关节驱动与执行机构控制,凭借快速的响应能力和高精度的运动控制,满足机器人在复杂作业环境下的动作要求,提升机器人的作业精度和灵活性。在包装与印刷机械中,能实现设备的快速启停、精确位置控制和高速度运行,保证包装和印刷的质量与效率。此外,在纺织及电子制造行业,可用于绕线机、贴片机等需要精细控制和高速生产的设备,助力提升生产质量和效率。

英文资料:

GIDINGS&LEWIS 401-56453-50 AC Servo Drive Overview

GIDINGS&LEWIS 401-56453-50 AC servo drive is an industrial grade high-performance drive unit designed specifically for use with brushless AC servo motors, enabling precise speed, position, and torque control. With its fast response speed, stable operation, and complete protection functions, it has demonstrated its capabilities in fields such as CNC machine tools, automated production lines, and robot systems, providing precise motion control and efficient energy conversion for equipment. It is a key component in industrial automation control.

In terms of technical specifications, the driver performs outstandingly. The input power supply supports industrial AC power input and has overvoltage, undervoltage, and phase sequence protection functions, which can effectively cope with power grid fluctuations and ensure the safe and stable operation of itself and connected equipment. In terms of output control, it can be adapted to brushless AC servo motors, supporting vector control and high-speed pulse response, which enables the motor to maintain good operating performance under various working conditions and achieve smooth and precise rotation.

The feedback interface is compatible with incremental/absolute encoder signals, and by receiving real-time feedback information on the position and speed of the motor, a reliable closed-loop control is constructed to further improve control accuracy. The control modes are flexible and diverse, supporting multi-mode switching of speed control, position control, and torque control. They can be quickly adjusted according to the needs of different application scenarios to meet diverse control requirements.

The protection function is very comprehensive, with automatic protection against overcurrent, overheating, short circuit, and overload. When the system encounters abnormal situations, it can quickly respond, cut off output or take corresponding protective measures, greatly improving the safety of the system and reducing the risk of equipment damage. In terms of communication capabilities, it supports communication with upper computers, PLCs, and GIDINGS&LEWIS control systems, facilitating centralized management and remote monitoring, and enhancing the integration and intelligence level of the entire industrial control system.

In application scenarios, this driver plays an important role. In the field of CNC machine tools, it is used for spindle and feed servo control, which can accurately control spindle speed and feed rate, achieve high-precision cutting and stable machining, and ensure the machining quality and accuracy of parts. In automated production lines, servo control is applied to the conveying system, sorting mechanism, and assembly equipment to ensure coordinated and synchronized actions of each device, thereby improving the operational efficiency and stability of the production line.

In industrial robot systems, it is responsible for joint drive and actuator control. With its fast response capability and high-precision motion control, it meets the motion requirements of robots in complex working environments, improving the accuracy and flexibility of robot operations. In packaging and printing machinery, rapid start stop, precise position control, and high-speed operation of equipment can be achieved to ensure the quality and efficiency of packaging and printing. In addition, in the textile and electronic manufacturing industries, it can be used for equipment such as winding machines and surface mount machines that require precise control and high-speed production, helping to improve production quality and efficiency.

2.产      品      展      示      

giddings_lewis_dsm030p_centurion_micro_ac_servo_drive_401-56453-50_rev_c_1.jpg

3.其他产品

 SBC38612单板计算机

Lenze MCM09E30-RS0B0 伺服电机

BENDER IRDH575B1W-435绝缘监测仪

4.其他英文产品

Kollmorgen MMC-SD-0.5-230-D servo drive

ABB 70PR05b-ES Control Panel

YT204001-KA/5 voltage signal regulator

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R46GENA-R2-NG-VS-00R46GSNA-HS-NS-NV-03S31GNAA-RNNM-00
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R46GEBA-R2-NS-NV-02R22H5NA-R1-NS-NV-17R24SSNA-R1-NS-NV-03
The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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