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GIDINGS&LEWIS 401-34201-32无脉冲伺服驱动器

发布时间:2025-08-29人气:
  • GIDINGS&LEWIS 401-34201-32无脉冲伺服驱动器
  • GIDINGS&LEWIS 401-34201-32无脉冲伺服驱动器
  • GIDINGS&LEWIS 401-34201-32无脉冲伺服驱动器

 GIDINGS&LEWIS  401-34201-32无脉冲伺服驱动器

1.产 品 资 料 介 绍:

Giddings & Lewis 401 - 34201 - 32 无脉冲伺服驱动器

产品概述

Giddings & Lewis 401 - 34201 - 32 是一款专为工业应用打造的无脉冲型伺服驱动器,在工业自动化领域扮演着关键角色,主要用于与 G&L 的 CNC 与运动控制系统协同工作。该驱动器引入前沿的全数字化控制技术,可实现对无刷交流伺服电机的精准调速与位置控制,在运行稳定性、响应速度及抗干扰能力等方面表现卓越,为工业生产提供可靠的动力控制保障。

主要特点

控制方式

  1. 多元模式控制:采用全数字式伺服控制技术,支持速度、转矩、位置三种控制模式。在不同的工业生产场景中,用户可根据实际需求灵活切换模式。例如在物料输送场景中,可选用速度模式,保证物料匀速传输;在机床加工场景中,位置模式能够精准控制刀具走位,实现高精度加工;转矩模式则适用于需要克服较大负载阻力的工况。
  2. 高效闭环调节:内部构建闭环调节机制,运用先进的电流环与速度环控制算法。电流环可快速响应电机电流变化,实时调整输出电流,确保电机输出转矩稳定;速度环则对电机转速进行精确调控,通过反馈信号不断修正转速偏差,使电机转速保持在设定值,极大提升了电机运行的稳定性和控制精度。
  3. 创新通信控制:区别于传统脉冲输入方式,该驱动器直接通过控制总线或专用接口进行数据通信与控制。这种方式简化了系统布线,减少了信号传输过程中的干扰风险,同时提高了数据传输速率和控制指令的准确性,能够快速接收并执行上位机发送的复杂控制指令,实现对电机的高效控制。

电气性能

  1. 灵活电压输入:额定输入电压根据机型配置,可适配 230VAC 三相或单相电源。这种灵活的电压输入设计,使其能够适应不同工业场所的电源环境,无论是三相电源广泛应用的大型工厂,还是部分采用单相电源的小型加工车间,该驱动器都能稳定接入,展现出良好的通用性。
  2. 恒转矩输出特性:具备恒转矩驱动能力,特别适用于中低速高扭矩工况。在工业生产中,诸如大型机械设备的启动、重载物料的搬运等场景,往往需要电机在中低转速下输出较大转矩,该驱动器能够在这些工况下稳定运行,为设备提供强劲动力,确保生产过程顺利进行。

英文资料:

Giddings&Lewis 401-34201-32 Pulse Free Servo Driver

Product Overview

Giddings&Lewis 401-34201-32 is a pulse free servo drive designed specifically for industrial applications, playing a key role in the field of industrial automation. It is mainly used to work in conjunction with G&L's CNC and motion control systems. This driver introduces cutting-edge fully digital control technology, which can achieve precise speed regulation and position control of brushless AC servo motors. It performs excellently in terms of operational stability, response speed, and anti-interference ability, providing reliable power control guarantee for industrial production.

Main Features

Control method

Multi mode control: Adopting fully digital servo control technology, supporting three control modes: speed, torque, and position. In different industrial production scenarios, users can flexibly switch modes according to their actual needs. For example, in material conveying scenarios, the speed mode can be selected to ensure uniform material transport; In the context of machine tool machining, the position mode can accurately control the tool's movement and achieve high-precision machining; The torque mode is suitable for working conditions that require overcoming significant load resistance.

Efficient closed-loop regulation: Internally built closed-loop regulation mechanism, utilizing advanced current loop and speed loop control algorithms. The current loop can quickly respond to changes in motor current, adjust the output current in real time, and ensure stable motor output torque; The speed loop precisely regulates the motor speed by continuously correcting the speed deviation through feedback signals, keeping the motor speed at the set value, greatly improving the stability and control accuracy of motor operation.

Innovative communication control: Unlike traditional pulse input methods, this driver directly communicates and controls data through a control bus or dedicated interface. This method simplifies system wiring, reduces interference risks during signal transmission, and improves data transmission rate and accuracy of control instructions. It can quickly receive and execute complex control instructions sent by the upper computer, achieving efficient control of the motor.

Electrical performance

Flexible voltage input: The rated input voltage can be adapted to 230VAC three-phase or single-phase power supply according to the model configuration. This flexible voltage input design enables it to adapt to the power environment of different industrial sites. Whether it is a large factory where three-phase power is widely used or a small processing workshop where single-phase power is partially used, the driver can be stably connected, demonstrating good versatility.

Constant torque output characteristic: It has the ability to drive with constant torque, especially suitable for medium and low-speed high torque working conditions. In industrial production, scenarios such as the start-up of large mechanical equipment and the handling of heavy materials often require motors to output large torque at low and medium speeds. This drive can operate stably under these conditions, providing strong power to the equipment and ensuring the smooth progress of the production process.

2.产      品      展      示      

giddings_lewis_centurion_ds130_401-34201-32_4013420132_servo_drive_xlnt (3).jpg

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

Contact: +86 15270269218

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