GIDINGS&LEWIS 401-34434-00无刷伺服电机

1.产 品 资 料 介 绍：

GIDDINGS & LEWIS 401-34434-00 无刷伺服电机解析

一、产品概述

二、技术参数（典型特性）

• 产品型号：401-34434-00
• 电机类型：工业级无刷伺服电机（Brushless Servo Motor），适配高频、高精度运动控制场景
• 控制方式：支持三重闭环控制模式 —— 闭环位置控制（定位精度达微米级，满足精密定位需求）、闭环速度控制（转速波动小，抗负载扰动能力强）、闭环扭矩控制（力矩输出稳定，适配恒定负载场景），三种模式可根据工况灵活切换，覆盖多类工业控制需求
• 反馈装置：集成高分辨率绝对值编码器（或增量式编码器，具体视配置而定），能实时采集电机转子位置与转速数据，反馈至控制系统形成闭环调节，有效抵消机械间隙、负载变化带来的控制误差，确保驱动精度
• 额定功率：功率规格可根据实际系统配置灵活适配，覆盖中小功率至中大功率区间，既能满足数控机床进给轴、机器人关节等中小负载驱动需求，也能适配部分设备主轴的动力输出，兼容性强
• 动态性能：采用优化的电磁设计与低惯量转子结构，电机启动、加速、制动响应速度快，能快速跟随控制指令变化，适配高频启停、快速定位等场景（如自动化生产线的高速分拣动作），且在高速运转时仍保持低噪音、低发热特性
• 电气特性：适配工业标准电压（如 AC 220V/380V，具体视配置而定），内置过流保护（防止电机过载导致绕组烧毁）、过压保护（抵御电网电压波动冲击）电路，同时具备欠压、过热等辅助保护功能，延长电机使用寿命，降低故障风险
• 安装方式：采用法兰轴端标准化安装设计，兼容工业设备常用的标准法兰接口（如圆形法兰、方形法兰），无需定制专用连接件，可直接与设备主轴、传动机构（如联轴器、减速器）对接，安装流程简单，适配各类工业设备的安装空间需求

英文资料：

Analysis of GIDINGS&LEWIS 401-34434-00 Brushless Servo Motor

1、 Product Overview

GIDINGS&LEWIS 401-34434-00 brushless servo motor is a high-performance actuator specially designed for CNC machine tools, automation equipment, and industrial robots. With the deep integration of brushless structure and high-precision control technology, it has become the "precision power core" in industrial automation systems. Its brushless design fundamentally eliminates the problem of carbon brush wear in traditional brushed motors. Combined with an integrated high-precision encoder and advanced control algorithm, it can not only achieve precise closed-loop control of motor position, speed, and torque, but also ensure long-lasting operation (carbon brush maintenance free) and low energy consumption (high energy conversion efficiency), perfectly adapting to the dual requirements of "high-precision drive" and "low operation and maintenance costs" in industrial scenarios, providing stable and reliable power support for precision machining, automated production, and other scenarios.

2、 Technical parameters (typical characteristics)

Product model: 401-34434-00

Motor type: Industrial grade brushless servo motor, suitable for high-frequency and high-precision motion control scenarios

Control mode: Supports triple closed-loop control modes - closed-loop position control (positioning accuracy up to micrometer level, meeting precision positioning requirements), closed-loop speed control (small speed fluctuations, strong resistance to load disturbances), closed-loop torque control (stable torque output, suitable for constant load scenarios). The three modes can be flexibly switched according to working conditions, covering multiple types of industrial control needs

Feedback device: Integrated high-resolution absolute value encoder (or incremental encoder, depending on configuration), capable of real-time acquisition of motor rotor position and speed data, feedback to the control system to form a closed-loop regulation, effectively offsetting control errors caused by mechanical clearance and load changes, ensuring driving accuracy

Rated power: The power specifications can be flexibly adapted according to the actual system configuration, covering the range of small and medium power to medium and large power. It can meet the driving needs of small and medium loads such as CNC machine tool feed axes and robot joints, as well as adapt to the power output of some equipment spindles, with strong compatibility

Dynamic performance: Adopting optimized electromagnetic design and low inertia rotor structure, the motor has fast response speed for starting, accelerating, and braking, can quickly follow changes in control instructions, adapt to high-frequency start stop, fast positioning and other scenarios (such as high-speed sorting actions in automated production lines), and maintain low noise and low heat generation characteristics during high-speed operation

Electrical characteristics: Suitable for industrial standard voltage (such as AC 220V/380V, depending on the configuration), built-in overcurrent protection (to prevent motor overload from causing winding burnout), overvoltage protection (to resist the impact of grid voltage fluctuations) circuit, and also has auxiliary protection functions such as undervoltage and overheating, extending the service life of the motor and reducing the risk of faults

Installation method: Adopting standardized installation design of flange shaft end, compatible with standard flange interfaces commonly used in industrial equipment (such as circular flanges, square flanges), without the need for customized special connectors,

2.产      品      展      示      

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

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