GIDINGS&LEWIS 401-30236-00无刷伺服电机

 GIDINGS&LEWIS 401-30236-00无刷伺服电机

1.产 品 资 料 介 绍：

产品概述

产品特点

1. 高精度定位：401 - 30236 - 00 无刷伺服电机在高精度定位方面表现卓越，关键在于其与编码器的紧密配合。编码器如同电机的 “眼睛”，能够实时精确检测电机转子的位置信息，并将这些信息迅速反馈给控制系统。控制系统依据编码器反馈的数据，精准调节电机的运转状态，实现微米级的位置控制精度。在数控机床加工精密零部件时，如航空发动机叶片的铣削加工，电机需精准控制刀具位置，以达到微米级的加工精度，该电机配合高精度编码器，可使刀具定位误差控制在极小范围内，确保叶片轮廓加工精准无误。重复定位精度同样出色，无论经历多少次启停与运行循环，都能稳定地回到预设位置，保证加工的一致性和产品质量稳定性，满足高端制造业对加工精度的严苛要求。
2. 高效率与低维护：无刷结构是这款电机实现高效率与低维护的核心优势。传统有刷电机因电刷与换向器之间存在机械摩擦，在运行过程中会消耗大量能量，导致能效低下，且频繁的摩擦使得电刷磨损严重，需要定期维护更换，增加企业维护成本与停机时间。而 401 - 30236 - 00 无刷伺服电机采用电子换向方式，彻底消除了电刷与换向器这一机械摩擦部件，极大减少了能量损耗，电机效率显著提升，相较于同功率的有刷电机，效率可提高 15% - 25% 。同时，无刷结构使得电机内部机械部件减少，磨损和故障源大幅降低，有效延长了电机的使用寿命，维护需求也随之大幅减少，可适用于对设备连续运行要求极高的工业场景，如自动化生产线、连续化工生产等，降低设备维护成本，提高生产效率。

英文资料：

Product Overview

In the current accelerating process of industrial automation, GIDINGS&LEWIS 401-30236-00 brushless servo motor, as a high-performance industrial motor, is deeply integrated into key fields such as CNC machine tools, automated production lines, and robot systems, becoming the core driving force for promoting efficient industrial operation. It abandons the traditional mechanical commutation structure of brushed motors and adopts advanced brushless design, which brings many significant advantages. From the perspective of energy efficiency, the brushless structure greatly reduces energy loss, achieves efficient operation, and reduces the production energy consumption cost of enterprises; The low inertia characteristic enables the motor to respond extremely quickly, accurately responding to control signals in an instant, quickly starting, stopping, accelerating, and decelerating, meeting the demand for rapid equipment movement in complex industrial scenarios. In terms of stability and reliability, brushless design reduces mechanical wear and friction, lowers the probability of failure, enables long-term stable operation, and ensures the continuity of industrial production. With these outstanding performances, it can accurately achieve positioning and smooth motion control in various complex working conditions, providing a solid guarantee for high-precision and high-efficiency industrial production.

Product Features

High precision positioning: The 401-30236-00 brushless servo motor performs excellently in high-precision positioning, with the key being its close coordination with the encoder. Encoders are like the "eyes" of motors, capable of accurately detecting the position information of the motor rotor in real time and quickly feeding this information back to the control system. The control system accurately adjusts the operating status of the motor based on the feedback data from the encoder, achieving micrometer level position control accuracy. When machining precision components on CNC machine tools, such as milling aircraft engine blades, the motor needs to precisely control the tool position to achieve micrometer level machining accuracy. The motor, combined with a high-precision encoder, can control the tool positioning error within a very small range, ensuring accurate and error free blade contour machining. The repeated positioning accuracy is also excellent, no matter how many start stop and operation cycles are experienced, it can stably return to the preset position, ensuring the consistency of processing and the stability of product quality, meeting the strict requirements of high-end manufacturing industry for processing accuracy.

High efficiency and low maintenance: The brushless structure is the core advantage of this motor in achieving high efficiency and low maintenance. Traditional brushed motors consume a large amount of energy during operation due to mechanical friction between the brushes and the commutator, resulting in low energy efficiency. Frequent friction also causes severe wear on the brushes, requiring regular maintenance and replacement, increasing maintenance costs and downtime for the enterprise. The 401-30236-00 brushless servo motor adopts electronic commutation method, completely eliminating the mechanical friction component of brushes and commutators, greatly reducing energy loss and significantly improving motor efficiency. Compared with brushed motors of the same power, the efficiency can be increased by 15% -25%. At the same time, the brushless structure reduces the internal mechanical components of the motor, significantly reduces wear and failure sources, effectively extends the service life of the motor, and significantly reduces maintenance requirements. It can be applied to industrial scenarios that require extremely high continuous operation of equipment,

 2.产      品      展      示      

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

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