GIDDINGS & LEWIS NSM2302 B24伺服电机

 GIDINGS&LEWIS  NSM2302 B24伺服电机

1.产 品 资 料 介 绍：

产品概述

技术特性（典型参数）

1. 电机类型：明确定位为交流伺服电机（AC Servo Motor），相较于传统电机，其在响应速度、控制精度上具备显著优势，专为工业自动化严苛控制要求设计。
2. 主要功能：
   • 精准输出：能依据系统指令，在极短时间内提供精确的速度、位置和扭矩输出。在数控机床加工时，可根据不同的切削工艺，迅速调整电机转速与扭矩，保障刀具精准切削；在工业机器人执行复杂搬运任务时，精准控制电机位置，确保抓取、放置动作准确无误。
   • 闭环协同：与伺服驱动器协同构建闭环控制体系，内置高精度反馈调节机制。驱动器依据电机运行状态实时调整输出信号，电机接收信号后及时修正自身运行参数，二者紧密配合，有效抵御外部干扰，始终维持高精度运行状态。
3. 结构设计：
   • 紧凑身形：采用紧凑设计理念，整体体积小巧，对于空间布局紧凑、设备安装空间受限的自动化设备而言，是绝佳适配方案，可灵活安装在狭小空间内，不占用过多设备空间。
   • 高性能转子：搭载高性能永磁转子，极大提升电机动态响应能力。在设备启动、停止或快速切换运动状态时，电机能迅速做出反应，缩短动作延迟时间，提高设备整体运行效率。
4. 反馈方式：内置编码器 / 解析器，实时采集电机运行的位置、速度等关键数据，并将其反馈至控制系统。凭借这些精准反馈信息，闭环控制得以高效运行，确保电机运行精度始终维持在极高水准，满足工业自动化对设备定位精度的严苛要求。

英文资料：

Product Overview

In the field of precision motion control in industrial automation, Giddings&Lewis NSM2302 B24 AC servo motor stands out with outstanding performance. As an ideal choice for high-precision and high dynamic response demand scenarios, it is widely used in core equipment such as CNC machine tools, industrial robots, and automated production lines. It works seamlessly with G&L's M.1015 series servo drives to build a complete and precise servo system, fundamentally ensuring the accuracy and stability of equipment motion control, and becoming an indispensable driving force in the process of industrial automation.

Technical characteristics (typical parameters)

Motor type: Clearly positioned as an AC servo motor, it has significant advantages in response speed and control accuracy compared to traditional motors, and is designed specifically for the strict control requirements of industrial automation.

Main functions:

Accurate output: able to provide precise speed, position, and torque output in a very short time according to system instructions. During CNC machining, the motor speed and torque can be quickly adjusted according to different cutting processes to ensure precise cutting of the tool; When industrial robots perform complex handling tasks, precise control of motor position ensures accurate grasping and placement actions.

Closed loop collaboration: Collaborate with servo drives to build a closed-loop control system, with built-in high-precision feedback adjustment mechanism. The driver adjusts the output signal in real-time based on the motor's operating status, and the motor promptly corrects its own operating parameters after receiving the signal. The two work closely together to effectively resist external interference and maintain high-precision operation at all times.

Structural design:

Compact body: Adopting a compact design concept, the overall volume is small, making it an excellent adaptation solution for automation equipment with compact spatial layout and limited installation space. It can be flexibly installed in small spaces without occupying too much equipment space.

High performance rotor: equipped with high-performance permanent magnet rotor, greatly improving the dynamic response capability of the motor. When the device starts, stops, or quickly switches motion states, the motor can quickly respond, shorten the action delay time, and improve the overall operating efficiency of the device.

Feedback method: Built in encoder/parser, real-time collection of key data such as motor position and speed, and feedback to the control system. With these precise feedback information, closed-loop control can operate efficiently, ensuring that the motor operation accuracy is always maintained at a very high level, meeting the strict requirements of industrial automation for equipment positioning accuracy.

2.产      品      展      示      

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

Contact: +86 15270269218