GIDINGS&LEWIS M.1302.6092 伺服驱动器

 GIDINGS&LEWIS M.1302.6092 伺服驱动器

1.产 品 资 料 介 绍：

产品概述

技术参数（典型特性，具体以实际型号为准）

1. 控制模式：提供丰富多样的控制模式，涵盖位置控制、速度控制以及转矩控制。在位置控制模式下，可精准定位电机旋转角度或直线移动距离，满足诸如精密加工中对刀具位置精确控制的需求；速度控制模式能稳定调控电机转速，适用于需要恒定速度运行的场景；转矩控制模式则可精确控制电机输出转矩，在一些对力有严格要求的应用中发挥关键作用。
2. 支持电机：可适配无刷伺服电机以及永磁同步电机，这两类电机凭借高效节能、高功率密度等优势，在工业领域广泛应用，而 M.1302.6092 伺服驱动器能够充分发挥它们的性能优势。
3. 反馈方式：采用编码器或解析器反馈，构建闭环控制体系。通过这些传感器实时监测电机的位置、速度等运行状态信息，并将反馈信号快速传回驱动器。驱动器依据反馈信号与预设指令进行对比分析，及时调整控制策略，从而实现对电机的精确控制，确保电机运行的准确性与稳定性。
4. 功率范围：该伺服驱动器适用于中小功率驱动系统，能够为众多工业设备提供恰到好处的动力支持，既满足设备运行需求，又能实现高效节能。
5. 保护功能：配备完善的保护功能，包括过压、欠压、过流、过热及短路保护。当检测到电压异常升高或降低、电流过大、温度过高以及电路短路等情况时，驱动器能够迅速采取保护措施，如切断电路，避免设备因故障进一步损坏，有效延长设备使用寿命，保障生产过程的连续性。
6. 接口类型：支持与 CNC 控制器或 PLC 的标准通信接口，方便与其他工业控制设备进行连接与数据交互。通过这些接口，可快速接收来自上位机的控制指令，并将电机运行状态等信息反馈给上位机，实现整个工业自动化系统的协同工作。

英文资料：

Product Overview

GIDINGS&LEWIS M.1302.6092 servo drive, as a drive device specially designed for high-performance motion control in the industrial field, plays a crucial role in key application scenarios such as CNC machine tools, automated production lines, and robots. Its core function is to achieve high-precision control of servo motors. With its fast response characteristics, it can respond to control instructions in a very short time and quickly adjust the motor's operating status. During operation, it ensures the smooth operation of the motor, effectively reduces vibration and noise, and provides guarantees for the stable operation of the equipment. Moreover, the driver has high reliability and can work stably for a long time in complex industrial environments, meeting the strict requirements for equipment stability and accuracy in complex processing techniques and high-speed automation production scenarios.

Technical parameters (typical characteristics, specific subject to actual model)

Control mode: Provides a variety of control modes, including position control, speed control, and torque control. In position control mode, the motor rotation angle or linear movement distance can be accurately positioned to meet the requirements of precise control of tool position in precision machining; The speed control mode can stably regulate the motor speed and is suitable for scenarios that require constant speed operation; The torque control mode can accurately control the output torque of the motor, playing a key role in applications with strict force requirements.

Supporting motors: It can be adapted to brushless servo motors and permanent magnet synchronous motors. These two types of motors are widely used in the industrial field due to their advantages of high efficiency, energy saving, and high power density. The M.1302.6092 servo drive can fully utilize their performance advantages.

Feedback method: Adopt encoder or parser feedback to build a closed-loop control system. Real time monitoring of the motor's position, speed, and other operational status information is achieved through these sensors, and feedback signals are quickly transmitted back to the driver. The driver compares and analyzes feedback signals with preset instructions, adjusts control strategies in a timely manner, and achieves precise control of the motor, ensuring the accuracy and stability of motor operation.

Power Range: This servo drive is suitable for small and medium power drive systems and can provide just the right amount of power support for numerous industrial equipment, meeting the operational needs of the equipment while achieving high efficiency and energy conservation.

Protection function: Equipped with comprehensive protection functions, including overvoltage, undervoltage, overcurrent, overheating, and short circuit protection. When detecting abnormal voltage increases or decreases, excessive current, high temperature, and circuit short circuits, the driver can quickly take protective measures, such as cutting off the circuit, to avoid further damage to the equipment due to faults, effectively extending the service life of the equipment, and ensuring the continuity of the production process.

Interface type: Supports standard communication interfaces with CNC controllers or PLCs, facilitating connection and data exchange with other industrial control equipment. Through these interfaces, control commands from the upper computer can be quickly received, and information such as motor operation status can be fed back to the upper computer, achieving collaborative work of the entire industrial automation system.

2.产      品      展      示      

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

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