GIDINGS&LEWIS M.1301.5650伺服驱动器 PDF资料 

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GIDINGS&LEWIS M.1301.5650 伺服驱动器

产品概述

GIDINGS&LEWIS M.1301.5650 伺服驱动器是一种工业自动化控制系统中的关键执行模块，专门用于控制伺服电机的转速、位置和扭矩。该驱动器接收控制系统的指令信号，输出高精度电流或电压驱动电机，实现精准的运动控制。广泛应用于数控机床、自动化生产线、多轴联动平台及机器人系统。

技术参数（典型特性，实际数值需参考官方资料）

• 控制方式：闭环位置控制、速度控制、扭矩控制

• 输入信号：支持模拟量和数字量指令输入

• 输出功率：适配多种伺服电机规格，提供连续电流和瞬时过载能力

• 响应速度：高动态响应，满足高速运动控制需求

• 反馈接口：支持编码器、旋转变压器或其他位置/速度反馈设备

• 保护功能：具备过流、过压、过热及短路保护

• 安装方式：模块化设计，适用于机架或面板安装

• 环境适应性：工业级设计，可耐高温、振动及电磁干扰

应用场景

1. 数控机床 (CNC)

• 控制主轴、进给电机和多轴联动，实现精密加工和高速切削。

2. 自动化生产线

• 用于输送、装配、检测等环节，实现高精度运动控制和工艺同步。

3. 机器人系统

• 驱动各关节伺服电机，实现精确定位和轨迹控制。

4. 多轴运动控制平台

• 在工业搬运、切割或点焊设备中，实现同步和协调运动控制。

5. 过程控制行业

• 在冶金、造纸、化工等连续生产系统中，实现对驱动设备的精确控制和调节。

英文资料：

GIDINGS&LEWIS M.1301.5650 servo drive

Product Overview

GIDINGS&LEWIS M.1301.5650 servo drive is a key execution module in industrial automation control systems, specifically designed to control the speed, position, and torque of servo motors. This driver receives command signals from the control system and outputs high-precision current or voltage to drive the motor, achieving precise motion control. Widely used in CNC machine tools, automated production lines, multi axis linkage platforms, and robot systems.

Technical parameters (typical characteristics, actual values need to refer to official materials)

Control methods: closed-loop position control, speed control, torque control

Input signal: Supports analog and digital command input

Output power: Suitable for various servo motor specifications, providing continuous current and instantaneous overload capability

Response speed: High dynamic response, meeting the requirements of high-speed motion control

Feedback interface: Supports encoders, rotary transformers, or other position/speed feedback devices

Protection function: equipped with overcurrent, overvoltage, overheating, and short circuit protection

Installation method: Modular design, suitable for rack or panel installation

Environmental adaptability: Industrial grade design, capable of withstanding high temperatures, vibrations, and electromagnetic interference

Application scenarios

Numerical Control Machine Tool (CNC)

Control the spindle, feed motor, and multi axis linkage to achieve precision machining and high-speed cutting.

Automatic production line

Used for conveying, assembly, testing and other processes to achieve high-precision motion control and process synchronization.

robot system

Drive servo motors for each joint to achieve precise positioning and trajectory control.

Multi axis motion control platform

Realize synchronous and coordinated motion control in industrial handling, cutting, or spot welding equipment.

Process control industry

In continuous production systems such as metallurgy, papermaking, and chemical engineering, precise control and adjustment of driving equipment are achieved.

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