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GIDINGS&LEWIS DSM007P定位驱动器

发布时间:2025-09-05人气:
  • GIDINGS&LEWIS DSM007P定位驱动器
  • GIDINGS&LEWIS DSM007P定位驱动器
  • GIDINGS&LEWIS DSM007P定位驱动器

 GIDINGS&LEWIS  DSM007P定位驱动器

1.产 品 资 料 介 绍:

GIDDINGS & LEWIS DSM007P 定位驱动器介绍

在工业自动化精密运动控制领域,GIDDINGS & LEWIS DSM007P 定位驱动器扮演着关键角色,精准驱动电机,实现设备的高精度位置控制,为各类工业设备的高效、精确运行提供核心动力。

一、产品概述

DSM007P 作为 Giddings & Lewis 系统中的定位驱动器,专注于驱动伺服或步进电机。它宛如连接控制系统大脑与执行机构的 “神经中枢”,接收来自控制器或 CPU 模块发出的指令信号。这些信号承载着对电机运动的期望,包括位移、速度和加速度等关键参数。通过先进的闭环控制技术,DSM007P 能够实时监测电机的实际运行状态,并与指令信号进行比对,不断调整输出,从而精确控制电机的位移、速度和加速度,确保机械运动达到精准定位,满足工业生产对高精度运动的严苛要求。

二、产品特点

  1. 高精度定位控制:支持闭环位置、速度及加速度控制,这意味着它能够通过位置反馈接口实时获取电机的实际位置信息,结合速度和加速度的监测数据,与预设值进行精密比对和动态调整。在精密零件加工场景中,能将电机的定位精度控制在极小范围内,确保加工出的零件尺寸精准无误,符合高精度制造标准。
  2. 高速响应能力:具备快速响应控制信号的卓越性能,可在极短时间内对控制器或 CPU 模块下达的指令做出反应。在数控机床进行高速切削时,一旦控制系统发出改变刀具进给速度或位置的指令,DSM007P 能迅速驱动电机执行相应动作,满足设备对实时控制的严格要求,避免因响应延迟导致加工误差,保障加工质量与效率。
  3. 多轴控制兼容:可灵活与单轴或多轴系统配合使用,为复杂运动控制提供解决方案。在机器人系统中,机器人通常需要多个关节协同运动以完成复杂任务,DSM007P 能够同时控制多个电机轴,协调各轴之间的运动关系,实现机器人关节的精准联动,完成诸如焊接、搬运等高精度路径规划和闭环控制操作。
  4. 模块化设计:采用插拔式结构,这一设计极大地简化了安装、维护和系统扩展流程。在系统搭建阶段,技术人员能够轻松将其插入对应的插槽,快速完成安装;当设备运行过程中出现故障需要维护时,可便捷地将故障模块拔出,进行更换,大幅缩短停机时间。若系统需要升级扩展,如增加新的电机控制需求,也能方便地添加该驱动器,提升系统的灵活性与可扩展性。

英文资料:

Introduction to GIDINGS&LEWIS DSM007P Positioning Drivers

In the field of precision motion control in industrial automation, GIDINGS&LEWIS DSM007P positioning drivers play a key role in accurately driving motors, achieving high-precision position control of equipment, and providing core power for efficient and precise operation of various industrial equipment.

1、 Product Overview

DSM007P, as a positioning driver in Giddings&Lewis systems, focuses on driving servo or stepper motors. It is like a "central nervous system" that connects the brain of the control system with the execution mechanism, receiving instruction signals from the controller or CPU module. These signals carry expectations for motor motion, including key parameters such as displacement, velocity, and acceleration. Through advanced closed-loop control technology, DSM007P can monitor the actual operating status of the motor in real time, compare it with the command signal, continuously adjust the output, and accurately control the displacement, speed, and acceleration of the motor, ensuring precise positioning of mechanical motion and meeting the strict requirements of industrial production for high-precision motion.

2、 Product Features

High precision positioning control: supports closed-loop position, velocity, and acceleration control, which means it can obtain the actual position information of the motor in real time through the position feedback interface, combine the monitoring data of velocity and acceleration, and make precise comparisons and dynamic adjustments with preset values. In the context of precision parts machining, the positioning accuracy of the motor can be controlled within a very small range, ensuring that the dimensions of the machined parts are accurate and meet high-precision manufacturing standards.

High speed response capability: With excellent performance in quickly responding to control signals, it can react to instructions issued by the controller or CPU module in a very short time. When high-speed cutting is performed on a CNC machine tool, once the control system issues a command to change the tool feed rate or position, DSM007P can quickly drive the motor to perform the corresponding action, meeting the strict requirements of the equipment for real-time control, avoiding machining errors caused by response delay, and ensuring machining quality and efficiency.

Multi axis control compatibility: It can be flexibly used in conjunction with single axis or multi axis systems, providing solutions for complex motion control. In robot systems, robots typically require multiple joint coordinated movements to complete complex tasks. DSM007P can simultaneously control multiple motor axes, coordinate the motion relationships between each axis, achieve precise linkage of robot joints, and complete high-precision path planning and closed-loop control operations such as welding and handling.

Modular design: Adopting a plug-in structure, this design greatly simplifies the installation, maintenance, and system expansion process. During the system setup phase, technicians can easily insert it into the corresponding slot and quickly complete the installation; When equipment malfunctions during operation and requires maintenance, the faulty module can be easily removed and replaced, greatly reducing downtime. If the system needs to be upgraded and expanded, such as adding new motor control requirements, the driver can also be easily added to enhance the flexibility and scalability of the system.

 2.产      品      展      示      

giddings_lewis_401-56451-50_dsm007p_rev_12_centurion_micro_dsm_drive_120_240v_5.jpg

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

Contact: +86 15270269218

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