GIDINGS&LEWIS  572-03510-51步进器模块

1.产 品 资 料 介 绍：

GIDINGS&LEWIS 572-03510-51 步进器模块

产品概述

产品特点

高精度控制：精准匹配步进电机特性

• 稳定脉冲输出：生成的脉冲信号频率稳定、占空比精准，无信号抖动或丢脉冲问题，步进电机可根据脉冲数精确计算转动角度（如每脉冲对应电机 0.9° 步距角），实现毫米级甚至微米级的位置控制，例如在数控机床中精准调整刀具或工件位置；
• 多步进模式适配：支持全步、半步、微步等多种步进模式 —— 全步模式输出扭矩大，适合重载场景；微步模式可细分步距角（如 16 细分、32 细分），减少电机运行振动，提升低速运行平稳性，能根据不同负载重量、精度需求灵活切换，适配多样化应用场景。

快速响应：满足动态控制需求

• 低延迟脉冲输出：从接收控制系统指令到输出脉冲信号的延迟极短（微秒级），步进电机可快速响应启停指令，例如在自动化生产线的定位台上，能快速完成 “启动 - 定位 - 停止” 的循环动作；
• 换向无卡顿：在频繁切换电机转动方向时（如测试平台的往复运动控制），模块可平滑切换方向信号，避免因信号延迟导致的电机卡顿或位置偏差，保障动态控制的流畅性。

英文资料：

GIDINGS&LEWIS 572-03510-51 Stepper Module

Product Overview

The 572-03510-51 stepper module is a core module in the Giddings&Lewis control system specifically designed to drive and control stepper motors. Its core function is to achieve precise conversion of "command signals motor actions". It receives position and speed command signals from the control system (such as CPU module), generates pulse signals (controlling motor rotation angle) and direction signals (controlling motor rotation direction) adapted to the stepper motor through internal algorithms, and drives the stepper motor to achieve precise position positioning and speed adjustment.

This module, with its stable signal output and flexible control capabilities, is widely used in CNC machine tools, automation equipment, and precision positioning systems. It is a key component to ensure that such equipment achieves "micrometer level" precise actions, directly affecting the accuracy and reliability of production processing or experimental testing.

Product Features

High precision control: precise matching of stepper motor characteristics

The module is designed around the "incremental control" feature of stepper motors to ensure high precision in positioning and speed control

Stable pulse output: The generated pulse signal has a stable frequency, precise duty cycle, and no signal jitter or pulse loss issues. The stepper motor can accurately calculate the rotation angle based on the number of pulses (such as 0.9 ° step angle for each pulse), achieving millimeter or even micrometer level position control, such as precise adjustment of tool or workpiece position in CNC machine tools;

Multi step mode adaptation: supports multiple step modes such as full step, half step, and micro step - full step mode has a large output torque and is suitable for heavy-duty scenarios; The micro step mode can subdivide the step angle (such as 16 subdivision, 32 subdivision), reduce motor operation vibration, improve low-speed operation stability, and can flexibly switch according to different load weights and accuracy requirements, adapting to diverse application scenarios.

Quick response: meeting dynamic control requirements

In response to the control requirements of "high-speed start stop" and "frequent reversing" in industrial scenarios, the module has optimized signal processing and output efficiency:

Low latency pulse output: The delay from receiving control system instructions to outputting pulse signals is extremely short (microsecond level), and the stepper motor can quickly respond to start stop instructions. For example, on the positioning table of an automated production line, it can quickly complete the "start position stop" cycle action;

Reversing without stuttering: When frequently switching the direction of motor rotation (such as the reciprocating motion control of the testing platform), the module can smoothly switch the direction signal, avoiding motor stuttering or position deviation caused by signal delay, and ensuring the smoothness of dynamic control.

2.产      品      展      示      

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

Contact: +86 15270269218