GIDINGS&LEWIS 502-03677-02输出模块

1.产 品 资 料 介 绍：

Giddings & Lewis 502 - 03677 - 02 输出模块

产品概述

主要技术特点

控制能力

1. 通道支持数量：该模块最多可支持 8 个步进电机通道，能够同时对多个步进电机进行独立控制，满足多轴联动或多设备协同工作的控制需求，适用于需要多通道步进驱动的复杂工业自动化系统。
2. 步进速率表现：最大步进速率可达 1,000,000 步 / 秒，极高的步进速率确保了步进电机能够实现高速运转，可显著提升设备的运行效率，适用于对运动速度要求较高的生产加工场景，如高速分拣、快速传送等。
3. 加减速控制范围：加速 / 减速率范围为 1 ~ 16,777,215 步 / 秒 ²，宽广的加减速调节范围使得模块能够根据不同的负载情况和运动需求，灵活设置合适的加减速参数，有效避免步进电机在启停过程中出现丢步、过冲等问题，保证运动过程的平稳性。
4. 位置控制精度：位置范围达到 ±2,147,352,575 步，超大的位置控制范围为步进电机提供了极高的位置控制精度，能够满足高精度定位的应用需求，如精密机床加工、半导体设备定位等场景，确保设备能够精准到达指定位置。

电源与隔离

1. 供电范围：现场供电范围为 4.5VDC ~ 20VDC，较宽的供电电压范围使其能够适应不同的现场供电环境，无需额外配备专用电源适配器，降低了设备集成的复杂度和成本，增强了模块在不同工业场景中的适用性。
2. 功耗情况：每通道功耗约 45 mA，逻辑侧功耗在全通道运行时约为 404 mA @ +5V，且每通道额外消耗 6 mA。较低的功耗设计不仅有助于减少整个控制系统的能源消耗，降低运行成本，还能减少模块自身的发热，延长模块的使用寿命，提升系统的稳定性。
3. 隔离设计：采用光隔离设计，通过光电耦合元件实现逻辑电路与现场电路的电气隔离。这种设计能够有效避免现场电路中的高压、干扰信号等对逻辑电路造成影响，确保逻辑电路和现场电路各自独立、稳定运行，大大提高了模块的抗干扰能力和运行可靠性，保障控制系统在复杂工业电磁环境下的正常工作。

英文资料：

Giddings&Lewis 502-03677-02 Output Module

Product Overview

The Giddings&Lewis 502-03677-02 output module is a stepper motor output module designed specifically for PIC900 control systems. Its core function is to provide high-speed pulse control signals for multi-channel stepper drivers. With high-performance signal processing capabilities, extensive device compatibility, and industrial grade stability and reliability, this module plays an important role in the field of industrial automation control, especially in scenarios where high precision and speed are required for stepper motor control. It can effectively ensure the efficient and precise operation of multi-channel stepper drive systems.

Main technical features

control ability

Number of channels supported: This module can support up to 8 stepper motor channels and can independently control multiple stepper motors simultaneously, meeting the control requirements of multi axis linkage or multi device collaborative work. It is suitable for complex industrial automation systems that require multi-channel stepper drive.

Step rate performance: The maximum step rate can reach 1000000 steps per second, and the extremely high step rate ensures that the stepper motor can achieve high-speed operation, which can significantly improve the operating efficiency of the equipment. It is suitable for production and processing scenarios that require high motion speed, such as high-speed sorting, fast conveying, etc.

Acceleration and deceleration control range: The acceleration/deceleration rate range is 1~16777215 steps/second ². The wide acceleration and deceleration adjustment range allows the module to flexibly set appropriate acceleration and deceleration parameters according to different load conditions and motion requirements, effectively avoiding problems such as step loss and overshoot during the start stop process of the stepper motor and ensuring the smoothness of the motion process.

Position control accuracy: The position range reaches ± 2147352575 steps, and the large position control range provides extremely high position control accuracy for stepper motors, which can meet the application requirements of high-precision positioning, such as precision machine tool processing, semiconductor equipment positioning, etc., ensuring that the equipment can accurately reach the designated position.

Power supply and isolation

Power supply range: The on-site power supply range is 4.5VDC~20VDC, and the wide power supply voltage range allows it to adapt to different on-site power supply environments without the need for additional dedicated power adapters, reducing the complexity and cost of equipment integration and enhancing the applicability of the module in different industrial scenarios.

Power consumption situation: The power consumption of each channel is about 45 mA, and the power consumption of the logic side is about 404 mA @+5V during full channel operation, with an additional 6 mA consumed per channel. The lower power consumption design not only helps reduce the energy consumption of the entire control system and lower operating costs, but also reduces the module's own heating, extends the module's service life, and improves system stability.

Isolation design: Adopting optical isolation design, achieving electrical isolation between logic circuits and field circuits through optoelectronic coupling elements. This design can effectively avoid the impact of high voltage, interference signals, etc. in the field circuit on the logic circuit,

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

Contact: +86 15270269218