GIDINGS&LEWIS 871-20695-01 控制器模块

1.产 品 资 料 介 绍：

Giddings & Lewis 871-20695-01 控制器模块介绍

一、产品概述

二、产品特点

（一）高性能处理能力

1. 工业级算力支撑：集成专为工业场景设计的高性能 CPU，具备高速逻辑运算与多任务并行处理能力。在逻辑运算方面，可快速解析复杂控制逻辑（如多条件连锁保护、生产流程判断），确保设备毫秒级响应外部信号；在多任务处理上，能同步调度运动控制、I/O 信号管理、数据采集等任务，例如数控机床加工时，可同时处理刀具位置计算、主轴转速调节与加工进度监控，避免任务排队导致的响应延迟，大幅提升系统整体效率。
2. 复杂指令高效处理：凭借强大算力，可轻松应对多路运动控制指令与工艺逻辑需求。例如，在多轴联动加工中，能快速处理插补运算指令，生成平滑运动轨迹；在自动化生产线中，可同步处理多工位协同逻辑，根据前一工位反馈动态调整后一工位动作，满足灵活生产需求。

（二）多轴运动控制功能

1. 多轴协同控制：支持多轴同步控制与插补运算，可实现多台电机的转速同步、位置同步或力矩同步。例如，在自动化生产线多组输送带驱动中，确保各输送带速度一致，避免物料堆积；在多轴机器人控制中，通过插补运算（直线、圆弧、螺旋线插补等），驱动机器人完成复杂轨迹动作，满足精密装配、焊接等需求。
2. 多样化运动模式：可实现点动定位（如手动微调设备位置）、连续运动（如长距离直线加工）及复杂路径规划控制。同时支持加减速曲线规划（梯形、S 型加减速），避免速度突变对设备的冲击，减少机械磨损，提升运动平稳性，适配不同工业场景的运动控制需求。

英文资料：

Introduction to Giddings&Lewis 871-20695-01 Controller Module

1、 Product Overview

The Giddings&Lewis 871-20695-01 controller module is the "core command center" in the PiC series and compatible control systems, and can be called the "brain" of industrial automation equipment. Its core responsibilities cover three key areas: firstly, executing complex digital logic operations, handling control logic such as equipment start stop and fault interlock; The second is to parse and execute motion instructions, accurately scheduling multi axis motion trajectories and action timing; The third is to comprehensively manage input/output signals and coordinate data exchange between sensors, encoders, and actuators.

In CNC machine tools, multi axis automation equipment, and industrial control systems, this module directly determines the operating accuracy, response speed, and reliability of the system through efficient signal processing and instruction issuance. It is the core control unit that ensures the precision and automation of industrial production.

2、 Product Features

（1） High performance processing capability

Industrial grade computing power support: integrates high-performance CPUs designed specifically for industrial scenarios, with high-speed logical operations and multitasking parallel processing capabilities. In terms of logical operations, it can quickly parse complex control logic (such as multi condition interlock protection, production process judgment), ensuring that the equipment responds to external signals in milliseconds; In multitasking, it can synchronously schedule tasks such as motion control, I/O signal management, and data acquisition. For example, during CNC machining, it can simultaneously process tool position calculation, spindle speed adjustment, and machining progress monitoring, avoiding response delays caused by task queues and greatly improving the overall efficiency of the system.

Efficient processing of complex instructions: With powerful computing power, it can easily handle multiple motion control instructions and process logic requirements. For example, in multi axis linkage machining, interpolation operation instructions can be quickly processed to generate smooth motion trajectories; In automated production lines, multi station collaborative logic can be synchronously processed, and the actions of the next station can be dynamically adjusted based on feedback from the previous station to meet flexible production needs.

（2） Multi axis motion control function

Multi axis collaborative control: supports multi axis synchronous control and interpolation calculation, which can achieve speed synchronization, position synchronization, or torque synchronization of multiple motors. For example, in the drive of multiple conveyor belts in an automated production line, ensure that the speed of each conveyor belt is consistent to avoid material accumulation; In multi axis robot control, the robot is driven to complete complex trajectory actions through interpolation operations (such as line, arc, spiral interpolation, etc.), meeting the requirements of precision assembly, welding, etc.

Diversified motion modes: capable of point-to-point positioning (such as manually adjusting equipment position), continuous motion (such as long-distance linear machining), and complex path planning control. Simultaneously supporting acceleration and deceleration curve planning (trapezoidal, S-shaped acceleration and deceleration), avoiding the impact of sudden speed changes on equipment, reducing mechanical wear, improving motion stability, and adapting to the motion control needs of different industrial scenarios.

 2.产      品      展      示      

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

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