GIDINGS&LEWIS 502-03638-11 CPU处理器模块

1.产 品 资 料 介 绍：

Giddings & Lewis 502-03638-11 CPU 处理器模块介绍

一、产品概述

二、产品特点

（一）高性能处理能力

1. 强大硬件支撑：模块集成了工业级 CPU，这款 CPU 经过特殊优化，具备卓越的运算性能，能够高速执行逻辑控制任务（如设备启停逻辑判断、故障连锁保护）、复杂算术运算（如运动轨迹坐标计算、过程变量数据处理）以及高精度运动控制任务（如多轴同步运动指令生成）。即使面对密集的指令流，也能快速响应、高效处理，避免因运算延迟导致的设备控制误差。
2. 多任务并行处理：支持多任务并行处理技术，可同时调度多个独立的控制任务。例如，在自动化生产线中，既能实时处理输送带的速度控制任务，又能同步执行分拣机械的位置定位任务，还能兼顾设备状态监控与数据采集任务。这种多任务并行能力大幅提升了系统的整体响应速度，确保各设备动作衔接流畅，避免任务排队等待导致的生产效率下降。

（二）模块化设计

1. 便捷安装适配：采用插入式结构设计，工作人员无需复杂的接线操作，只需将模块对准 PiC900 系列机架的对应插槽，轻轻插入即可完成安装。这种设计不仅简化了安装流程，降低了安装难度，还能确保模块与机架之间的电气连接稳定可靠，减少因安装不当引发的接触故障。
2. 灵活组合扩展：具备出色的兼容性，可与 PiC900 系列的输入模块（如数字量输入模块、模拟量输入模块）、输出模块（如直流输出板、交流输出板）、编码器模块（如增量编码器输入模块）以及通信模块（如现场总线通信模块）灵活组合。用户可根据实际控制规模（如小型单机控制、中型生产线控制、大型复杂系统控制）和功能需求，自由搭配模块，避免功能冗余或不足，实现控制系统的个性化定制。

英文资料：

Introduction to Giddings&Lewis 502-03638-11 CPU Processor Module

1、 Product Overview

The Giddings&Lewis 502-03638-11 CPU processor module is the core processing unit of the PiC900 control system and can be called the "brain" of the entire control system. It shoulders three core missions: firstly, to run user written control programs and convert preset control logic into actual device action instructions; The second is to process various logical instructions and motion control instructions, accurately coordinate the movement rhythm and sequence of each component of the equipment; The third is to comprehensively manage the input/output (I/O) modules and communication functions of the system, ensuring efficient flow of data within the system and between external devices. Its performance directly determines the processing capability, response speed, and operational efficiency of the PiC900 control system, and is a key core component for ensuring the stable and efficient operation of industrial automation equipment.

2、 Product Features

（1） High performance processing capability

Powerful hardware support: The module integrates an industrial grade CPU, which has been specially optimized and has excellent computing performance. It can perform logic control tasks at high speed (such as device start stop logic judgment, fault interlock protection), complex arithmetic operations (such as motion trajectory coordinate calculation, process variable data processing), and high-precision motion control tasks (such as multi axis synchronous motion instruction generation). Even in the face of dense instruction streams, it can respond quickly and process efficiently, avoiding device control errors caused by computational delays.

Multi task parallel processing: Supports multi task parallel processing technology, which can schedule multiple independent control tasks simultaneously. For example, in an automated production line, it can not only process the speed control task of the conveyor belt in real time, but also synchronously execute the position positioning task of the sorting machinery, and balance equipment status monitoring and data acquisition tasks. This multitasking parallel capability greatly improves the overall response speed of the system, ensuring smooth connection of device actions and avoiding the decrease in production efficiency caused by task queuing and waiting.

（2） Modular design

Convenient installation and adaptation: Adopting a plug-in structure design, staff do not need complex wiring operations. They only need to align the module with the corresponding slot of the PiC900 series rack and gently ｉｎｓｅｒｔ it to complete the installation. This design not only simplifies the installation process and reduces installation difficulty, but also ensures stable and reliable electrical connections between modules and racks, reducing contact failures caused by improper installation.

Flexible combination expansion: With excellent compatibility, it can be flexibly combined with PiC900 series input modules (such as digital input modules, analog input modules), output modules (such as DC output boards, AC output boards), encoder modules (such as incremental encoder input modules), and communication modules (such as fieldbus communication modules). Users can freely match modules according to their actual control scale (such as small single machine control, medium-sized production line control, large complex system control) and functional requirements, avoiding functional redundancy or insufficiency, and achieving personalized customization of the control system.

 2.产      品      展      示      

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

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