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GIDINGS&LEWIS M.1300.9602处理器

发布时间:2025-09-01人气:
  • GIDINGS&LEWIS M.1300.9602处理器
  • GIDINGS&LEWIS M.1300.9602处理器
  • GIDINGS&LEWIS M.1300.9602处理器

 GIDINGS&LEWIS   M.1300.9602处理器

1.产 品 资 料 介 绍:

Giddings & Lewis M.1300.9602 核心处理器模块介绍

一、产品概述

Giddings & Lewis M.1300.9602 核心处理器模块,是 PiC 系列控制系统的 “神经中枢” 与 “决策核心”,直接决定数控机床和自动化设备的运行性能、控制精度与稳定性。其核心职责涵盖三大维度:一是执行用户编写的控制程序,将预设的加工逻辑、设备动作指令转化为具体的控制信号;二是高效处理逻辑运算(如设备启停连锁、故障判断)与运动控制指令(如多轴联动、精准定位),确保设备动作符合工艺要求;三是全面管理系统的输入输出(I/O)信号,协调传感器、执行器、伺服驱动器等外设的数据交互,形成完整的控制闭环。


在工业自动化领域,无论是数控机床的高精度加工,还是多轴设备的复杂运动控制,该模块都能提供强大的运算与调度能力,是保障工业设备高效、稳定运转的核心部件。

二、产品特点

(一)高性能处理能力

  1. 工业级 CPU 支撑:模块集成专为工业场景设计的高性能 CPU,具备卓越的运算速度与数据处理能力。在逻辑运算方面,可快速解析复杂的控制逻辑(如多条件连锁保护、生产流程判断),确保设备在毫秒级时间内响应外部信号;在多任务并行处理上,能同时调度运动控制、I/O 信号管理、数据采集等多个任务,例如在数控机床加工过程中,可同步处理刀具位置计算、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,大幅提升系统整体运行效率。
  2. 复杂任务适配:凭借强大的算力,可轻松处理复杂的运动控制任务(如多轴插补、同步运动)与工艺逻辑(如变量化加工参数调整、批量生产流程控制)。例如,在模具加工场景中,需根据复杂曲面轮廓生成连续的运动指令,模块能快速完成轨迹规划与插补运算,确保刀具运动平滑精准;在自动化生产线中,可处理多工位协同的工艺逻辑,如根据前一工位的产品检测结果,动态调整后一工位的装配参数,满足灵活生产需求。

(二)模块化设计

  1. 便捷安装适配:采用插入式模块结构,设计尺寸与接口规格完全适配 PiC 系列控制系统机架。安装时,工作人员只需将模块对准机架插槽轻轻插入,即可完成机械固定与电气连接,无需复杂的接线调试,大幅缩短设备组装时间;同时,标准化的接口设计确保模块与机架之间的连接稳定可靠,避免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 PiC 系列的输入模块(如数字量输入、模拟量输入模块)、输出模块(如直流输出板、交流输出板)、伺服模块(如伺服驱动器、伺服接口模块)及通信模块(如现场总线、以太网通信模块)灵活组合。用户可根据实际控制需求(如单机控制、多轴联动、生产线集成),自由搭配模块数量与类型,构建个性化的控制系统,避免功能冗余或不足,降低系统构建成本。

英文资料:

Introduction to Giddings&Lewis M.1300.9602 Core Processor Module

1、 Product Overview

The Giddings&Lewis M.1300.9602 core processor module is the "nerve center" and "decision core" of PiC series control systems, directly determining the operational performance, control accuracy, and stability of CNC machine tools and automation equipment. Its core responsibilities cover three dimensions: firstly, executing control programs written by users, converting preset processing logic and equipment action instructions into specific control signals; The second is to efficiently process logical operations (such as equipment start stop interlocking, fault diagnosis) and motion control instructions (such as multi axis linkage, precise positioning) to ensure that equipment actions meet process requirements; The third is to comprehensively manage the input and output (I/O) signals of the system, coordinate the data exchange of sensors, actuators, servo drives and other peripherals, and form a complete control loop.

In the field of industrial automation, whether it is high-precision machining of CNC machine tools or complex motion control of multi axis equipment, this module can provide powerful computing and scheduling capabilities, and is the core component to ensure efficient and stable operation of industrial equipment.

2、 Product Features

(1) High performance processing capability

Industrial grade CPU support: Module integration is a high-performance CPU designed specifically for industrial scenarios, with excellent computing speed and data 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 within milliseconds; In multi task parallel processing, multiple tasks such as motion control, I/O signal management, and data acquisition can be scheduled simultaneously. For example, in the CNC machining process, tool position calculation, spindle speed adjustment, and machining progress monitoring can be synchronously processed to avoid response delays caused by task queues and greatly improve the overall operating efficiency of the system.

Complex task adaptation: With powerful computing power, it can easily handle complex motion control tasks (such as multi axis interpolation, synchronous motion) and process logic (such as variable machining parameter adjustment, batch production process control). For example, in mold processing scenarios, continuous motion commands need to be generated based on complex surface contours. The module can quickly complete trajectory planning and interpolation operations to ensure smooth and accurate tool motion; In automated production lines, the process logic of multi station collaboration can be handled, such as dynamically adjusting the assembly parameters of the next station based on the product inspection results of the previous station, to meet flexible production needs.

(2) Modular design

Convenient installation and adaptation: Adopting a plug-in module structure, the design size and interface specifications are fully compatible with the PiC series control system rack. During installation, the staff only need to align the module with the rack slot and gently insert it to complete mechanical fixation and electrical connection, without the need for complex wiring debugging, greatly reducing equipment assembly time; At the same time, standardized interface design ensures stable and reliable connections between modules and racks, avoiding contact failures caused by improper installation.

 2.产      品      展      示      

giddings_lewis_dsa_175-230-s_servo_drive_120_240_vac_m_1300_9602_bt_2 (1).jpg

3.其他产品

HONEYWELL 51107403-100 输入输出模块

 002-1-23158-10 印刷电路板

MOISTURE.IQ-1-6-1-1-1-0-0  分析仪

4.其他英文产品

ASEA 57360001-AN circuit board

LAM 810-800081-016 CPU motherb

Siemens 6ES7291-8GC00-0XA0 cartridge

SR3632-4336-7-48C531X306LCCBEM2IC3600TPCD1A
SR3632-382-2-48BAMAT 0100-90697IC3600TPAM1
SR3632-2094-48BAMAT 0100-0003926390582-BM DSTK129 ABB
SR3624-8291-7-56BC-CU-250210AMAT 0100-0073657520001-A DSTC120 ABB
SR3624-8291-7-56BC-CUAMAT 0100-00669PFEA 113-65.2PXC
SR3624-8291-48BAMAT 0100-02134PFEA 112, IP 65
SR3624-4991AMAT 0100-02888PFEA 113, IP 20

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

Contact: +86 15270269218

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