GIDINGS&LEWIS M.1300.7372 输入模块

 GIDINGS&LEWIS M.1300.7372 输入模块

1.产 品 资 料 介 绍：

GIDDINGS & LEWIS M.1300.7372 输入模块介绍

产品概述

产品特点

1. 多通道输入：支持多路数字与模拟信号同步采集，能全面收集设备各部位状态信息，将分散的信号集中汇总，为控制系统提供完整、准确的数据，方便对复杂设备进行整体状态监控。
2. 高速信号处理：具备低延迟采集特性，可快速捕捉输入信号变化。在高速运动场景下，如自动化生产线的高速分拣环节，能及时响应设备运行状态变化，满足自动化控制对信号处理速度的严苛要求，确保设备运行的及时性与精准性。
3. 高可靠性设计：遵循工业级防护标准，具有出色的耐振动性能，可在设备振动强烈的环境中稳定工作；抗电磁干扰能力强，能有效抵御工业现场复杂电磁干扰，保证信号传输的稳定性，适应复杂多变的生产环境。
4. 安全性高：内置过流、过压保护装置，当电流、电压异常时迅速动作，防止模块因过载受损；电气隔离设计将模块与外部电路隔离，避免电气故障传导，确保模块和控制系统安全，降低故障风险。
5. 模块化安装：采用标准化插卡设计，安装过程简便快捷；维护时可直接插拔更换模块，节省时间与人力成本；便于根据系统需求进行扩展，灵活增加模块数量，提升系统信号采集能力。
6. 兼容性强：可与 GIDDINGS & LEWIS 系列控制器、输出模块及驱动器无缝集成，协同构建统一、高效的工业自动化控制系统，减少系统集成难度与兼容性问题。

产品应用领域

1. 数控机床：采集主轴、刀架、进给轴及限位开关信号，为控制系统提供精确数据，实现对机床加工过程的精准控制，保障零部件加工精度与质量，满足复杂加工工艺要求。
2. 自动化生产线：接收装配、搬运、检测及包装设备的状态信号，依据这些信号协调各工序动作，实现自动化控制，提高生产线运行效率与协调性，保障生产流程顺畅。
3. 工业机器人：为机器人控制系统提供数字 / 模拟输入接口，实时反馈机器人关节或直线模组状态，实现多轴动作监控与精准控制，确保机器人完成复杂、精细作业任务。
4. 过程控制行业：在化工、冶金、造纸等生产过程中，采集各类传感器信号，实时监控设备运行状态，及时发现并处理潜在问题，保障生产过程稳定、高效进行。
5. 物流与仓储自动化：采集分拣机、堆垛机及输送系统信号，依据信号实现设备动作同步，达成智能调度，提升物流仓储自动化水平与运作效率，优化物流作业流程。

英文资料：

Introduction to GIDINGS&LEWIS M.1300.7372 Input Module

Product Overview

The GIDINGS&LEWIS M.1300.7372 input module plays a critical role as an industrial grade digital/analog signal acquisition unit in CNC machine tools, automated production lines, and industrial control systems. It is like the "information antenna" of the system, responsible for receiving signals from sensors, switches, encoders and other devices, and accurately transmitting these information to the controller, helping to achieve comprehensive monitoring of equipment status and precise control of actions. It is the basic link to ensure the stable and efficient operation of industrial automation systems.

Product Features

Multi channel input: supports synchronous acquisition of multiple digital and analog signals, can comprehensively collect status information of various parts of the equipment, concentrate and summarize scattered signals, provide complete and accurate data for the control system, and facilitate overall status monitoring of complex equipment.

High speed signal processing: With low latency acquisition characteristics, it can quickly capture changes in input signals. In high-speed motion scenarios, such as the high-speed sorting section of automated production lines, it can respond promptly to changes in equipment operating status, meet the strict requirements of automation control for signal processing speed, and ensure the timeliness and accuracy of equipment operation.

High reliability design: Following industrial grade protection standards, it has excellent vibration resistance and can work stably in environments with strong equipment vibration; Strong anti electromagnetic interference ability, able to effectively resist complex electromagnetic interference in industrial sites, ensure the stability of signal transmission, and adapt to complex and changing production environments.

High safety: Equipped with built-in overcurrent and overvoltage protection devices, it quickly activates in case of abnormal current and voltage, preventing module damage due to overload; Electrical isolation design isolates modules from external circuits, avoiding electrical fault conduction, ensuring the safety of modules and control systems, and reducing the risk of faults.

Modular installation: adopting standardized card insertion design, the installation process is simple and fast; During maintenance, modules can be directly plugged and replaced, saving time and labor costs; Easy to expand according to system requirements, flexibly increase the number of modules, and enhance the system's signal acquisition capability.

Strong compatibility: It can seamlessly integrate with GIDDINGS&LEWIS series controllers, output modules, and drivers to jointly build a unified and efficient industrial automation control system, reducing system integration difficulty and compatibility issues.

Product application areas

Numerical Control Machine Tool: Collecting signals from the spindle, tool holder, feed axis, and limit switch to provide accurate data for the control system, achieving precise control of the machine tool machining process, ensuring the accuracy and quality of component machining, and meeting the requirements of complex machining processes.

Automated production line: Receive status signals from assembly, handling, testing, and packaging equipment, coordinate the actions of each process based on these signals, achieve automation control, improve production line operation efficiency and coordination, and ensure smooth production processes.

Industrial robots: provide digital/analog input interfaces for robot control systems, provide real-time feedback on the status of robot joints or linear modules, achieve multi axis motion monitoring and precise control, and ensure that robots complete complex and precise tasks.

 2.产      品      展      示      

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

Contact: +86 15270269218