GIDINGS&LEWIS  M.1300.7372 输入模块 PDF资料 

1.产 品 资 料 介 绍：

GIDDINGS & LEWIS M.1300.7372 输入模块

产品概述

GIDDINGS & LEWIS M.1300.7372 输入模块是一款工业级数字/模拟信号采集单元，用于数控机床、自动化生产线及工业控制系统中。该模块负责接收来自传感器、开关、编码器及其他设备的信号，并将信息传递至控制器，实现对设备的状态监控和动作控制。

产品特点

1. 多通道输入

• 支持多路数字和模拟信号采集，集中监控设备状态。

2. 高速信号处理

• 低延迟采集输入信号，适应高速运动和自动化控制需求。

3. 高可靠性设计

• 工业级防护，耐振动、抗电磁干扰，适应复杂生产环境。

4. 安全性高

• 内置过流、过压保护及电气隔离，确保模块和控制系统安全。

5. 模块化安装

• 标准化插卡设计，方便安装、维护和系统扩展。

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。

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，实现精确加工控制。

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，实现工序协调和自动化控制。

3. 工业机器人

• 提供机器人控制系统的数字/模拟输入接口，实现多轴动作监控和控制。

4. 过程控制行业

• 化工、冶金、造纸等生产过程的传感器信号采集与设备状态监控。

5. 物流与仓储自动化

• 采集分拣机、堆垛机及输送系统的信号，实现动作同步和智能调度。

英文资料：

GIDINGS&LEWIS M.1300.7372 Input Module

Product Overview

GIDINGS&LEWIS M.1300.7372 input module is an industrial grade digital/analog signal acquisition unit used in CNC machine tools, automated production lines, and industrial control systems. This module is responsible for receiving signals from sensors, switches, encoders, and other devices, and transmitting the information to the controller to achieve status monitoring and action control of the devices.

Product Features

Multi channel input

Support multi-channel digital and analog signal acquisition, centralized monitoring of equipment status.

high speed signal processing

Low latency input signal acquisition, suitable for high-speed motion and automation control requirements.

High reliability design

Industrial grade protection, resistant to vibration and electromagnetic interference, suitable for complex production environments.

High security

Built in overcurrent, overvoltage protection, and electrical isolation ensure the safety of modules and control systems.

modular installation

Standardized card insertion design for easy installation, maintenance, and system expansion.

Strong compatibility

Seamless integration with GIDDINGS&LEWIS series controllers, output modules, and drivers.

Product application areas

CNC machine tool

Collect signals from the spindle, tool holder, feed axis, and limit switch to achieve precise machining control.

Automatic production line

Receive status signals from assembly, handling, testing, and packaging equipment to achieve process coordination and automation control.

industrial robot

Provide digital/analog input interfaces for robot control systems to achieve multi axis motion monitoring and control.

Process control industry

Sensor signal acquisition and equipment status monitoring for production processes such as chemical, metallurgical, and papermaking.

Logistics and Warehouse Automation

Collect signals from sorting machines, stackers, and conveyor systems to achieve synchronized actions and intelligent scheduling.

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