GIDINGS&LEWIS 502-03431-10机器接口板  PDF资料 

1.产 品 资 料 介 绍：

GIDDINGS&LEWIS 502-03431-10 机器接口板

一、产品概述

GIDDINGS&LEWIS 502-03431-10 是一款工业控制系统用 机器接口板，用于在控制系统与机床或自动化设备之间进行信号交换和接口转换。该板将 CPU 模块、I/O 模块和驱动模块的控制信号与机械设备的输入/输出信号连接，实现控制系统与机器的无缝通信。它广泛应用于数控机床、自动化生产线和机器人系统中。

二、技术参数（典型指标，实际以实物为准）

• 模块类型：机器接口板

• 接口类型：数字量和模拟量输入/输出接口

• 信号电压：DC 5V/24V（工业标准）

• 通道数量：多通道 I/O（依据具体配置）

• 隔离方式：部分通道具备光电隔离，提高抗干扰能力

• 工作电压：由系统机架提供 DC 5V / 24V

• 状态指示：LED 显示电源及各通道信号状态

• 安装方式：模块化插槽设计，便于快速安装和更换

• 工作环境：工业级温度、抗振动和抗电磁干扰设计

三、应用场景

1. 数控机床

• 实现 CPU 模块与限位开关、急停开关、主轴控制等机械接口的信号连接。

2. 自动化生产线

• 连接传感器、执行器和控制模块，实现生产工序控制与状态采集。

3. 机器人系统

• 将控制器输出信号传递给机械臂驱动器或末端执行器，实现精确动作。

4. 检测与实验平台

• 提供控制系统与实验装置、测试仪器的接口，实现数据采集与控制。

5. 过程控制系统

• 在化工、制药、包装等工业领域，将逻辑控制信号与现场设备有效连接。

英文资料：

GIDDINGS&LEWIS 502-03431-10 Machine Interface Board

1、 Product Overview

GIDINGS&LEWIS 502-03431-10 is a machine interface board for industrial control systems, used for signal exchange and interface conversion between control systems and machine tools or automation equipment. This board connects the control signals of CPU modules, I/O modules, and driver modules with the input/output signals of mechanical equipment, achieving seamless communication between the control system and the machine. It is widely used in CNC machine tools, automated production lines, and robot systems.

2、 Technical parameters (typical indicators, actual subject to physical object)

Module Type: Machine Interface Board

Interface type: digital and analog input/output interface

Signal voltage: DC 5V/24V (industrial standard)

Number of channels: Multi channel I/O (depending on specific configuration)

Isolation method: Some channels have optoelectronic isolation to improve anti-interference ability

Working voltage: DC 5V/24V provided by the system rack

Status indication: LED displays the status of power supply and various channel signals

Installation method: Modular slot design for quick installation and replacement

Work environment: Industrial grade temperature, anti vibration and anti electromagnetic interference design

3、 Application scenarios

CNC machine tool

Implement signal connections between CPU modules and mechanical interfaces such as limit switches, emergency stop switches, and spindle control.

Automatic production line

Connect sensors, actuators, and control modules to achieve production process control and status acquisition.

robot system

Transmit the output signal of the controller to the robotic arm driver or end effector to achieve precise action.

Testing and experimental platform

Provide interfaces between control systems, experimental equipment, and testing instruments to achieve data acquisition and control.

process control system

In the industrial fields of chemical, pharmaceutical, packaging, etc., logic control signals are effectively connected to on-site equipment.

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