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GIDINGS&LEWIS 502-03842-02输入/输出模块

发布时间:2025-08-26人气:
  • GIDINGS&LEWIS 502-03842-02输入/输出模块
  • GIDINGS&LEWIS 502-03842-02输入/输出模块

 GIDINGS&LEWIS  502-03842-02输入/输出模块

1.产 品 资 料 介 绍:

一、产品概述

502-03842-02 是 Giddings & Lewis PiC900 系列的核心输入 / 输出模块,相当于工业自动化系统的 “信号中转站”—— 一边采集传感器、开关等设备的实时信号(如温度、位置、设备启停状态),一边将 CPU 或 PLC 的控制指令传递给执行器(如电机、阀门),是实现系统数据交互与设备精准控制的关键环节,可与 CPU、PLC、伺服控制板等协同构建完整自动化体系。

二、产品特点

  1. 多通道 I/O 支持,适配复杂需求:提供多路数字量(如开关信号、设备状态)和模拟量(如温度、压力传感器的连续信号)输入 / 输出通道。例如在大型自动化生产线中,可同时采集 10 + 路传感器信号,同步控制 8 + 路执行器,无需额外模块即可满足复杂工业系统对多信号接口的需求,简化系统布线与架构。
  2. 高速信号处理,满足高精场景:对输入信号实时采集(如毫秒级捕捉位置传感器的位移变化),对输出指令快速响应(如瞬间驱动电磁阀动作)。在高精度机床中,能及时反馈刀具位置信号并输出进给控制指令,适配高精度加工与高速自动化应用的低延迟要求。
  3. 模块化设计,便利运维扩展:采用标准化结构,可直接插装于 PiC900 系统机架。后期若需增加信号采集或控制路数,只需新增模块即可;模块故障时能快速插拔更换,无需拆解整个系统,减少工业生产的停机维护时间。
  4. 工业可靠性强,应对恶劣工况:针对工业现场优化设计,具备抗电磁干扰能力(可抵御车间变频器、大型电机的电磁干扰)和抗振动性能(适应机床、输送带运行时的机械振动),即便在高温、粉尘环境下也能长期连续运行,保障信号传输与控制输出稳定。
  5. 安全保护机制,降低故障风险:输入 / 输出通道均带过载(如信号电流过大)及短路保护,当传感器短路或执行器过载时,模块能自动切断信号通路,避免自身及连接设备(如 PLC、伺服驱动器)损坏,大幅提升系统运行安全性。
  6. 接口兼容性优,实现无缝集成:可与 G&L 系列的 CPU、PLC、伺服控制板及驱动器无缝连接 —— 例如与 CPU 共享采集到的传感器数据,与伺服控制板联动实现闭环控制,或直接接收 PLC 指令驱动执行器,无需额外适配配件,简化系统集成流程。

英文资料:

1、 Product Overview

502-03842-02 is the core input/output module of the Giddings&Lewis PiC900 series, serving as a "signal relay station" for industrial automation systems. It collects real-time signals from sensors, switches, and other devices (such as temperature, position, and equipment start/stop status) while transmitting control instructions from the CPU or PLC to actuators (such as motors and valves). It is a key link in achieving system data exchange and precise control of equipment, and can work together with CPUs, PLCs, servo control boards, etc. to build a complete automation system.

2、 Product Features

Multi channel I/O support, adapted to complex requirements: providing multiple digital (such as switch signals, device status) and analog (such as continuous signals from temperature and pressure sensors) input/output channels. For example, in large-scale automated production lines, 10+sensor signals can be collected simultaneously, and 8+actuators can be synchronously controlled without the need for additional modules to meet the requirements of complex industrial systems for multiple signal interfaces, simplifying system wiring and architecture.

High speed signal processing to meet high-precision scenarios: real-time acquisition of input signals (such as capturing displacement changes of position sensors in milliseconds), rapid response to output commands (such as instantaneous driving of solenoid valve action). In high-precision machine tools, it is possible to provide timely feedback on tool position signals and output feed control commands, which is suitable for low latency requirements in high-precision machining and high-speed automation applications.

Modular design, convenient for operation and maintenance expansion: adopting a standardized structure, it can be directly plugged into the PiC900 system rack. If there is a need to increase the number of signal acquisition or control channels in the later stage, simply add a new module; When a module fails, it can be quickly plugged and replaced without disassembling the entire system, reducing downtime and maintenance time in industrial production.

Strong industrial reliability and ability to cope with harsh working conditions: Optimized for industrial sites, it has anti electromagnetic interference capability (able to resist electromagnetic interference from workshop frequency converters and large motors) and anti vibration performance (suitable for mechanical vibration during machine tool and conveyor belt operation), and can operate continuously for a long time even in high temperature and dust environments, ensuring stable signal transmission and control output.

Safety protection mechanism to reduce the risk of failure: The input/output channels are equipped with overload (such as excessive signal current) and short-circuit protection. When the sensor is short circuited or the actuator is overloaded, the module can automatically cut off the signal path to avoid damage to itself and connected devices (such as PLC, servo drive), greatly improving the safety of system operation.

Excellent interface compatibility, achieving seamless integration: It can seamlessly connect with G&L series CPUs, PLCs, servo control boards, and drivers - for example, sharing collected sensor data with the CPU, linking with the servo control board to achieve closed-loop control, or directly receiving PLC instructions to drive actuators, without the need for additional adaptation accessories, simplifying the system integration process.

  2.产      品      展      示      

502-03842-02r2_giddings_lewis_pic900_in_out_24vdc_5020384202r2_w38.jpg

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ASEA AE-6003 pulse generator

Asea EB0524B01 driver input power board

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6DD2920-0AW26SC6108-0SE01V18345-1010521001
6DD2920-0AW1CACR-SR20SB1BFSCYC51010

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

Contact: +86 15270269218

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