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GIDDINGS & LEWIS 502-03510-41 输入输出模块

发布时间:2025-09-02人气:
  • GIDDINGS & LEWIS 502-03510-41 输入输出模块
  • GIDDINGS & LEWIS 502-03510-41 输入输出模块
  • GIDDINGS & LEWIS 502-03510-41 输入输出模块

 GIDINGS&LEWIS 502-03510-41 输入输出模块

1.产 品 资 料 介 绍:

Giddings & Lewis 502-03510-41 输入输出模块产品特点

1. 高密度 I/O 配置:满足多信号交互需求

该模块搭载 16 个输入通道与 8 个输出通道 的高密度配置,专为需要大量数字信号交互的自动化控制系统设计。在工业场景中,复杂设备往往需同时连接多个传感器与执行器 —— 例如大型汽车焊接生产线,需通过输入通道采集 20 + 个温度、压力、位置传感器信号,同时通过输出通道控制 10 + 个机械臂焊接头、传送带电机的启停动作。此模块的多通道设计可减少单系统内模块的使用数量,避免因模块堆叠导致的布线混乱与空间占用,同时降低系统集成成本,让信号交互更集中、高效,尤其适配大规模自动化产线与复杂设备的控制需求。

2. 24V DC 电压兼容:实现工业设备广泛适配

模块原生支持 24V DC 电压输入输出,这一特性使其完美契合工业自动化领域的主流电压标准。工业场景中,绝大多数传感器(如光电传感器、接近传感器)与执行器(如小型继电器、电磁阀)均采用 24V DC 供电 —— 例如在食品包装生产线中,光电传感器需以 24V DC 电压输出 “包装到位” 信号,模块可直接接收该信号并传输至控制器;同时,模块输出的 24V DC 信号可直接驱动包装封口电机的继电器,无需额外加装电压转换模块。这种 “即插即用” 的兼容性,不仅简化了系统接线流程,还避免了因电压不匹配导致的信号失真或设备损坏,大幅提升了模块与各类工业设备的适配性。

3. 模块化设计:灵活适配系统升级与扩展

采用标准化模块化结构,可与 Giddings & Lewis 控制系统的核心组件(如 PiC900 系列 CPU、伺服驱动器等)无缝集成。在实际应用中,企业可根据初期生产需求搭建基础控制系统 —— 例如小型数控机床初期仅需 1 个该 I/O 模块配合 CPU 实现基础加工控制;当生产规模扩大,需增加刀库检测、工件定位等功能时,无需更换整套系统,仅需新增同型号 I/O 模块并通过标准接口与原有组件拼接,即可扩展信号通道数量。这种设计不仅降低了系统升级的技术门槛与成本,还让后期维护更便捷 —— 若某一模块出现故障,可单独拆卸更换,无需停机检修整套系统,保障生产连续性。

英文资料:

Giddings&Lewis 502-03510-41 Input/Output Module Product Features

1. High density I/O configuration: meets the requirements of multi signal interaction

This module is equipped with a high-density configuration of 16 input channels and 8 output channels, designed specifically for automation control systems that require a large amount of digital signal interaction. In industrial scenarios, complex equipment often needs to be connected to multiple sensors and actuators simultaneously - for example, in a large automotive welding production line, more than 20 temperature, pressure, and position sensor signals need to be collected through input channels, and the start and stop actions of 10+robotic arm welding heads and conveyor belt motors need to be controlled through output channels. The multi-channel design of this module can reduce the number of modules used in a single system, avoid wiring confusion and space occupation caused by module stacking, and reduce system integration costs, making signal interaction more centralized and efficient, especially suitable for the control needs of large-scale automated production lines and complex equipment.

2. 24V DC voltage compatibility: achieving widespread adaptation of industrial equipment

The module natively supports 24V DC voltage input and output, which perfectly fits the mainstream voltage standards in the field of industrial automation. In industrial scenarios, the vast majority of sensors (such as photoelectric sensors, proximity sensors) and actuators (such as small relays, solenoid valves) are powered by 24V DC - for example, in food packaging production lines, photoelectric sensors need to output a "packaged in place" signal at 24V DC voltage, and the module can directly receive the signal and transmit it to the controller; At the same time, the 24V DC signal output by the module can directly drive the relay of the packaging sealing motor without the need for an additional voltage conversion module. This "plug and play" compatibility not only simplifies the system wiring process, but also avoids signal distortion or equipment damage caused by voltage mismatch, greatly improving the adaptability of the module to various industrial equipment.

3. Modular design: flexible adaptation to system upgrades and expansions

Adopting a standardized modular structure, it can seamlessly integrate with the core components of Giddings&Lewis control systems, such as PiC900 series CPUs, servo drives, etc. In practical applications, enterprises can build basic control systems based on initial production needs - for example, small CNC machine tools only require one I/O module in conjunction with a CPU to achieve basic machining control in the initial stage; When the production scale expands and functions such as tool magazine detection and workpiece positioning need to be added, there is no need to replace the entire system. Only the same type of I/O module needs to be added and spliced with the original components through standard interfaces to expand the number of signal channels. This design not only reduces the technical threshold and cost of system upgrading, but also makes later maintenance more convenient - if a module fails, it can be disassembled and replaced separately, without the need to shut down the whole system for maintenance, to ensure production continuity.

2.产      品      展      示      

giddings_lewis_502-03510-41_cpu_1 (3).jpg

3.其他产品

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Teknic SST-1500-XCX 数字伺服驱动器

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

Contact: +86 15270269218

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