GIDDINGS & LEWIS 501-04301-02交流输出模块

1.产 品 资 料 介 绍：

GIDDINGS & LEWIS 501-04301-02 交流输出模块详解

一、核心功能：指令到动力的 “转换枢纽”

二、技术特点：保障交流驱动的关键性能

• 多类型交流输出：支持交流电压、电流输出，可根据执行装置需求提供适配的动力形式。例如，为交流伺服电机提供稳定电压驱动，为接触器线圈提供精确电流控制，满足不同设备的动力需求。
• 多通道独立控制：采用多通道设计，各通道可独立输出信号，能同时驱动多个执行装置。在多轴数控机床中，可分别控制主轴、X 轴、Y 轴等不同部件的交流驱动，实现多动作并行控制，提升系统协同效率。
• 宽电压等级适配：覆盖 120V/230V/380V 等常用工业交流电压，无需额外电压转换设备即可接入不同地区的工业电网或设备，兼容各类交流执行机构，降低系统集成复杂度。
• 灵活控制模式：支持开关控制（如接触器的通断）、脉冲控制（如交流伺服电机的速度调节）、可调幅度输出（如根据负载变化调整电压），可根据工艺需求灵活切换，适配从简单开关动作到复杂调速的多样化场景。
• 高兼容性接口：能与 G&L 控制器及其他标准工业控制器无缝对接，无需专用协议转换，确保指令传输顺畅，适用于不同品牌控制系统的集成。
• 快速响应能力：从接收指令到输出信号的延迟控制在毫秒级，满足高速包装机、工业机器人等对动作响应速度要求高的场景，避免因响应滞后导致的动作偏差。
• 全面安全保护：内置短路保护（防止输出端短路烧毁模块）、过载保护（当执行装置负载过大时自动切断输出）、过压保护（抵御电网电压波动），多重机制保障模块及下游设备的运行安全，减少故障停机损失。
• 模块化设计优势：采用插板式结构，可直接安装于控制系统机架，安装、更换或扩展通道时无需拆解整个系统，维护时间缩短 50% 以上，提升设备可维护性。
• 直观状态监控：通过 LED 指示灯实时显示各通道的输出状态（如正常运行、过载、短路），调试人员可快速定位故障通道，缩短排查时间，提高维护效率。

英文资料：

GIDINGS&LEWIS 501-04301-02 AC Output Module Detailed Explanation

1、 Core function: The "conversion hub" from instructions to power

The GIDINGS&LEWIS 501-04301-02 AC output module, as the core execution module of industrial automation and numerical control systems, undertakes the key responsibilities of "signal conversion" and "power output". It receives digital instructions from the controller and converts them into electrical signals (voltage or current) that can drive AC actuators through internal circuits, providing precise power control for servo motors, relays, contactors, and other equipment. It is the "power bridge" that ensures the conversion of controller instructions into actual actions, directly affecting the accuracy and response speed of the actuator.

2、 Technical features: Ensuring key performance driven by communication

Multi type AC output: supports AC voltage and current output, and can provide adaptive power forms according to the requirements of the executing device. For example, providing stable voltage drive for AC servo motors and precise current control for contactor coils to meet the power requirements of different devices.

Multi channel independent control: Adopting a multi-channel design, each channel can independently output signals and drive multiple execution devices simultaneously. In multi axis CNC machine tools, the AC drive of different components such as the spindle, X-axis, and Y-axis can be controlled separately to achieve multi action parallel control and improve system collaboration efficiency.

Wide voltage level adaptation: Covering commonly used industrial AC voltages such as 120V/230V/380V, it can be connected to industrial power grids or equipment in different regions without the need for additional voltage conversion equipment. It is compatible with various AC actuators and reduces system integration complexity.

Flexible control mode: supports switch control (such as on/off of contactors), pulse control (such as speed regulation of AC servo motors), adjustable amplitude output (such as adjusting voltage according to load changes), and can be flexibly switched according to process requirements, adapting to diverse scenarios from simple switch actions to complex speed regulation.

High compatibility interface: It can seamlessly integrate with G&L controllers and other standard industrial controllers without the need for dedicated protocol conversion, ensuring smooth instruction transmission and suitable for integration of control systems from different brands.

Rapid response capability: The delay from receiving instructions to outputting signals is controlled in milliseconds, meeting the high response speed requirements of high-speed packaging machines, industrial robots, and other scenarios, and avoiding action deviation caused by response lag.

Comprehensive safety protection: Built in short circuit protection (preventing output end short circuit from burning out the module), overload protection (automatically cutting off the output when the executing device is overloaded), overvoltage protection (resisting grid voltage fluctuations), multiple mechanisms to ensure the safe operation of the module and downstream equipment, reducing the loss of fault shutdown.

Advantages of modular design: Adopting a plug-in structure, it can be directly installed on the control system rack. When installing, replacing, or expanding channels, there is no need to disassemble the entire system, reducing maintenance time by more than 50% and improving equipment maintainability.

2.产      品      展      示      

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