GIDINGS&LEWIS  502-03641-02输出模块

1.产 品 资 料 介 绍：

GIDINGS&LEWIS 502-03641-02 输出模块

产品特点

高可靠性输出：适应严苛工业环境

• 卓越的环境耐受性：具备出色的抗振动能力，可有效应对机床加工、生产线运行时产生的高频机械振动，确保内部电路连接稳固，信号传输不受干扰；工作温度范围广泛，能在高温车间的酷热环境（最高可达 60℃）或低温仓储区域的寒冷条件（低至 - 10℃）下稳定运行，维持输出性能不变；同时，内置多层电磁屏蔽结构，可抵御工业现场中变频器、大型电机等设备产生的强电磁干扰，避免输出信号失真。
• 全方位安全保护机制：模块内置过流保护电路，当输出电流超过额定值时，能迅速切断电路，防止因电流过大烧毁模块及所连接的负载（如继电器、电机等）；短路保护功能可在输出端发生短路故障时，瞬间做出响应，保护模块和系统安全；过载保护机制则实时监测输出功率，当负载长时间过载运行时，自动调整输出状态，预防模块过热损坏，全方位保障系统及负载安全。

精确控制：适配多样执行机构

• 稳定可靠的信号输出：输出信号波形纯净、无杂波干扰，电压、电流精度高，能够为继电器、伺服控制器、电磁阀等各类执行机构提供稳定的驱动信号。例如，在驱动继电器时，可确保继电器快速、准确地吸合与释放，避免误动作；在为伺服控制器提供控制信号时，保证伺服电机运行平稳，定位精准。
• 丰富的输出模式支持：支持多种输出模式，包括开关量输出（用于控制设备的启停、通断等简单动作）、模拟量输出（可实现对电机转速、阀门开度等连续变量的精确控制）以及脉冲输出（适用于驱动步进电机等需要精确位置控制的设备），可满足工业自动化控制领域中各种复杂、多样化的控制需求。

快速响应：满足高速动态工况

• 超低延迟信号处理：从接收到输入信号到输出相应动作指令的延迟极短，处于微秒级水平。在高速生产线中，能够快速响应控制系统发出的物料分拣、输送速度调整等指令，确保生产流程的高效、连续运行；在多轴联动控制场景（如数控机床的多轴协同加工、工业机器人的复杂动作执行）中，可使各轴动作同步性极高，避免因信号延迟导致的加工精度偏差或动作不协调。

英文资料：

GIDINGS&LEWIS 502-03641-02 output module

Product Features

High reliability output: suitable for harsh industrial environments

The output module 502-03641-02 adopts industrial grade design standards and is optimized for complex industrial sites from hardware material selection to structural layout

Excellent environmental tolerance: With excellent anti vibration ability, it can effectively cope with high-frequency mechanical vibrations generated during machine tool processing and production line operation, ensuring stable internal circuit connections and interference free signal transmission; The working temperature range is wide, and it can operate stably in hot environments (up to 60 ℃) in high-temperature workshops or cold conditions (as low as -10 ℃) in low-temperature storage areas, maintaining unchanged output performance; At the same time, the built-in multi-layer electromagnetic shielding structure can resist strong electromagnetic interference generated by equipment such as frequency converters and large motors in industrial sites, avoiding output signal distortion.

Comprehensive safety protection mechanism: The module is equipped with an overcurrent protection circuit. When the output current exceeds the rated value, the circuit can be quickly cut off to prevent the module and connected loads (such as relays, motors, etc.) from being burned due to excessive current; The short-circuit protection function can respond instantly when a short-circuit fault occurs at the output terminal, protecting the safety of the module and system; The overload protection mechanism monitors the output power in real time, and automatically adjusts the output state when the load runs under overload for a long time, preventing module overheating and damage, and ensuring the safety of the system and load in all aspects.

Precise control: adaptable to various actuators

The module demonstrates outstanding stability in output signals and flexibility in control modes

Stable and reliable signal output: The output signal waveform is pure, free of clutter interference, with high voltage and current accuracy, and can provide stable driving signals for various actuators such as relays, servo controllers, solenoid valves, etc. For example, when driving a relay, it can ensure that the relay quickly and accurately closes and releases, avoiding misoperation; Ensure smooth operation and precise positioning of the servo motor when providing control signals for the servo controller.

Rich output mode support: Supports multiple output modes, including switch output (used to control simple actions such as start stop and on/off of equipment), analog output (can achieve precise control of continuous variables such as motor speed and valve opening), and pulse output (suitable for driving devices that require precise position control such as stepper motors), which can meet various complex and diverse control needs in the field of industrial automation control.

Quick response: meets high-speed dynamic working conditions

In response to the strict requirements for signal response speed in high-speed production lines and multi axis linkage working conditions, the output module 502-03641-02 has been optimized accordingly

Ultra low latency signal processing: The delay from receiving input signals to outputting corresponding action instructions is extremely short, at the microsecond level. In high-speed production lines, the ability to quickly respond to instructions such as material sorting and conveyor speed adjustment issued by the control system ensures efficient and continuous operation of the production process; In multi axis linkage control scenarios (such as multi axis collaborative machining of CNC machine tools and complex motion execution of industrial robots), the synchronization of each axis motion can be extremely high, avoiding machining accuracy deviation or motion inconsistency caused by signal delay.

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

Contact: +86 15270269218