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GIDINGS&LEWIS 502-03551-02交流电输入输出模块

发布时间:2025-08-25人气:
  • GIDINGS&LEWIS 502-03551-02交流电输入输出模块
  • GIDINGS&LEWIS 502-03551-02交流电输入输出模块
  • GIDINGS&LEWIS 502-03551-02交流电输入输出模块

 GIDINGS&LEWIS  502-03551-02交流电输入输出模块

1.产 品 资 料 介 绍:

GIDDINGS & LEWIS 502-03551-02 交流电输入输出模块产品特点解析

GIDDINGS & LEWIS 502-03551-02 交流电输入输出模块,是工业自动化系统中 “交流信号采集与驱动的核心交互单元”,凭借七大核心产品特点,精准适配交流类设备的信号需求,为传感器、继电器、交流电机驱动器等提供稳定的信号传输与驱动支撑,保障数控机床、自动化生产线等场景的高效运行,具体特点解析如下:

一、多通道交流输入输出:适配多设备协同需求

模块采用多通道交流输入输出设计,可同时处理多路交流信号,大幅提升系统控制灵活性与效率。在输入端,支持 8-16 路交流信号采集(如 220V/380V 交流传感器、限位开关信号),能同步接收不同工位的设备状态信号 —— 例如在自动化生产线中,可通过 12 路输入通道采集 12 台交流电机的运行状态(如电机过载保护开关信号);在输出端,具备 6-12 路独立交流输出通道,可同时驱动继电器、交流电磁阀、小型交流电机等负载,如在包装机械中,通过 8 路输出通道分别控制送料交流电机、裁切交流电磁阀等 8 个交流负载,无需额外增加模块,简化系统结构。各通道独立可控,互不干扰,满足多设备协同工作的工业场景需求,避免因通道不足导致的控制分组延迟。

二、高精度信号处理:保障设备动作精准同步

模块具备出色的高精度交流信号处理能力,无论是信号采集还是输出,均能保持高稳定性与准确性,确保工业设备动作精度与同步性。在信号采集端,交流电压 / 电流采集精度误差≤0.2% FS,可精准捕捉交流传感器的微小信号变化(如交流压力传感器的电压波动),避免因采集误差导致的设备状态误判;在信号输出端,交流电压输出精度误差≤0.3% FS,电流输出稳定度≤0.5%,例如在数控机床中,向交流主轴驱动器输出 380V 交流电压时,电压波动控制在 ±1.14V 以内,确保主轴转速稳定,避免加工尺寸偏差;在多轴协同场景中,通过精准的交流信号输出,可实现多台交流电机的转速同步(如纺织机械中经轴与纬轴电机),保障工艺精度,减少因信号精度不足导致的生产废品率。

三、高速响应:满足高速生产动态需求

模块内置优化的交流信号处理电路,具备快速的输入响应与输出驱动能力,能实时匹配高速生产场景的动态变化。在输入侧,对交流信号的采集响应时间≤2ms,可快速捕捉传感器、开关的状态变化(如交流接近开关检测到工件的瞬间信号);

英文资料:

GIDINGS&LEWIS 502-03551-02 AC Input/Output Module Product Features Analysis

GIDINGS&LEWIS 502-03551-02 AC input/output module is the core interaction unit for AC signal acquisition and driving in industrial automation systems. With seven core product features, it accurately adapts to the signal requirements of AC equipment, providing stable signal transmission and driving support for sensors, relays, AC motor drivers, etc., ensuring efficient operation of CNC machine tools, automated production lines, and other scenarios. The specific characteristics are analyzed as follows:

1、 Multi channel communication input and output: adapted to the collaborative needs of multiple devices

The module adopts a multi-channel AC input/output design, which can simultaneously process multiple AC signals, greatly improving the flexibility and efficiency of system control. At the input end, it supports 8-16 channels of AC signal acquisition (such as 220V/380V AC sensors, limit switch signals), and can synchronously receive equipment status signals from different workstations - for example, in an automated production line, the operating status of 12 AC motors can be collected through 12 input channels (such as motor overload protection switch signals); At the output end, it has 6-12 independent AC output channels, which can simultaneously drive relays, AC solenoid valves, small AC motors and other loads. For example, in packaging machinery, 8 output channels are used to control 8 AC loads such as feeding AC motors and cutting AC solenoid valves, without the need for additional modules, simplifying the system structure. Each channel is independently controllable and does not interfere with each other, meeting the industrial scenario requirements of multi device collaborative work and avoiding control group delays caused by insufficient channels.

2、 High precision signal processing: ensuring precise synchronization of equipment actions

The module has excellent high-precision AC signal processing capabilities, which can maintain high stability and accuracy in both signal acquisition and output, ensuring the precision and synchronization of industrial equipment actions. At the signal acquisition end, the accuracy error of AC voltage/current acquisition is ≤ 0.2% FS, which can accurately capture small signal changes of AC sensors (such as voltage fluctuations of AC pressure sensors), avoiding misjudgment of equipment status caused by acquisition errors; At the signal output end, the accuracy error of AC voltage output is ≤ 0.3% FS, and the stability of current output is ≤ 0.5%. For example, in a CNC machine tool, when outputting 380V AC voltage to the AC spindle driver, the voltage fluctuation is controlled within ± 1.14V to ensure stable spindle speed and avoid machining size deviation; In multi axis collaborative scenarios, precise AC signal output can achieve speed synchronization of multiple AC motors (such as warp and weft motors in textile machinery), ensuring process accuracy and reducing production waste caused by insufficient signal accuracy.

3、 High speed response: meeting the dynamic requirements of high-speed production

The module is equipped with an optimized AC signal processing circuit, which has fast input response and output driving capabilities, and can match the dynamic changes of high-speed production scenarios in real time. On the input side, the response time for collecting AC signals is ≤ 2ms,

2.产      品      展      示      

giddings_lewis_pic900_programmable_computer_output_module_502-03551-02 (3).jpg

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

Contact: +86 15270269218

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