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GIDINGS&LEWIS 502-03994-00数据采集模块

发布时间:2025-08-25人气:
  • GIDINGS&LEWIS 502-03994-00数据采集模块
  • GIDINGS&LEWIS 502-03994-00数据采集模块

 GIDINGS&LEWIS  502-03994-00数据采集模块

1.产 品 资 料 介 绍:

GIDDINGS & LEWIS 502-03994-00 数据采集模块产品特点解析

GIDDINGS & LEWIS 502-03994-00 数据采集模块,是工业自动化系统中 “现场数据的核心采集单元”,承担 “多源信号接入 - 精准测量 - 实时传输” 的关键职能,凭借七大核心产品特点,为数控机床、自动化生产线等场景提供可靠的原始数据支撑,保障控制系统的精准决策与高效运行,具体特点解析如下:

一、多通道数据采集:覆盖多源信号接入需求

模块采用多通道设计,可同时接入并采集多路不同类型信号,完美适配工业现场多设备、多参数的监测需求。一方面,支持多路数字量信号输入(通常 8-16 路,具体视配置而定),可对接光电开关、行程开关、设备状态指示灯等,采集物料到位、设备启停、故障报警等离散状态信号 —— 例如在自动化生产线中,通过 12 路数字量通道同步采集 6 个工位的物料检测信号与 6 台设备的运行状态信号;另一方面,支持多路模拟量信号输入(通常 4-8 路),能接入温度传感器(如 PT100 热电阻)、压力变送器(4-20mA 电流信号)、液位传感器(0-10V 电压信号)等,采集连续变化的物理参数。多通道并行采集能力避免了单通道逐一采集导致的数据延迟,大幅提升系统数据采集效率,同时减少了模块数量,简化了机柜布线与系统结构。

二、高精度采集:保障数据可靠性与决策准确性

模块具备卓越的高精度采集能力,能精准测量电压、电流、频率等关键参数,为控制系统与监控系统提供可靠的数据基础,避免因数据偏差导致的控制失误。在模拟量采集方面,电压采集精度误差≤0.1% FS、电流采集精度误差≤0.05% FS,例如采集压力变送器 4-20mA 信号时,测量误差≤0.008mA,可精准反映管道内压力的微小变化(如 0.1kPa 的压力波动);在频率采集方面,测量精度可达 ±0.1Hz,能准确捕捉电机转速、脉冲信号频率的细微变化(如主轴转速从 1500r/min 波动至 1501r/min 时可精准识别)。在数控机床中,通过高精度采集主轴电机电流信号,可实时判断刀具切削负载是否过载;在化工生产中,精准采集反应釜温度信号(误差≤0.1℃),确保温控系统能及时调整加热功率,保障生产工艺稳定,充分满足工业场景对数据准确性的严苛要求。

三、高速数据处理:适配高速场景实时性需求

模块内置高速信号处理芯片与优化的数据传输协议,具备实时采集、快速处理与低延迟传输能力,能匹配高速生产场景对数据时效性的需求。

英文资料:

GIDINGS&LEWIS 502-03994-00 Data Acquisition Module Product Features Analysis

The GIDINGS&LEWIS 502-03994-00 data acquisition module is the "core data acquisition unit" in industrial automation systems, responsible for the key functions of "multi-source signal access - precise measurement - real-time transmission". With seven core product features, it provides reliable raw data support for scenarios such as CNC machine tools and automated production lines, ensuring accurate decision-making and efficient operation of control systems. The specific characteristics are analyzed as follows:

1、 Multi channel data acquisition: covering multi-source signal access requirements

The module adopts a multi-channel design, which can simultaneously access and collect multiple different types of signals, perfectly adapting to the monitoring needs of multiple devices and parameters in industrial sites. On the one hand, it supports multiple digital signal inputs (usually 8-16 channels, depending on the configuration), and can be connected to photoelectric switches, travel switches, equipment status indicator lights, etc. to collect discrete status signals such as material arrival, equipment start stop, and fault alarms. For example, in an automated production line, it synchronously collects material detection signals from 6 workstations and operation status signals from 6 devices through 12 digital channels; On the other hand, it supports multiple analog signal inputs (usually 4-8 channels) and can be connected to temperature sensors (such as PT100 thermistor), pressure transmitters (4-20mA current signal), liquid level sensors (0-10V voltage signal), etc. to collect continuously changing physical parameters. The multi-channel parallel acquisition capability avoids the data delay caused by single channel one by one acquisition, greatly improves the efficiency of system data acquisition, reduces the number of modules, simplifies cabinet wiring and system structure.

2、 High precision acquisition: ensuring data reliability and decision-making accuracy

The module has excellent high-precision acquisition capabilities and can accurately measure key parameters such as voltage, current, and frequency, providing a reliable data foundation for control and monitoring systems and avoiding control errors caused by data deviations. In terms of analog data acquisition, the accuracy error of voltage acquisition is ≤ 0.1% FS, and the accuracy error of current acquisition is ≤ 0.05% FS. For example, when collecting 4-20mA signals from a pressure transmitter, the measurement error is ≤ 0.008mA, which can accurately reflect small changes in pressure inside the pipeline (such as pressure fluctuations of 0.1kPa); In terms of frequency acquisition, the measurement accuracy can reach ± 0.1Hz, which can accurately capture subtle changes in motor speed and pulse signal frequency (such as precise identification when the spindle speed fluctuates from 1500r/min to 1501r/min). In CNC machine tools, real-time detection of tool cutting load overload can be achieved by high-precision acquisition of spindle motor current signals; In chemical production, precise collection of reaction kettle temperature signals (error ≤ 0.1 ℃) ensures that the temperature control system can adjust the heating power in a timely manner, guaranteeing stable production processes and fully meeting the strict requirements for data accuracy in industrial scenarios.

2.产      品      展      示      

giddings_lewis_502-03994-00r0_plc_module (1).jpg

3.其他产品

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ABB P8480 Analog Output Module

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

Contact: +86 15270269218

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