邮箱:stodcdcs@gmail.com

手机/微信/WhatsApp

+86 15270269218

stodcdcs@gmail.com

GIDINGS&LEWIS M.1017.6270模拟输入模块

发布时间:2025-08-29人气:
  • GIDINGS&LEWIS M.1017.6270模拟输入模块
  • GIDINGS&LEWIS M.1017.6270模拟输入模块

 GIDINGS&LEWIS  M.1017.6270模拟输入模块

1.产 品 资 料 介 绍:

产品概述

M.1017.6270 模拟输入模块是 Giddings & Lewis 控制系统中负责 “模拟信号数字化” 的关键接口模块,其核心功能是搭建物理量与数字系统之间的转换桥梁。它能够精准采集工业现场的各类模拟信号,包括电压信号、电流信号以及温度传感器、压力传感器等输出的信号,并通过内部高精度转换电路,将这些连续变化的模拟量转化为控制系统可识别和处理的数字数据。


作为数控机床、自动化生产线及工业机器人系统的重要组成部分,该模块为工业过程的精确监控和闭环控制提供了基础数据支持,确保控制系统能够实时掌握设备运行状态和工艺参数,是实现高精度、智能化工业控制的关键环节。

产品特点

高精度采集:捕捉细微信号变化

模块在信号采集精度上表现卓越,核心优势体现在两方面:


  • 多通道同步采集:支持多路模拟信号同时输入并独立处理,各通道间干扰小,保证多参数监测时的数据准确性,例如在精密加工设备中,可同时采集主轴温度、切削力、振动等多个关键信号;
  • 宽量程适配:能够处理不同幅值范围的电压(如 0-10V)或电流(如 4-20mA)信号,无需额外信号调理模块即可直接对接热电偶、压力变送器、流量传感器等多种类型的工业传感器,确保各类传感器输出信号都能被精准采集。


这种高精度采集能力,使得模块能捕捉到信号的细微变化,为后续的控制决策提供可靠数据基础,例如通过检测微小的温度波动预判设备潜在故障。

快速响应:满足实时控制需求

针对工业控制系统对数据时效性的严苛要求,模块优化了信号处理流程:


  • 低延迟转换:从模拟信号输入到数字数据输出的转换延迟极短,确保实时控制系统能够及时获取最新的过程参数,例如在高速生产线中,可快速采集物料位置信号用于实时调整输送速度;
  • 高频采集能力:具备较高的采样频率,能捕捉快速变化的动态信号,适用于如机器人高速运动时的力反馈信号采集、冲击测试中的瞬态压力监测等场景,为动态过程控制提供数据支撑。

工业级可靠性:稳定应对恶劣环境

模块采用工业级设计标准,确保在复杂工业环境中稳定运行:


  • 环境耐受性强:具备优异的抗振动性能,可承受机床、生产线运行时的持续振动;工作温度范围宽,能在高温车间或低温环境下保持性能稳定;内置多重电磁屏蔽措施,有效抵御工业现场的电磁干扰,避免信号采集失真;
  • 安全保护机制:内置短路保护和过载保护电路,当输入信号异常或外部电路故障时,可自动切断相关通道,防止模块损坏,同时保护前端传感器,提高整个系统的安全性和可靠性。

英文资料:

Product Overview

M. The 1017.6270 analog input module is a key interface module responsible for "analog signal digitization" in the Giddings&Lewis control system. Its core function is to build a conversion bridge between physical quantities and digital systems. It can accurately collect various analog signals from industrial sites, including voltage signals, current signals, as well as signals output by temperature sensors, pressure sensors, etc., and convert these continuously changing analog quantities into digital data that can be recognized and processed by the control system through an internal high-precision conversion circuit.

As an important component of CNC machine tools, automated production lines, and industrial robot systems, this module provides basic data support for precise monitoring and closed-loop control of industrial processes, ensuring that the control system can real-time grasp the equipment operating status and process parameters. It is a key link in achieving high-precision and intelligent industrial control.

Product Features

High precision acquisition: capturing subtle signal changes

The module performs excellently in signal acquisition accuracy, and its core advantages are reflected in two aspects:

Multi channel synchronous acquisition: supports simultaneous input and independent processing of multiple analog signals, with minimal interference between channels, ensuring data accuracy during multi parameter monitoring. For example, in precision machining equipment, multiple key signals such as spindle temperature, cutting force, vibration, etc. can be collected simultaneously;

Wide range adaptation: capable of processing voltage (such as 0-10V) or current (such as 4-20mA) signals with different amplitude ranges, without the need for additional signal conditioning modules, it can directly interface with various types of industrial sensors such as thermocouples, pressure transmitters, flow sensors, etc., ensuring that the output signals of various sensors can be accurately collected.

This high-precision acquisition capability enables the module to capture subtle changes in signals, providing a reliable data foundation for subsequent control decisions, such as predicting potential equipment failures by detecting small temperature fluctuations.

Quick response: meeting real-time control requirements

In response to the strict requirements of industrial control systems for data timeliness, the module has optimized the signal processing flow:

Low latency conversion: The conversion delay from analog signal input to digital data output is extremely short, ensuring that the real-time control system can obtain the latest process parameters in a timely manner. For example, in high-speed production lines, material position signals can be quickly collected for real-time adjustment of conveying speed;

High frequency acquisition capability: With a high sampling frequency, it can capture rapidly changing dynamic signals and is suitable for scenarios such as force feedback signal acquisition during high-speed robot movement and transient pressure monitoring during impact testing, providing data support for dynamic process control.

Industrial grade reliability: stable response to harsh environments

The module adopts industrial grade design standards to ensure stable operation in complex industrial environments:

Strong environmental tolerance: It has excellent anti vibration performance and can withstand continuous vibration during the operation of machine tools and production lines; Wide working temperature range, able to maintain stable performance in high-temperature workshops or low-temperature environments; Built in multiple electromagnetic shielding measures effectively resist electromagnetic interference in industrial sites and avoid signal acquisition distortion;

2.产      品      展      示      

giddings_lewis_rep_exch_bio_4ch_analog_input_m_1017_6270 (1).jpg

3.其他产品

HONEYWELL 51304489-100模拟输入模块

KOYO F4-16DA-1模拟量输出模块

Foxboro  FBM230 通信模块

4.其他英文产品

RADISYS 451558-004 Communication Module

ABB UN0942b-P Programmable Controller

Teknic SST-1500-XCX Digital Servo Drive

AMAT 0100-A0500AMAT 0190-40856AMAT 0190-14945
AMAT 0100-76091AMAT 0190-41111AMAT 0190-14948
AMAT 0100-02146AMAT 0190-41182AMAT 0190-14950 
AMAT 0130-76303AMAT 0190-41243AMAT 0190-14951
AMAT 0100-A1603AMAT 0190-41364AMAT 0190-14953
AMAT 0100-01697AMAT 0190-41425AMAT 0190-15059
AMAT 0100-01485AMAT 0190-41508AMAT 0190-15066

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

Contact: +86 15270269218

推荐资讯

+86 15270269218