GIDINGS&LEWIS 502-03679-00热电偶模块

 GIDINGS&LEWIS 502-03679-00热电偶模块

1.产 品 资 料 介 绍：

产品基础概述

核心功能特性

1. 高精度温度信号采集：具备极为出色的温度信号采集能力，可适配多种类型的热电偶，如常见的 J 型、K 型、E 型、T 型等。通过精密的电路设计和先进的传感技术，能够敏锐捕捉热电偶产生的微小电压变化，进而精准计算出对应的温度值。其温度测量精度极高，在广泛的温度范围内，测量误差可控制在极小范围，例如在常见的工业温度区间内，精度可达 ±0.5℃甚至更高，满足对温度测量精度要求苛刻的行业，如半导体制造、化工工艺控制等的需求。在半导体芯片制造过程中，对硅片的加工温度控制精度要求极高，该模块能够精确测量温度，为生产工艺提供准确的温度数据，确保芯片制造的良品率和性能。
2. 冷端补偿与信号调理：内置先进的冷端补偿电路，能够自动补偿热电偶冷端温度变化对测量结果的影响。在实际工业应用中，热电偶的冷端往往会受到环境温度波动的干扰，导致测量误差。该模块的冷端补偿功能可实时监测冷端温度，并根据内置算法对测量信号进行精确校正，确保输出的温度数据真实反映被测对象的实际温度。同时，模块还集成了高效的信号调理功能，能够对热电偶输出的微弱、易受干扰的电压信号进行放大、滤波等处理，将其转换为稳定、标准的电信号，以便后续的传输和处理。经过信号调理后的输出信号，具有良好的抗干扰能力和稳定性，可有效避免因信号传输过程中的干扰而导致的数据失真。
3. 多通道并行处理：为满足工业系统中同时对多个温度点进行监测的需求，502-03679-00 热电偶模块采用多通道设计。各通道相互独立，可同时连接多个热电偶，并行采集和处理不同位置的温度信号。这种多通道并行处理能力极大地提高了温度监测的效率和覆盖范围，在大型工业设备，如化工反应釜、冶金熔炉等中，能够同时对设备内部多个关键部位的温度进行实时监测，及时发现温度异常情况，为设备的安全运行和工艺优化提供全面的数据支持。在化工反应釜中，通过多个热电偶和该模块的多通道连接，可实时监测反应釜内不同区域的温度，确保反应过程在适宜的温度范围内进行，避免因局部过热或过冷导致反应失控。
4. 电气隔离与抗干扰保护：在复杂的工业电磁环境中，电气隔离和抗干扰能力是保障模块稳定运行的关键。该热电偶模块采用了先进的电气隔离技术，将输入、输出以及内部电路进行有效隔离，防止外部干扰信号通过电路传导进入模块，影响测量精度和系统稳定性。同时，模块还内置了多重抗干扰保护电路，能够有效抵御工业现场常见的电磁干扰、射频干扰等。例如，在强电磁干扰的工业车间，模块内部的屏蔽层和滤波电路能够过滤掉外界干扰信号，确保温度信号的准确采集和传输，使系统在恶劣的电磁环境下依然能够可靠运行，提高了工业系统的可靠性和稳定性。

英文资料：

Product Overview

The GIDINGS&LEWIS 502-03679-00 thermocouple module is a core component in industrial temperature monitoring and control systems, designed for precise measurement and stable transmission of temperature signals. In various industrial scenarios, temperature is a key parameter that affects the production process, product quality, and equipment operation status. This thermocouple module, with its excellent performance, takes on the responsibility of efficiently processing and accurately transmitting temperature signals collected by thermocouples, providing reliable temperature data support for industrial automation systems and ensuring the stable and efficient operation of the entire industrial production process.

Core functional characteristics

High precision temperature signal acquisition: It has excellent temperature signal acquisition capabilities and can be adapted to various types of thermocouples, such as common J-type, K-type, E-type, T-type, etc. Through precise circuit design and advanced sensing technology, it is possible to sensitively capture the small voltage changes generated by thermocouples, and accurately calculate the corresponding temperature values. Its temperature measurement accuracy is extremely high, and the measurement error can be controlled within a very small range over a wide temperature range. For example, in the common industrial temperature range, the accuracy can reach ± 0.5 ℃ or even higher, meeting the needs of industries with strict temperature measurement accuracy requirements, such as semiconductor manufacturing, chemical process control, etc. In the semiconductor chip manufacturing process, the precision of temperature control for silicon wafer processing is extremely high. This module can accurately measure temperature and provide accurate temperature data for the production process, ensuring the yield and performance of chip manufacturing.

Cold end compensation and signal conditioning: Equipped with advanced cold end compensation circuits, it can automatically compensate for the impact of thermocouple cold end temperature changes on measurement results. In practical industrial applications, the cold end of thermocouples is often affected by environmental temperature fluctuations, leading to measurement errors. The cold end compensation function of this module can monitor the cold end temperature in real time and accurately calibrate the measurement signal according to the built-in algorithm, ensuring that the output temperature data truly reflects the actual temperature of the measured object. At the same time, the module also integrates efficient signal conditioning functions, which can amplify, filter and process the weak and easily interfered voltage signals output by thermocouples, converting them into stable and standard electrical signals for subsequent transmission and processing. The output signal after signal conditioning has good anti-interference ability and stability, which can effectively avoid data distortion caused by interference during signal transmission.

Multi channel parallel processing: To meet the requirement of monitoring multiple temperature points simultaneously in industrial systems, the 502-03679-00 thermocouple module adopts a multi-channel design. Each channel is independent of each other and can be connected to multiple thermocouples simultaneously to collect and process temperature signals from different locations in parallel. This multi-channel parallel processing capability greatly improves the efficiency and coverage of temperature monitoring. In large industrial equipment such as chemical reaction vessels, metallurgical furnaces, etc., real-time monitoring of the temperature of multiple key parts inside the equipment can be carried out simultaneously, and abnormal temperature situations can be detected in a timely manner, providing comprehensive data support for the safe operation and process optimization of the equipment.

 2.产      品      展      示      

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

Contact: +86 15270269218