装配式热电阻WZPK2-165SA 供应
装配式热电阻 WZPK2-165SA:精准测温的可靠选择
在现代工业领域,精确的温度测量对于生产过程的控制和产品质量的保障至关重要。装配式热电阻 WZPK2-165SA 作为一种高性能的温度传感器,凭借其卓越的性能和广泛的适用性,成为众多工业应用中的理想选择。
WZPK2-165SA 装配式热电阻采用先进的制造工艺,确保了产品的稳定性和可靠性。其测量范围广泛,能够满足不同工业场景下的温度监测需求。无论是高温环境还是低温条件,该热电阻都能提供精准的测量数据,为工业生产提供有力支持。
在设计方面,WZPK2-165SA 具有良好的抗干扰能力和耐腐蚀性,能够在复杂的工业环境中稳定工作。其紧凑的结构设计使其易于安装和维护,能够有效降低使用成本。此外,该热电阻还具备快速响应的特点,能够及时捕捉温度变化,为实时监控和控制提供有力保障。
WZPK2-165SA 装配式热电阻适用于多种工业领域,如化工、电力、冶金、机械制造等。它能够为这些行业的生产设备提供精确的温度测量,帮助优化生产流程,提高生产效率,确保产品质量。凭借其优异的性能和可靠的品质,WZPK2-165SA 为工业自动化和智能化发展提供了有力支持。
在当今竞争激烈的市场环境中,选择一款高品质的温度传感器对于企业的发展至关重要。WZPK2-165SA 装配式热电阻以其卓越的性能和广泛的应用范围,为用户提供了一个可靠的选择。它不仅能够满足工业生产的严格要求,还能为企业带来长期的经济效益和稳定的运行保障。选择 WZPK2-165SA,就是选择精准、可靠和高效。
Assembly Type Resistance Thermometer WZPK2-165SA: A Reliable Choice for Accurate Temperature Measurement
In modern industrial fields, precise temperature measurement is crucial for controlling production processes and ensuring product quality. The assembly type resistance thermometer WZPK2-165SA, as a high-performance temperature sensor, has become an ideal choice for many industrial applications due to its excellent performance and wide range of applications.
The WZPK2-165SA assembly type resistance thermometer is manufactured using advanced processes to ensure the stability and reliability of the product. It has a wide measurement range that can meet the temperature monitoring needs of different industrial scenarios. Whether in high-temperature or low-temperature environments, this resistance thermometer can provide accurate measurement data to support industrial production.
In terms of design, the WZPK2-165SA has good anti-interference and corrosion resistance capabilities, enabling it to work stably in complex industrial environments. Its compact structure makes it easy to install and maintain, effectively reducing usage costs. Moreover, this resistance thermometer features a fast response, which allows it to capture temperature changes in a timely manner and provides strong support for real-time monitoring and control.
The WZPK2-165SA assembly type resistance thermometer is suitable for a variety of industrial fields, such as chemical, power, metallurgy, and machinery manufacturing. It can provide precise temperature measurement for production equipment in these industries, helping to optimize production processes, improve production efficiency, and ensure product quality. With its excellent performance and reliable quality, the WZPK2-165SA provides strong support for the development of industrial automation and intelligence.
In today s highly competitive market environment, choosing a high-quality temperature sensor is crucial for the development of enterprises. The WZPK2-165SA assembly type resistance thermometer, with its outstanding performance and wide range of applications, offers users a reliable choice. It not only meets the strict requirements of industrial production but also brings long-term economic benefits and stable operation to enterprises. Choosing the WZPK2-165SA means choosing accuracy, reliability, and efficiency.
装配式热电阻
WZPK-235S,WZPK-236S ,WPK-333S WZPK-334S,WZPK-335S,WZPK-336S,WZPK-433S WZPK-434S WZPK-435S WZPK-436S WZPK-533S WZPK-534S WZPK-535S WZPK-536S WZP-621 WZP-6312A WZP2-631 WZP2-6212A WZPK2-135SA WZPK2-136SA WZPK2-235SA WZPK2-236SA WZPK2-335SA WZPK2-336SA WZPK2-435SA WZPK2-436SA WZPK2-535SA WZPK2-536SA, WZPK-163S WZPK-164S WZPK-165S WZPK-166S WZPK-263S WZPK264S WZPK-265S WZPK266S WZPK363S WZPK363S WZPK364S WZPK365S WZPK-366S WZPK-463S WZPK-464S WZPK-465S WZPK-466S WZPK563S WZPK-564S WZPK-565S WZPK-566S WZPK2-165SA WZPK2-166SA WZPK2-265SA WZPK2-266SA WZPK2-365SA WZPK2-366SA WZPK2-465SA WZPK2466SA WZPK-565SA WZPK2-566SA, WZP-235T, WZP2-235TWZP-130-F, WZP-230-F, WZP-330-F, WZP-430-F, WZP 2-130-F, WZP 2-230-F, WZP 2-330-F, WZP 2-430-F, WZP-131-F, WZP-231-F,
概述
其优点很多,零件分解性好,维修方便,更换易损件成本低可以远传电信号,灵敏度高,稳定性强,互换性以及准确性都比较好。装配铂热电阻的常温绝缘电阻应不小于100MΩ,装配铜热电阻的常温绝缘电阻应不小于50MΩ等特点。广泛应用于石油、化工等生产现场伴有各种易燃、易爆气体、蒸汽的场合。
WZ系列工业用热电阻作为温度测量传感器,通常与温度变送器,调节器以及显示仪表等配套使用,组成过程控制系统,用以直接测量或控制各种生产过程中-200℃-500℃范围内的液体,蒸汽和气体介质以及固体表面的温度.。
热电阻是利用物质在温度变化时本身电阻也随着发生变化的特性来测量温度的。当被测介体中有温度剃度存在时,所测的温度是感温元件所在范围介质中的平均温度。
尽管各种热电阻的外形差异很大,但是它们的基本结构却大致相似,一般有感温元件,绝缘套管,保护管,和接线盒等主要部分组成。
工作原理
热电阻是利用物质在温度变化时,其电阻也随着发生变化的特征来测量温度的。当阻值变化时,工作仪表便显示出阻值所对应的温度值。
装配式热电阻由感温元件、外保护管、接线盒以及各种用途的固定装置组成,有单支和双支元件两种规格,保护管不但具有抗腐蚀性能,而且具有足够的机械强度,保证产品能安全地使用在各种场合。测温原理:受热后的金属丝电阻随着温度的变化而变,其热电阻值R(t)与其所处温度t的关系可表示为:R(t)=R0(1+At+Bt2+……),按测得的电阻值查相应分度表即可得出被测温度值t。
特点
抗振性能好;
测温精度高;
机械强度高;
耐压性能好;
性能可靠稳定;
零件分解性好;
维修方便;
更换易损件成本低;
热响应时间短。热响应时间:在温度出现阶跃变化,热电阻的输出变化至相当于该阶跃变化的50%所需的时间,成为热响应时间,用T0.5表示。
公称压力:一般是指在常温下,保护管所能承受静态外压不破裂,试验压力一般采用公称压力的1.5倍。实际上,允许公称压力不仅与保护管材料、直径、壁厚有关,而且还与其结构形式、安装方法、置入深度以及被测介质的流速、种类有关
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