【WZPK2466SA装配式热电阻产品介绍（中文版）】
WZPK2466SA装配式热电阻是一款专为工业温度测量场景设计的高性能传感设备，适用于多种复杂工况下的温度监控需求。产品采用模块化设计理念，通过优化结构布局实现快速安装与维护，可满足石油化工、电力能源、机械制造等行业的长期稳定运行要求。
本产品核心测温元件选用高纯度金属材料经特殊工艺加工而成，能够有效提升信号输出的线性度与重复性。感温组件采用多层复合绝缘技术，显著提升了电气隔离性能，避免因环境电磁干扰导致的测量偏差。保护管部分提供多种材质选项，包括不锈钢、哈氏合金及钛材等，用户可根据介质腐蚀性、工作压力等参数灵活选配，确保不同应用场景下的适应性。
在结构设计方面，WZPK2466SA采用分体式接线盒设计，便于现场布线操作与后期检修。防水接头达到IP65防护等级，有效抵御粉尘侵入与水雾影响。感温元件与保护管之间填充高密度导热材料，既保证了温度传递的实时性，又增强了机械抗振性能。产品整体结构经过有限元分析优化，在保持灵敏响应的同时，可承受管道震动或设备启停带来的冲击载荷。
该型号产品的工作温度范围覆盖-200℃~+600℃，基本误差控制在±(0.15%t+0.3℃)以内，响应时间较常规产品缩短约20%。针对高温应用场景特别设计的散热结构，可有效延缓热漂移现象。导流片式保护管结构能适应高速流体介质测量，避免因湍流导致的传感器损坏。
我们致力于为客户提供完善的解决方案，从选型咨询到安装指导均有专业技术团队提供支持。产品生产过程执行严格的质量控制体系，每支热电阻均经过72小时连续老化测试与多点温度标定，确保量值传递的可靠性。同时提供定制化服务，可根据装置空间限制或特殊工况要求调整传感器尺寸与输出接口形式。
【WZPK2466SA Assembled Thermoresistor Product Introduction (English Version)】
The WZPK2466SA assembled thermoresistor is a high-performance temperature sensing device specifically engineered for industrial measurement applications. With its modular design philosophy, this product delivers reliable temperature monitoring capabilities across various challenging environments, including petrochemical plants, power generation systems, and precision manufacturing facilities.
At the core of the device lies a precision-crafted sensing element manufactured from refined metallic materials through specialized forming processes. This construction ensures excellent linearity and repeatability in signal output. Multi-layer composite insulation technology effectively enhances electrical isolation performance, minimizing measurement deviations caused by electromagnetic interference. The protective sheath is available in multiple material options such as stainless steel, Hastelloy, and titanium alloys, allowing flexible configuration based on specific media corrosiveness and operational pressure requirements.
The innovative split-type junction box design simplifies field wiring and maintenance procedures. With IP65-rated waterproof connectors, the product demonstrates reliable resistance against dust ingress and moisture exposure. High-density thermal conductive filler between the sensing element and protective sheath ensures rapid thermal response while improving mechanical vibration resistance. Optimized through finite element analysis, the overall structure maintains measurement sensitivity while withstanding impact loads from pipeline vibrations or equipment cycling.
This model operates within a broad temperature range of -200°C to +600°C, with fundamental error limited to ±(0.15%t+0.3°C). The thermal response time is approximately 20% faster than conventional products. Specially designed heat dissipation structures effectively mitigate thermal drift in high-temperature environments. The streamlined protective sheath configuration ensures stable performance when measuring high-velocity fluid media, preventing sensor damage from turbulent flows.
Our engineering team provides comprehensive technical support spanning product selection consultation to installation guidance. Each unit undergoes rigorous 72-hour endurance testing and multi-point temperature calibration to ensure measurement traceability. Customization services are available to accommodate special spatial constraints or operational requirements, including dimensional adjustments and output interface modifications. Continuous improvement processes based on field feedback enable ongoing product optimization for evolving industrial needs.
