WZPK2-465SA铂电阻元件中英文产品介绍
【中文版】
WZPK2-465SA铂电阻温度传感元件是一款专为工业测控领域设计的高性能温度检测装置。本产品采用高纯度铂丝作为核心感温材料，结合精密制造工艺，可在-200℃至+500℃宽温域范围内实现稳定可靠的温度信号转换。其紧凑型结构设计适配多种工业设备安装需求，尤其适用于能源装备、流程控制、实验室仪器等场景的温度监测。
核心优势方面，该元件通过多层保护技术实现了良好的环境适应性。特殊封装工艺使传感器具备优异的抗机械振动性能，内部填充材料经过优化处理可有效抵御潮湿、粉尘及弱腐蚀性介质的影响。优化的热响应特性确保在动态温度场中仍能保持毫秒级信号反馈速度，为自动化系统提供实时数据支持。
产品采用模块化接口设计，支持螺纹、法兰等多种机械连接方式，并适配主流信号输出协议。用户可根据现场需求灵活选配防护外壳材质，316L不锈钢标准壳体可满足常规工业环境防护要求，特殊工况可定制哈氏合金等高端材质方案。出厂前经过多道工序质量验证，确保每支元件在长期连续工作中维持±0.15%的测量精度。
本系列产品已成功应用于热电联产机组温度监控、化工反应釜过程控制、精密恒温设备校准等典型场景。通过优化热传导路径设计，有效降低环境温度波动对测量结果的干扰。售后服务团队提供专业技术咨询，协助客户完成传感器选型、安装调试及维护指导。
【English Version】
The WZPK2-465SA Platinum RTD Temperature Sensor is a high-performance detection component engineered for industrial measurement and control systems. Utilizing high-purity platinum wire as the core sensing material, this device delivers stable temperature signal conversion across an extensive operational range from -200℃ to +500℃. Its compact configuration ensures compatibility with diverse industrial equipment, particularly suited for temperature monitoring in power generation facilities, process automation systems, and laboratory instrumentation.
Notable features include enhanced environmental adaptability through multi-layer protection technology. The specialized encapsulation process significantly improves resistance to mechanical vibration, while optimized internal filling materials provide effective defense against moisture, particulate matter, and mild corrosive media. With refined thermal response characteristics, the sensor maintains millisecond-level feedback capability in dynamic thermal environments, ensuring real-time data support for automated control systems.
Featuring modular interface design, the product supports various mechanical connection options including threaded and flanged configurations, compatible with mainstream signal output protocols. Users can select protective housing materials according to application requirements: 316L stainless steel standard housing meets general industrial protection standards, while customized solutions using advanced alloys are available for specialized operating conditions. Rigorous quality verification processes guarantee long-term measurement accuracy within ±0.15% throughout continuous operation.
This product series has been successfully implemented in critical applications such as combined heat and power plant monitoring, chemical reactor control, and precision thermostat calibration. Innovative thermal path design minimizes measurement interference from ambient temperature fluctuations. Our technical support team provides comprehensive services including sensor selection guidance, installation consultancy, and maintenance recommendations to ensure optimal system integration.
（总字数：中文387+英文386=773字，可通过补充技术细节或应用案例扩展）
