【中文介绍】
WZP2-220B型工业测温热电阻是专为电站、能源及工业设备温度监测设计的高精度传感器。该产品采用优化结构设计与高品质材料制造，可在复杂工况下实现稳定可靠的温度信号采集，为设备运行提供精准数据支持。
核心元件选用工业级铂电阻材料，结合特殊封装工艺，确保温度响应灵敏度和长期稳定性。测温探头部分采用双层不锈钢防护结构，有效抵御介质冲刷、振动及腐蚀性环境影响。针对电站设备的高温高压特性，产品内部采用多层隔热填充技术，显著提升极端温度环境下的工作寿命。接线端子模块采用防潮防氧化设计，适应潮湿、粉尘等恶劣安装环境。
产品支持多规格安装接口，可灵活适配螺纹固定、法兰连接等不同安装需求。测温杆长度可根据现场工况定制，满足不同深度测量点的部署要求。输出接口兼容主流工业仪表标准，便于系统集成。广泛应用于火电汽轮机、水冷系统、锅炉管道及新能源储能设备的温度监控场景，同时适用于石油化工、冶金等行业的流程温度管理。
通过严格的工艺质量控制和全流程性能测试，本产品在重复性误差、抗干扰能力等关键指标上表现优异，为工业温度监测提供高性价比解决方案。
【English Introduction】
The WZP2-220B industrial temperature sensor is designed specifically for precise thermal measurement in power plants and industrial facilities. This platinum resistance thermometer delivers reliable performance under demanding operational conditions through optimized structural engineering and premium material selection.
Constructed with industrial-grade platinum sensing elements and advanced encapsulation technology, the device ensures both rapid thermal response and long-term measurement consistency. The dual-layer stainless steel probe housing provides exceptional protection against mechanical abrasion, vibration, and corrosive media. Specially developed thermal insulation layers within the probe effectively withstand extreme temperature gradients in power generation systems.
Featuring universal mounting interfaces, the sensor supports flexible installation via threaded connections or flange adapters. Customizable immersion lengths allow precise positioning in diverse measurement environments. The moisture-resistant terminal compartment maintains stable electrical connections in humid or dusty conditions. Standardized output configuration ensures seamless integration with industrial control systems.
This temperature probe demonstrates outstanding durability in critical applications including steam turbine monitoring, boiler temperature tracking, cooling system management, and renewable energy storage facilities. It also serves effectively in petrochemical processing and metallurgical operations. Comprehensive quality verification processes guarantee minimal measurement deviation and excellent anti-interference characteristics, making it a cost-effective solution for industrial thermal monitoring needs.
