BS01带状热通量传感器产品介绍
BS01带状热通量传感器是一款专为精准测量表面热流密度而设计的高性能传感设备。该产品采用柔性带状结构，可贴合多种异形表面，适用于工业设备监测、建筑节能分析、环境研究及新能源开发等领域，为用户提供可靠的热传递过程动态数据。
产品采用多层复合传感技术，通过特殊工艺将敏感元件与柔性基底结合，确保在复杂工况下保持稳定的信号输出。其超薄带状外形设计（厚度小于1.5mm）有效降低对被测物体原有热场分布的干扰，配合自适应接触技术，可实现不同材质表面的快速安装。内置温度补偿模块可自动修正环境温度波动带来的测量偏差，长期工作条件下仍能保持±3%以内的测量精度。
在工业领域，该传感器可实时监测锅炉管道、热交换器、电子元件等设备的热流分布，为能效优化提供数据支持；在建筑领域，可嵌入墙体、屋顶等围护结构，精准分析建筑传热系数；在新能源领域，可应用于太阳能集热系统、地源热泵等场景，助力清洁能源设备的热管理优化。产品工作温度范围覆盖-40℃至+150℃，防护等级满足常规工业环境需求，特殊定制版本可适应更高温度场景。
BS01传感器具备良好的环境适应性，其耐候性表面材料可抵御潮湿、粉尘及弱腐蚀性介质的侵蚀。配备标准化信号输出接口，兼容主流数据采集系统，支持实时监测与历史数据追溯功能。产品出厂前经过严格的质量检测流程，确保每支传感器达到设计性能指标，为用户提供长达5年的稳定服务周期。
BS01 Strip-Type Heat Flux Sensor Product Introduction
The BS01 strip-type heat flux sensor is a high-performance sensing device specifically designed for accurate measurement of surface heat flux density. Featuring a flexible ribbon structure, it conforms to various irregular surfaces, making it suitable for industrial equipment monitoring, building energy efficiency analysis, environmental research, and renewable energy development applications. This product delivers reliable dynamic data for thermal transfer processes across multiple scenarios.
Utilizing multi-layer composite sensing technology, the sensor integrates sensitive components with a flexible substrate through specialized manufacturing processes, ensuring stable signal output under complex working conditions. Its ultra-thin ribbon design (thickness <1.5mm) minimizes interference with the original thermal field distribution of measured objects. The adaptive contact technology enables rapid installation on surfaces of different materials. The built-in temperature compensation module automatically corrects measurement deviations caused by ambient temperature fluctuations, maintaining measurement accuracy within ±3% under prolonged operation conditions.
In industrial applications, the sensor provides real-time monitoring of heat flux distribution in boilers, heat exchangers, and electronic components, supporting energy efficiency optimization. For building applications, it can be embedded in walls and roofs to accurately analyze thermal transmittance coefficients. In renewable energy systems, it facilitates thermal management optimization for solar collectors and ground-source heat pumps. The operational temperature range spans from -40℃ to +150℃, with standard protection levels meeting conventional industrial requirements. Customized versions are available for higher temperature environments.
The BS01 demonstrates excellent environmental adaptability, with weather-resistant surface materials that withstand moisture, dust, and mild corrosive substances. Equipped with standardized signal output interfaces, it seamlessly integrates with mainstream data acquisition systems, supporting both real-time monitoring and historical data analysis. Each unit undergoes rigorous quality control procedures prior to shipment, ensuring compliance with design specifications and providing up to 5 years of stable service life.
