DT-8893 手持式风速风温测量仪｜专业级环境监测工具
【中文介绍】
DT-8893 是一款集成多项实用功能的手持式环境监测设备，采用数字化测量技术实现精准的风速风温双参数检测。该设备配备高灵敏度的螺旋桨式传感器，可快速响应0.3-30m/s范围内的气流变化，配合温度测量模块，同步显示-10℃至45℃的环境温度数据。三色背光显示屏支持低光环境下的清晰读数，符合人体工程学的防滑外壳设计确保户外使用的稳定性。
核心功能模块包含四向测量模式，用户可通过旋转传感器实现360°全方位数据采集。设备内置32组数据存储单元，支持历史记录回溯与实时数据对比分析。创新的低功耗设计搭配两节标准AAA电池，可连续工作超过50小时。针对不同应用场景，提供m/s、km/h、ft/min、knots四种风速单位自由切换，满足建筑监理、暖通调试、农业气象等领域的多样化需求。
本产品特别优化了抗干扰性能，在工业车间、实验室等电磁环境复杂场所仍能保持测量精度。折叠式传感器保护盖与IP54防护等级结构，有效提升设备的便携性与环境适应性。随机配备便携收纳包和专业级校准证书，为环境监测工作者提供可靠的测量解决方案。
【English Introduction】
The DT-8893 is a multi-functional handheld environmental monitor featuring synchronized anemometer and thermometer capabilities. Equipped with a high-precision propeller sensor, this device delivers responsive measurements within 0.3-30m/s wind speed range and -10℃ to 45℃ temperature detection. The tri-color backlit display ensures optimal visibility in low-light conditions, while the ergonomic non-slip housing guarantees stable operation during field measurements.
This instrument incorporates 360° omni-directional detection through its rotating sensor module, allowing comprehensive airflow analysis. With 32 sets of internal data storage and real-time comparison function, users can effectively track environmental parameter fluctuations. The innovative power management system enables over 50 hours of continuous operation using standard AAA batteries. Four selectable wind speed units (m/s, km/h, ft/min, knots) cater to diverse professional applications including HVAC maintenance, architectural inspection, and agricultural climate monitoring.
Engineered with enhanced electromagnetic interference resistance, the DT-8893 maintains measurement accuracy in challenging industrial environments. The foldable sensor protector and IP54-rated housing significantly improve portability and durability. A specially designed carrying case and calibration documentation are included, offering environmental technicians a reliable tool for precise airflow analysis and thermal environment assessment across multiple scenarios.
