DT618手持式数字风速计 产品介绍
【中文版】
DT618手持式数字风速计是一款集高精度测量与便携设计于一体的专业气象监测工具，适用于多种环境下的风速及温度数据采集需求。该设备采用低功耗数字电路设计，配备灵敏双通道传感器，可快速响应气流变化，为户外作业、环境监测及科研实验提供可靠数据支持。
核心功能方面，DT618具备0.3-30m/s的宽量程风速检测能力，分辨率精确至0.1m/s，支持m/s、km/h、ft/min、knots四档单位实时切换。内置高响应温度探头可同步测量-10℃至45℃环境温度，双参数同屏显示设计便于用户直观获取数据。特别配备的数据保持功能可锁定瞬时测量值，配合最大值记录模式，有效捕捉峰值风速数据。
产品采用人体工学流线型机身设计，防滑纹理握柄确保户外操作稳定性。2.4英寸LCD背光显示屏支持180°可视角度调节，强光环境下仍能清晰读数。内置可更换9V电池提供长达80小时持续工作能力，智能休眠模式进一步延长待机时间。标配便携收纳包与防风保护罩，满足野外作业的防护需求。
该设备广泛应用于农业种植监测、建筑工地安全预警、户外运动风速评估、实验室流体力学研究等领域。教育机构可将其作为气象教学演示工具，能源行业可用于风力发电机选址评估，环保部门则适用于大气污染扩散研究。通过简单的单键操作界面，用户无需专业培训即可快速掌握测量要领。
【English Version】
The DT618 Handheld Anemometer is a professional meteorological instrument integrating high-precision measurement and portable design, suitable for wind speed and temperature monitoring in diversified environments. Featuring low-power digital circuitry and dual-channel sensors, this device delivers rapid response to airflow variations, providing reliable data support for outdoor operations, environmental monitoring, and scientific research.
With a broad measurement range of 0.3-30m/s and 0.1m/s resolution, the DT618 supports real-time unit conversion among m/s, km/h, ft/min, and knots. The built-in temperature probe accurately measures ambient temperature from -10℃ to 45℃, with dual-parameter simultaneous display for instant data visualization. The data hold function freezes current readings, while maximum value recording mode captures peak wind speed effectively.
Ergonomic contours with non-slip grip ensure stable operation in outdoor conditions. The 2.4" LCD backlit screen features 180° adjustable viewing angles, maintaining readability under strong sunlight. Powered by replaceable 9V battery offering up to 80 hours continuous operation, the device incorporates intelligent sleep mode for extended standby time. Included carrying case and protective cover enhance field durability.
This versatile tool serves multiple industries: agricultural microclimate analysis, construction site safety management, outdoor sports wind assessment, and aerodynamic research. Educational institutions utilize it for meteorological demonstrations, while energy sectors apply it in wind turbine site evaluation. Environmental agencies employ it for air quality studies. The intuitive single-button interface allows immediate operation without specialized training.
Both versions emphasize practical functionality and user experience while avoiding superlatives and compliance-related terms. The description highlights technical specifications, application scenarios, and design features within 450+ words.
