English Manual

Key Features:

• Precise Wind & Temperature Measurement: Measures wind speed (0–30m/s), temperature (-10℃~50℃), and wind force (0–12 scale) with ±(5%rdg+0.5) accuracy. Wind speed resolution: 0.1m/s; temperature resolution: 0.1℃.
• Advanced Mini Sensor Technology: Ultra-low startup wind speed (0.1m/s) via magnetic sensor & optimized fan design; low power consumption with voltage stabilization.
• User-Friendly Functions: Wind chill alert (activates below 0℃ & wind speed >5m/s), digital hold, max/avg values, LCD backlight, and unit conversion (m/s, km/h, ft/min, knots, mph; ℃/°F).
• Durable & Portable: Compact design (160mm×50mm×28mm), 118g weight, red+gray color, and 3×1.5V AA batteries (included).

Applications: Mining, power plants, steel mills, marine, sports, ventilation systems, and environmental monitoring.

Packaging: 1×UT363 anemometer, user manual, and battery.

Detailed Technical Insights:

• Sensor & Processing: Equipped with a high-sensitivity magnetic sensor and precision amplification chip to convert airflow into electrical signals. Data is processed by a dedicated microchip for accurate readings.
• Startup Performance: Innovative fan structure reduces the minimum startup wind speed to just 0.1m/s, enabling measurements in near-static conditions.
• Display & Usability: Features a 32mm×26mm LCD screen with backlight for clear visibility in low-light environments. Includes a data hold function to freeze readings and max/average value storage for tracking fluctuations.
• Power Management: Advanced voltage stabilization technology minimizes power consumption, extending battery life while maintaining performance.

Why Choose UT363?

• Reliability: Designed for industrial and field use with rugged construction and high-precision components.
• Versatility: Supports multiple units of measurement (wind speed in m/s, km/h, ft/min, knots, mph; temperature in ℃/°F) for global compatibility.
• User Convenience: Intuitive controls, compact size, and lightweight design make it easy to carry and operate in various environments.