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TH-120-01H7 Ultrasonic Wind Speed and Direction Sensor for Weather Station Monitoring

    • Payment: T/T, L/C or Paypal
    • OEM/ODM: Available
    • MOQ: 1 PCS
    • Model: TH-120-01H7
    • Lead Time: 10-15 days
  • Certification: CE-EMC, CE-LVD, RoHS, ISO9001

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PRODUCT DESCRIPTION

The TH-120-01H7 is an integrated ultrasonic wind speed and direction sensor with a metal structure, designed for outdoor wind monitoring and meteorological data collection. Based on its appearance, this model features a silver cylindrical body with multiple metal probe arms and sensing heads arranged around the top section. The probe structure is designed to detect airflow changes around the sensor, while the cylindrical mounting interface at the bottom allows integration with poles, brackets, or weather monitoring equipment.

The product has a clean and industrial structural design, making it suitable for long-term outdoor monitoring projects. Compared with traditional cup anemometers or wind vane sensors, the TH-120-01H7 uses a structure without exposed mechanical rotating parts, helping reduce mechanical wear and maintenance frequency. It can work with data loggers, controllers, weather stations, or integrated environmental monitoring systems to provide data support for wind speed and direction monitoring, environmental data analysis, and automation control.

SPECIFICATIONS

Specifications to be updated.

PRODUCT APPLICATION

The TH-120-01H7 ultrasonic wind speed and direction sensor is widely used in weather stations, environmental monitoring stations, smart agriculture systems, greenhouses, photovoltaic power stations, wind energy projects, roads, bridges, ports, docks, outdoor safety monitoring, and industrial automation monitoring.

It is suitable for outdoor monitoring systems that require both wind speed and wind direction data collection. By helping users understand real-time on-site wind conditions, it provides useful reference data for weather monitoring, agricultural environmental control, equipment operation management, safety warning, and automation systems.