Ultrasonic 3D Anemometer, Wind Speed Sensor, 0~50m/s

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$4,756.63

High quality ultrasonic 3D anemometer for sale. 3D anemometer with 0-50m/s measurement range, can simultaneously measure wind speed and direction parameters on the U, V, W axis. Ultrasonic technology demonstrates the advantages of anti-interference and rapid response. Ultrasonic 3D anemometer widely used in meteorological monitoring, urban management, agriculture and forestry, airports, wind power generation, tunnels and bridges.

SKU: ATO-AM-3D

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Delivery date: 6-12 days

Overview

Ultrasonic 3D anemometer for sale. Measures wind speed up to 50 m/s and tracks direction on U, V, W axes. Fast, accurate, and reliable—great for weather, farming, airports, and more.

Specification

Model	ATO-BK-SWF1
Wind Speed Measurement Range	0-50 m/s
Wind Speed Resolution	0.01 m/s
Wind Speed Accuracy	±0.2 m/s (0-10 m/s), ±2% (>10 m/s)
Wind Direction Measurement Range	0-359.9° (0°=N, 90°=E, 180°=S, 270°=W)
Wind Direction Resolution	0.1°
Wind Direction Accuracy	±2°
Sonic Temperature Range	-50℃ to +50℃
Sonic Temperature Resolution	0.1℃
Sonic Temperature Accuracy	±2℃ (0-30 m/s)
Operating Temperature	-50℃ to +85℃
Storage Temperature	-50℃ to +85℃
Operating Humidity	0-100%
Altitude	0-4000m
Type	3D Ultrasonic Wind Sensor
Housing Material	Hard Anodized Aluminum Alloy
Power Supply	9-36VDC
Weight	1.5kg
Operating Current	24V @20mA
Output Signal Type	RS485
Protection Level	IP66
Parameter Settings	Pre-configured at factory; customizable via software

Feature

Uses ultrasonic 3D measurement technology for accurate wind data.
3D anemometer equipped with a smart chip for faster data processing.
Quick response time for real-time monitoring.
Ultrasonic 3D anemometer built with durable aluminum alloy material.
Excellent anti-interference performance for stable operation.
Designed with IP67-rated protection (waterproof and dustproof).

Dimension (Unit:mm)

Application

Tips: How does a 3D ultrasonic anemometer differ from traditional mechanical anemometers?

Traditional mechanical anemometers use moving parts like cups or vanes to detect wind speed and direction, which can wear out or fail under extreme conditions. In contrast, ultrasonic 3D anemometers have no moving parts, making them more durable, maintenance-free, and highly responsive. They measure wind in three axes (U, V, W), providing full vector information, which is especially valuable in complex airflow environments like urban canyons, tunnels, or between buildings.

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