Opis
Wireless wind speed & direction sensor per WMO
Compact anemometer and wind direction vane sensor with ultra-low power & no dead spot. Meets all World Meteorological Organization (WMO) measurement standards of measurement. No wires to connect or batteries to change, no connectors to break. Featuring SigFox or LoRaWAN wireless Star-on-Star network technology for reliable and redundant data transmission. Elliptical cup design of the proven MeteoWind 2 is used to offer superb measurement qualities in a compact and cost-effective instrument made from anodized aluminum.
Compact analog design with high dirt resistance
• Faster response than ultrasonic anemometers with < 0.3 s time constant at 4 m/s
• Robust dual-arm reinforced cup design
• Replaceable cups for quick and easy service with standard tools
• Flat elliptical cup shape offers superb snow shedding and very good hail resistance
• All-metal anodized-aluminum body and wind vane design
Ultra-low power for wireless applications
• Uses IoT-Wind, an open communication protocol which permits direct connection to any Internet-of-Things (IoT) application and cloud platform.
• Magnetic wind vane sensor offers better than 3° accuracy.
• Anodized aluminum body and wind vane guarantee robustness, corrosion protection and longevity.
• Patented design of flat elliptic cups offers high-linearity
• Aerodynamics and superb winter snow shedding even without heating.
• High response, linearity and accuracy with a very low < 1.5 m distance constant.
| Measurement standards | ||||
| Range | Resolution | Accuracy | Sampling rate | |
| Wind speed | 0-100 m/s | 0.1 m/s | < 2 % of measured value (0.3 – 50 m/s) or ±0.05 m/s (4-16 m/s) with MEASNET cal. | 2 pulses per revolution |
| Wind direction | 0-360° | 1° | 5° (no dead-spot) | 10 Hz /1Hz avg. out |
| Linearity | R2 > 0.99995 | |||
| Tilt angle sensitivity | For horizontal wind speed measurement | |||
| Starting wind speed | <0.2 m/s | |||
| Default linearity constants (Calibration equation coefficients) | Defaults: Slope = 0.6335 Offset = 0.3582 m/s (m/s = 0.6335 * freq(Hz) + 0.3582) internallypreprogrammed into the wireless module which transmits real wind speed value | |||
| Distance constant (Delay distance) | < 1m (est.) (per ASTM D 5096-96) | |||
| Electrical specifications | ||||
| Output signal & communication | LoRaWAN or Sigfox wireless with NB-IoT coming soon | |||
| Supply Voltage | 3.2 V…15 VDC reverse polarity protection | |||
| Power consumption | 350 μA (combined wind speed and wind direction and wireless transmission) | |||
| Power and battery system | Solar charger with a Lithium-Ion battery for 4+ months of operation without sun | |||
| Environmental rating | ||||
| Operating temperature | -40°C to +80°C | |||
| Operating humidity range | 0% to 100% RH | |||
| Survival wind speed | >85 m/s (306 kph, 190 mph) gust | |||
| IP – Protection rating | IP55W (DIN 40050) anemometer, IP67W wireless module with battery | |||
| General specifications | ||||
| Heater (optional) | 4 W non-regulated @ 12 Vdc or VAC, (Max continuous 12 W in temperatures < 20 °C) | |||
| Weight (mass) | Anemometer = 210 g, Wireless module with battery= 500 g | |||
| Dimensions | Anemometer rotor diameter = Ø 164 mm, Wind vane radius =111 mm, Total height = 272 mm | |||
| Patented / Registered | OHIM 002153882-0001, 002153882-0002, 002153882-0003 | |||
| Mounting | Two M6 screws with nuts (includes a 90° stainless steel mounting arm) | |||
MeteoWind IoT Pro DataSheet 202002
