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iMet-50 Pilotsonde

iMet-50 Pilotsonde

The iMet-50 pilotsonde is based on the full-featured iMet-54 radiosonde design. It offers winds-only sounding profiles at an affordable price. The design incorporates a robust multi constellation GNSS receiver for wind vector calculations.

  • Key Features
    • Multi-constellation GNSS wind calculation
    • Compact and light weight
    • Compatible with all InterMet ground antenna / receivers
    • XData interface for 3rd party sensors
    • Synthesized crystal controlled oscillator
  • Specifications

    General

    Battery Lithium
    Operating time >180 minutes
    Weight 80g
    Dimensions 235 x 70 x 30 mm
    Power / Control push button

    GNSS (GPS) Receiver

    Channels 99 Channels
    GNNS Systems GPS, GLONASS
    Cold Start Acquisition Time 35 s (nominal)
    Reacquisition Time 1 s (nominal)
    Horizontal Position Accuracy 2.5 m (CEP)

    Transmitter

    Type Synthesized
    Maximum range >250 km*
    Frequency Band 400.15 – 406 MHz
    Frequency Stability ±2 kHz
    Deviation (peak to peak) 4.8 kHz
    Output Power 200mW
    Modulation GFSK
    Data rate 4800 bit/s
    Frequency selection Wireless or push button
    Push-button frequencies 402, 403, 404, 405 MHz
    Wireless frequency selection 400.15 – 406 MHz (10 kHz resolution)
    Emission Bandwidth According to EN 302 054
    Sideband Radiation According to EN 302 054

    Wind

    Wind Speed Range 0 to 180 m/s
    Wind Speed Resolution 0.1 m/s
    Wind Speed Uncertainty 0.15 m/s
    Wind Speed Reproducibility <0.10 m/s
    Wind Direction Range 0 to 360°
    Wind Direction Resolution 0.01°
    Wind Direction Uncertainty 1° (For wind speeds > 3m/s)
    Wind Direction Reproducibility 1°
  • Ordering Information
    Product Description Product Code
    403Mhz Pilot Radiosonde IMET-50
  • Documents

    Download Brochure

    Product Breakdown

Related Products

iMet-P

Radiosondes

iMet-P Pilotsonde

iMet-54 Research Sonde

Radiosondes

iMet-54 Research Radiosonde

iMet-2 Radiosonde

Radiosondes

iMet-2 Radiosonde

© InterMet 2023
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