Mobile Automatic Weather Station Marwell
1Pages

{{requestButtons}}

Catalog excerpts

Mobile Automatic Weather Station Marwell - 1

Mobile, automatic, highly reliable weather measurement equipment Marwel is a portable device used in hand-held, mobile, back-up, and temporary automatic weather stations. Marwel is a complex system consisting of an anemometer, temperature and relative humidity sensor, pressure sensor, and a MicroStep-MIS data logger AMS 111 II. Marwel combines high-quality sensors for comprehensive weather measurement with the data logger into a unique system providing complex functionality in a single unit. • Power consumption: 450 mW (37 mA @ 6 V) • In sleep mode: 180 uW (30 uA @ 6 V) Wind Direction Wind Speed Marwel Outputs Digital outputs Pressure Sensor Features • Corrosion Free • Low Power Consumption • Robust Construction • Wind Speed & Direction, Relative Humidity and Temperature from a Single Unit • Easy to Use Typical applications • Portable and Hand-held Weather Stations • Backup Weather Stations • Agriculture Protection class Relative Humidity Digital Barometer Basic AMS 111 II data logger modules: • PL-MBDA2 Mainboard - the board for interfacing sensors and/or communication devices Optional extension modules: • PL-MD128 Touch screen display (128 x 64 graphic display with 32-button touch screen) • PL-SR21 2 x RS232, 1 x RS485 ]Micro S teoB'/flL MicroStep-MIS, www.microstep-mis.com © 2014. All specifications subject to change without prior notice.

Open the catalog to page 1

All MICROSTEP-MIS catalogs and technical brochures

  1. MMR-116

    3 Pages

  2. RT1

    1 Pages

  3. RHT175

    2 Pages

  4. IMS4 RVR

    2 Pages

  5. IMS4 ARWIS

    4 Pages

  6. MM10

    2 Pages

  7. IMS4 AWOS

    6 Pages

  8. IMS LITE

    2 Pages

  9. SWS-200

    2 Pages

  10. IRS31 Pro

    1 Pages

  11. IMS4 LLWAS

    4 Pages

  12. IMS4 AWDSS

    4 Pages

  13. IMS4 ARWIS

    4 Pages

  14. IMS CLDB

    8 Pages

  15. MWD-30A

    1 Pages

  16. SAWS 111

    2 Pages

  17. RHT75

    1 Pages

  18. PT100D

    1 Pages