eNVIRO sense: outdoor wireless weather station sensor with Stevenson screen

thingiverse

eNVIRO sense: REMOTE WEATHER STATION SENSOR WITH STEVENSON SCREEN (provisional):https://www.hackster.io/antiElectron/outdoor-wireless-sensor-with-stevenson-screen-dbe5c1?ref=user&ref_id=110211&offset=0 This is a development of my weather station unit that I've published on Hackster:https://www.hackster.io/antiElectron/arduino-based-weather-station-with-remote-sensor-unit-671f09?ref=user&ref_id=110211&offset=6 see also a new development on Hactester at: https://www.hackster.io/antiElectron/enviro-7-touch-panel-weather-station-with-remote-sensor-7cce54?ref=user&ref_id=110211&offset=0 The remote sensor is designed to be mounted outdoor and features a Stevenson screen for a proper sensor shielding; a SHT31 provides accurate temperature and humidity measurements. The sensor is hooked-up to my own design eDOTcore (see it on Hackster at:https://www.hackster.io/antiElectron/edotcore-a-versatile-arduino-board-with-built-in-rtc-7a5b1a?ref=user&ref_id=110211&offset=12); anyway any Arduino Micro or Nano will be suitable for this project. The data are wirelessly transmitted by means of a NRLf24L01 with external antenna to the base unit. The power supply of the whole sensor relies on a 800mAh Li-Po battery that is charged by a 110x60 solar panel (6V 1W). The whole assembly is 3D printed and features: orientable solar panel support (azimuth and elevation) Stevenson screen for proper sensor shielding Support for 12mm pole (side mount) B.O.M. N.1 x Arduino Pro Mini 3.3V N.1 x SHT31 temperature and humidity sensor N.1 x Sparkfun MAX17043 battery gauge N.1 x NRLf24L01+PA+LNA N.1 x Li-Po battery charger N.1 x 3.7V 1500mAh Li-Po battery N.1 x 135x110 Solar panel N.1 x Camdenboss 5000 series IP 65 - 120 x 66 x 40 UPDATE 24/03/2017 Definitive 3D model files released Print Settings Printer: Flashforge Dreamer Rafts: No Supports: No Resolution: 0.2mm Infill: 35% Notes: ABS 220°C PRINTING BED 120°