Davis Instruments DWW6312 User Manual

Vantage Pro Options

3

The following accessories are available from your dealer or may be 
ordered directly from Davis Instruments.

Required for mounting the optional Solar Radiation and/or UV sensors. 
The mounting shelf attaches to the base of the rain collector on the ISS.

Allows the Vantage Pro2 console and ISS to draw power from a standard 
car cigarette lighter is the ISS is connected to the console using a cable.

Allows the Serial version of WeatherLink (6510SER, 6540, 6550, 6560) to 
connect to a USB port on your computer.

Creates a dialup connection between the station and the computer.

Allows you to place the Cabled Vantage Pro2 ISS further away from the 
console using the extension cable provided by Davis Instruments. Maxi-
mum cable length is 1000’ feet (300 m). 

•

#7876-040 Cable, 40’ (12 m) 

•

#7876-100 Cable, 100’ (30 m) 

•

#7876-200 Cable, 200’ (61 m) 

100% cotton twill cap is two-toned with a washed khaki crown, dark blue 
brim, and embroidered Davis logo. Self-fabric closure with brass buckle. 
One size fits all.

WeatherLink for Macintosh OS X, 

USB connection (#6520C)

Includes WeatherLink software and USB data logger. Allows 

you to save and view your weather data on your Mac.

WeatherLink for APRS, Windows 

version, with streaming data 

logger, serial connection (#6540)

Includes WeatherLink software and streaming serial data 

logger. Allows real-time display of current weather 

conditions for use with APRS (Automatic Position Reporting 

System), for HAM radio users.

WeatherLink for Emergency 

Response teams, Windows 

version, with streaming data 

logger, serial connection (#6550)

Includes WeatherLink software and streaming serial data 

logger. Allows real-time display of current weather 

conditions for use by Emergency Response teams.

WeatherLink for Irrigation Control, 

Windows version, with streaming 

data logger, serial connection 

(#6560)

Includes WeatherLink software and streaming serial data 

logger. Allows intelligent and efficient control of popular 

automated irrigation systems using weather data.