WxPRO Research-Grade Weather Station

The WxPRO™ is an entry-level, research-grade weather station designed for a wide variety of environmental applications. This portable tripod station is suitable for both long-term and temporary deployments.

  • Product Name:Research-Grade Weather Station
  • Model:WxPRO
  • Maunufactor:Campbell Scientific
  • Country:USA

The WxPRO™ is an entry-level, research-grade weather station designed for a wide variety of environmental applications. This portable tripod station is suitable for both long-term and temporary deployments.

Designed for the budget-conscious researcher, this system is a lower-cost offering than the MetPRO™ while still maintaining the quality instrumentation expected from a Campbell Scientific solution. This system implements research-grade sensors, which are needed for defensible data in environmental research. Meteorological phenomena measured can be used to calculate many weather-related algorithms such as evapotranspiration, growing-degree days, wind chill, dew point, and other weather-related parameters. 

The WxPRO™ can be ordered with the parts shown above or as a complete prewired, preprogrammed, preconfigured system for an additional cost.

This system is also fully customizable. To meet the needs of a specific application, sensors, measurement peripherals, and communications devices can be added. Contact a Campbell Scientific sales engineer to design a custom solution.


Measurements

Most of the systems we sell are customized. These systems, however, typically measure the following parameters:

  • Wind speed

  • Wind direction

  • Air temperature

  • Relative humidity

  • Barometric pressure

  • Precipitation

  • Solar radiation


The PRO-series stations offer new options for those looking to deploy a complete weather station solution for many research, operational, and meteorological applications. All of these stations are designed to be research-grade, although there are some differences that may affect your selection. The MesoPRO and MetPRO stations are built using the best blend of components for accuracy, durability, and reliability. The WxPRO uses quality instruments at a lower price for researchers on a tight budget.

The MesoPRO is intended for applications where having a 30 ft (10 m) tower is desired for permanence, as well as the opportunity to make measurements at many different heights. Common users of this configuration are operators of large networks (such as mesonets), as well as researchers that need a permanent solution with the flexibility to add or change instruments in the future.

The MetPRO uses the same high-quality instruments as the MesoPRO, but offers the solution with a convenient 10 ft (3 m) tripod rather than a tower for mounting hardware. The tripod adds mobility for shorter-term research projects and offers an easier method to install a full meteorological station.

The WxPRO is an entry-level weather station solution that has many of the features of the higher-end systems at a lower price point. It is ideal for budget-conscious researchers who need confidence in their data from the use of quality instruments.

Specifications for individual instruments on the stations can be viewed on the product page for each component. If you have any questions about selecting a system, feel free to ask an expert by clicking the Ask a Question button.


WxPRO Components

  • Dataloggers 

CR300 Datalogger

  • Sensors 

CS215-L Temperature and Relative Humidity Probe

03002-L Wind Sentry Set

TE525-L Rain Gage with 6 in. Orifice

CS100 Barometric Pressure Sensor

CS300-L Pyranometer

  • Power Supplies 

BP7 12 V 7 Ah Sealed Rechargeable Battery with Mounts and Pigtail

SP10 10 W Solar Panel

  • Mounting Equipment 

CM106B 7 to 10 ft Galvanized-Steel-Tubing Tripod with Grounding Kit

CM204 Crossarm

ENC10/12 Weather-Resistant Enclosure, 10 x 12 inches

RAD06 Shield

18356 Apogee Pyranometer Leveling Base

CM225 Solar Sensor Mounting Stand

17953 1- x 1-in. Nu-Rail Crossover Fitting


Note: Components are ordered separately to create this system.