Guide for Siting All-In-One Weather Stations | Download It Now (2024)

For every kind of weather station on the market today, there are different siting and installation guidelines. Intellisense Systems has collected every recommendation into one handy guide for mounting your all-in-one weather station.

Guide for Siting All-In-One Weather Stations | Download It Now (1)

For nearly every environmental sensing solution on the market today, two factors can heavily influence the accuracy of the data gathered: its height and its surrounding environment. A sensor’s proximity to the ground, as well as to nearby objects like trees, boulders, and buildings, can greatly affect the accuracy of its readings. Because of the diversity of weather sensing systems and stations around the world, there is no single set of guidelines governing where and how weather sensing systems should be installed. These guidelines may differ depending on the number of attachments, accessories, or systems involved.

In general, meteorologists and instrument manufacturers recommend mounting stations at least 6 feet off the ground and at least 30 feet away from nearby obstacles. These recommendations, however, can change depending on the type of weather station and instrumentation employed. For instance, researchers have found that proximity to surfaces that absorb and retain heat, such as asphalt and concrete, can significantly alter temperature readings. This limits the number and accuracy of potential installation sites in urban areas. Other instruments, including traditional cup anemometers, should be mounted at least 30 feet above the ground for the most accurate wind speed readings.

These guidelines pose a challenge for all-in-one weather stations like the Micro Weather Station (MWS®). All-in-one remote weather stations combine multiple environmental sensors into a single compact, self-powered, wireless package. How do these devices accommodate the many different recommendations for the multitude of sensors onboard?

With the MWS, the engineers at Intellisense Systems address these siting limitations to ensure the most accurate environmental data is collected and reported. This guide delivers a complete overview for siting and mounting an all-in-one remote weather station like the MWS. It examines special recommendations for five environmental parameters and how the MWS meets those recommendations with its all-in-one design. These five parameters are:

  1. Temperature
  2. Precipitation
  3. Humidity
  4. Visibility
  5. Wind Speed and Wind Direction

Download the free full guide today!

Guide for Siting All-In-One Weather Stations | Download It Now (2)

Guide for Siting All-In-One Weather Stations | Download It Now (2024)

FAQs

Guide for Siting All-In-One Weather Stations | Download It Now? ›

In general, meteorologists and instrument manufacturers recommend mounting stations at least 6 feet off the ground and at least 30 feet away from nearby obstacles. These recommendations, however, can change depending on the type of weather station and instrumentation employed.

Where should weather stations be located? ›

The weather stations should be installed in a location where it is easily able to catch rainfall in the top of the unit. It should also be located in an area with open air flow (a corner between two walls would not be ideal).

How to position a weather station? ›

Avoid radiant heat transfer from buildings and structures. In general, install the sensor array at least 5' from any building, structure, ground, or roof top. Avoid wind and rain obstructions. The rule of thumb is to install the sensor array at least four times the distance of the height of the tallest obstruction.

What are the standards for weather station placement? ›

The best site for a gauge is one in which it is protected in all directions, such as in an opening in a grove of trees. The height of the protection should not exceed twice its distance from the gauge. As a general rule, the windier the gauge location is, the greater the precipitation error will be.

Should weather stations be in sun or shade? ›

above the ground, over grass, in an open area, and in the shade. You don't want your weather station in the sun because it will track the heat of the materials on the instrument.

What is the best placement for a home weather station? ›

Keep away from other sources of heat such as chimneys, air vents, air conditioners, etc. Ideally mounted at 32.8 feet (10 metres) above ground level. Ideally placed at a horizontal distance of 10 times the height of the nearest obstruction.

How high off ground should a weather station be? ›

The standard wind measurement should be taken at 10 meters (33 feet) above the ground. A roof-top works the best. Try to place the anemometer as high as is convenient. Try to make the anemometer the highest object around.

How do I choose a weather station? ›

When buying a new station you should consider the following criteria:
  1. Ease of installation and set-up.
  2. Number and quality of sensors.
  3. Ease of connecting data to Weather Underground.
  4. Connectivity of device to internet (wifi or computer)

Where is the best place for a weather station? ›

Generally speaking, black surfaces (asphalt, black shingles) measure warmer temperatures than lighter colored surfaces (gravel, grey shingles). Ideally, your weather station should be placed 5 feet over short grass or low shrubs.

Where is the best place to put an outdoor weather station sensor? ›

The sensor should also be positioned away from any nearby potential sources of heat such as buildings and brick walls, in a position where free circulation of air can occur, and over a natural surface – grass is recommended (other surfaces such as concrete can cause significant error).

Where and explain should a weather station be located in order to obtain accurate data? ›

Weather Station Placement

Station placement is critical for accurate measurements. Weather stations should be installed in the growing environment in a flat area away from buildings, pavement, and trees. This is especially critical if the goal of measurements is to warn of impending frost.

What are the criteria for choosing a weather station? ›

Common parameters include temperature, humidity, barometric pressure, wind speed and direction, rainfall, and solar radiation. Ensure that the weather station can measure the parameters relevant to your needs. 4. Accuracy and Precision: Evaluate the accuracy and precision of the weather station's sensors.

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