Weather Station Archives - Dyacon

Weather Station Lease

  • March 24, 2017

Why Lease?

See blog post here.

  • Minimize Up-front Cost
  • Satisfy Short Term Need
  • Free Updates and Repairs

Dyacon Advantage

As an equipment manufacturer, Dyacon is able to service and support leased or rented stations much more effectively than leasing companies. It’s our equipment. We built it. We know how it works. Consequently, your lease cost is lower than other sources.

Weather Station MS-120 features

MS-120 – Cable-connected Weather Station

MS-120 is a basic weather station intended for line-powered applications, such as for automation or when using the equipment with Dyacon Remote Display.


  • Autonomous Data Logging
  • Modbus Cable Connection
  • Wind Speed and Direction
  • Real-time Gust Detection
  • Air Temperature
  • Barometric Pressure
  • Relative Humidity

Monthly Price: $245*
– With Tripod: add $79 per month

Weather Station MS-130 features

MS-130 – Wireless Weather Station

MS-130 is a fully autonomous weather station (AWS) for remote applications.


  • Solar Power
  • Autonomous Data Logging
  • Modbus Cable Connection
  • Embedded Cell Phone
  • Email or FTP Data Logs
  • Weather Underground-ready
  • Wind Speed and Direction
  • Real-time Gust Detection
  • Air Temperature
  • Barometric Pressure
  • Relative Humidity

Monthly Price: $280*
– With Tripod: add $79 per month

… And More

Add remote display, lightning detection, rain gauge, globe temperature sensor, and other sensors.

Just give us a call and let us know what you need. Contact Us

* What’s that catch? Two month minimum may apply. Rental and lease cost is determined by station configuration. Rental initiation fee and deposit may also apply.

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In the Wild

  • April 26, 2016

The following is a selection of Dyacon weather stations operating in different conditions and filling different roles. If you have installed a Dyacon weather station, please send us a picture, we’d love to add it to our gallery.

STS Helicopter Services Weather Station

STS VIP Helicopter Services

STS is a charter helicopter company in Texas, US and was one of the early users.

As can be seen from the Weather Underground page, the station operates in a high humidity environment.

With access to a machine shop, STS fabricated a beautiful and unique weather station tower near their landing pad. All of the cables are neatly routed through the welded pipe; making a very tidy installation.

Click for STS Helicopter Services
Click for Weather Underground Page

Dyacon Station at Beaver Dam Wash Reserve

Beaver Dam Wash National Conservation Area

Beaver Dam Wash National Conservation Area is a high mountain desert site located in the extreme south-west corner of Utah. The Dyacon station is on a USDA-ARS research plot.

The site sees a broad range of temperature conditions, blowing sand, and high winds. Due to the loose sand and rock, rather than just stake the tripod, the users installed the station using concrete post bases and J-bolts.

Click for Weather Underground Page

Cherry Peak Weather Station Mounted

Cherry Peak Ski Resort

The Cherry Peak weather station is mounted on a light pole about mid-slope. The station is fully autonomous and functional on solar power, even though it is completely shaded during the winter.

The weather station provides wind conditions for chair lift operation and wet-bulb temperature for snow-making. It can be accessed by resort staff using a simple text message.

Weather Underground Weather Station

Weather Underground

The Dyacon MS-150 weather station is mounted on the roof of the Weather Underground headquarters building in downtown San Francisco. It was easy to setup since no power or data connections were required.

Click for Weather Underground Page

TW Daniels Forest

At the top of the beautiful Cache National Forest above Logan, UT is a little plot reserved for forest and hydrology research. The Dyacon tripod is staked to the ground and configured with double-length legs to keep the controller out of the snow and to stress of the tripod construction. The location sees continuous winds, which blow from nearly the same direction as well as frequent gusts up to 60 mph.

The consistent wind direction could cause abnormal potentiometer wear on most wind direction sensors, but Dyacon WSD-1 uses a non-contact angular sensor.

Click for TW Daniels Forest

Mammoth Water District

In order to monitor hydrological conditions, a water district in California installed a Dyacon weather station with heated rain gauge at a mountain well site.

The heater in the rain gauge turns on only when needed.

Click for TW Sundance Helicopters
Click for Weather Underground Page

Grand Canyon Weather Station

Sundance Helicopters in Grand Canyon

Sundance Helicopters flies tourists from Las Vegas to the Grand Canyon for picnics next to the Colorado river. Due to the distance from the Las Vegas base, weather conditions can be dramatically different. Rather than run exploration flights to check conditions, the Dyacon station provides real-time weather data that saves the company money and reduces risk.

The user staked the weather station in sandy and rocky soil near the landing zone. Due to the location in the bottom the canyon, the cell phone signal strength is very low, but transmits Weather Underground data, text messages, and receives over-the-air firmware updates.

Click for TW Sundance Helicopters
Click for Weather Underground Page

Community Airport

Small airports are often only served by a wind sock, which are hard to see when you’re flying back into town. Dyacon weather stations can provide advisory information through text message and Weather Underground.

The Preston, ID airport station is installed in sandy soil using stakes to secure the tripod. The weather station uses a rain gauge, pyranometer, and soil temperature sensor which serve as a reference for the rural agricultural area. The station uploads to WeatherUnderground and MesoWest.

Click for Preston, Idaho
Click for Weather Underground Page
Click for MesoWest Page


Oysterville, Washington

Working in conjunction with Oregon State University coastal geomorphologist Nick Cohn, Dyacon installed an MS-140 weather station directly on the beach in Long Beach, Washington. The station was deployed for nine months as part of the Aeolian Sediment Transport and Coastal Dune Evolution project measuring sediment transport on the ocean floor, beach, and dunes.

This installation was unique for Dyacon and the first experience in a coastal environment. Due to permit restrictions, the tripod could not be permanently anchored so we used Dyacon Sand and Snow Plates. These were buried about 6 inches in the sand and two stakes used on each foot. The tripod held firm throughout the winter and was removed at the conclusion of the study.

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The Plastic Mono-pole Sensor Cluster

The Plastic Mono-pole Sensor Cluster

  • April 17, 2015

As any designer and engineer knows, all designs are a balance of trade-offs, cost and product features ride the same elevator. Regardless of features, any product can be termed a “quality” product if it meets the design intent without statistically significant failures. An origami weather station could be high quality and meet the design intent, but its features (including materials) may not result in a long product life.

Many personal weather stations are optimized for cost. One of the methods to reduce cost of these weather stations is to minimize materials and simplify installation by combining all of the sensing components into a single unit which can be mounted on a pole.

When evaluating this type of weather station, users should recognize that this clustered configuration affects the measurements. Often the air flow around the cluster will affect the wind direction and speed. Similarly, rain gauges position over the temperature and humidity sensors will affect the temperature as the collected rain is discharged over the radiation shield.

Rain gauges often use a tipping bucket mechanism. When mounted on a pole, the rain gauge may shake and vibrate during a storm. The vibrations may cause the tipping bucket to actuate too soon.

In spite of these issues, the clustered weather station may be adequate for many applications. But, if you want to know the wind affecting the canopy of your orchard or forest and the temperature or humidity near the ground, these systems may not deliver the required data.

A more robust and flexible solution, such as Dyacon weather stations, provide the flexibility to position sensors where they are needed for the best measurement data for the application. Independent sensor also allow for serviceability and a longer product life, allowing users to maximize their investment.

For professional applications, ease-of-use, data connectivity, and serviceability, Dyacon weather stations are a compelling solution.

Let us know how we can help meet your weather station needs.