- DyaconLive Webportal
- WiFi Network Connection
- Solar Power
- Data Logging
- Modbus RTU Slave Device
- Weather Underground-Ready
- Wind Speed and Direction
- Real-time Gust Detection
- Air Temperature
- Barometric Pressure
- Relative Humidity
- (Tripod not included)
Starting at $2,990.00
Dyacon MS‑135™ is a WiFi weather station that includes basic instruments and solar power for a fully autonomous solution. MS-135 is best when used near existing network infrastructure.
MS‑135™ includes a control module, wind sensor, temperature-pressure-humidity sensor, solar power module, and mounting hardware. Other sensors such as rain gauge, solar sensor, and soil moisture sensor may be added.
MS‑135™ can be used in both wired and wireless applications. The embedded WiFi module uploads to DyaconLive or Weather Underground. The weather station controller includes a Modbus RTU cable connection to automation controllers or computers.
MS‑135™ can be located for optimal measurements, whether in the backyard, at a summer cabin, around evaporation ponds, or other locations where your 2.5 GHz WiFi network is accessible.
Add Tripod-1 for permanent or portable installations.
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- DyaconLive real-time web portal
- Easy configuration
- Wind speed and direction
- Real-time gust capture
- 2 min and 10 min wind averages
- Air temperature
- Relative humidity
- Barometric pressure
- Modbus slave
- Low-power operation
- Data logging
Other sensors and features may be added to this weather station as needs change. These add-ons include the following:
- Rain gauge
- Solar sensor
- Temperature probe (soil, liquid, or surface)
MS‑135™ is shipped with a control module, wind sensor (WSD‑1), air sensor (TPH‑1), solar module, mounting brackets, air sensor pipe, and wires. The tripod and aspiration kit are optional add-ons and are purchased separately.
The MS-135 Weather Station uses Dyacon sensors to build a solution that is unique, expandable, and flexible.
Brackets and hardware are included for mounting the components onto 3/4” to 2” pipe or a flat surface. (Tripod is sold separately.)
Separate wind and air sensors allow for instruments to be positioned at conventional elevations or as required by the application.
The included Dyacon control module utilizes WiFi to upload to DyaconLive, a Dyacon weather station web portal. Data can also be sent to your server. Contact Dyacon for more information.
A 24‑bit ADC digital pressure sensor has the capability of delivering 10 cm (+/- 1.5 mbar) resolution. Barometric pressure is contained in the TPH‑1 sensor.
The control module is equipped with both USB device and Modbus slave ports for connecting to data-hosting equipment, such as PCs or programmable logic controllers (PLCs).
A 10 W solar module powers MS‑135 and charges an internal battery. The system is designed to go five days of normal operation without solar input. An adaptive power algorithm extends critical operation for several more days.
The MS-135 Weather Station is designed to be installed and maintained by the user. Sensors shipped with the unit are preconfigured and tested prior to shipment. Full instructions are provided so that setup can be done by the user without technical support.
MS‑135 includes a 12 V output for the Smart-Fan aspirated air sensor, which improves the temperature accuracy in sunny conditions.
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Weather Station Display Software
Weather station instrument panel software for your computer. Connect to a Dyacon weather station using a cable or Dyacon’s short-range wireless kit. So simple that anyone can use it.
Weather Station Tripod
Tripod‑1TM uses a modular construction for versatile field configurations. Adjustable leg extensions allow for accurate and stable positioning on sloped and uneven ground.
Aspirator Kit, 12 VDC
Keep your air temperature sensor cool with the Aspirator Fan upgrade option to Dyacon TPH sensors. Kit may also be used to upgrade units in the field.
Solar Sensor, PSP-110
PSP‑110TM provides an accurate measure of solar energy. It is used for solar power modeling, evapotranspiration calculations, and general weather observations.