Calibrating the darkness reference value for the CloudWatcher and the pocketCW2 Calibration of the darkness reading of Lunatico devices Calibrating the darkness reading of our devices is actually a pretty straight-forward process. We will first give a bit of background on the matter, but feel free to skip to the calibration instructions if you would […]
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POCKETCW2 More information BUY IT NOW (EUROPE) BUY IT NOW (ROW) USER MANUAL pocketCW2 USER MANUAL pocketCW v.1.0 SOFTWARE & DOWNLOADS User manuals The essentials: User manual First steps (PC) First steps (smartphone) Other guides: pocketCW2 configuration with Windows Calibrating the darkness reference value Other info General information: Launch information and features Other articles: New
Taking your CloudWatcher to the Next Level Note: this is a post made by the user Will B in our forum, you can access the original here — you will need to be registered (it’s free) to see it and download the .stl files. Thank you Will for your insight! Introduction This is an update to
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Hunga-Tonga Volcano As you are aware, a massive volcanic eruption took place in the southern Pacific Ocean at the weekend. At the time of writing the exact extent of the catastrophe is not yet clear. Simon Lewis has provided us with evidence of the tremendous forces of nature at play, captured by his CloudWatcher and
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CloudWatcher Anemometer Placement You’ve received the parcel with your brand new CloudWatcher and Solo plus accessories and are excitedly unboxing the contents and looking forward to setting up your observatory’s weather station. At this moment, you might be inclined to dismiss the anemometer as a cheap piece of plastic that you could have built yourself,
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New complete CloudWatcher software suite Hi all, we are releasing updated versions of all CloudWatcher related software, that is, Windows software, Solo, and ASCOM drivers (INDIGO and INDIlib software have their own paths). These not only support our new combined RH+Pressure sensors, but in general provide more modern functionality, such as: – a new
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How the Hydreon works with the CloudWatcher The Hydreon works by opening or closing a contact when it detects rain, and it’s been adapted to work with the CloudWatcher, who expects a variable reading depending on the amount of rain. A special cable has been devised, that will result in two different readings (from the
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Hive Now that the CloudWatcher is able to measure more weather data than ever, that is: ambient temperature, sky reflected IR, humidity, atmospheric pressure, rain, wind… we are reactivating a project of old to apply machine learning to cloud and rain detection. The idea is to collect a huge amount of data, cloudwatcher sensor data and
Hi all,
we are releasing a new version of the CloudWatcher software, with complete support for both the RH and the newer dual RH + Atm pressure sensor.
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CloudWatcher operated roll off roof Many motor systems include a push button to open or close the roof. They typically require the button to be pushed for a short period of time, and that will trigger the roof to open if closed, or close if opened. One safe way to have the CloudWatcher relay close
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