Step 3: Pressure treated mounting block made to mount the anemometer assembly on the pipe

My tower (wooden tilting tower) was designed to hold an aluminum pipe mounted in a hole drilled down from the top into the 4x4 wooden tower.  The pipe is 1 inch in diameter so I made up this pressure treated plywood block to enable me to sandwich the pipe between  the anemometer mounting bracket and the block.  I made a V groove in the block to keep it aligned vertically on the pipe.
<p>Photo 1, Step 12 indicates the proximity of a paved road. After some experience in the military, I have an critique. If, perhaps, (depending of mass of traffic) this is a frequently traveled, you are likely to get some, not so accurate readings. This would be mostly from passing 18-wheelers, gravel, concrete and other large heavy vehicles. Inaccurate readings would be in the form of gusts. I love everything else and will likely follow your basic design for my upcoming project. Thank You. </p>
<p>My setup is far from perfect in other respects too. For example the anemometer is not high enough (I believe the proper height is 30 feet above ground). The traffic on the road though is very light and shouldn't be a problem. I live within sight of our main airport and for the most part the readings between my system and the official system are always mostly in agreement - the wind speed though is generally showing lower on my system.</p>
I appreciate your comments. 30 feet is usually sufficient, but depends on surrounding structures. When I was in Nam, we preferable to have wind instrumentation 10 feet above tree level, unless we were in a wide clearing, which didn't happen often in the jungle. Our instruments were camo. We often ran the mast right up thru the trees so they would blend in more efficiently.<br>I'm on a strict budget, so, I was looking for alternatives to spend cash for the professional equipment. Yours really appears to me. I'd like to know more of the ballast weights you mentioned.
<p>Here's two of my videos that will help show the setup I used for the tower and ballast weights. The weights have a plastic casing and the plastic is not UV protected (starting to break down) so I will eventually replace the plastic weights with cast iron ones (always available used :))</p><p><iframe allowfullscreen="" frameborder="0" height="281" src="//www.youtube.com/embed/sRuurrymruA" width="500"></iframe></p><p><iframe allowfullscreen="" frameborder="0" height="281" src="//www.youtube.com/embed/RQcpILY_CGE" width="500"></iframe></p>
<p>very nice, i like your tilt down pole design.</p>

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