Thanks Alec for the confirmation and knowing we have the same issues.
Today there was not the time to get out to the water, but I did re-think the water reclamation system. It was tiny and would not hold a lot of water. The plumbing to get it to the bottom of the sub-driver did not appeal to me. So, plan two.
I created a lopsided pyramid, with one side being at 90 degrees. No, that is not accurate, it is a triangular slope. Oh here are some pictures, you tell me.
The 90 degree side faces outward and the slope side goes up against the motor.
On one end of the brass tube, two scalloped edges were put in. Opposite each other. The thinking is the rush of air/water coming in, I wanted it directed sideways. The other end of the tube was rounded.
Here is a test fit with the hole for the tube drilled in.
Made a quick drill guide for locating the vent hole.
Put the vent/overflow hole in.
Sealed the reservoir with RTV silicon rubber.
Now it is time to let it dry.
Today there was not the time to get out to the water, but I did re-think the water reclamation system. It was tiny and would not hold a lot of water. The plumbing to get it to the bottom of the sub-driver did not appeal to me. So, plan two.
I created a lopsided pyramid, with one side being at 90 degrees. No, that is not accurate, it is a triangular slope. Oh here are some pictures, you tell me.
The 90 degree side faces outward and the slope side goes up against the motor.
On one end of the brass tube, two scalloped edges were put in. Opposite each other. The thinking is the rush of air/water coming in, I wanted it directed sideways. The other end of the tube was rounded.
Here is a test fit with the hole for the tube drilled in.
Made a quick drill guide for locating the vent hole.
Put the vent/overflow hole in.
Sealed the reservoir with RTV silicon rubber.
Now it is time to let it dry.
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