Thingiverse
Automatic Waterer
di ScrapHeapInd
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Here is a simple design for a small poultry watering device. I suppose it could be used to water any small animals.
You need:
(1) V1 35% infill
(1) V2, 35% Infill
(1) V3, 0% infill, play with your settings and walls. This part has to be coated in silicone to make it float if using PLA.
(1) V4, 35% infill, This part has to be coated in silicone to make it hold water if using PLA.
(1) V5 55% infill
(4) V6 or V6 Inside. V6 is pointed to aid in leveling when used outside.
(6) V7 35% infill
(1) V8 35% infill
(4) v9 35% infill
You will also need:
Silicone
5 Gallon Bucket
Small piece of rubber for a gasket between V1 and V2
(7) 3/4" Schd 40 PVC Pipes cut 8" long (legs)
(1) 3/4" Schd 40 PVC Pipe cut 7.5" long (Fill Tube)
I assembled this with Silicone, you could use Epoxy.
Stagger the V9's on the legs, see photos attached. completing the hexagon with V8, I went for ~2" from the bottom.
Assemble a V7 on the tops of each leg. Use V8 as a template to locate
You need:
(1) V1 35% infill
(1) V2, 35% Infill
(1) V3, 0% infill, play with your settings and walls. This part has to be coated in silicone to make it float if using PLA.
(1) V4, 35% infill, This part has to be coated in silicone to make it hold water if using PLA.
(1) V5 55% infill
(4) V6 or V6 Inside. V6 is pointed to aid in leveling when used outside.
(6) V7 35% infill
(1) V8 35% infill
(4) v9 35% infill
You will also need:
Silicone
5 Gallon Bucket
Small piece of rubber for a gasket between V1 and V2
(7) 3/4" Schd 40 PVC Pipes cut 8" long (legs)
(1) 3/4" Schd 40 PVC Pipe cut 7.5" long (Fill Tube)
I assembled this with Silicone, you could use Epoxy.
Stagger the V9's on the legs, see photos attached. completing the hexagon with V8, I went for ~2" from the bottom.
Assemble a V7 on the tops of each leg. Use V8 as a template to locate
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