HenHangout
Chirping
Looking for cleaner and more long-term feeding options, I came across this design from sugarmaplefarmhouse
It called for 3" PVC pipe to be used as a hopper, with a 3" 90° elbow and 3" 45° elbow. While at Lowes I liked the capacity of 4" PVC pipe but whether my small silkies could stick their head into a 4" 45° elbow was a concern; then I noticed 4" to 3" 90° reducing elbows were a thing and in stock. Curious, I went with that.
A 10' 4" PVC pipe is ~$10 more expensive than a 10' 3" PVC pipe. To cut down on costs, instead of cutting the pipe into four sections for four 2.5' feed hoppers I cut it into two 5' sections to make 2 very large feed hoppers, which also reduced the number of elbows required. Furthermore, instead of threaded cap adapters and threaded end caps I used Oatey Gripper Mechanical Test Plugs.
In total the cost was ~$110 to make two 5' 4" diameter feeders that necked down to 3" openings. Had I made two 5' 3" diameter feeders using the threaded cap design the cost would be about $120. Had I followed the construction designs exactly and made four 2.5' 3" feeders with threaded caps it would have cost me over $200.
So... I saved at least $90 from the initial design plans.
Now, lets look at some math comparing constructing two 5' feeders using 3" PVC pipe and 4" PVC pipe as the feed hopper
So not including capacity of the elbows and the negligible capacity of threaded end adapters I was able the increase feeding capacity by ~178% at a reduced cost
My smallest chickens are bantam silkies and my largest is a brahma; both successfully feed from this. However, baby chicks will not be able to. Whenever my hen goes broody again I'll try making a miniature version using 1" or 1.5" pipe, which should have the added benefit of being physically inaccessible to adult hens.
It called for 3" PVC pipe to be used as a hopper, with a 3" 90° elbow and 3" 45° elbow. While at Lowes I liked the capacity of 4" PVC pipe but whether my small silkies could stick their head into a 4" 45° elbow was a concern; then I noticed 4" to 3" 90° reducing elbows were a thing and in stock. Curious, I went with that.
A 10' 4" PVC pipe is ~$10 more expensive than a 10' 3" PVC pipe. To cut down on costs, instead of cutting the pipe into four sections for four 2.5' feed hoppers I cut it into two 5' sections to make 2 very large feed hoppers, which also reduced the number of elbows required. Furthermore, instead of threaded cap adapters and threaded end caps I used Oatey Gripper Mechanical Test Plugs.
In total the cost was ~$110 to make two 5' 4" diameter feeders that necked down to 3" openings. Had I made two 5' 3" diameter feeders using the threaded cap design the cost would be about $120. Had I followed the construction designs exactly and made four 2.5' 3" feeders with threaded caps it would have cost me over $200.
So... I saved at least $90 from the initial design plans.
Now, lets look at some math comparing constructing two 5' feeders using 3" PVC pipe and 4" PVC pipe as the feed hopper
- Volume of 5 feet of 3" PVC pipe: ~424 cubic inches
- Volume of 5 feet of 4" PVC pipe: ~754 cubic inches
So not including capacity of the elbows and the negligible capacity of threaded end adapters I was able the increase feeding capacity by ~178% at a reduced cost
My smallest chickens are bantam silkies and my largest is a brahma; both successfully feed from this. However, baby chicks will not be able to. Whenever my hen goes broody again I'll try making a miniature version using 1" or 1.5" pipe, which should have the added benefit of being physically inaccessible to adult hens.