Hello,
Are there any fluidics engineers in the group? I’m thinking ahead to summer, and I have a feeling it’s going to be a hot one here in California. I have an idea I’d like to run by you.
For a little history, I have these great Arctic brand bucket top misters I use for the flock in the summer. However, the battery only lasts a couple hours. Plus, if they ran a lot longer, the bucket would run dry and eventually fry the pump.
I thought it might be nice to have a passive/gravity fed “drip” system, where I could fill a 5-gallon bucket (and cover it so nobody falls/jumps in and drowns) and have it slowly drip all day long. I could position it slightly higher than a little ditch they could dig in to keep cool. Could I just drill a couple tiny holes right in the bucket? If so, what size would be small enough to break the stream into drops? I’m thinking anything bigger (like a soaker hose?) might just run out of water super quickly. Thoughts?
Are there any fluidics engineers in the group? I’m thinking ahead to summer, and I have a feeling it’s going to be a hot one here in California. I have an idea I’d like to run by you.
For a little history, I have these great Arctic brand bucket top misters I use for the flock in the summer. However, the battery only lasts a couple hours. Plus, if they ran a lot longer, the bucket would run dry and eventually fry the pump.
I thought it might be nice to have a passive/gravity fed “drip” system, where I could fill a 5-gallon bucket (and cover it so nobody falls/jumps in and drowns) and have it slowly drip all day long. I could position it slightly higher than a little ditch they could dig in to keep cool. Could I just drill a couple tiny holes right in the bucket? If so, what size would be small enough to break the stream into drops? I’m thinking anything bigger (like a soaker hose?) might just run out of water super quickly. Thoughts?
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