grumpy
Well-known member
I've been doin' a lot of research on how to combat the extreme temps all of us have been dealin' with. The past few days, I've gathered materials to start a fairly large project. A project that will hopefully help solve a portion of the extreme heat our rabbits are suffering through.
I've watched the high temps and kept close tabs on the percentage of humidity when we hit 90 degrees and above. It usually sits between 30 and 50 percent, sometimes it's lower.
I'm in the process of building an "evaporative-cooler". That's what the old timers call a "swamp-cooler".
The reservoir is a 110 gallon stock tank. The evaporator is about 3 feet square and 4 feet tall. Overall height is 5 feet 7 inches tall. This unit will set outside of my rabbitry on the north side of the building. Meaning it will be in full or partial shade the entire day. There will be a water pump submerged in the stock tank that will supply 375 gallons per hour to the evaporator pads. Three sides of the evaporator will be louvered, with the one side against the building being solid.
I'll keep a pictorial journal each day to share the progress with all that are interested. A picture speaks a thousand words and will much better explain than what I can. I've already taken several on the very beginning stages.
If my calculations are correct, when it's 95 degrees outside with 40% humidity, the cooler should reduce the inside temps by 15 to 20 degrees. Maybe a little more. We'll see. With a temp of 100 and humidity 20-30%, the unit will reduce ambient air temps inside by close to 30 degrees. Humidity is the key factor in all of this. High humidity reduces its efficiency.
The blower motor is a salvaged blower out of a large furnace. This unit will be seperate and on the inside of the rabbitry connected to the outside through a common opening between the two, introducing the cooled air into the rabbitry.
I've kept an accurate ledger on exactly what this experiment is going to cost. I'll post those figures when I'm near completion.
Wish me luck!
Grumpy.
I've watched the high temps and kept close tabs on the percentage of humidity when we hit 90 degrees and above. It usually sits between 30 and 50 percent, sometimes it's lower.
I'm in the process of building an "evaporative-cooler". That's what the old timers call a "swamp-cooler".
The reservoir is a 110 gallon stock tank. The evaporator is about 3 feet square and 4 feet tall. Overall height is 5 feet 7 inches tall. This unit will set outside of my rabbitry on the north side of the building. Meaning it will be in full or partial shade the entire day. There will be a water pump submerged in the stock tank that will supply 375 gallons per hour to the evaporator pads. Three sides of the evaporator will be louvered, with the one side against the building being solid.
I'll keep a pictorial journal each day to share the progress with all that are interested. A picture speaks a thousand words and will much better explain than what I can. I've already taken several on the very beginning stages.
If my calculations are correct, when it's 95 degrees outside with 40% humidity, the cooler should reduce the inside temps by 15 to 20 degrees. Maybe a little more. We'll see. With a temp of 100 and humidity 20-30%, the unit will reduce ambient air temps inside by close to 30 degrees. Humidity is the key factor in all of this. High humidity reduces its efficiency.
The blower motor is a salvaged blower out of a large furnace. This unit will be seperate and on the inside of the rabbitry connected to the outside through a common opening between the two, introducing the cooled air into the rabbitry.
I've kept an accurate ledger on exactly what this experiment is going to cost. I'll post those figures when I'm near completion.
Wish me luck!
Grumpy.