- Thread starter
- #161
Here is a new one.......stick with me now.....
Anyone watch cop/crime shows like CSI where they will take super glue and evaporate it in a chamber to get it to stick to fingerprints? So yeah......an incubator can do the same thing. Hahaha. Here is my story....
I needed more air flow in my incubator. Decided to glue an extra ducted fan to the side of the heating element to blow some air around.
I confirmed that the original heater and fan does suck in air and then spit it out all 4 sides, thru the heater coil, in theory distributing the heat. But it is so slow and low of a flow that I could barely feel the breeze at all. So I super glued a ducted fan so that it sucks in from right next to the heating coils and blows towards the "bottom/front" of the incubator. Not blowing "down" to the floor, but "down" along the roof from where the heater is located in the upper third of the lid towards the lower 2/3rds of the lid where I have always seen much lower temps. Now that I know how low/slow the original fan is, I am not surprised I had so much variation in temp. The output from the ducted fan is way higher, so it should equalize the temps really well. I also like that I can direct the flow along the roof so that it hopefully catches and mixes the warmest air with all the air down at egg level without literally blowing down vertically onto the eggs below the fan. I figure if I keep the humidity at a good %, then the increased air flow should not cause issues......120 eggs being delivered Wednesday, so we will see! I figure it can't hurt..... I hope.
Kinda hard to see, but the entire side that is facing in towards the center fan/heater is open and sucks in air. Then there is a small square outlet that is right up against the "roof". I think with the amount of flow it puts out, it will blow down to the bottom lip of the lid and then split both left and right, as well as down towards the eggs. Like air hitting a wall. I am going to make sure I have a thermometer both right in the path of the flow, as well as off to the side to see if there is a temp difference.
Everything looks so clean and pretty, right? We let me tell you what happens when you have a damp incubator (from cleaning it) that is closed up, set to 99.5 and let run with still "not quite dry" super glue..... You get a nice fine layer of super glue on all surfaces, including the viewing window. I thought it was just fine fog/water from the still damp Styrofoam heating up to 100 degrees.....but when it did not evaporate after a few hours, I opened things up and ran my finger on the inside of the clear window. It sort of streaked a little, but was milky. CRAP! Luckily I was able to scrub and clean most of it off the viewing window, but I gave up with it coating all the other surfaces. It won't do any long term damage luckily. But word to the wise. Don't put super glue in an active incubator until it is 100% dry/cured.
Anyone watch cop/crime shows like CSI where they will take super glue and evaporate it in a chamber to get it to stick to fingerprints? So yeah......an incubator can do the same thing. Hahaha. Here is my story....
I needed more air flow in my incubator. Decided to glue an extra ducted fan to the side of the heating element to blow some air around.
I confirmed that the original heater and fan does suck in air and then spit it out all 4 sides, thru the heater coil, in theory distributing the heat. But it is so slow and low of a flow that I could barely feel the breeze at all. So I super glued a ducted fan so that it sucks in from right next to the heating coils and blows towards the "bottom/front" of the incubator. Not blowing "down" to the floor, but "down" along the roof from where the heater is located in the upper third of the lid towards the lower 2/3rds of the lid where I have always seen much lower temps. Now that I know how low/slow the original fan is, I am not surprised I had so much variation in temp. The output from the ducted fan is way higher, so it should equalize the temps really well. I also like that I can direct the flow along the roof so that it hopefully catches and mixes the warmest air with all the air down at egg level without literally blowing down vertically onto the eggs below the fan. I figure if I keep the humidity at a good %, then the increased air flow should not cause issues......120 eggs being delivered Wednesday, so we will see! I figure it can't hurt..... I hope.
Kinda hard to see, but the entire side that is facing in towards the center fan/heater is open and sucks in air. Then there is a small square outlet that is right up against the "roof". I think with the amount of flow it puts out, it will blow down to the bottom lip of the lid and then split both left and right, as well as down towards the eggs. Like air hitting a wall. I am going to make sure I have a thermometer both right in the path of the flow, as well as off to the side to see if there is a temp difference.


Everything looks so clean and pretty, right? We let me tell you what happens when you have a damp incubator (from cleaning it) that is closed up, set to 99.5 and let run with still "not quite dry" super glue..... You get a nice fine layer of super glue on all surfaces, including the viewing window. I thought it was just fine fog/water from the still damp Styrofoam heating up to 100 degrees.....but when it did not evaporate after a few hours, I opened things up and ran my finger on the inside of the clear window. It sort of streaked a little, but was milky. CRAP! Luckily I was able to scrub and clean most of it off the viewing window, but I gave up with it coating all the other surfaces. It won't do any long term damage luckily. But word to the wise. Don't put super glue in an active incubator until it is 100% dry/cured.