![]() 10/10/2015 at 17:04 • Filed to: None | ![]() | ![]() |
In a non sprinkled building, what is the maximum thickness foam plastic insulation covered with a .032 inch thick metal facing may have in a 300 square foot walk in cooler?
I’m too old for homework. I might go for a drive later. It’s one if the last night’s I’ll have the wrx. The wife’s at her sis’ s so I’m in my own for the evening
![]() 10/10/2015 at 17:10 |
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4”
![]() 10/10/2015 at 17:11 |
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Answer: 707 hp.
![]() 10/10/2015 at 17:25 |
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How the fuck?
![]() 10/10/2015 at 17:56 |
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Am I right?
![]() 10/10/2015 at 18:22 |
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yea, was it just a guess?
![]() 10/10/2015 at 19:04 |
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Educated guess. One job was at Mizzou student center kitchen remodel and we demoed out a walk in cooler, all the walls were preformed metal boxes with the foam inside. They were about 4” thick 6’ tall and various widths as needed but most of those were 4’ wide with some 2-3’ to fit in space.
Although the building had a sprinkler system, I just figured 4” thick walls was a standard.
![]() 10/12/2015 at 14:03 |
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Ha. I missed this thread, but spec’ing walk-in cooler related things is actually part of my job. I wouldn’t have known this, other than being *very* aware that 5” and 4” are the two standard wall and ceiling panel thicknesses with a heavy lean to 4”, so I’ve have had good odds to get it right.
![]() 10/12/2015 at 14:05 |
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4” walls are very much the standard for walk-ins. Bally, Norlake, Crown-Tonka, and others - all pretty much default to 4” unless it’s a freezer, in which case it’s often 5”. Sauce: MY ACTUAL JOB