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#1
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Help. Too much Weight on 2nd Floor Structure?
I have a bathroom project that I'm doing and I loaded all the materials
into my master bedroom - not knowing if I'm loading too much weight on the second floor structure. I have placed eight standard sized sheets of wonderboard (6 x 9's, I think), four 8 x 12 sheetrock sheets, three hardibacker 8 x 10 floor sheets, a 24" bathroom wood cabinet, 25" granite top with ceramic inlay bowl amd a Kohler toilet - all in one quarter section of a 18 x 12 bedroom. It all seems fairly heavy for the one segment of the room, but then I look at our solid wood armoire, dresser and bed and think maybe I'm sweating this for nothing. Is this too much weight in one area for a 40 year old single family split level home? Is there standards and maximum weight capacities for a room? I never really thought about this and need help quick. |
#2
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Help. Too much Weight on 2nd Floor Structure?
"Billy" writes:
I have a bathroom project that I'm doing and I loaded all the materials into my master bedroom - not knowing if I'm loading too much weight on the second floor structure. I have placed eight standard sized sheets of wonderboard (6 x 9's, I think), four 8 x 12 sheetrock sheets, three hardibacker 8 x 10 floor sheets, a 24" bathroom wood cabinet, 25" granite top with ceramic inlay bowl amd a Kohler toilet - all in one quarter section of a 18 x 12 bedroom. It all seems fairly heavy for the one segment of the room, but then I look at our solid wood armoire, dresser and bed and think maybe I'm sweating this for nothing. Is this too much weight in one area for a 40 year old single family split level home? Is there standards and maximum weight capacities for a room? I never really thought about this and need help quick. Call a degreed and professional licensed structural engineer first thing tomorrow and get them to your place asap. There's no way to answer this on usenet, and for free, from a bunch of hacks like us with no access to inspecting your actual construction, you won't want to trust our answers anyway. Best Regards, -- Todd H. http://www.toddh.net/ |
#3
Posted to misc.consumers.house
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Help. Too much Weight on 2nd Floor Structure?
Todd H. wrote: "Billy" writes: I have a bathroom project that I'm doing and I loaded all the materials into my master bedroom - not knowing if I'm loading too much weight on the second floor structure. I have placed eight standard sized sheets of wonderboard (6 x 9's, I think), four 8 x 12 sheetrock sheets, three hardibacker 8 x 10 floor sheets, a 24" bathroom wood cabinet, 25" granite top with ceramic inlay bowl amd a Kohler toilet - all in one quarter section of a 18 x 12 bedroom. It all seems fairly heavy for the one segment of the room, but then I look at our solid wood armoire, dresser and bed and think maybe I'm sweating this for nothing. Is this too much weight in one area for a 40 year old single family split level home? Is there standards and maximum weight capacities for a room? I never really thought about this and need help quick. Call a degreed and professional licensed structural engineer first thing tomorrow and get them to your place asap. Yeah, more good practical advice. Spend a few hundred bucks for an engineer, instead of just moving some stuff around. Residential construction should be built to take a minimum load of 30lb/sq ft. and there is plenty of margin in that, especially if it's in a corner. So, make a good estimate of what the material weighs and if it exceeds that, move some around. There's no way to answer this on usenet, and for free, from a bunch of hacks like us with no access to inspecting your actual construction, you won't want to trust our answers anyway. Best Regards, -- Todd H. http://www.toddh.net/ |
#4
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Help. Too much Weight on 2nd Floor Structure?
Your home has a practical design load of approximately 60 pounds of
"live load" per square foot. "Live load" means the total weight of the things in the room (bed, people, furniture, etc.). "Dead load" is the weight of the materials that comprise the floor itself (joists, plywood sub-floor, carpet, etc.) If your bedroom is 10 x 12 or 120 square feet, an acceptable live load at 60 pounds per square foot equals 120 pounds times 60, or 7,200 pounds. If you have a waterbed in the room, you should be concerned. Otherwise it sounds to me like you're fine. If you are concerned that you may be overloading the floor, you can: Lay the wonderboard sheets flat on the floor (spreads and distributes weight) Take the smaller, heavier items and put them in another place. Determine which way the floor joists run, then stack the wonderboard sheets against the wall that is perpendicular (90 degrees) to the way the joists run (distributes weight). Or finally, why wait? Get busy and get the stuff installed!!! lol Hope that helps! Robb B. Builder & Remodeler Grand Rapids, MI |
#5
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Help. Too much Weight on 2nd Floor Structure?
On 13 Mar 2006 06:47:14 -0800, someone wrote:
Your home has a practical design load of approximately 60 pounds of "live load" per square foot. Since when? Residential requires only 40 psf. Old residential might be built to only 30. But damn thing didn't fall in while he was woting for a reply post, and if not creaking cracking and sagging then he is likely OK. And if it was, then he is too late! Reply to NG only - this e.mail address goes to a kill file. |
#6
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Help. Too much Weight on 2nd Floor Structure?
Robb wrote: Your home has a practical design load of approximately 60 pounds of "live load" per square foot. "Live load" means the total weight of the things in the room (bed, people, furniture, etc.). "Dead load" is the weight of the materials that comprise the floor itself (joists, plywood sub-floor, carpet, etc.) If your bedroom is 10 x 12 or 120 square feet, an acceptable live load at 60 pounds per square foot equals 120 pounds times 60, or 7,200 pounds. If you have a waterbed in the room, you should be concerned. Otherwise it sounds to me like you're fine. Actually waterbeds are less of a load than many things commonly found in homes that people don't think twice about. Like refrigerators, filled bathtubs, or a bunch of people at a cocktail party. If they were a problem, you;d hear a lot of stories about collapsed floors, but you don't. If you are concerned that you may be overloading the floor, you can: Lay the wonderboard sheets flat on the floor (spreads and distributes weight) Take the smaller, heavier items and put them in another place. Determine which way the floor joists run, then stack the wonderboard sheets against the wall that is perpendicular (90 degrees) to the way the joists run (distributes weight). Or finally, why wait? Get busy and get the stuff installed!!! lol Hope that helps! Robb B. Builder & Remodeler Grand Rapids, MI |
#7
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Help. Too much Weight on 2nd Floor Structure?
On 12 Mar 2006 20:52:26 -0800, "Billy" wrote:
I have a bathroom project that I'm doing and I loaded all the materials into my master bedroom - not knowing if I'm loading too much weight on the second floor structure. I have placed eight standard sized sheets of wonderboard (6 x 9's, I think), four 8 x 12 sheetrock sheets, three hardibacker 8 x 10 floor sheets, a 24" bathroom wood cabinet, 25" granite top with ceramic inlay bowl amd a Kohler toilet - all in one quarter section of a 18 x 12 bedroom. It all seems fairly heavy for the one segment of the room, but then I look at our solid wood armoire, dresser and bed and think maybe I'm sweating this for nothing. Is this too much weight in one area for a 40 year old single family split level home? Is there standards and maximum weight capacities for a room? I never really thought about this and need help quick. Call your building department and see if they can look up the code standards for approx. year your home was built so you can have an idea what the live load was designed for (capacity). The next thing is approx but not really what an engineer would do (too lengthy to give an exact method here). Take the weight of your material divide by the area it's occupying and multiply that by about 1.25 (call this a fudge factor) and see if this combined number is less than the capacity. Of course, its always best to spread the load out as much as possible regardless of the calculation. |
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