It won't even notice 800 lbs. When you break it out, it's less than one psi. A 200 lb man with a size 10 foot puts more of a load on a floor than that......think about the load of someone sitting on a four-legged chair! My safe is 1800 lbs, and it isn't even a challenge for a normal slab foundation.
It won't even notice 800 lbs. When you break it out, it's less than one psi. A 200 lb man with a size 10 foot puts more of a load on a floor than that......think about the load of someone sitting on a four-legged chair! My safe is 1800 lbs, and it isn't even a challenge for a normal slab foundation.
Good info, wow 1800, not a small safe. What size gorilla did it take to set in house.?
Redneck genius!!!Two of us an' a lot of golf balls....
Redneck genius!!!
It won't even notice 800 lbs. When you break it out, it's less than one psi. A 200 lb man with a size 10 foot puts more of a load on a floor than that......think about the load of someone sitting on a four-legged chair! My safe is 1800 lbs, and it isn't even a challenge for a normal slab foundation.
Lets do some math...
a safe that weighs 1,000 pounds
a safe that is 2.5 foot by 3.5 foot
2.5x3.5=8.5 SF
8.5x12=105 square inches
1,000 / 105 = 9.523 pounds per square inch
Now lets say you have a size 12 foot and weigh 200 pounds
lest say your foot is 3 inches wide
3x12=36
200/36=5.555 pounds per square inch
Now for the extreme
Your kitchen chair is 4 legs of 1.5 SQ inches each
chair weighs 5 pounds
1.5 x 4 = 6
205 pounds / 6 = 34.666 pounds per square inch
You will have no issue with a safe on a slab as your safe is only 9.523 PSI