Concrete and basic requirements for steel structure kits

Steel construction kits are very popular with new building structures. In general, a steel construction kit can be built much faster and much cheaper than a traditional wood-frame building. They are almost maintenance-free and do not always need to build smaller buildings for entrepreneurs.

One detail that needs to be worked out before building it and before you buy it, you need to build the building? Bare dirt? Concrete? Concrete floors increase the total cost of the project, but may require a larger building or a permanent structure. The primary steel structures that are based on dirt are carports. Depending on local needs, however, steel buildings can sometimes be built on bare ground. The following information presents a few details of soil bases and concrete bedracks.

You will find that the steel structure sets can be fixed on the floor (without concrete floor) or on concrete. Before you go into the details, if you are in an area that is frozen, it will take approx. 12 "under the frost line at the edges of the flanges. This depth also applies to ground clamping in colder areas.

Specific applications described below do not take into account freezing requirements

Earthwork concrete pillow):

  1. When installing its steel structure on the ground, it is approx. 10 "diameter and 30" shall be punched every five feet or four feet, depending on whether you have purchased a 5 "medium system or a center 4" center
  2. Assemble your Core Body ** and place them, indicating that there are holes to be dug (the nail 16 D is ground into the ground through the base drill hole.)
  3. Then use a lateral sprayer or auger and drill the holes to a depth of 30 ". .
  4. Now stop the base of the steel structure according to the instructions and put the floor drains into the pre-drilled holes, use 2500 psi of concrete (pre-mixed bags or mix your own) and with the shovel fill the holes

Concrete has to wait for at least seven days before it can stand up properly before joining the steel structure.

Concrete Holder:

  1. Measure the page . Its plate should be 4 "wider than the width of the steel structure and 6" longer. This is to avoid breaking or crushing the edge of the board when placing the anchor extension screws on the board.
  2. Concrete Floor : The floor must be at least 4 "thick and 6" thick if you want to park larger vehicles such as trucks or larger RVs. Concrete should be made of concrete of at least 2500 psi and fiber reinforcement for the 24 "centers with the OR # 3 bar. You should also consider that the 4000 pcs concrete mix along with the additional two inches of concrete is more than
  3. Be sure to cut the cut joints or finish the expansion joints during finishing after finishing the finish.

Foot Requirements: International Code of Conduct 2000 or "IBC 2000 "Requirements)

Simultaneously pouring the floor, pouring the vertical legs, called monolithic casting or monolithic plate, the edge surfaces must be 12" deep (12 "and 16" wide 4 "floor) they must have two upper bars, they must run in full swath

In the local area (Tempe, AZ), the footstool c is approximately $ 11.50 per linear (running) foot.

That's it. If the building department continues to use the UBC 1997 (Consolidated Code of Conduct) application, many of which have your foot just 12 inches wide, so you can jump to about $ 1.00 for the footnote above, concrete requirements for steel buildings, visit Absolute steel and storage You will find a number of technical assistance pages

** = See pictures on the baseplate assembly here base rail



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