Floor Bolted Safes
Floor Bolted Safes
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Electronic Safe, 2 ft3, 18-19/32w x 19-5/16d x 23-3/4h, Black/Gunmetal Gray $482.90 Electronic Safe, 2 ft3, 18-19/32w x 19-5/16d x 23-3/4h, Black/Gunmetal Gray… |
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SentrySafe SFW123DSB 1.23 Cubic Feet Combination Fire-Safe, Medium Grey $147.99 Protect your documents, digital media, and other valuables from fire, water, and theft with the SentrySafe SFW123DSB Combination Fire-Safe. The safe sports four 1-inch steel bolts that are 60 percent bigger than bolts found on traditional safes. Other security features including a pry-resistant hinge and a dual-combination lock and key offer peace of mind and make it harder than ever for burglars … |
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SentrySafe DS3410 Black Fire-Safe 1.2-Cubic Foot Combination Safe $134.99 With innovative security features and practical organizational details, the SentrySafe DS3410 Fire-Safe Combination Safe offers protection for your valuables from fire or theft. This affordable, no-nonsense safe will protect your priceless items, save you money, and help you avoid the hassle of replacing your credit cards and important documents..caption {font-family: Verdana, Helvetica neue, Aria… |
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SentrySafe X105 Security Safe, 1.0 Cubic Feet, Black $89.99 This furniture arrives mostly assembled. Ships UPS, inside delivery not available. X105 Features: Electronic lock with override key 2 Live-locking bolts Carpeted floor Removable shelf Fits most laptops Access for power cord Security cable feature Bolt-down kit (hardware included) Finish: Black Dimensions: Exterior: 8.9″H x 16.9″W x 14.6″D Interior: 8.7″H x 16.8″W x 11.6″D… |
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Honeywell Fire Waterproof Safe with Combination Lock $209.99 The 2087F model of First Alert’s exclusive line of waterproof fire safes offers a complete security solution for the three major hazards: theft, flood and fire. Over a 30 year mortgage, a homeowner faces a 96 percent chance of being burglarized, a 26 percent chance of flood damage, and 9 percent chance of a fire. FEATURES: Patented concealed hinges designed to resist prying 4 numb… |
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Gary HS1207 Personal Electronic Fire Safe w/Bolt Kit, 19lbs, .3 Cu. Ft., Gray $62.70 Items in both the home and office are susceptible to theft, so use this light gray safe to keep your valuables protected. The tough solid steel construction and programmable digital keypad provide both security and easy access. The bolt-down kit allows you to bolt safe to wall or floor. The 0.3 cu. ft. interior can hold a variety of valuables. Outer Width: 12 1/4 in; Outer Depth: 7 3/4 in; Outer H… |
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SentrySafe QE5541 Fire-Safe Water-Resistant Safe with USB-Powered Connectivity, 2.0 Cubic Feet, Black $510.45 Multi-purpose fire- and water-resistant safe that provides USB-powered connectivity to laptop or desktop computer via an external USB port. Allows users to back up critical data using their own 2.5″ storage devices. External USB 2.0 bus powered port (Y-cable included). UL classified 2-hour fire protection and 30 ft. drop test. ETL verified for 2-hour fire protection for CDs DVDs USB drives and mem… |
Can I have my safe bolted into a post tension foundation?
I need to have a safe bolted to my floor. It is a new construction post tension slab. I think it may need 3 or 4 bolts to secure it to the floor. Is this a problem?
Possible? Decent chance Probable? Depends on Engineer
It could be a problem and should be reviewed with the structural engineer on the project. Some of the items that will be of interest to the engineer will be: (not in any special order)
How deep will the slab need to be drilled to provide adequate anchorage for the bolts?
How much will a filled safe weigh?
What is the bolt pattern to be used for anchorage?
Exactly where in your place of business do you want to place the safe?
Issues:
The load on the slab may be more than the slab was designed to carry. The load, and route to the final placement, can probably be distributed adequately.
To achieve the greatest vertical clearance on the post tension cables, the safe should be at mid span of the PT slab, at this point the post tension cables will be nearest to the bottom of the slab, it also is the point where the slab has its least load carrying capacity.
To be placed at the strongest portion of the slab, the safe should be placed at the end of the span over the support beam, at this point the post tension cables will be nearest to the top of the slab.
The spacing between the cables could also be in conflict with the safes bolt downs.
If the engineer can approve the weight of the safe on the floor that’s a big first step. If the placement is not limited that will also help.
If the engineer can locate the cables and would allow you to core drill a hole completely through the slab that would be ideal for all. You could have a “base plate” made to anchor the safe at four points. The “base plate” could have one larger bolt welded to the bottom of the base plate and it could penetrate the slab and be secured under the slab by steel plate and nut. Weld the nut to the through bolt.