Cantilever Rack Specification Guide
How to size and configure long parts & cantilever racking
- Cantilever Rack Inquiries - or call toll free for assistance
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1: Determine the number and spacing of support arms.

1B. If you do not detect any deflection, you may use two support arms. The arm capacity required will be half the load weight, and the upright centerline will be 1/2 of the load length.
1C. If you notice deflection with two supports, try three supports. If this system works, arm capacity will be 1/3 of the load weight, and the upright centerlines will be 1/3 of load length. If three supports are still not enough, add supports as necessary until deflection is eliminated.
Correctly loading your rack: Product should overhang the end of the rack by 1/2 of the upright centerline distance. Loading without overhang is incorrect.
2: Determine arm length.
Arm length should equal load depth. 2A is correct, 2B is incorrect. If you have questions about arm length specification, contact us.
3. Determine upright height.
Start with base height...
+ number of storage levels x load height+ handling clearance [4"to 6"] x number of levels
+ number of arm levels x arm thickness
= upright height.
- Contact Cisco-Eagle for current arm and base dimensions
- Check limitations at your plant such as ceiling clearance or fork lift height
- Top arm level must be below the top of the column.

4: Determine required capacities.
- Arms: Load weight divided by number of arms per level = arm capacity. (Assuming each arm supports an equal amount of the load)
- Uprights: Number of arms per side x load per arm.
Notes:
- Load on base is not included in capacity.
- Uneven loading reduces arm load ratings by 50%.

5. Determine Bracing Lengths

If you have any questions on configuring your cantilever racks, contact us for prompt assistance, or submit a cantilever rack inquiry. We can help you specify exactly the right rack for your load and application.



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