
As the owner of your product, it is important to take the necessary steps to ensure its
stability and durability, especially in areas where heavy snow or high winds are common.
Following these three steps will help prevent any damage due to snow or wind loads, and
ensure that the product warranty remains valid.
1. Shoulder Support Bracing (Reinforcing Tube)
Shoulder support bracing is installed on both sides of the truss to provide additional
support to the structure. This helps to distribute the weight of snow and wind loads
evenly across the structure, preventing any one area from bearing too much weight.
The bracing should be installed according to the manufacturer's instructions,
ensuring that it is securely attached to the truss.
2. Steel Anchor Cables
Steel anchor cables are a critical component of the shed's stability, as they hold the
shed firmly to the ground and prevent it from being lifted or shifted by wind or snow
loads. These cables should be installed on all four corners of the shed and attached
to the ground using suitable anchors. It is important to ensure that the cables are
securely anchored to the ground, as any loosening could compromise the shed's
stability.
3. Concrete Pad and Anchor Bolts
Installing the shed on a concrete pad or equivalent provides a stable foundation for
the shed and helps to prevent it from shifting or settling over time. Anchor bolts
should be used to secure the shed firmly to the concrete pad, ensuring that it does not
move during high winds or heavy snow loads. It is important to ensure that the
anchor bolts are installed according to the manufacturer's instructions and that they
are tightened securely.
It is important to note that the shed is not engineered to handle snow and wind loads, and
the engineering drawing is not available from the seller. Therefore, it is crucial to check the
local building codes and regulations to determine if a permit is required for the installation
of the shed. In some areas, a permit may be required for any type of structure, regardless of
whether it is engineered to handle snow and wind loads.
If a permit is required and the shed does not meet the engineering requirements, it may not
be possible to obtain a permit for its installation. In such cases, it may be necessary to
either modify the shed to meet the engineering requirements or to choose a different type
of structure that is designed to handle snow and wind loads. Any modifications required to
meet building codes and regulations are the sole responsibility and expense of the owner.
In summary, it is important to prioritize safety and compliance with local building codes
and regulations to avoid any potential safety hazards or legal issues in the future. By
following these three steps, you can ensure the stability and durability of your shed and
prevent any damage due to snow or wind loads. Remember, failure to follow these steps
may result in the voiding of the product warranty.