Cal Spas SWIM PRO SPAS, Owner'S Manual

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2.2 Clearance for Service Access 2.2 Clearance for Service Access
While you are planning where to locate your spa, you need to determine how much access you will need for
service.
All spa models require a minimum of three feet / one meter access to
all sides of the spa for potential service. For this reason, the spa should
never be placed in a manner where any side is permanently blocked.
Examples include placing the spa against a building, structural posts
or columns, or a fence.
Spa models require access to all sides in case they need service or
repair. See the figure to the right.
If you are planning to enclose or surround your spa with a deck, make
sure there is easy access for service or repair.
3 feet / 1 meter
3 feet / 1 meter
3 feet /
1 meter
3 feet /
1 meter
3 feet / 1 meter
3 feet /
1 meter
3 feet / 1 meter
3 feet / 1 meter
3 feet /
1 meter
3 feet /
1 meter
3 feet / 1 meter
3 feet / 1 meter
3 feet / 1 meter
NOTE: Spas require clearance on all sides of the spa.
2.3 Preparing a Good Foundation 2.3 Preparing a Good Foundation
NOTE: We strongly recommend that a qualified, licensed contractor prepare the foundation for your spa.
Damage caused by inadequate or improper foundation support is not covered by the warranty. It is the
responsibility of the spa owner to provide a proper foundation for the spa.
Your spa needs a solid and level foundation. The area that it sits on must be able to support the weight of the
spa, with water and occupants who use it. If the foundation is inadequate, it may shift or settle after the spa is in
place, causing stress that could DAMAGE YOUR SPA SHELL AND FINISH. Place the spa on an elevated 3 to 4” / 30
cm concrete slab. Pavers, gravel, brick, sand, timbers or dirt foundations are
not
adequate to support the spa.
If you are installing the spa indoors, pay close attention to the flooring beneath it. Choose flooring that will not
be damaged or stained. If you are installing your spa on an elevated wood deck or other structure, it is highly
recommended that you consult a structural engineer or contractor to ensure the structure will support the
weight of 150 lbs per square foot (732 Kg/m
2
).