Dimension One Spas 1998

1998

’

ual

Additionally, the Variable Circulation Rotator jet can be adjusted to user

preference, adding to the overall flexibility of the spa's jetting systems.

The AquaPed foot jet located in the bottom of the footwell of the

Californian, Nautilus, Aurora I, Aurora II, and Arena also has a variety of

interchangeable nozzles for different patterns. Likewise, the whirlpool jet

found in the Nautilus and Arena may use these interchangeable nozzles.

Contact your local Authorized Dimension One Spas Dealer for more

information on the availability of optional jet styles.

NECKFLEX JET PILLOW

The NeckFlex Jet offers five position adjustable pillow heights to accom-

modate different body sizes. The standard mini directional jets can be

interchanged with rotating jets and adjusted for water volume. See your

local Authorized Dimension One Spas Dealer for more information.

ULTRA PURE WATER MANAGEMENT SYSTEM

The Diplomat, Chairman, Californian, Nautilus, Aurora I and Aurora II

are equipped with a highly advanced spa water treatment method, the

Ultra Pure Water Management System. Ultra Pure is a complete water

management system with two-stages of ozone injection, two contact

chambers, 100% filtration, and heating on call.

How the system works: First, Ultra Pure circulates the water through a

dedicated, 40 sq. ft. filter (located in the 5” canister in the skimmer

recess), removing all debris and large contaminant particles. The filtered

water passes through the heater and then travels to the first ozone injec-

tion stage which employs the use of a Mazzei-T injector (a negative pres-

sure Venturi system). The Mazzei injector then mixes the ozone gas into

solution as it agitates through 12 feet of corrugated contact plumbing (1st

contact chamber). This chamber allows the ozone ample time to get into

solution and begin the oxidation process.

Any gas that has not dissolved while traveling through this first chamber

is fired downward into a standpipe, to increase the resident time of the

gas in a secondary, contact chamber. After the ozone bubbles have trav-

eled down the stand pipe, inside the secondary chamber, the off-gas bub-

bles will then rise and merge in an air reservoir (the smaller bubbles coa-

lesce and turn into larger bubbles). As the air builds in the reservoir, it is