Installation Sheet
– 5 –
COMPLETE BATHTUB INSTALLATION
Fill tub with water to the overflow and then drain the tub
while inspecting the waste connections below the floor
for leaks. Access from below will be necessary for this step
(Figure 8).
15
FIGURE 8
SUPPLEMENTAL INSTALLATION INFORMATION
FREE STANDING TUBS
GENERAL INFORMATION
• Rough In Dimensions – For critical dimensions, we suggest taking the measurements of the actual tub on site.
All printed specifications are +/- ½ inch and subject to change without notice.
• The tub must be level
BASIC INSTALLATION PROCEDURE
•
Determine final location of the tub. Tub will sit on top of finished flooring.
•
Ensure location is structurally sound, flat and level.
•
Align the tub in a manner that the drain lines up with the P-trap in the floor. DO NOT LET THE TUB REST ON
THE DRAIN PLUMBING.
•
Check the tub for level. It must be level end to end and side to side.
•
Caulk the gap between the skirt and the floor.
THERMAL AIR
ELECTRICAL REQUIREMENTS:
WARNING: When using electrical products, basic precautions should always be followed, including the folowing:
DANGER: RISK OF ELECTRICAL SHOCK. Connect only to a circuit protected by a ground fault circuit interrupter. Grounding is
required. All electrical connections should be made by a licensed electrician. Installation of Hydro Systems bathtubs must meet
all applicable codes and regulations.
– 1 HP Blower - A dedicated 120v 20 amp GFCI p otected electrical circuit is requirred for tubs with the standard 1 HP 120v Blower.
•
Remote Mounting Blower – Due to the limited space between the inner and outer shell on all of The STON
Collection Freestanding tubs, the blower must be remote mounted. In addition to the air pipe there is one
electrical connections between the tub and the blower. The electrical connection and the air pipe exit through the
bottom end of the bath. It is always desirable to remote mount the air blower as close to the tub as possible to
minimize loss of heat. Pipe insulation may be used on the air line to minimize heat loss.