Epson 10050073 - Manual (Page 5)

TRUE WHIRLPOOL ® & AEROEFFECT ® WITH AIR PUSH
WHIRLPOOL PUMP
Our commercial quality pump is the heart of your whirlpool system. The pump is
positioned on a specially designed cantilevered mounting base. It helps isolate
and dampen vibration and noise, adding to your comfort and pleasure.
PATENTED WHIRLPOOL JETS
Pearl Whirlpool Bathtubs are not ordinary jetted tubs. Jet location in our tubs is
designed to give you the very best in whirlpool bathing. The nozzle is
directionally adjustable and turns over a 30° range. Fig. 1.
AIR VOLUME CONTROLS
Each jet is moving approximately 30 gallons of water per minute. The more air that is
introduced into the flow of water, the deeper the massage. The amount of air is
regulated by the air control knobs. Two air controls, (as shown in fig. 2) are located
inside the tub. One knob controls a single jet. The other controls one or two whirlpool
jets, depending on your model. Do not fill the tub above the air controls or overflow.
PATENTED SAFETY SUCTION RETURN SYSTEM
This fitting allows water to return from the tub to the pump. The protective
louvered screen prevents foreign objects from entering the pump. Do not use
the whirlpool bath if protective cover is missing. Do not remove the
protective louvered cover (fig. 3). Keep the cover of the return fitting clean. An
obstructed cover reduces the whirlpool action and may cause damage to the
pump. To clean, remove any hair or debris and wash cover with a soft brush and
soap. If blockage occurs, such as a foot, or hand too close to the return fitting,
the pump instantly disengages and stops the whirlpool action until the
obstruction is removed. Please do not be alarmed. This is a safety feature
designed for your protection.
5
Manifold 2
Electronic box
(Chromotherapy light)
Blower 2
Whirlpool Pump 1
Chromotherapy
Light
Air Control 1
Safety Suction 1
Whirlpool Jet 1
Water Heater 1
Cable Operated
Drain and Overflow
Chromotherapy
Control
Air Switch 1-2
Air Injectors 2
2X
Overflow
OPEN
CLOSED
OPEN
CLOSED
Air Volume
Control
Air Volume
Control
Fig. 2
Fig. 3
Fig. 1