Access to components of whirlpool bath and air bubbler tub systems

1. A method of accessing an electrical system component of a hydromassage bathtub including a sidewall, a deck, and an access opening in one of the sidewall and the deck, the sidewall forming an inside surface of the bathtub which is the bathside configured for holding water therein, and an outside surface of the bathtub on the opposite side of the sidewall from the inside surface, and the deck comprises an extension of the sidewall such that an upwardly facing surface of the deck forms part of the inside surface of the bathtub and a downwardly facing surface of the deck forms part of the outside surface of the bathtub, a fixture secured to the outside surface of the bathtub proximate the access opening, a removable plate configured to cover the access opening, and a system component removably mounted on the fixture, comprising:

(a) removing the plate from the access opening;

(b) disengaging the system component from the fixture; and

then (c) drawing the system component through the access opening into the inside of the bathtub,

(d) servicing the system component;

(e) inserting the system component back through the access opening;

(f) replacing the system component on the fixture; and

then (g) replacing the plate, wherein the removable plate is fastened and unfastened to an underlying portion of the fixture in steps (g) and (a), respectively, and wherein the access opening is located in the sidewall and the removable plate further comprises a watertight seal, and the mounting fixture in combination with the sidewall forms a pair of grooves along opposite sides of the access opening, which grooves are configured for sliding insertion and removal of a pair of projections on the system component in steps (b) and (f).

2. The method of claim 1 , wherein the grooves extend beyond the access opening to form a retaining portion in which the projections of the system component are mechanically engaged to mount the system component on the fixture.

3. The method of claim 1 wherein the system component is at least one of a control box, a junction box, a pump, a motor, a blower, a switch, a transformer, an electronic control, and an electrical wiring harness.

4. A hydromassage bathtub including a sidewall, a deck, and an access opening in one of the sidewall and the deck, the sidewall forming an inside surface of the bathtub which is the bathside configured for holding water therein, and an outside surface of the bathtub on the opposite side of the sidewall from the inside surface, and the deck comprises an extension of the sidewall such that an upwardly facing surface of the deck forms part of the inside surface of the bathtub and a downwardly facing surface of the deck forms part of the outside surface of the bathtub;

a mounting fixture comprising a strip secured to the outside surface of the bathtub proximate but laterally offset from the access opening so that the access opening is not substantially obstructed by the mounting fixture;

a removable plate configured to cover the access opening and create a watertight seal over the access opening, which plate can be removed from the inside of the bathtub; and

at least one electrically powered hydromassage bathtub system component removably mounted on the fixture at a position to one side of the access opening, leaving the access opening substantially uncovered by the system component, whereby, upon removal of the plate, the system component can be removed from the fixture by accessing it through the access opening and then drawing it through the access opening into the inside of the bathtub.

5. The bathtub of claim 4 , wherein the access opening is rectangular and the fixture comprises a pair of strips in face to face contact with the outer surface of the bathtub on opposite sides of the access opening.

6. The bathtub of claim 4 , wherein the system component includes a control box, and the fixture includes a strip extending laterally below the access opening having the control box secured thereto.

7. The bathtub of claim 4 , wherein the access opening is rectangular and the system component has a width which is less than the width of the access opening.

8. The bathtub of claim 4 , wherein the system component is one of a control box, a junction box, a pump, a motor, a blower, a switch, a transformer, and an electronic control.

9. The hydromassage bathtub of claim 4 , wherein the system component comprises a control box and a junction box mounted on the fixture side by side.

10. The hydromassage bathtub of claim 4 , further comprising means for securing the fixture to the outside wall of the bathtub.

11. A hydromassage bathtub including a sidewall, a deck, and an access opening in one of the sidewall and the deck, the sidewall forming an inside surface of the bathtub which is the bathside configured for holding water therein, and an outside surface of the bathtub on the opposite side of the sidewall from the inside surface, and the deck comprises an extension of the sidewall such that an upwardly facing surface of the deck forms part of the inside surface of the bathtub and a downwardly facing surface of the deck forms part of the outside surface of the bathtub;

a mounting fixture comprising a strip secured to the outside surface of the bathtub proximate but laterally offset from the access opening so that the access opening is not substantially obstructed by the mounting fixture;

a removable plate configured to cover the access opening and create a watertight seal over the access opening, which plate can be removed from the inside of the bathtub; and

at least one electrically powered hydromassage bathtub system component removably mounted on the fixture at a position to one side of the access opening, leaving the access opening substantially uncovered by the system component, whereby, upon removal of the plate, the system component can be removed from the fixture by accessing it through the access opening and then drawing it through the access opening into the inside of the bathtub, wherein the removable plate further comprises a watertight seal, and the mounting fixture in combination with the sidewall forms a pair of grooves along opposite sides of the access opening, which grooves are configured for sliding insertion and removal of a pair of projections on the system component.

12. The hydromassage bathtub of claim 11 , wherein the grooves extend beyond the access opening to form a retaining portion in which the projections of the system component are mechanically engaged to mount the system component on the fixture.