Pegasus Whirlpool Baths™

Pegasus Microjet Whirlpool Kit Fitting Instructions

Above: The finished pipework should look like this - note the constant downward slope and the use of the cable ties.

Note when the back of the bath has a slope greater than the sides, the jets will point up. Therefore, the back jets are always placed lower in the bath so that they give a massage lower down and do not break water when no-one is in the bath.

The Pegasus Whirlpool system has been designed to be able to fit to any bath without putting any stress on the bath whatsoever. Jets can be placed to give the customer both cosmetic appeal and maximum hydromassage. To achieve this jets will usually be located laterally within 1.5” of the desired position, even when up against obstructions such as bath legs - something which can not be achieved with conventional whirlpool systems without placing alot of stress on the bath or modifying the manufacturers legs.

Tools required: Electric drill; Holesaws 44mm, 35mm and 27mm; round file; screwdrivers, adjustable spanner & silicone gun

Important Notes
To ensure that you get the best out of your whirlpool system, please take the time to read these instructions fully before attempting to start to fit the kit.
NB The Pegasus fitting tool ( definitely needed for in-situ conversions) is available at GBP 10.00 Plus VAT
When gluing pipe to venturi and manifolds be sure that only the exterior surface of the plastics are glued and not the pipework. Take care not to allow glue to get into the interior surfaces or the pipework as this will seriously reduce the performance of the whirlpool system.
When fitting the pump fixing bracket to baseboard of bath be sure to check the length of the screws. The screws supplied are for 3/4" thick encapsulated baseboards

Basic outline of fitting Procedure
1. Check the bath for damage and defects.
2. Fit Legs & pump to bath using Fixing Bracket and screws.
3. Determine Position of Jets, Suction & Controls taking care to look for obstructions.
4. Determine the position of the On/Off button and Air control. Ideally the Air control needs to be mounted on a corner of the bath to allow the pipes to be fitted easily.
5. Drill the holes - Slowly and Carefully.
6. Install all the fittings onto the bath.
7. Connect the pipework between the manifolds and venturi ensuring that all fittings are cleaned with MEK and that glue is only applied to the external surfaces of the Manifolds and Venturi - Not to the inside of the pipe or venturi. Ensure pipes are connected to the correct manifolds. NB when gluing the rigid suction pipe, joints can be glued on both surfaces to ensure adhesion.
8. Watertest the finished product before final installation of the bath.

If you have any doubts about any aspect of fitting this system to any bath, ring our installation support line 01633 244555 before you start - We are there to help you get it right - first time.

1. Checking the bath for damage - before drilling!
i) Carefully remove the manufacturer’s wrapping and any cautionary labels from the bath.
ii) Corners not cracked or broken.
iii) Check that the lip of the bath has been cut cleanly and is not chipped.
iv) Rub the bath over with a dirty, wet duster looking carefully at places where the dust collects in lines. Determine if these lines are scratches which can be easily polished out, or worse, cracks caused by transit damage.
v) Check that the waste hole is central in the recess.
vi) Check that the tapholes are correct.
vii) Check that the bath is true and not warped.
viii) Check that all the legs and fixing brackets are present - including screws.

2. Fixing the legs and the pump to the bath
i) Read through the manufacturer’s installation instructions for the bath.
ii) Place a dust sheet on a table turn the bath upside down on this sheet and fit the legs and feet to the bath carefully following the manu facturer’s instructions. Leave the bath upside down on the sheet and;
iii) Assemble the threaded bar to the Pump Mounting Plate and Pumpstand using the nuts provided.
iv) Assemble the pump to to baseplate using the four nuts and bolts provided.
v) Assemble the outlet mainfold and the suction inlet to the pump using the special fixing brackets provided.
vi) Offer the pump up to the bath (still-upside-down) and find a position where the pump is central and within the confindes of the bath. Be careful to take into account the length of the outlet mainfold and any wooden panels which may be subsequently fitted to the bath.
vii) Secure the pump and bracket to the bath using the five screws provided.
Important: The screws have been designed to secure the Pumpstand to basebords with a thickness of 3/4” - check the length of the screws against the thickness of the basebord before attemting to fix the pump stand to the baseboard. A good guide to the thickness of the basebord is the length of the screws supplied to fix the legs to the bath! - if in doubt use shorter screws. Under no circumstances attempt to fit the Pumpstand to a bath manufactured from GRP - GRP Baths do not have baseboards.

3. Determine the position of Jets, Suction and controls.
i) The number of jets to be fitted and the shape of the bath will usually determine the jet positions.
ii) Jets are normally spaced equally along each side of the bath with two at each end but can be fitted on any flat surface.
iii) Ensure positions chosen allow sufficent room for the Venturi (watch out for bath support legs) and that the Venturi will not interfere with the siting of the pump.
iv) The suction is best fitted toward the foot end of the bath ( away from the seat area). See Fig. I.
v) The difference in height between the jets and suction fitting is important to ensure that the maximum amount of water drains from the system after use. See Fig. 1.
vi) The suction is the lowest fitting in the bath and should be placed as low as possible on a flat surface. See Fig. 2.
vii) The centre line of the jets should be 60mm. above the centre line of the suction. See Fig.1.
viii) Note that the water level will be some 35mm. above the centre line of the jets. Check that the water level will be below the overflow. See Fig. 1.
ix) Mark all the positions with a felt-tip pen.

4. Position the height of the Pump.
i) The centre line of the pump suction must be 15mm. below the centre line of the jets See Fig.1.
ii) If the pump is too high, it will not prime. Too low and it will not drain when the bath is emptied. Remember that the water hose is to be connected to the water manifold. See Fig.1

5. Position the On/Off Button and Air Control.
i) The on/off button and air control should be fitted to the top surface of the bath.
ii) Check that there is enough space underneath the proposed location of the On/Off and Air loop for the backnut and air manifold to seat properly seat on the underside of the bath. Remember that the air hose is to be connected to the manifold. See Fig. 3. Important : - Always allow for access to the controls, especially the On/Off control

6. Drill the Holes.
i) Before drilling the holes, re-check all positions, ensure that the bath legs, panel, pump, fixing battens, etc. will not obstruct fittings or indented hose runs.
ii) Using a 27mm. hole cutter, drill the holes for the jets from the inside of the bath, Use a 44mm for the on/off controls and a 35mm for the safety air loop. Take care to prevent the drill from slipping. Important-Safety: Always point the drill away from the body when drilling holes - never drill towards your body.
iii) Back file the holes with a small round handfile to clear any burrs and unevenness left by drilling the hole. iv) Clean off the excess pen marks and dust using a tissue dampened with meths. Pay particular attention to clean immaculately around the holes as dust may hinder the effectiveness of siliconing the wall fittings to the bath!

7. Installing the whirlpool fittings onto the bath.
i) Using the fixing tool, fit the Venturi to the bath with the pipes at 45 degrees approximately above horizontal pointing towards the pump, ensure the make-up washer is in position and tighten wall fitting into Venturi. Important Note: - do not overtighten as damage to the venturi could result
ii) Repeat the above operation for the remaining wall fittings.
iii) (The wall fitting with two holes in the face is the suction wall fitting.)
iv) Clean off any excess sealant.
v) Install the air manifolds onto the air loop via the non-return valve provided. Take care that the air loop allows the air to pass through to the manifold. The use of screws and silicone ensure easy removal in the event of a failure of materials or parts.

8. Install Suction Elbow and Hose.
i) Place a bead of clear sealant around the shoulder of the suction wall fitting and the flange of the suction elbow. Using the key from the Clear water fixing tool, assemble the suction fitting. Important Note: do not overtighten.
ii) Measure and cut to length the suction Pipe and glue to the suction elbow and pump elbow using a recommended adhesive iii) Clean off any excess sealant.

9. Connect Water and Air Hoses to Manifolds.
i) Starting at the jet closest to the pump, measure the length of water and air hose required to connect the Venturi to the water and air manifolds. Glue the hose to the Venturi using a recommended adhesive. Important Note: - only glue the exterior of the Venturi - not the inside of the hose!
ii) Hose should be taut but not stretched and with a fall either to Venturi or pump without sagging.
iii) Ensure water hose is connected to pump manifold and air hose to air manifold.
iv) Fit the air pipe from the lowest exit of the air manifold to a back jet to ensure drainage of the air manifold after use.

10. Fix Drain Line.
i) Cut the drain line to length
ii) Fit it to the pump using tubing nuts and olives provided. See Fig. 6.
iii) Cut the tube to length and secure the loose end to the suction elbow

11. Fit Suction Cover.
i) Secure the suction cover to the wall fitting using the two screws provided.

12. Connect On/Off Button to Pump and blower.
i) Push 3mm. bore clear hose onto the on/off buttons and and to switches in terminal box and blower control box. Important Note: - Do not allow pump to run without water in the pump as costly damage may occur. The blower may be run without water in the bath and this may be used to good advantage to dry the pipes for a few minutes after the bath has emptied.

(1) Most baths nowadays are moulded from Acrylic which is then back sprayed with chopped strands of GRP to reinforce the acrylic and give it strength. A length of chipboard is then stuck to the base to further increase the strength of the bath. This baseboard may be encapsulated by a further coating of chopped GRP. If in doubt as the material of the bath look carefully in the overflow and you should see a good 3 or 4mm thickness of acrylic with a nominal 2-3mm of acrylic reinforcing. If in doubt contact us before fixing

In accordance with our policy of continual product improvement, we reserve the right to amend product specifications without prior notice.