Watermill Osprey II Series User manual

POWER SHOWERS
Models 4500M 5002M
4500T 5002T
II
Performance Shower Products
CUSTOMER SERVICE HELPLINE:
01883 730339

CONTENTS
PLEASE READ THESE INSTRUCTIONS CAREFULLY:
This booklet covers all models in the range;
ensure you follow the appropriate sections for each model,
ie. manual or thermostatic, mains electric supply or low voltage.
PAGE
1. GENERAL 1
2. IMPORTANT INSTRUCTIONS 1
3. POSITIONING THE SHOWER 1
4. INSTALLATION – Manual Model 2
5. WATER CONNECTIONS – Manual Model 3
6. INSTALLATION – Thermostatic Model 4
7. WATER CONNECTIONS – Thermostatic Model 4
8. ELECTRICAL CONNECTIONS 6
9. ELECTRICAL CONNECTIONS – Low Voltage Model 6
10. INSTALLING RISER RAIL 7
11. BEFORE USING – Manual Model 9
12. BEFORE USING – Thermostatic Model 10
13. OPERATING YOUR NEW SHOWER – Manual Model 12
14. OPERATING YOUR NEW SHOWER – Thermostatic Model 12
15. SERVICING 12
16. FAULT FINDING 13
17. TECHNICAL DATA 13

Your Osprey Power Shower has been designed, manufactured and carefully tested, in
England.
If correctly installed and not misused, it will give many years of reliable service.
To ensure satisfactory operation, we ask that you read the instructions before
commencing installation. Then carry out, in sequence, each step as described.
The Important Instructions MUST be followed, otherwise the shower will be
damaged and your guarantee may be invalidated.
20 Minute Rating
Your shower is fitted with an auto resetting safety thermal cut-out. If it is left running
for over 20 minutes, the thermal cut-out may switch off. The thermal cut-out will
automatically turn on again when the motor has cooled down.
1. WARNING – The cold water must be connected to the top inlet valve. The hot
water must be connected to the bottom inlet. Incorrect connection will prevent
correct operation of the system.
2. Do not connect to mains water pressure. The Osprey power shower cannot be
used with combination boilers.
3. A minumum supply head of 1 metre is required. The water level in the cold
water storage tank should be 1 metre above the unit.
4. Do not use any jointing compounds such as Boss White. Abrasive compounds
will block the control valve and also damage the pump seal.
5. Solder Flux must not be allowed to come into contact with any of the plastic
parts. Flux will seriously damage the plastic.
6. Solder Do not solder pipes, etc near to the unit as excessive heat will melt the
plastic parts.
7. Flush out pipework Before connecting the water pipes, thoroughly flush out all
new pipework.
8. Flat Surface Mounting The base must be mounted on a flat surface,
otherwise the unit will be distorted and the cover and control knob will not fit
correctly.
9. Do not run unit dry Both the hot and cold water supply must be connected and
working before switching on electricity and operating the power shower.
1. GENERAL
2. IMPORTANT INSTRUCTIONS
3. POSITIONING THE SHOWER
1
Locate the best position for the unit and the riser rail ensuring that the shower
outlet is placed to give the best shower effect; usually the centre of the shower
cubicle wall or end wall of the “bath/shower”.

It can be mounted directly on the surface or semi
recessed with concealed pipes. See Fig 1. Whichever
method is used it is essential that the mounting surface
is absolutely flat, otherwise the base will distort causing
difficulty in fitting the cover and control knob.
Surface Mounting
Using the template supplied with the installation
instructions showing the three mounting hole positions,
drill 3 holes 6.5mm diameter, 45mm (13/4”) deep to
accept the rawlplugs.
First screw, part way in, the 2 top mounting screws while the 3rd (bottom)
screw is inserted. After completing installation of the mounting screws, screw firmly
into place. See Fig 2.
Recessed Mounting
Using the “Recessed” template outlined in black.
The unit can be recessed to a depth of 40mm (15/8”).
It is recommended that a plywood
base 10–12mm thick be cut to the shape
of the outline and mounted on the wall
behind this, to give a flat mounting base.
There must be a clearance of
1–2mm around the edge of the base unit
increasing to 10mm at the air intakes
when recessing into the wall.
Cavity Wall Mounting
For mounting onto cavity walls, it may be
necessary to use appropriate screws and
retainers available from your supplier.
It will normally be placed to the left side of the riser rail, to allow free
movement of the shower hose and handset.
Be sure to study the positioning and dimensions before commencing
installation.
1. Can the handset be adjusted to suit the whole family?
2. Can all members of the family reach the temperature control knob and push
button?
3. Will the shower head spray into the shower or bath – not onto the floor?
NOTE: Protect from freezing temperatures.
2
4. INSTALLATION – Manual Model
Fig. 1
Fig. 2
C
H

IMPORTANT
The Osprey power shower does not heat water. It is
designed for use with vented gravity systems only.
Do not connect to mains water pressure. Not
suitable for use with combination boilers.
The Osprey power shower requires a source of gravity
fed hot and cold water from a common cold water
storage cistern and a hot water storage cylinder.
The cold water cistern should be about 1 metre (3 feet) above the inlet valve
connections.
The shower handset outlet does not have to be below the cold water
storage level.
The maximum recommended hot water temperature is 60°C, to BS6700 1997.
IMPORTANT
The hot supply must be connected to the bottom
inlet and the cold supply to the top inlet.
The Osprey power shower can be connected via
the either the side entry or back entry. To gain access
for back entry the access panel must be removed, cut
with a trimming knife as shown in Fig 3.
Side Entry
Measure and cut pipes to correct length, place pipe
entry covers, nut and olive, before inserting pipes. Do
not overtighten nut. See
Fig 4A.
Back Entry
Having removed back
access panel, carefully
measure and cut pipes
to fit as shown in Fig 4,
B & C. For ease of back
access installation, the
use of John Guest stem
elbow, part number
PKM221515W, is
recommended. Place solid pipe entry covers to blank
off side entry pipe access in base.
Bath Connections
A convenient method of connecting to the water supply
is joining into the bath supply pipes as shown in Fig 5.
5. WATER CONNECTIONS – Manual Model
Fig. 3
Fig. 4
A
B
C
Fig.5
3

This is normally quite straightforward using 15mm copper pipes. It is important to
ensure, at this stage, that the cold supply to the bath tap is tank fed and not
connected directly to the water mains.
6. INSTALLATION – Thermostatic Model
Your shower can be mounted directly onto the surface or
semi recessed with concealed pipes. See Fig 6. Whichever
method is used it is essential that the mounting surface is
absolutely flat, otherwise the base will distort causing
difficulty in fitting the cover and control knob.
Surface Mounting
Using the template supplied with the installation
instructions showing the three mounting hole positions,
drill 3 holes 6.5mm diameter, 45mm (13/4”) deep to
accept the rawlplugs.
Before screwing the unit into place, connect the electric cable, see Section 6
Electrical Connections. Also complete pipework if the back access is to be used.
First screw, part way in, the 2 top mounting screws while the 3rd (bottom)
screw is inserted. After completing installation of the mounting screws, screw firmly
into place. See Fig 7.
Recessed Mounting
Using the “Recessed” template outlined in blue.
The unit can be recessed to a depth of
40mm (15/8”).
It is recommended that a plywood
base 10–12mm thick be cut to the shape
of the outline and mounted on the wall
behind this, to give a flat mounting base.
There must be a clearance of
1–2mm around the edge of the base unit
increasing to 10mm at their air intakes
when recessing into the wall.
Cavity Wall Mounting. For mounting onto cavity walls, it may be necessary to use
appropriate screws and retainers available from your supplier.
Fig. 6
Fig. 7
C
H
7. WATER CONNECTIONS – Thermostatic Model
IMPORTANT
The Osprey power shower does not heat water. It is designed for use with vented
gravity systems only. Do not connect to mains water pressure. Not suitable for use
with combination boilers.
4

The Osprey power shower requires a source of
gravity fed hot and cold water from a cold water
storage cistern and a hot water storage cylinder.
The bottom of the cold water cistern should be
about 1 metre (3 feet) above the inlet valve
connections.
The shower handset outlet does not have to be
below the cold water storage level.
The maximum recommended hot water
temperature is 60°C.
IMPORTANT
The hot supply must be connected to the bottom inlet
and the cold supply to the top inlet.
The Osprey power shower can be connected via the
side entry or back entry. To gain access for back entry the
access panel must be removed, cut with a knife as shown
in Fig 8.
Side Entry
Measure and cut pipes, using a pipe cutter, not a
hacksaw, to correct length, place pipe entry covers
on pipes and push firmly into “push fit” connection,
the pipe must be inserted at least 26mm (1”) into
the connector. See Fig 9A.
Back Entry
Having removed back access panel, carefully
measure and cut
pipes to fit as shown
in Fig 9, B & C. For
ease of back access
installation, the use of John Guest stem elbow, part
number PKM221515W, is recommended.
Bath Connections
A convenient method of connecting to the water
supply is joining into the bath supply pipes as shown
in Fig 10.
This is normally quite straightforward using 15mm
copper pipes. It is important to ensure, at this stage,
that the cold supply to the bath tap is tank fed and
not connected directly to the water mains.
Fig. 8
A
B
C
Fig. 10
5
Fig. 9

THE OSPREY POWER SHOWER MUST BE CONNECTED TO EARTH
ELECTRICAL HAZARD IF NOT CORRECTLY EARTHED
Use 3 core cable, 0.5mm2area, double insulated. Access to the connecting
terminals must be made via the cable entry as shown in Fig 11.
Connect the brown wire to
terminal marked L.
Connect the blue wire to
terminal marked N.
Cut and strip 5mm of wire,
insert into terminal and secure with
screwdriver.
The earth wire must be stripped about 12mm, carefully insert into copper
wire securing washers; the nut and lock washer must then be firmly tightened.
Secure cable thoroughly with the cable restraint.
The Osprey power shower must be connected to a 230 Volt 50/60 Hz supply
with a switched spur fused at 3A. The switch must have a double pole disconnection
with a separation gap of at least 3mm.
Alternatively, a standard 13A plug (fused at 3A) can be used with a switched
13A socket.
Ensure compliance with I.E.E. Wiring Regulations (BS 7671). If in doubt, seek
professional advice or assistance from a qualified electrician.
In the interests of safety it is recommended that a residual current device
(RCD) be installed in the supply circuit.
8. ELECTRICAL CONNECTIONS
Fig. 11
6
9. ELECTRICAL CONNECTIONS – Low Voltage Model
THIS IS A LOW VOLTAGE INTEGRAL POWER SHOWER (USE TRANSFORMER). DO
NOT CONNECT DIRECTLY TO 240 VOLTS. ELECTRICAL HAZARD WILL RESULT AND
THE UNIT WILL BE IRREPARABLY DAMAGED.
The low voltage unit has added electrical protection via a safety isolating
transformer. The safety isolating transformer must be located outside the bathroom
or shower area. Do not locate 230 Volt connections, plugs or switches within the
“wet’ area.
The safety isolating transformer can be connected to a 230 Volt 50Hz supply
with a switched spur fused at 5A. The switch must have a double pole disconnection
with a separation gap of at least 3mm. Alternatively, a standard 13A plug (fused 5A)
can be used with a switched 13 Amp socket.
Ensure compliance with I.E.E. Wiring Regulations (BS 7671).

The 230 Volt cable must be double insulated 2 core cable of 0.5mm2area.
Observe colour coding as follows:
Connect BROWN to terminal L (Live)
Connect BLUE to terminal N (Neutral)
The low voltage leads from the transformer must be connected to the grey
push fit terminals marked T.T. (do not use a screwdriver). As the supply is AC the
leads can be connected either way around.
LOW VOLTAGE CABLE ENTRY
Surface Mounting – Pass the low voltage cable beside the cold water supply pipe;
pass through the hole in the pipe entry cover.
The cable can be secured by
using the 2 adhesive backed cable
clips. Position the clips at the top
corners of the shower base.
Recessed Mounting – Use the cable entry
as shown in Fig. 12. Secure the cable with
the cable restraint.
The installation kits are supplied with 5
metres of low voltage connecting lead. The connecting
leads between the pump and the isolating transformer can be
extended up to about 15 metres. Use 0.75mm2cable – do not use
brown/blue cable.
For normal operation of the shower, the transformer can be left permanently
switched on.
10. INSTALLING RISER RAIL
1. Remove riser rail bracket location collars with a
screwdriver, see Fig. 13.
2. To detach riser rail bracket covers from their brackets,
press screwdriver against locking tab, as shown in
Fig. 14, and push bracket out.
3. Move the position of the bottom bracket mounting
holes. If the wall is tiled apply adhesive tape to the
surface and mark the hole positions onto the tape,
see Fig. 15.
4. Measure the position of the top bracket mounting hole with a spirit level. This
should be 558mm above the lower mounting hole of the bottom bracket,
Fig. 16.
Fig. 13
7
Fig. 12
Fig. 8

5. Drill the holes, using a 6.5mm (1/4”) masonry bit.
On tiled surfaces, the applied adhesive
tape will help guide the drill bit, Fig. 17.
6. Using two of the wall plugs and the screws supplied,
attach bottom bracket to the wall, then slide on the
bracket cover, Fig. 18 and 19.
7. Depress the lock button on the shower handset
slider, Fig. 20, and locate it in the centre of the riser
rail. Slide on the upper and lower location collars and
the contrast colour discs, noting the correct
orientation shown in the insert views of Fig. 21.
8. Insert the lower end of the riser rail into the bottom bracket, locating its slot
over the tongue in the aperture and press down the collar and disc to snap
them home.
9. Using a screw, attach the top bracket through the central slot. Do not fully
tighten this screw, allowing for final positioning. Slide on bracket cover.
10. Insert upper end of riser rail into top bracket and press down on bracket cover
to determine a secure mounting, at the same time passing a screwdriver
through the large hole in the rail and through the bracket to locate the
mounting screw, which should now be tightened fully, Fig. 22. Finally clip home
the top bracket location collar with its contrast colour disc.
Fig. 14
Fig. 15 Fig. 16
Fig. 17
Fig. 18 Fig. 19
Fig. 20
8

11. The assembled riser rail will now
appear as in Fig. 23.
Fig . 21
Fig. 22
Fig. 23
DO NOT TURN ON ELECTRICITY SUPPLY OR INSTALL FRONT COVER.
1. Before connecting water pipes to the inlet
valve connections, flush out all new
pipework, otherwise the valve may
become clogged.
2. Filling the pump system with water:
With the water pipes connected and the
isolating valves (if installed) open:
a) Connect hose to pump outlet.
b) Let hose hang into shower tray or bath.
c) Position temperature control knob temporarily on shaft and set in mid
position, allowing water to flow for several minutes.
Check for leaks on supply pipe connections
DO NOT TURN ON ELECTRICITY SUPPLY UNTIL
FRONT COVER HAS BEEN INSTALLED.
PROCEED WITH COMPLETION OF INSTALLATION.
3. Screw handset onto shower hose and mount
into handset holder, as shown in Fig. 26. Note
the slot in the handset holder is tapered to
accept the conical connector on the hose.
4. Installing temperature control knob and flow
control knob.
Place temperature control knob onto valve
shaft, push fully home and secure with
retaining screw, and push screw cover into place.
Locate flow control knob and push firmly into place. See Fig. 25.
11. BEFORE USING – Manual Model
Fig. 25
9
Flow
control
Fig. 26
Fig. 24

12. BEFORE USING – Thermostatic Model
DO NOT TURN ON ELECTRICITY SUPPLY OR INSTALL FRONT COVER.
1. Before connecting water pipes to
the inlet valve connections, flush
out all new pipework, otherwise
the valve may become clogged.
2. Connect both hot and cold water
pipes, see Section 5.
3. Turn on hot and cold supply and
inspect connections for leaks.
4. Install front cover and secure with
2 retaining screws, see Fig. 27.
5. Locate temperature control knob,
but do not secure or fit screw cover at this time.
6. Installing flow control knob, Fig. 28
Locate flow control knob by revolving until “D” engages, then push into place.
Press flow control knob several times to ensure
on/off switch is working.
To remove flow control knob, grip centre
gently with pliers and pull.
7. Filling the pump system with water
aConnect shower hose to pump outlet.
bLet hose (without handset) hang into
shower tray or bath.
cPosition temperature control knob in mid
position.
Note: The movement of the temperature control can be quite firm as the
temperature setting is moved towards the actual shower water temperature. This
prevents accidental alteration.
dSet flow control to low (anti clockwise) position.
eTurn on electrical supply and if pump does not come on, switch on pump
by pushing flow control knob.
If pump does not come on by pressing the flow control knob, stop and check to
make sure all electrical connections are correct and electrical power is on.
fAllow pump to run for one or two minutes, water should start to flow within 30
seconds. The pump will be noisy until all air has cleared. Once water has
started to flow, the air will be cleared more quickly by increasing the flow rate
by turning the flow control clockwise.
If no water flows after the pump has been running for about 2 minutes, switch
off pump, check pipe connections and ensure both water supplies are turned on.
Fig. 27
Fig. 28
10

TURN OFF ELECTRICAL SUPPLY BEFORE REMOVING COVER.
8. Setting maximum shower temperature
aAfter thoroughly testing and running the shower to ensure the hot water supply
is up to maximum temperature, test shower maximum water temperature to
ensure that it is not too hot. The temperature “limit stop” as fitted is set to
give a maximum shower water temperature of 42°C ±1°C.
bIf a hotter shower water temperature is required, the maximum setting can be
re-set as follows:
i) Remove temperature control knob.
ii) Remove “limit stop” with screwdriver as shown
in Fig. 29.
iii) Using a sharp knife, cut off one segment of
the limit stop as shown in Fig. 30.
iv) Replace temperature “limit stop” into control
knob as shown in Fig. 31, making sure
to locate to the right hand side of the barrier,
with the cutting guides facing upwards, but not
into the knob. The “limit stop” will easily fit
back into place, if not it is the wrong way
round.
cThe desired maximum shower water
temperature can be set by altering the “limit
stop” size to suit.
9. Proceed with completion of installation.
Screw handset onto shower hose and mount
into handset holder, as shown in Fig 32. Note
the slot in the handset holder is tapered to
accept the conical connector on the hose.
Fig. 29
Fig. 30
Fig. 32
Fig. 31
11

13. OPERATING YOUR NEW SHOWER – Manual Model
Ensure that electric and water supplies are turned on.
Turn on the shower by turning the temperature control knob anti-clockwise.
Adjust temperature as required. Flow rate can be varied by adjusting the flow control
knob.
Turn off the shower by turning the temperature control knob fully clockwise.
There is no need to adjust the flow control when turning off the shower.
14. OPERATING YOUR NEW OSPREY –
Thermostatic Model
Ensure electricity and both hot and cold water supplies are turned on. Turn on the
shower by pushing on/off flow control knob.
Adjust temperature and flow rate as desired.
To turn off, push on/off flow control knob.
The temperature control is independent of the on/off flow control and can be
left in the selected temperature position until the next time the shower is used.
There is no need to set to cold position.
The first time the shower is used there may be some residual air in the
system. This may cause uneven flow, spitting from the shower handset and unusual
noise from the pump. This should clear quickly and disappear with further use.
Note: If the water flow stops but the pump continues to run, switch off immediately.
Refer to Fault Finding Section 11, paragraph C.
15. SERVICING
The most common cause of poor shower performance is blockage of the handset
spray plate holes. They are usually blocked by dirt or limescale deposits, which is
more common in hardwater areas. Regular cleaning and descaling is recommended.
To maintain a good flow and spray pattern the handset should be cleaned
regularly. In hard water areas it should also be descaled dependent upon the rate of
scale build up.
The surfaces of the cabinet, hose, riser rail and handset should be cleaned
with a non abrasive cleaner only.
12

13
16. FAULT FINDING
A PUMP DOES NOT RUN
1. Check mains wired correctly and switched on – fuse 3 Amps correct and operable.
2. Check electrical connections.
B WATER DOES NOT FLOW
1. Check that all supply valves (including isolating valves) are turned on.
2. Check cold and hot water are connected to the correct inlet control valve.
C PUMP STOPS – water flow reduces
1. An automatic anti-scald system is fitted. If, for any reason, the shower water
temperature starts to exceed the scald temperature, the pump will be switched
off, until the water temperature is corrected.
To correct, adjust temperature control knob clockwise to reduce shower water
temperature.
2. The motor is fitted with a thermal cutout. Should the pump be run for an
excessive period, it will cut out. When the motor cools it will self-reset.
D POOR WATER FLOW
Clean handset spray plate.
ECUSTOMER SERVICE HELPLINE
For advice during installation or assistance with any problems,
contact the Customer Service Helpline on: 01883 730339.
WATERMILL PRODUCTS LTD
FAIRVIEW INDUSTRIAL ESTATE, HOLLAND ROAD, HURST GREEN, OXTED, SURREY, ENGLAND RH8 9BD
TEL: [phone] FAX: [phone]
e-mail: [e-mail] website: www.watermill-showers.co.uk
Printed in England
CUSTOMER SERVICE HELPLINE: 01883 730339
17. TECHNICAL DATA
lMains Voltage Types Low Voltage Types
ELECTRICAL
Volts/Phase/Frequency 230/1/50
Transformer Input 230/1/50
Transformer Output 32/1/50
Current 0.8A 0.85A (TX Primar y)
Power Consumption 130W 165W
Rating 20 min on 60 min off 20 min on 60 min off
Motor Universal Universal
MECHANICAL
Inlet Head (min-max) 1-10m 1-10m
Max Developed Pump Head 14m 13m
Max Working Pressure 2.5bar 2.5bar
DIMENSIONS
Width 265 265
Height 225 225
Depth Surface Mounted 97 97
Depth Recessed 57 57

GUARANTEE OF CORRECT INSTALLATION
NOTE TO CUSTOMER
Your Watermill Shower will only work properly if it has been installed correctly. Ask your installer to
complete the following check list, ensuring it is signed and dated.
NOTE TO INSTALLER
While you are installing this shower tick the following “important instructions” to confirm to both
yourself and your customer this shower has been correctly installed.
If you need assistance please contact Watermill on the Service Helpline 01883 730339.
The shower must be installed in line with current water regulations and I.E.E. Regulations.
When the installation is completed please sign and date the Guarantee of Correct Installation and
then pass to customer to keep.
IMPORTANT INSTRUCTIONS
1. Do not connect shower to water mains pressure. The shower cannot be used
with combination boilers.
2. The shower must have a supply head of at least 1 metre. The height from the
top of the water in the cold water storage tank must be at least 1 metre
above the inlet to the shower.
3. a) Do not use any jointing compounds, abrasive compounds will cause seal to leak.
b) When making pipe joints do NOT allow ANY solder flux to come in contact
with plastic parts of the shower. The plastic will be corroded and cause
serious leaks.
4. Complete all pipework before making electrical connections.
5. After completing installation, the whole system must be thoroughly tested,
operating both hot and cold at full flow. Also check water temperature
stability. Then thoroughly check each connection is tight and not leaking.
6. Maximum hot water temperature must not exceed 60˚C (130˚F). The hot
water supply to the shower must NOT be connected to the hot water cylinder
expansion pipe.
7. Please ensure that the installer has explained the correct operation of
the shower.
Signed: Date:
Company:
If the shower installation does not conform to these instructions, the shower guarantee may be
invalidated and the cost of any “on site” visits by the Watermill Service Department will be
charged for.
WATERMILL PRODUCTS LTD
FAIRVIEW INDUSTRIAL ESTATE, HOLLAND ROAD, HURST GREEN, OXTED, SURREY RH8 9BD
CUSTOMER SERVICE HELPLINE TEL: [phone]
ML 311 3/05 Printed in England
14

INSTALLER/CUSTOMER – Please complete this and retain it. Product: Model Number: Address Date Purchased: Date Installed: Installer Name: Tel. No:
CUSTOMER SERVICE HELPLINE: 01883 730339
WATERMILL PRODUCTS LTD
WATERMILL HOUSE, FAIRVIEW INDUSTRIAL ESTATE, HOLLAND ROAD, HURST GREEN, OXTED, SURREY RH8 9BD
WATERMILL PRODUCTS LTD WATERMILL HOUSE, FAIRVIEW INDUSTRIAL ESTATE, HOLLAND ROAD, HURST GREEN, OXTED, SURREY RH8 9BD
Name: Address: Model No: Place of Purchase: Date Installed:
GUARANTEE REGISTRATION Please complete and return this portion of the card, retaining the other part for your future reference. Completing this card does not affect your statutory rights.

WATERMILL GUARANTEE
Watermill guarantee the parts and workmanship of this pump for a period of two years from the date of the initial installation (proof of purchase and dates will be required).
This guarantee is limited to product repair or replacement only.
Damage caused by solder flux on plastic moulded parts, seals overheated by dry running or any damage resulting from faulty
installation is not covered by the guarantee. The integrity of the connections of the pump to the water supply and the shower system is the responsibility of the installer. Any correction or repair costs are specifically excluded from this guarantee. The conditions of this guarantee do not and will not affect your statutory rights,
Customer Services Department Watermill Products Limited Watermill House
Fairview Industrial Estate Holland Road Hurst Green Oxted Surrey RH8 9BD
Affix
Stamp
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