Roper Rhodes Event-Click SV3114 Parts list manual

EVENT-CLICK - SV3114
Push Button Control Shower Valve
Installation & Aftercare Instructions
Retain for future reference REF: RRCLICKAR.09.18 | V1

INTRODUCTION
OPERATING CONDITIONS OF USE AND COMPLIANCE
Thank you for choosing this Roper Rhodes product. This guide covers the installation and
commissioning of the shower valve.
This shower valve must be installed in accordance with the Water Supply (Water Fittings) Regulations
1999. We recommend this product should only be fitted by a qualified plumber.
Before installation the operating conditions of use must be checked. The table below contains
details of the necessary conditions of operation. This valve is suitable for high pressure (BS1111)
operating conditions. Valves cannot operate effectively where a hot or cold pressure system crosses
the boundaries of the two ranges. In addition the maximum ratio of unbalanced hot and cold water
pressures for the valves to operate effectively is 2:1. Hot or cold pressure must be reduced or boosted
so as to work within the required range.
These shower valves are suitable for use with all water supply systems up to a maximum of 5.0 Bar.
Operating pressures above 5.0 Bar will require the installation of pressure reducing valves.
The valve must be installed so that it is readily accessible for commissioning and maintenance. The
valve is supplied with isolation valves on both the hot and cold inlets so as to allow the valve to be
commissioned and tested correctly. The valve is fitted with integral check valve cartridges which
command the water supply, therefore the thermostatic valve is protected against cross-flow due to
unbalanced line pressures as required by the Water Supply (Water Fittings) Regulations 1999.
MAX STATIC BAR
FLOW PRESSURE (BAR)
HOT & COLD
HOT SUPPLY (OC)
COLD SUPPLY (OC)
MIXED WATER (OC)
5 BAR
0.1 - 5.0
55 - 65
MAX 25
MAX 44
HIGH PRESSURE BS1111

WHATS IN THE BOX
Before installation please ensure all components are present. The following illustrations can be used as
a guide and used for reference during installation.
Installation Frame x 1
Flexible Hoses x 4
Cover Plate Assembly x 1
1 x spare outlet button
Valve Assembly x 1
Handle Assembly x 1
1 x chrome centre dial
1 x white centre dial
Fixing Spanner x 1
Fixing Screws x 4
Isolation Valves x 2
(assembled to installation frame)
Zip Tie x 1
Hose Labels x 4
Tile Guide x 1

VALVE INSTALLATION
1. This valve is designed to be installed in stud constructions using timber that is a minimum of 89mm
deep. The centre point between the two studs will be the final position of the valve. To ensure successful
installation, the frame needs to fit correctly between the two studs without deforming the frame. If
necessary use spacers to create the correct fit.
When fitting the installation frame, keep the tile guide assembled as this will ensure that the frame does
not warp or bend during installation.
2. Position the installation frame between the two vertical stud timbers at a suitable height for its final
installation position. The front of the frame and the front of the timber stud should be flush (Figure 1).
Use a spirit level placed on the tiling guide to make sure the installation frame is level both front to back
and left to right. Once level remove the tile guide and keep the fixing screws safe for later steps.
approx. 365mm internal distance
Most problems associated with the operation of thermostatic shower valves are caused by debris in the
new pipe work getting into the thermostat. These problems are easily avoided by thoroughly flushing
the pipe work BEFORE the valve is fitted. Failure to do so may invalidate your guarantee.
Figure 1

3. Install the supply pipework to the isolation valve and the brass manifolds. The hot water feed should
be installed into the left hand manifold and the cold water feed to the right hand manifold. Ensure the
isolation valves are mounted so that they will be visible and accessible for later stages (Figure 2).
4.With the water inlet supplies installed, install outlet pipework using suitable plumbing fittings. Outlet 1
is intended to be used for shower handset options below the valve, with Outlet 2 intended for use with
overhead showers.
Note: If using this valve with a bath filling option, this needs to be connected to Outlet 2. See Step 15 for
a guide on swapping control buttons over.
Figure 2
Brass Manifold
Isolation Valve
H
C
Figure 3
OUTLET 1
These fittings are used with the flexible hoses
to connect the valve to inlets and outlets
OUTLET 2
H C

5. Connect the four flexible hoses to the manifolds - ensure that each hose has a rubber washer
inserted at each end to create a watertight seal. Once connected, label each hose with the
corresponding inlet / outlet - this will help easily identify which hose is which during later installation
stages.
6. At this point it is critical that leak tests are performed. Connect the valve body to the flexible hoses
- the hot and cold inlets are marked with red and blue paint on the valve. Turn on the water supply and
test the system for leaks. Push the buttons for Outlet 1 and 2 and check all connections are fully sealed.
HOT
COLD
OUTLET 1 OUTLET 2
Figure 4
Figure 5

7. Once satisfied that there are no leaks, turn the water supply off and disconnect the valve from the
flexible hoses. Before installing plasterboard and tiles, use the zip tie provided to tie the ends of the hoses
together to make them easier to access later.
You are now ready to apply the nal
nished surface.
8. Reattach the tile guide using
the fixing screws. Cut a hole in the
plasterboard using the tile guide to
determine position and sizing.
Tip: There are pins in the corners of
the tile guide to help mark its position
on the plasterboard to use as a
cutting template.
HOT
COLD
OUTLET 1 OUTLET 2
Figure 6
Figure 7

9. Once a hole has been cut in the plasterboard, secure it to the stud. The tile guide should pass
through the hole in the plasterboard. Tile up to the edges of the tile guide to ensure the correct size
access hole. Failure to do so may mean the cover plate does not form a water-tight seal in later
installation stages.
10. Remove the tiling guide, allowing access to the pipework behind the tiled wall. Keep these screws
safe as they will be used to mount the valve. From this position the isolation valves should be visible
and accessible through the access hole.
Figure 8
Figure 9

11. Pull the flexible hoses through the access hole in the wall and remove the zip tie.
12. Working from left to right, using the labels as a guide, connect the hoses to the valve. Ensure the
hose from the hot supply is connected to the inlet marked hot on the valve. Do the same for the cold
supply. Ensuring both outlet buttons are in the ‘OFF’ position (Figure 11), turn the water supply back on
at the isolation valve. Do not overtighten the hoses as this may damage the rubber washers.
HOT
OUTLET 1
OUTLET 2
COLD
OUTLET 1
OUTLET 2
COLD
HOT
Figure 10
Figure 11
OFF
ON

13. Lift the valve and push the hoses back through the access hole, making sure the hoses do not kink
(Figure 12). Position the valve flat against the tiles and line up the fixing holes with those on the metal
installation frame. Secure the valve to the fixing frame.
Note: Tighten xing screws with a screwdriver to prevent over-tightening. Do not use an electric
driver as this may damage the valve housing.
14. When secured in place, the fixing nuts of the flexible hoses will be visible above the valve housing.
This will allow the connections to be checked for leaks and for the hoses to be tightened slightly, if
necessary, without removing the entire valve.
Figure 12
Figure 13

16. Position the cover plate over the valve housing and fix in place with the cover plate fixing nut.
Tighten the plate to the wall with the tool provided making sure not to scratch the cover plate. Make
sure the cover plate is level and that the buttons are in line with those on the valve. The cover plate is
fitted with an integrated foam seal - it is not necessary to use silicone sealant. Test that the cover plate
and valve buttons are correctly aligned by testing the button operation.
You are now ready to install the cover plate and valve controls.
15. The cover plate is supplied with control buttons marked for a shower handset and shower head. A
spare button for a bath filler is also supplied. If you are using a shower handset and shower head, you
do not need to change the button and can proceed to Step 16.
If installing a bath filler to the valve, remove the unused outlet button to be replaced with the bath filler
button. Remove the brass button fixing nut on the back of the cover plate. (Figure 14) This will allow the
button to be swapped. Ensure the springs are positioned on the button pins upon reassembly.
Figure 14
Figure 15
Button Fixing Nut
Springs

18. On the rear of the handle is a handle stop that sits
against the right hand side of the valve temperature stop
ring to prevent the handle being rotated past the pre-
determined maximum temperature position. Without moving
the temperature spindle, position the handle onto the
cartridge so that it cannot rotate anti-clockwise.
Note: Do NOT remove the temperature stop ring to make
adjustments as this will prevent correct assembly later.
Figure 16
Figure 17
You are now ready to set the maximum temperature of the valve.
17. With both outlet buttons checked for smooth operation, using a thermometer, test the temperature
of the water from the outlets. Rotate the cartridge spindle anti-clockwise to increase the temperature
and clockwise to reduce the temperature until the water from the outlet reaches the maximum
recommended temperature of 44ºC. Leave the cartridge in this position.
Temperature Stop Ring
Handle Stop

19. Once installed, the handle should click as
it rotates. This click can be adjusted to give
more feedback when in use.
Rotating the feedback screw clockwise will
make the pin stiffer and the click will be more
noticeable - rotating the screw anti-clockwise
will loosen the pin and soften the click.
20. With the handle installed, the centre dial can be pushed into place. The dial has a tab that fits into
the temperature stop ring via a gap in the handle. To remove the dial for maintenance, line up the notch
in the centre dial with the notch on the handle and use a small screwdriver to separate the two parts.
Installation is now complete.
Figure 18
Feedback Screw
Figure 19

TESTING AND ANNUAL SERVICING
It is recommended that showers do not exceed 44°C. The valve temperature should never exceed 46°C.
After commissioning, carry out the cold failure test to ensure the valve operates at the correct outlet
temperature.
The valve should be tested to ensure correct operation during installation and thereafter at stated
intervals decided by the user but never at greater than 12 monthly intervals. The testing will only require
a normal thermometer with a scale greater than 65°C. The temperature sensitive element of the
thermometer should always be fully inserted into the water flow.
Follow the procedure below:
1. Measure the mixed water temperature.
2. Carry out a cold fail/safe shut-off test by using the mains isolation valve to shut off the water to the
cold supply. Wait 5 seconds, if water is still flowing check that the water temperature is below 44°C. The
flow should stop or reduce to a trickle.
3. Open the cold water isolation valve and measure mixed water temperature. If there is no significant
change from the original settings and fail/safe shut off is functioning the valve is working correctly and
no further service is required. If the outlet temperature has drifted by more than 2°C, or if the fail/safe
function does not work, a full service or re-commissioning is required. We recommend that in these
circumstances you contact a plumber.

TROUBLE SHOOTING
If you require further assistance beyond the guide below, including replacement parts, please contact
customer services using the contact details on the back of this guide.
PROBLEM
After installation, shower only runs Hot or Cold -
there is no mixed water.
Shower will not run hot enough when first
installed.
Cold water is running back through the valve
and into the hot water system.
SOLUTION
Check and clean the check valves located on
the hot and cold inlets on the valve. These may
need to be replaced.
The maximum temperature needs to be
adjusted - see the temperature setting guide in
this manual.
Hot & Cold supplies are plumbed the wrong
way around. Remove the valve from the wall and
check the plumbing connections to the valve.
The valve does not turn on even when the
button is pressed.
The button operation is not smooth and
sometimes scrapes.
In some cases this may be caused by over-
tightening the cover plate during installation
which can cause the buttons to become partially
pressed. Loosening the cover plate fixing nut
slightly should fix this.
Remove the cover plate and reassemble
ensuring that the valve buttons and cover plate
are correctly aligned to avoid interference.
Check you have correctly turned the isolation
valves to the ‘on’ position for both the hot and
cold supplies.
There is no water running to the valve

Roper Rhodes Ltd, Brassmill Lane Trading Estate, Bath, BA1 3JF
Tel:[phone] | Email: [email protected]
www.roperrhodes.co.uk