Aqualisa Q User manual
EXPOSED CONTROLLER
INSTALLATION GUIDE
COMPONENTS
Data cable,
(already fitted to rail)
2 3
QuartzTM smart valve components not shown, refer to QuartzTM smart valve installation guide
for more details.
CANBUS
Converter
VitaTM
Shower head
PINCH GRIPTM
Ceiling
cover plate
Riser rail
Controller
back plate
Gel holder
Shower hose
Top rail
bracket
Rail insert
cover plate
Place your level here
Hole diameter
for guidance
purposes only
Hole diameter
for guidance
purposes only
Minimum distance between top
bracket and the ceiling is 100mm
Ensure vertical
alignment by
using a spirit
level against the
vertical lines if
necessary
FINAL ARTWORK SHEET
DESCRIPTION Q EXPOSED RAIL ASSEMBLY
DRAWING No.
7536
ARTWORK No.
703127
DATE
22/12/16
DRAWN BY
KH
REVISION
A
SCALE
1:1
CEILING MOUNTED FIXING TEMPLATE
Part No: 703127 Issue 01 Jan 17
Fixing template
QTM smart
controller
CANBUS
Data Cable
90° Push
fit Elbow
Stardust Silver
accent ring
INDEX
COMPONENTS PAGE 3
SAFETY INFORMATION PAGES 4 & 5
GRAVITY SYSTEMS PAGE 5
HIGH PRESSURE/COMBINATION BOILERS PAGE 5
CONNECTION TO SUPPLIES PAGE 6
FLUSHING PAGE 7
QTM CONTROLLER INSTALLATION PAGE 8
ATTACHING ACCESSORIES PAGE 15
WALL MOUNTED FIXED HEAD PAGE 16
CEILING MOUNTED FIXED HEAD PAGE 19
BATH OVERFLOW AND FILLER PAGE 21
COMMISSIONING PAGE 24
WATER SAVE MODE PAGE 25
CLEANING AND MAINTENANCE PAGE 25
TROUBLE SHOOTING GUIDE PAGE 26
Data cable
removal tool
IMPORTANT INFORMATION
4 5
Safety information
This product must be installed by a competent person in
accordance with all relevant current Water Supply Regulations.
ALL PRODUCTS REQUIRING AN ELECTRICAL CONNECTI0N
MUST BE INSTALLED BY A QUALIFIED PERSON FOLLOWING
THE LATEST REVISION OF BS 7671 (WIRING REGULATIONS)
AND CERTIFIED TO CURRENT BUILDING REGULATIONS.
This system should be installed so that other taps or appliances
operated elsewhere within the premises do not significantly aect
the flow.
The QTM shower sytems must not be used with a hot water supply
temperature of over 65ºC.
The QuartzTM smart valve is supplied factory pre-set at maximum
temperature of 45ºC. The maximum temperature is fully
adjustable to suit site conditions. If adjusted, we recommend the
outlet temperature is set to a MAXIMUM of 46ºC.
THE QUARTZTM SMART VALVE MUST BE INSTALLED IN AN
ACCESSIBLE LOCATION FOR SERVICING AND MAINTENANCE.
The QuartzTM smart valve must not be installed in situations where
either the ambient temperature is likely to exceed 40ºC or where
freezing may occur.
The QTM controller must not be installed in situations where the
ambient temperature is likely to fall below 5ºC or rise above 40ºC.
We do not recommend the use of QTM controller in steam therapy
facilities.
This appliance must be earthed.
Cables which are chased into the wall must be protected by a
suitably sized conduit or sheathing to allow for removal in the event
of service and maintenance purposes. Ensure that the conduit is
run to avoid the controller fixing holes.
Surface mounted cables must also be protected by a suitable
approved conduit, even in a loft, where there may be a risk of
damage from vermin.
The power lead must only be replaced by the manufacturer or
his accredited agent.
The QTM controller is supplied from a safety low voltage source.
This product is suitable for domestic use only.
Aqualisa smart products are supplied complete with a 1 year
guarantee that can be upgraded to 5 years by registering the
shower with Aqualisa.
This product is not intended for use by persons (including children)
with reduced physical, sensory or mental capabilities or lack of
experience and knowledge, unless they have been given initial
supervision or instruction concerning the use of the product by
a person responsible for their safety.
Children should be supervised to ensure they do not play with the
product.
Installation of pumped QuartzTM smart valve (for gravity
stored systems)
The pumped QuartzTM smart valve is designed to operate up to
maximum static pressure of 100kPa ((1 bar)(10 metres head)
(14.5psi)).
Under no circumstances must the pumped QuartzTM smart valve
be connected directly to the water main or in line with another
booster pump.
The minimum actual capacity of the cold water storage cistern
should be not less than 225 litres (50 gallons). The capacity of the
hot water cylinder must be capable of meeting anticipated demand.
Installation of QuartzTM smart valve (for balanced high
pressure and unvented systems, combination boiler
systems and separately pumped gravity systems)
Pressures: The QuartzTM smart valve system is designed to operate
up to a maximum static pressure of 700kPa ((7 bar)(100psi)). Where
pressures are likely to exceed 700kPa ((7 bar)(100psi)), a pressure
reducing valve must be fitted to the incoming mains supply.
A setting of 400kPa ((4 bar)(60psi)) is recommended. It should be
noted that daytime pressures approaching 600kPa ((6 bar)(80psi))
can rise above the stated maximum overnight.
Special notes for combination boiler systems
The appliance must have a minimum domestic hot water rating
of 24kW (80,000BTU) and be of the type fitted with a fully
modulating gas valve. If in any doubt, please contact the appliance
manufacturer before installation commences.
PLEASE NOTE: DUE TO PERFORMANCE CHARACTERISTICS
OF COMBINATION BOILERS, SEASONAL INLET TEMPERATURE
CHANGE WILL AFFECT THE QUARTZTM SMART VALVE OUTLET
FLOW RATE RESULTING IN VARYING SHOWER FLOW RATES.
INLET TEMPERATURE CHANGE MAY ALSO CAUSE THE
TEMPERATURE DISPLAY TO FLASH; THIS IS NOT NECESSARILY
CHANGING THE OUTLET TEMPERATURE.
Special notes for separately pumped gravity systems
We recommend a twin ended pump with a MINIMUM pump rating
of 1.5 bar. For optimum performance a twin ended 2.5 bar pump
should be used.The minimum actual capacity of the cold water
storage cistern should be not less than 225 litres (50 gallons). The
capacity of the hot water cylinder must be capable of meeting the
anticipated demand.
THIS PRODUCT IS NOT SUITABLE FOR USE WITH A SINGLE
ENDED PUMP.
FOR DIVERT MODELS A UNIVERSAL TWIN ENDED PUMP
MUST BE USED.
Connections
This product incorporates ‘push fit’ type connections.
Tube should be cut using a rotary type cutter and lubricated using a
silicone-based lubricant or petroleum jelly (Vaseline or similar)
prior to insertion into the fitting.
If plastic pipe is used, the tube insert must not increase the tube
diameter or extend the cut-o length by more than 2mm.
TO MAXIMISE FLOW RATES WE RECOMMEND USING COPPER
PIPE WITH THE MINIMUM AMOUNT OF ELBOWS. THESE
FITTINGS ARE NOT SUITABLE FOR STAINLESS STEEL TUBE.
Pipe sizing
Long pipe runs, on both inlet and outlet, will reduce the flow rate
at the shower head. If long pipe runs are unavoidable, use copper
pipe rather than plastic. If plastic pipe is used, minimise the number
of elbows as the pipe inserts are very restrictive. Consideration
should be given to using 22mm plastic or copper pipe especially if
a diverter is installed.
Flushing
Some modern fluxes can be extremely corrosive and, if left in
contact, will attack the working parts of this unit. All soldering
must be completed and the pipe work thoroughly flushed out in
accordance with current Water Supply Regulations prior to
connection of the product.
Declaration of Conformity
Aqualisa Products Limited declares that the QTM Controller, in
conjunction with the smart valve, complies with the essential
requirements and other relevant provisions of the Low Voltage
Directive (2014/35/EU), the EMC Directive (2014/30/EU) and
the RE Directive (2014/53/EU).
6 7
)
. . Helpful tip...
AQUALISA QTM
In addition to the guide below it is essential that the Important information
section is read and understood and that you have all the necessary
components before commencing installation. Failure to install the product in
accordance with these instructions may adversely aect the warranty terms
and conditions. Do not undertake any part of this installation unless you are
competent to do so. Prior to starting, ensure that you are familiar with the
necessary plumbing regulations required to install the product correctly and
safely.
1
Install QuartzTM smart valve and diverter box (if applicable) following the
separate installation guide.
2Locate a suitable entry point in the ceiling or coving for the riser rail, avoiding
joists and services. Position the rail assembly against bathroom wall in desired
position and mark centre of rail on ceiling/coving.
The centre of the riser rail stands 45mm from the wall.
3Drill a hole in the ceiling/coving that is a minimum Ø30mm maximum Ø40mm.
If coved ceiling remove the ceiling cover plate from the riser rail.
8 9
4Ax the paper template to the wall in the desired location ensuring the shower
controller is at a suitable height.
5Mark the fixing points as indicated on the template.
Helpful tip...
Prior to drilling the fixing holes oer the assembly into position and check
the following points:
The chrome riser rail is positioned within the drilled ceiling hole,
(no copper pipe visible in the shower area).
There is adequate working clearance above the top of the rail in the
roof space.
The controller is at a suitable height for all family members.
Location of the top bracket does not interfere with the maximum usage
height of the PINCH GRIPTM.
)
. .
Use a spirit level where indicated on the paper template to ensure your
template is square.
6Drill the fixing points as previously marked using a suitable 6mm drill bit and fit
the supplied wall plugs (if suitable).
7Feed the data cable followed by the rail assembly
containing the supply pipe through the hole in
the ceiling.
INSTALLATION
•
!
)
. . Helpful tip...
Positioning the QTM controller
The QTM controller is activated by a proximity sensor on the front of the
QTM controller. This sensor detects motion from up to 0.5m, directly in
front of the device. It is therefore important that the device is positioned
so that it will detect the user approaching and moving away from the
shower at 0.5m.
The position should also be taken into consideration when utilising the
Water Save mode, refer to point 63.
)
. .
If the ceiling height is over 2.4m (8ft) a riser rail extension kit will be
required. Contact our Customer Service department to purchase a 550mm
riser rail extension kit, (Part No. 910596).
)
. . Helpful tip...
9Place the top rail bracket support pillar behind the riser
rail and align with the fixing points.
8Hold the riser rail assembly in position, secure the
left hand fixing point of the bottom rail bracket
(as shown).
10 Slide the fixing bracket over the rail and the support pillar
and secure to the wall with the screws provided
(if suitable).
11 Slide the top rail bracket cover onto the fixing bracket
flush with the finished wall surface and click the
sides firmly into position.
12 If being used slide the plate up to the ceiling to
cover the entry hole.
13 Cut the cable tie and tilt the wall plate forward
from the top to expose the rear of the wall plate.
Remove the paper liner from the gasket, apply
silicone sealant to the channel (as shown).
Helpful tip...
For cosmetic reasons we recommend using clear silicone.
)
. .
10 11
14 Tilt the wall plate back and secure to the wall with
the remaining 3 screws provided, (if suitable)
ensuring the data cable is correctly located in the
wall plate (as shown).
15 Slide rail insert cover into place.
Your QuartzTM smart controller is supplied with
a colour accent ring that must be fitted.
For fitting instructions refer to the user
manual.
16 Position the QTM controller into the
wall plate with the power symbol
at the 7 o’clock position.
Gently apply pressure to the
screen with one hand. Use the
other hand to rotate the
controller counter clockwise
using the QTM lever until it stops
and is securely seated on the wall
plate.
If supplied screws are not used, use a screw with the
same size and head design, the screws used must be
non corrosive.
Allow the silicone to set before moving to point 16.
•
!
Power supply to the QuartzTM smart valve must be switched o before
connecting the QTM controller.
•
!
18 If the QuartzTM smart valve is close to the shower then the cable can be trimmed.
Ensure that a minimum 20mm of wire and 5mm of copper is exposed,
(we recommend leaving minimum 100cm of cable spare).
The data cable must be run in conduit to allow for servicing and replacement
if required. A minimum size of 15mm conduit is recommended.
•
!
17 Tighten the screw located on the bottom of the
QTM controller.
19 Connect the 10m data cable into
the CANBUS converter box
following the wiring order as
shown in the image and on the
label. White (WH), Blue (BL),
Black (BK), Red (RD).
Insert one end of the 500mm
black CANBUS data cable
into CANBUS converter.
Only the supplied cable in the Green bag can be used. Do not use any another
cable. If any other cable is used, damage will occur to the unit.
•
!
12 13
0.6
8.1
25
3.5
1.9
Do not overtighten
•
!
Helpful tip...
If you connect the wrong wire use the supplied cable removal tool to remove the
cable, any other tool may damage the CANBUS converter.
)
. .
20 Remove top case of QuartzTM smart valve, plug in
CANBUS data cable and replace top case. Fix the
CANBUS converter box to joist/board with
self-tapping screws provided.
21 Connect the 2m patch lead cable to both the
diverter box and the secondary socket on the
QuartzTM smart valve. Feed the cable out of the
QuartzTM smart valve and diverter ensuring it is
correctly routed within the data cable channel.
If diverter is not being installed please proceed to point 22.
22 Run a supply pipe from the QuartzTM smart valve to
the top of the rail assembly.
If using a divert product run the supply from outlet
A to the top of the rail assembly.
14 15
23 For divert products run a supply pipe from outlet B of the diverter box to the
secondary outlet.
24 If installing a single outlet model, please go to point 60 for further instructions.
The 90° elbow must be used and kept easily accessible for future servicing
and product replacement.
To ensure optimum performance use as few elbows as possible.
To maximise flow rates we recommend using copper pipe.
Run the outlet pipe from the QuartzTM smart valve or diverter to the top of the
shower rail at a mildly upward gradient to reduce water dumping after use.
25 Attach the hose to the base thread at the bottom of the rail. The hose must be
tightened to point where washer forms a seal.
Current water supply regulations state that the handset should not be
allowed to pass a point 25mm above the spill over level of the bath or shower
tray. If this cannot be achieved, the hose must be passed through the gel
hook which has been designed to be utilised as a hose restraint.
•
!
•
!
ATTACHING ACCESSORIES
27 Ensure the hose washer is in the correct position and screw the pivot hose
connector into the hose.
26 To attach the handset to the hose disengage the pivot clip from the bottom of
the handset by pressing the tab and pulling the pivot hose connector clear.
Helpful tip...
If Installing a diverter, the QuartzTM smart valve secondary socket MUST be used
to connect the QuartzTM smart valve to the diverter. This is located next to the
QTM smart valve main socket and is accessed by carefully snapping and removing
the entry pillar.
)
. .
16 17
28 Re-insert the pivot hose connector into the handset
and push the tab to lock into position.
29 Insert handset into PINCH GRIPTM slider.
32 Ensure the pipe is clean and free of dust and slide the
fixing bush onto the pipe flush with the wall spacer.
WALL MOUNTED FIXED HEAD
33 Slide the fixed head arm over the fixing bush flush with the wall surface and mark
the four fixing points.
34 Carefully remove the fixed head arm and drill and prepare the fixings using the
fixings provided, if suitable, taking care to avoid pipework hidden in the wall.
35 Ensuring the fixing bush is clean and free of dust,
fit the 15mm O-ring against the end of the fixing
bush. Lubricate the O-ring using a suitable
silicone based lubricant.
Refer to point 60 of commissioning
instructions.
•
!
The O-ring must be positioned on the 15mm pipe flush to the fixing
bush, not onto the fixing bush shaft.
•
!
30 Cut the outlet pipe to the finished length (55mm – 150mm measured from the
finished wall surface) using a rotary type cutter. If a hacksaw is used, the pipe
end must be carefully de-burred and chamfered. Slide the wall spacer down the
projecting pipe flush with the finished wall surface.
31 Slide the spacer on to the projecting pipe flush with
the finished surface.
36 Refit the shower arm and secure it to the wall using
the screws provided (if suitable).
38 Run the shower for a few seconds to clear any debris that may be present.
37 Fit the fixing cover plate.
39 Ensuring the rubber washer is in the correct
position, attach the showerhead to the fixed arm
and carefully secure using a suitable spanner, or
a tool with smooth jaws, suciently to lock the
head into position.
CEILING MOUNTED FIXED HEAD
18 19
The ceiling mounted fixed head is supplied with screws for fixing the product
to a noggin. A NOGGIN MUST BE USED AS PART OF THIS INSTALLATION.
•
!
40 Run a 15mm outlet pipe from the outlet B of the diverter box to the preferred
position for the fixed head.
41 Locate the position for the fixed head in the
bathroom and firstly drill a pilot hole to mark the
position before checking that there is suitable
space behind the ceiling for the fixing assembly.
42 Drill a hole (minimum ø28mm, maximum ø40mm) through the ceiling and the
noggin.
43 Remove the fixing bracket carefully from the fixed head arm.
44 Set the fixing bracket into position and mark the
fixing points. Remove the bracket and drill and
prepare suitable fixings. Refit the fixing bracket
and secure it through the ceiling and into the
noggin using the screws provided (if suitable).
The minimum height required behind the ceiling is 50mm and the space must
allow for an 80mm wide,
50mm deep noggin to be used to support the assembly.
•
!
Refer to point 60 of commissioning
instructions.
•
!
49 Ensuring the rubber washer is in the correct position,
attach the shower head to the fixed arm and carefully
secure using a suitable spanner, or a tool with
smooth jaws, suciently to lock the head into
position.
BATH OVERFLOW FILLER
50 Carefully unscrew and remove the overflow filler
outlet from the body assembly and set aside.
20 21
45 Feed the arm through the fixing bracket to the
correct depth. Tighten the nut using a 32mm
spanner if necessary to facilitate.
46 Cut o the excess pipe allowing for a suitable working length to allow for the
required 22mm connection. If a push fit connector is to be used then the pipe
must be abraded to remove all chrome plating.
47 Connect the pipe work from the QuartzTM smart valve or diverter to the end of
the fixed head pipe using a suitable coupling.
48 Lubricate the ‘O’ ring if necessary and carefully
slide the cover plate back over the fixed head arm
and into position against the ceiling.
Secure the cover plate to the arm using the grub
screw and 2.5mm hexagonal key provided.
Run the shower for a few seconds to clear any debris and to check for
any leaks.
•
!
Refer to point 60 of commissioning instructions.
•
!
The bath overflow filler is suitable for baths up to a maximum thickness
of 24mm.
•
!
51 Carefully unscrew and remove the bath waste clicker
assembly from the waste body and set aside.
52 Oer the bath waste into position ensuring the rubber
washer is correctly aligned between the waste
assembly and the bath base.
53 Ensuring the rubber washer is correctly aligned, pass
the bath waste clicker through the bath and secure to
the waste body assembly.
54 Connect the bath waste to a suitable waste pipe.
55 Oer the outlet body assembly into position at the
rear of the bath ensuring the rubber washer is correct
aligned between the outlet body assembly and
bath wall.
56 Ensuring the rubber washer is correctly aligned, pass
the overflow filler outlet through the bath and secure
to the body assembly.
57 Remove the relevant inlet blanking plug and attach
the flexible hose to the blended inlet connection.
58 Connect the flexible hose to the blended supply pipe ensuring suitable non
restrictive double check valves are fitted in line with current Water Supply
Regulations (not supplied).
22 23
24 25
Configuring outlets for a Divert model
If you are installing a Divert model, the icons that will appear on the User Interface are:
Outlet A this will be the Primary outlet
Outlet B
To change these icons, or to redefine the primary outlet, wake up the QTM controller and
navigate to SETTINGS>CONFIGURE OUTLETS. Then follow the on-screen instructions.
Setting up for Bath models
If you have installed a QTM shower with a bathfill, the QTM controller can oer specific
bath functionality (storing bath depths). To enable this you must first wake up the QTM
controller and navigate to SETTINGS>CONFIGURE OUTLETS. You must then select the
BATH icon to enable the bath functionality.
59 Once the QuartzTM smart valve and diverter (if applicable) are fully installed,
continue to commissioning instructions below.
61 Pipework for all outlets must be flushed through for at least 15 seconds to clear
any debris before fitting any handsets or heads, (refer to the quick start guide for
basic operation.
62
COMMISSIONING
60 When power is applied to the QTM smart valve, the controller will display the
following message, PREPARING HOLD LEVER TO SKIP wait for the message to
clear before commencing commissioning.
63
WATER SAVE MODE
This feature allows the user to save water. When the shower is on, if the user moves away
from it, (eg to shampoo hair), the water flow will reduce to Min. The flow will
automatically return to the users preference, when they return to within 0.5m of the QTM
controller.
It is switched o by default. To switch it on navigate to
SETTINGS>WATER SAVE MODE, and select ON.
Factory Settings
Warm Up Mode OFF (This feature is only available with Q Edition)
Water Save Mode OFF
Cleaning Mode OFF
Auto Repeat Shower OFF
Auto Save Shower ON
Run Both Outlets At Warm Up OFF
Water O At End Of Timer OFF
Refer to user guide for cleaning advice.
CLEANING & MAINTENANCE
This function is not suitable for use with Combi systems.
•
!
0.5m 0.5m
Helpful tip...
Refer to user guide for further information.
)
. .
Helpful tip...
Refer to user guide for further information on the above.
)
. .
NOTES
26 27
Water output is
either all hot or all
cold, or cold only
Reverse inlet supplies Check that the supplies
correspond with the inlet
markings
The cylinder temperature
should be at least 15ºC
hotter than the blend
Check the flow rate
recommendations with the
heater manufacturer.
If fitted to a combination
boiler adjust the flow
control knob on the mixer
valve to reduce flow until
a comfortable showering
or bathing temperature is
achieved
The temperature of the
hot water cylinder is too
low
Water flow through the
hot water appliance is
too fast
Water output is
not hot enough
Flow rate is poor
and water
temperature is
low Check the pipework is laid
out in accordance with
correct practices, paying
particular attention to
potential air-traps
Airlock in the hot
water supply (gravity
or pumped systems
only)
Water temperature
swings regularly
between hot and
cold
Cold water pressure
is too high
If the static water pressure
exceeds 10 bar, install a
pressure reducing valve
(PRV) in accordance with
the installation guide
Poor flow rate Twisted hose
Debris in shower head
Debris in filters
Check for debris and clear
as necessary
SYMPTOM POSSIBLE CAUSE ACTION
Unbalanced supplies Check both sources are
equal pressures
TROUBLE SHOOTING GUIDE
Aqualisa Products Limited
The Flyers Way
Westerham Kent TN16 1DE
Customer Services: 01959 560010
Warranty registration: 0800 408 4243
Brochure hotline: 0800 652 3669
Website: www.aqualisa.co.uk
Live Chat at aqualisa.co.uk
Email: [email protected]
Republic of Ireland
Sales enquiries: 01-864-3363
Service enquiries: 01-844-3212
Follow us on:
Please note that calls may be recorded for training
and quality purposes.
The company reserves the right to alter, change or
modify the product specifications without prior warning.
® Registered Trademark Aqualisa Products Limited.
Did you know we oer free
installer training?
• Locations across the UK
• Expert installation advice
• Deals on the day
Book your place!
aqualisa.co.uk/training
01959 560042
Part No.702935 Issue 01 Jan 17
Supply
Vent and draw-o
pipe to hot water
Hot water cylinder
Connect
‘A’ or ‘B’
Cold feed
to cylinder
B
A
NB: THE BASE OF THE QUARTZTM
SMART VALVE MUST BE SITED NO
HIGHER THAN THE BASE LEVEL
OF THE CISTERN
10m
max
smart
shower
control
Supply
Pressure
reducing valve
if required
10m
max
smart
shower
control
Supply
Hot water
cylinder
10m
max
smart
shower
control
10m
max
smart
shower
control
Central
heating
boiler
Supply
Supply
Vent and draw-o
pipe to hot water
Underside of cistern
Hot water
cylinder NB: 1.5 bar MINIMUM pump rating
Cold feed
to cylinder
Connect
‘A’ or ‘B’
B
A
10m
max
smart
shower
control
Typical gravity system installation
(compatible with pumped Quartz smart valve)
Typical combination boiler installation
(compatible with standard QuartzTM smart valve)
Typical UHW system installation
(compatible with standard QuartzTM smart valve)
Typical thermal storage unit system installation
(compatible with standard QuartzTM smart valve)
Typical pumped system installation
(compatible with standard QuartzTM smart valve)
TM
IMPORTANT INFORMATION
Safety information
This product must be installed by a competent person in accordance with all relevant current Water Supply Regulations.
ALL PRODUCTS REQUIRING AN ELECTRICAL CONNECTI0N MUST BE INSTALLED BY A QUALIFIED PERSON FOLLOWING THE LATEST REVISION OF BS 7671
(WIRING REGULATIONS) AND CERTIFIED TO CURRENT BUILDING REGULATIONS.
This system should be installed so that other taps or appliances operated elsewhere within the premises do not significantly aect the flow.
The QuartzTM smart valve must not be used with a hot water supply temperature of over 65ºC.
The QuartzTM smart valve is supplied factory pre-set at maximum temperature of 45ºC. The maximum temperature is fully adjustable to suit site conditions. If adjusted, we
recommend the outlet temperature is set to a MAXIMUM of 46ºC.
The QuartzTM smart valve must be installed in an accessible location for servicing and maintenance.
The QuartzTM smart valve must not be installed in situations where either the ambient temperature is likely to exceed 40ºC or where freezing may occur.
The QTM controller must not be installed in situations where the ambient temperature is likely to fall below 5ºC or rise above 40ºC.
We do not recommend the use of smart controls in steam therapy facilities.
This appliance must be earthed.
Cables which are chased into the wall must be protected by a suitably sized conduit or sheathing to allow for removal in the event of service and maintenance purposes.
Ensure that the conduit is run to avoid the controller fixing holes.
Surface mounted cables must also be protected by a suitable approved conduit, even in a loft, where there may be a risk of damage from vermin.
The power lead must only be replaced by the manufacturer or his accredited agent.
The QTM controller is supplied from a safety low voltage source.
This product is suitable for domestic use only.
Aqualisa smart products are supplied complete with a 1 year guarantee that can be upgraded to 5 years by registering the product with Aqualisa.
This product is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities or lack of experience and knowledge, unless they have
been given initial supervision or instruction concerning the use of the product by a person responsible for their safety.
Children should be supervised to ensure they do not play with the product.
Installation of QuartzTM smart valve (for gravity stored systems)
The QuartzTM smart valve is designed to operate up to maximum static pressure of 100kPa ((1 bar)(10 metres head)(14.5psi)). Under no circumstances must the QuartzTM smart
valve be connected directly to the water main or in line with another booster pump. The minimum actual capacity of the cold water storage cistern should be not less than 225
litres (50 gallons). The capacity of the hot water cylinder must be capable of meeting anticipated demand.
Installation of the QuartzTM smart valve (for balanced high pressure and unvented systems, combination boiler systems and separately pumped gravity
systems)
Pressures: The QuartzTM smart valve is designed to operate up to a maximum static pressure of 700kPa ((7 bar)(100psi)). Where pressures are likely to exceed 700kPa ((7 bar)
(100psi)), a pressure reducing valve must be fitted to the incoming mains supply. A setting of 400kPa ((4 bar)(60psi)) is recommended. It should be noted that daytime pressures
approaching 600kPa ((6 bar)(80psi)) can rise above the stated maximum overnight.
Special notes for combination boiler systems
The appliance must have a minimum domestic hot water rating of 24kW (80,000BTU) and be of the type fitted with a fully modulating gas valve.
If in any doubt, please contact the appliance manufacturer before installation commences.
PLEASE NOTE: DUE TO PERFORMANCE CHARACTERISTICS OF COMBINATION BOILERS, SEASONAL INLET TEMPERATURE CHANGE WILL AFFECT THE QUARTZTM SMART
VALVE OUTLET FLOW RATE RESULTING IN VARYING SHOWER FLOW RATE AND FLOW CONTROL RANGE. INLET TEMPERATURE CHANGE MAY ALSO CAUSE THE
TEMPERATURE DISPLAY TO FLASH; THIS IS NOT NECESSARILY CHANGING THE OUTLET TEMPERATURE.
Special notes for separately pumped gravity systems, Universal pumps/divert
We recommend a twin ended pump with a MINIMUM pump rating of 1.5 bar (recommended 2.5 bar) which should be used for all separately pumped installations.
A twin ended pump is required for use with single outlet smart products, with the exception of divert models.
PLEASE NOTE: A Universal type twin ended pump (works on both positive and negitive head conditions) is required for use with divert products.
The minimum actual capacity of the cold water storage cistern should be not less than 225 litres (50 gallons). The capacity of the hot water cylinder must be capable of
meeting the anticipated demand.
THIS PRODUCT IS NOT SUITABLE FOR USE WITH A SINGLE ENDED PUMP.
Connections
This product incorporates ‘push-fit’ type connections. Tube should be cut using a rotary type cutter and lubricated using a silicone-based lubricant or petroleum jelly (Vaseline or
similar) prior to insertion into the fitting.
If plastic pipe is used, the tube insert must not increase the tube diameter or extend the cut-o length by more than 2mm.
THESE FITTINGS ARE NOT SUITABLE FOR STAINLESS STEEL TUBE. COMPRESSION FITTINGS MUST NOT BE USED.
Pipe sizing
Long pipe runs, on both inlet and outlet, will reduce the flow rate at the outlet, for gravity or gravity pumped systems 22mm pipe work should be used on inlets and reduce down
to 15mm as close to the QTM smart valve as possible to reduce pressure losses and help maintain flow rate. If using 15mm pipe, copper pipe is preferred, to optimise performance
minimise the number of elbows used. If long pipe runs are unavoidable on the outlet, use copper pipe rather than plastic, particularly if a diverter is used, and minimise the number
of elbows as the pipe inserts are very restrictive.
Flushing
Some modern fluxes can be very corrosive and, if left in contact, will attack the working parts of this unit. All soldering must be completed and the pipe work thoroughly flushed
out in accordance with current Water Supply Regulations prior to connection of the product.
Declaration of Conformity
Aqualisa Products Limited declares that the QuartzTM smart valve, in conjunction with the diverter and smart controllers, complies with the essential requirements and other
relevant provisions of the Low Voltage Directive (2014/35/EU) and the EMC Directive (2014/30/EU) and the RE Directive (2014/53/EU.
After installation
Familiarise the end user with the smart operation and hand them this guide. Complete and post the guarantee card or register online at www.aqualisa.co.uk
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QUARTZTM SMART VALVE
AND DIVERTER
INSTALLATION GUIDE
Aqualisa Products Limited
The Flyers Way
Westerham Kent TN16 1DE
Customer Services: 01959 560010
Warranty registration: 0800 408 4243
Brochure hotline: 0800 652 3669
Website: www.aqualisa.co.uk
Live Chat at aqualisa.co.uk
Email: [email protected]
Republic of Ireland
Sales enquiries: 01-864-3363
Service enquiries: 01-844-3212
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Please note that calls may be recorded for training
and quality purposes.
The company reserves the right to alter, change or
modify the product specifications without prior warning.
® Registered Trademark Aqualisa Products Limited.
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01959 560042
Part No.703213 Issue 01 Jan 17
QUARTZTM SMART VALVE AND DIVERTER
1To ensure safe operation and installation of this product, the QuartzTM smart valve and
diverter MUST be installed in one of the orientations shown.
PLEASE NOTE: If installing a diverter please also note all areas marked with this symbol.
INSTALLATION
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For installation with the diverter.
2Isolation valves are supplied with the QuartzTM smart valve and
diverter valve and must be fitted on both inlets and the blended
water outlet/ outlets. For optimum performance on gravity fed
systems 22mm pipe work should be run as close to the QuartzTM
smart valve as possible before reducing down to 15mm. All pipe
work should be supported.
The inlet supply centres are 48mm.
Please note arrow on isolation valve to indicate direction of flow.
DO NOT use compression fittings on the inlet and outlet spigots this will aect the
warranty if fitted.
3Choose the position for your QuartzTM smart valve as close to the shower control as possible.
The QuartzTM smart valve may be sited in the roof space above the proposed shower site, in the
airing cupboard or behind a screwed bath panel if more convenient. If siting in the roof space,
ensure that freezing cannot occur and that no insulation material is placed under or over the
QTM smart valve or diverter. Please refer to the system layout.
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If installing a diverter, choose the position for the QuartzTM smart valve as close to the
diverter as possible, within the range of the 2m connecting data cable provided.
4Place the QuartzTM smart valve on a solid mounting surface, and
place the fixing feet into suitable positions. Mark then drill and
prepare suitable fixings before securing the QuartzTM smart valve
to the mounting surface using the screws provided, (if suitable).
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If installing the diverter this also needs to be installed as per the
above instructions in step 4
5Flush through both hot and cold supply pipes.
The maximum hot water inlet temperature must be no more than 65˚C.
6Attach the supply pipes to the QuartzTM smart valve, ensuring that
the cold and hot feeds are fitted into the appropriately marked
inlets.
Do not solder near to plastic components.
7Prepare and connect a pipe from the mixed water outlet on the
QuartzTM smart valve through the wall to the proposed siting for
the shower outlet.
Using pipe clips as appropriate, ensure that all pipe work is
perpendicular to the QuartzTM smart valve, i.e. not putting any
strain on the fittings.
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If installing a diverter prepare and connect the pipe from the mixed water outlet on the QTM
smart valve through to the diverter inlet. The diverter can be fitted directly onto to the
QTM smart valve outlet if required on the HP/Combi system installation. A cranked M/F elbow
is supplied for the Gravity Pumped system for ease of installation. Refer to images in point 1.
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Ensure the isolation valves are connected to the diverter outlets with the arrows correctly
aligned according to the direction of flow. Using pipe clips as appropriate, ensure that all pipe
work is perpendicular to the QuartzTM smart valve and diverter, i.e. not putting any str
ain on the fittings.
Prepare and connect the pipes from the diverter outlets to the proposed siting for the outlets.
To maximise flow rates we recommend using copper pipe with the minimum amount of
elbows on all pipes leading to and from the QuartzTM smart valve.
Ensure the pipe work connections have been flushed through.
If fitting a bath outlet, a suitable non restrictive double check valve (not supplied) MUST be
fitted to the blended outlet pipe in line with the current water regulations.
BEFORE ANY ELECTRICAL ADJUSTMENT IS ATTEMPTED, THE ELECTRICITYSUPPLY MUST BE
TURNED OFF AT THE MAINS SWITCH.
ELECTRICAL INSTALLATION MAY ONLY BE CARRIED OUT BY A QUALIFIED PERSON.
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8Unscrew the single fixing on top of the QuartzTM smart valve and
carefully tilt the lid up and o the location lugs and pull the lid clear.
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If installing the diverter also remove the lid following the
instructions above in step 8.
9As installation diers for dierent controls please refer to the relevant smart controller
installation guide for the QuartzTM smart valve and diverter wiring.
10 Connect the QuartzTM smart valve power lead to a double pole 3
amp fuse switched spur incorporated in the fixed wiring circuit, in
accordance with current wiring rules. Ensure that this is located
in an accessible, dry location and not in the bathroom.
THIS APPLIANCE MUST BE EARTHED
We recommend protecting surface mounted cables in suitable approved conduit to avoid the risk of
damage from vermin.
The power lead should also be clipped in place with ‘P’ clips or similar to avoid accidents.
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11 The QTM smart valves are supplied factory set with the flow rate at
either ‘NORMAL HP’ or ‘NORMAL GRAVITY’ mode depending on
which system has been ordered.
BALANCED HP SYSTEMS:
Standard QTM smart valves fitted to balanced high pressure sys-
tems may be set to ‘NORMAL HP’ or for water economy ‘ECO’
modes.
STANDARD COMBINATION BOILER SYSTEMS:
For Standard QuartzTM smart valves installed on combi boiler
systems, for optimum performance we recommend setting to the
‘COMBI’ mode.
The ‘ECO’ flow rate mode should NOT be selected for shower or bath systems fitted
to combination boilers.
PUMPED QUARTZTM SMART VALVE:
Pumped QuartzTM smart valves are fitted to gravity systems may be set to ‘NORMAL
GRAVITY’ or for water economy ‘ECO’ modes.
When making any adjustment to the QuartzTM smart valve settings the power must
be isolated.
12 Run the shower at maximum temperature (factory pre set to
45ºC). If required, maximum temperature adjustment can be
made with a flat bladed screwdriver using the ‘MAX TEMP
ADJUSTMENT’ control as indicated. When the temperature
has been set to the desired position, carefully replace the
QuartzTM smart valve lid and secure the fixing screw, hand
tight only.
Site conditions can aect temperature settings, installer to adjust as required.
All copper pipe work must be cross-bonded and connected to a reliable earthing point.
13 Please refer to the separate QTM controller installation guide to complete installation.
QuartzTM smart valve connected
directly to diverter valve
QuartzTM smart valve connected to
diverter with additional pipe
QuartzTM smart valve connected
directly to diverter valve
QuartzTM smart valve connected
to diverter with additional pipe
HP/Combi QuartzTM smart valve
Gravity pumped QuartzTM smart valve
This product must be installed by a competent person in accordance with the relevant
current Water Supply Regulations.
In addition to the guide below it is essential that the written instructions overleaf are read
and understood and that you have all the necessary components (shown bottom right)
before commencing installation.
The QuartzTM smart valves are supplied with universal fixings intended to secure it to a
solid mounting surface.
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The QuartzTM smart valve and diverter must be sited in a position that is safely accesible
for servicing and commissioning purposes. When fitted in the loft space, the route to and
the area around the QuartzTM smart valve must be boarded to ensure a safe working
environment.
The optimum position for the QuartzTM smart valve and diverter is in the roof space above
the QTM controller site to take full advantage of the ease and speed of installation.
The distance between the QuartzTM smart valve and main QTM controller must be within the
range of the 10m data cable supplied.
The diverter inlet has been designed to enable connection directly inline with the HP/
Combi QuartzTM smart valve outlet isolation valve connection or o the Gravity Pumped
QuartzTM smart valve outlet using the cranked M/F elbow connection fitting.
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Single outlet
Components (Gravity pumped) Components (HP/Combi)
Components (Gravity pumped) Components (HP/Combi)
Single outlet
With diverter With diverter
265mm
70mm
350mm
270mm
445mm
445mm
270mm
Max 2m
Max 2m
197mm
240mm
70mm
WAKE-UP TEMPERATURESTART SHOWERING FLOW OUTLET
is intuitive and easy to use,
as you’ll see from our Quick Start guide.
To get the most out of your Aqualisa QTM
shower, please read the full User Guide.
Simple, smart
showering
Turn over to get
more from your
If you would like more Quick Start guides,
or for any other queries, please visit
aqualisa.co.uk/q
Approach your Q™controller, or touch
the power symbol until the screen wakes up.
The Q™controller has a proximity sensor,
so the display wakes up and is ready to go.
Push the Q™lever to start the shower.
The Get Ready screen will appear on the display,
as soon as the lever is pushed.
Turn the Q™bezel to adjust temperature.
You can adjust the temperature at
any time, before or during showering.
Push and hold the Q™lever to divert.
If you have a divert model, you can alternate between
outlets by pushing and holding the Q™lever, then
releasing when the desired outlet is displayed.
This can be selected as you start, or during your shower.
Move the Q™lever left or right to adjust the flow.
You can adjust the flow at any time during
showering, from the Home screen.
HOME TIMERMY QTM SETTINGS RETURN TO HOME
Menus
aqualisa.co.uk/q
Q4307 Part No 703210 Rev03 July17 Quick Start
Push the QTM lever to enter MY Q™.
Then move the lever left or right to choose from a range of
experiences (eg. SPORT or ECO), or create your own personal profile.
If the shower is running this is the Home screen.
From here push and release the Q™lever to enter Menus.
If the shower is o, you will not need to push the Q™lever;
simply move the Q™lever left or right to browse Menus.
Push the Q™lever to enter Timer.
Then adjust the timer by moving the
Q™lever left or right.
Push the Q™lever to enter Settings.
Then move the Q™lever left or right to browse
the settings. Push again to adjust a setting.
Push the Q™lever to return to the Home screen,
or simply rotate the temperature bezel.
NOTE: Rotating the temperature bezel at any point in menus
or settings will return you to the Home screen.
User Guide
Other manuals for Q
2
Table of contents
Other Aqualisa Controllers manuals
