enware AQUABLEND ESQX TOUCH FREE SERIES Installation and operating instructions

Call 1300 369 273
www.enware.com.au
Enware Australia Pty Limited
9 Endeavour Rd Caringbah NSW 2229 Australia
Ph: [phone] Fax: [phone]
I00057_JUN18
Installation & Maintenance Instructions
AQUABLEND ESQX TOUCH FREE
THERMOSTATIC MIXERS
ACTIVE SENSE SYSTEM
WAVE ON - WAVE OFF SYSTEM

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CONTENTS
PRODUCT COMPONENTS FRONT OF WALL PAGE 4
PRODUCT COMPONENTS INWALL PAGE 5
TECHNICAL INFORMATION PAGE 6
INSTALLATION COMPLIANCE PAGE 7
INWALL INSTALLATION PROCEDURE PAGE 8
FRONT OF WALL INSTALLATION PROCEDURE PAGE 10
OPERATING INSTRUCTIONS PAGE 15
COMMISSIONING AND IN SERVICE TESTING PAGE 16
SERVICE AND MAINTENANCE PAGE 18
CHANGING THE SENSOR PROGRAM PAGE 27
PROGRAM  ACTIVE SENSOR PAGE 28
PROGRAM  WAVE ON/OFF PAGE 29
TROUBLESHOOTING PAGE 30
PRODUCT WARRANTY PAGE 33
COMMISSIONING AND/OR MAINTENANCE REPORT PAGE 34
AQUABLEND ESQX TOUCH FREE
THERMOSTATIC MIXERS

www.enware.com.au Call 1300 369 273 3
ACTIVE SENSE WAVE ON WAVE OFF
237 (230mm spout)
205 (200mm spout)
30°
174
219 (230mm spout)
190 (200mm spout)
190
310
190
310
320
66.5
286 (BLOCKOUT)
27.7
362
15 MM
IN WALL ADJUSTMENT
TRIM DOWN TO SUIT
AFTER INSTALLATION
83.5
G1/2" (BSP)
WARM OUTLET
DENOTES 310 X 190
FACE PLATE POSITION
166 (BLOCKOUT)
98 C/C
180
222
7.7
95
127.5
6 THRU TYP
73.3
106
73.3
106
105.8
138.5
180.8
213.5
190 - (FLANGE DIMENSION)
310 - (FLANGE DIMENSION)
G1/2" (BSP)
COLD INLET
G1/2" (BSP)
HOT INLET
FRONT OF WALL COMPONENTS
IN WALL COMPONENTS
NOTE: Enware Australia advises:
1. Due to ongoing Research and Development, specifications may change without notice.
2. Component specifications may change on some export models

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PRODUCT COMPONENTS FRONT OF WALL
OR
BATTERY OPERATED
WAVE ON - WAVE OFF
Sensor above outlet
Wave On-Off Front of Wall Component Only
with 230mm Fixed Spout with Laminar Flow - Battery Operated
ATWB C2L3 - 8Lpm
ATWB C2L5 - 6Lpm
ATWB C2L6 - 4.5Lpm
BATT
ACTIVE SENSE
Sensor below outlet
Active Sense Front of Wall Component Only
with 230mm Fixed Spout with Laminar Flow - Battery Operated
ATAB C2L3 - 8Lpm
ATAB C2L5 - 6Lpm
ATAB C2L6 - 4.5Lpm BATT
MAINS POWERED
WAVE ON - WAVE OFF
Sensor above outlet
Wave On-Off Front of Wall Component Only
with 230mm Fixed Spout with Laminar Flow - Mains Powered
ATWM C2L3 - 8Lpm
ATWM C2L5 - 6Lpm
ATWM C2L6 - 4.5Lpm
MAINS
ACTIVE SENSE
Sensor below outlet
Active Sense Front of Wall Component Only
with 230mm Fixed Spout with Laminar Flow - Mains Powered
ATAM C2L3 - 8Lpm
ATAM C2L5 - 6Lpm
ATAM C2L6 - 4.5Lpm
MAINS

www.enware.com.au Call 1300 369 273 5
PRODUCT COMPONENTS IN WALL
Also available with 200mm Spout:
BATTERY WAVE ON - WAVE OFF
ATWB C1L3 - 8 Lpm
ATWB C1L5 - 6 Lpm
ATWB C1L6 - 4.5 Lpm
BATTERY ACTIVE SENSE
ATAB C1L3 - 8 Lpm
ATAB C1L5 - 6 Lpm
ATAB C1L6 - 4.5 Lpm
Also available with 200mm Spout:
MAINS WAVE ON - WAVE OFF
ATWM C1L3 - 8 Lpm
ATWM C1L5 - 6 Lpm
ATWM C1L6 - 4.5 Lpm
MAINS ACTIVE SENSE
ATAM C1L3 - 8 Lpm
ATAM C1L5 - 6 Lpm
ATAM C1L6 - 4.5 Lpm
BATTERY
OPERATED
ATM620
6V Battery Op
In-Wall
Component
MAINS POWER
ATM621
12V Mains
In-Wall
Component
BATT
MAINS
NOTE WHEN PLACING AN ORDER
IN WALL
(back of wall)
component
is ordered
separately to
FRONT OF
WALL
component
Battery operated IN
WALL
(back of wall)
component
MUST be paired
with battery
operated
FRONT OF WALL
Mains operated
IN WALL
(back of wall)
component
MUST be paired
with mains
operated
FRONT OF WALL
Sensors will not operate if components are not paired correctly

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0
10
20
30
40
50
60
70
80
24
68
Pressure Loss (kpa)
Flow rate (Lpm)
PRESSURE LOSS VS FLOW RATE
In accordance with AS/NZS3500. Enware products are to be installed in accordance with
the Plumbing Code of Australia (PCA) and AS/NZS3500. Installations not complying with
PCA and AS/NZS 3500 may void the product and performance warranty provisions.
** Heated Water Supply AS/NZS3500.4. All heated water installations for sanitary fixtures
used primarily for personal hygiene purposes shall deliver heated water at a temperature not
exceeding: a) 45°C for healthcare and aged care buildings, early childhood centres, primary
and secondary schools and nursing homes, or similar facilities for the aged, the sick,
children, or people with disabilities; and b) 50°C for all other situations.
INSTALLATION CONDITIONS
Dynamic Inlet Pressures*
For optimum operation it is recommended that the hot and cold water
supply pressures be balanced within +/- 10%
Min. 20kPa
Max. 500kPa
Static Inlet Pressures
For testing purposes/system commissioning Max. 1000kPa
Hot Temperature Supply Range 55°C - 85°C
Cold Temperature Supply Range 5°C - 25°C
Minimum Temperature Differential
Between hot supply and the outlet temperature 10°C
Thermostatic Temperature Range**
Set during installation/commissioning 35 - 46˚C (+/-2)
Minimum Flow Rate 2L/min
SENSOR PERFORMANCE
ACTIVE SENSE
Sensor Range
Can be set to 170mm
250mm (default)
Water Run Time
after hands have moved from sensor range 2 seconds (±1)
Maximum Flow Period 2 minutes
WAVE ON WAVE OFF
Sensor Range 20-100mm
Water Run Time
after hands have moved from sensor range
Other settings available: 8, 15, 30, 45, 60, 90, 120 or 180 secs
15 seconds (±1)
default
AS 4032.1 WMKA25301
NSW
HEALTH
APPROVED
The more
stars the more
water efficient
8litres per
minute
WATER RATING
www.waterrating.gov.au
The more
stars the more
water efficient
5.5
litres per
minute
WATER RATING
www.waterrating.gov.au
The more
stars the more
water efficient
4litres per
minute
WATER RATING
www.waterrating.gov.au
TECHNICAL INFORMATION

www.enware.com.au Call 1300 369 273 7
The ENWARE AQUABLEND Thermostatic Mixers should be
installed using the appropriate Standard, Code of Practice and
legislation applicable to each state and following the details
outlined in this section.
They must be installed by a licensed plumber, or where
applicable, a licensed plumber who has undertaken accredited
training in Thermostatic Mixing Valves.
Note: To effectively control microbial hazards during system
design, installation, commissioning and maintenance, the
requirements outlined in AS/NZS3666 and local legislation
shall be adhered to.
If the valve is not installed correctly then it will not function
correctly and may put the user in danger. It may also void the
warranty of the valve.
Prior to the installation of the valve, the system must be
checked to ensure that the system operating conditions
fall within the recommended operating range specified in
‘Technical Information -Installation Conditions’.
To ensure that the Thermostatic mixer operates correctly,
it is necessary that the pipework is thoroughly flushed with
clean water before it is installed as per AS/NZS 3500.1. This
will remove any physical contaminants from the pipework,
ensuring trouble-free operation. During the flushing procedure
care should be taken to prevent water damage occurring to
the surrounding area.
WARNING: Do not cut the electrical cable
of the sensor tap, or alter the product
in any way to suit installation. Damage
caused in this way will void warranty.
Transformer with 4.5m Extended Cable (ENMS230)
are available if extra power cable length is required
TOOL REQUIRED
Supplied service & Allen keys 3mm Allen Key or flat head screwdriver 3/8” Flat end Allen key
Phillips head screw driver Spirit level Spanner
Loctite 577 thread sealant or
equivalent
INSTALLATION

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STEP 1 Determine the desired location for the box with
relation to the spout height off the basin. AUSHFG
species the spout should be 1120mm off nished
oor level.*
* Recommended height of spout (point of water
discharge) for Type A and Type B Clinical Hand
Washing Bay is 1120mm off nished oor level when
combined with basin at a height of 865mm, according
to AUSHFG (Australasian Health Facility Guidelines)
STEP 2 If installing within a frame wall, t mounting timber
in the desired location for box support. Enware
recommend 13mm ply wood xed between two
vertical in wall studs. Note: plywood needs to cover
the entire back section of the box, so the valve body
can be xed (see STEP 6).
 Important:Thedepthofboxfromnishedwallto
thebackoftheboxmustbebetween85-100mm
STEP 3 Mark out the xing point locations while ensuring
the box is level. The spirit level inside the box
can be seen through the top access hole.
SEE IMAGE 1
STEP 4 Secure the eSQX Box to the ply wood support
using the external xing lugs and adequate xing
screws. SEE IMAGE 2
STEP 5 Remove front dust cover. Keep the dust cover
and 4 screws at hand
STEP 6 Secure eSQX brass body to the mounting timber
using stainless steel screws supplied.
SEE IMAGE 3
IMAGE 1
IMAGE 2
IMAGE 3
INSTALLATION PROCEDURE IN WALL

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STEP 7 Purge hot and cold supply lines to make sure all
debris has been cleared. Connect water supply to
inlet ttings using 1/2” BSP loose-nut connectors.
SEE IMAGE 4
Note: Use loose-nut connectors (#62) or unions for connections
to inlets, to allow for easy removal of the valve should there be
any need to repair or service the components later on.
STEP8 Make sure integral inlet isolation valves are off.
The line of the slot should be horizontal across
the inlet valve. SEE IMAGE 4
STEP 9 Turn on the hot and cold water supplies and test
the supply pipeline connections for leaks.
Donotturnontheintegralisolationvalves
STEP10 Note - for 12V mains powered installations only.
Plug the transformer into a power outlet, and
place the end connector of the 12V transformer
in the box via the cable access hole
SEE IMAGE 6
Ensure at least 50mm of cable is available in
the box to connect to the sensor. If the cable is
not long enough, use an extended transformer
(ENMS230 - available from Enware).
Use a conduit to run the transformer cable
between the power point and the box, to allow
for easy component replacement in future.
To avoid damage to the cable when trimming the
dust cover (Step 1 - page 12), ensure the cable
is tucked away towards the back of the box.
STEP 11 Re-t the dust cover and secure with 4 screws
STEP 12 The wall is ready to be sheeted. Make sure the
sheeting is nished hard against the protruding
section of the box. SEE IMAGE 7
WARNING: Do not cut the electrical cable of the
sensor tap, or alter the product in any way to suit
installation. Damage caused in this way will void
warranty.
IMAGE 5
IMAGE 4
IMAGE 7
IMAGE 6
INSTALLATION PROCEDURE IN WALL

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INSTALLATION PROCEDURE FRONT OF WALL
STEP 1 Once the nished wall is complete, the protruding
section of the box needs to be trimmed so it nishes
ush with nished wall face. Discard cover
SEE IMAGE 8
Check that no part of the box protrudes past the
nished wall, and deburr trimmed edges.
STEP 2 Fit the chrome back support bracket and secure
with four screws supplied. SEE IMAGE 10
IMAGE 8
IMAGE 9

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INSTALLATION PROCEDURE FRONT OF WALL
STEP 3 Adjust the spout support nut so it sits hard against
the back of the support bracket.
SEE IMAGES 10 & 11
STEP 4 Cut back the 1/2 inch outlet thread so you
are left with 15mm protruding past the support
bracket. SEE IMAGE 12
STEP 5 Apply thread sealant or tape to outlet thread and
screw on the spout retainer using 3/8” Allen key,
making sure it nishes hard up against the spout
support nut. SEE IMAGE 13
IMAGE 11
IMAGE 10 SPOUT SUPPORT NUT
IMAGE 13
IMAGE 12

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STEP 6 Locate the spout, take the grub screw out completely.
Fit the spout onto the spout retainer. Check that the
grub screw hole lines up with the groove on the brass
spout retainer, then lock the spout in place using the
grub screw. SEE IMAGES 14 & 15
STEP 7 Commission the valve as stepped out in
commissioning procedure on page 16.
Note:Donothighpressuretestthesupply
system,asthismaydamagethethermostatic
cartridge(Max1000KPa).
STEP8 Use the 3/8” Allen key and wind the temperature
adjustment gear anti clockwise until it comes to
a rm stop. This will close the thermostatic valve.
SEE IMAGE 16
IMAGE 15
IMAGE 14
IMAGE 16
INSTALLATION PROCEDURE FRONT OF WALL

www.enware.com.au Call 1300 369 273 13
FITTING THE FACE PLATE
STEP 9 Remove the spout from spout retainer
STEP10 Connect the cables on the sensor to the solenoid
and the battery making sure the lines on the two
connectors align SEE IMAGE 17
For 12V mains powered installations, the
transformer lead MUST connect to the cable
marked “12V’, leaving the other cable to the
solenoid. Crossconnectionherewilldamage
the sensor and void the product warranty -
SEE IMAGE 18
STEP 11 Activate the sensor by waving your hand in front
of sensor for wave on wave off models, or by
holding your hand in front of sensor for active
sense. Listen for the solenoid to click open.
(Water is still off due to the cartridge position in
Step 8).
Note:Donothighpressuretestthesupply
system,asthismaydamagethethermostatic
cartridge(Max1000KPa).
STEP 12 Take the Chrome face plate, carefully push
the plate over the spout retainer, then place its
2x lower tabs into the 2x voids in the base of the
face plate bracket until it sits ush.
Secure in place using the 2x M4 Allen head
screws and tighten with an Allen key.
SEE IMAGE 20 and 21
IMAGE 18
IMAGE 17
IMAGE 20 IMAGE 21
IMAGE 19
INSTALLATION PROCEDURE FRONT OF WALL

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STEP 13 Place the chrome dress ange over the spout
connector, making sure the back o-ring of the
ange is in place.
STEP 14 Align the small 3mm hole in dress ange with
the hole in the face plate, and then carefully
push on the spout so that the anti-rotation pin
ts within the holes. SEE IMAGE 22
STEP 15 Fit the grub screw on the underside of the spout,
and tighten using the 2.5mm Allen key to secure
it in place - SEE IMAGE 23 & 24
Ensure the grub screw ts into the groove of the
spout retainer, and is tted all the way into the
spout.
STEP 16 Take a 3/8” Allen key, insert into the temperature
adjustment port and turn clockwise to open the
thermostatic valve. As the valve opens, water
may ow from the spout as your hand could
be in the sensor range. Turn the temperature
adjustment until it stops, then adjust back 1/4 of
a turn. Activate the sensor and if required, adjust
the temperature to the desired setting.
SEE IMAGE 25
(Refer to Page 16 Setting the Outlet
Temperature, Steps 3 & 4)
STEP 17 When complete, t the chrome temperature
adjuster cover onto the plate.
IMAGE 22
INSTALLATION PROCEDURE FRONT OF WALL
IMAGE 23
IMAGE 24
IMAGE 25

www.enware.com.au Call 1300 369 273 15
10 cm
OPERATING INSTRUCTIONS
ESQX ACTIVE SENSE
TO TURN ON
Place hand under spout, in front of sensor.
Water starts to ow.
TO TURN OFF
Simply move hand away from sensor.
Water ow stops
ESQX WAVE ON WAVE OFF
TO TURN ON
Place hand in front of sensor for 1 second,
at a distance of 10 cm. Water starts to ow.
TO TURN OFF
Place hand in front of sensor for 1 second,
at a distance of 10 cm. Water ow stops
After turning ON, the tap runs for at least 2 seconds.
(Intelligent Afterow Function)
During this time the tap cannot be turned off.
Maximum continuous ow period is 2 minutes
OPTIONAL SENSOR FUNCTIONS
Afterow can be increased to 4 seconds
Default sensor range 250mm can be
reduced to 170mm
Sensor sensitivity level can be reduced
if it is over sensitive
After turning ON, the tap runs for at least 4 seconds.
(Intelligent Afterow Function)
During this time the tap cannot be turned off.
If tap is not turned OFF, it will automatically turn
OFF after a set period. (Factory default setting is
15 sec, range 8 sec - 180 sec)
If Optional 15 sec Lockout Time Function is set:
After turning OFF the tap cannot be turned ON
again for 15 seconds.
10 cm
1 sec
Wave quickly in front of
sensor (does not activate)
Place hand in front of sensor
at 10cm for 1 sec
Hand too close to sensor
(does not activate)
Move hand in towards sensor
and pulling up

16 Call 1300 369 273 www.enware.com.au
COMMISSIONING AND IN SERVICE TESTING
Due to the installed water supply conditions being
different from those applied in the laboratory test,
it is appropriate at commissioning to carry out
simple checks and tests on each mixer to provide
a performance reference point for future scheduled
servicing.
In all cases the following must be checked to ensure
correct operational performance of the SQX valve:
• The intended installation matches the
performance brief of the SQX point of use
thermostatic
• The supply temperatures and pressures are
within the permitted range as specied
in the Technical table – Installation
Conditions on Page 7.
Upon completion of the installation, the valve
should be tested and commissioned as per the
procedure outlined below or as specied by the
local authority. The entire procedure should be
read through thoroughly prior to commissioning the
valve. A calibrated digital thermometer, having rapid
response time with maximum temperature hold
will be required to check and set the outlet mixed
temperature of the valve.
To test the temperature, allow the mixed heated
water to ow for at least 60 seconds; this allows
for a stable temperature reading. For optimum
performance, a ow rate of at least 4 Lpm is
recommended.
Note:Thesolenoidvalveisalatchingsolenoid-itremainsineitheropenorclosedpositionif
powersupplyisnotconnected.(Factorysettingisatfullyopenposition).
COMMISSIONING OF THE VALVE
STEP 1 Turn on the integral isolation valves using a
2.5mm Allen key or at head screw driver
SEE IMAGE 26
STEP 2 Insert the 3/8” Allen key into the mixer’s
temperature adjustment gear
STEP 3 If the thermostatic mixer is closed, turn the tap
on by rotating the Allen key clockwise. Check the
temperature of the water with a hand held digital
thermometer. With the thermometer held within
the ow stream, rotate the Allen key until the
desired (maximum) temperature is achieved.
SEE IMAGE 27
STEP 4 Once this desired temperature is set, make sure
it stays steady for a minimum of 60 seconds.
Remove the Allen key without changing the
temperature gear position.
IMAGE 26
IMAGE 27
SETTING OUTLET TEMPERATURE

www.enware.com.au Call 1300 369 273 17
Before completing the thermal shut down test, the combined non-return and strainer assemblies
need to be checked for cleanliness (Refer to Servicing the Strainers and Check Valves section on
page 19)
STEP 1 Using a 3/8” Allen key, unscrew the SQX check valve/ strainer assembly and remove from
the mixer.
STEP 2 Inspect strainers and check valves for debris. Rinse in clean water if required
STEP 3 Re-t SQX check valve/strainer assembly and hand tighten with the Allen key
CHECK STRAINERS AND NON-RETURN VALVES
Once the correct outlet temperature has been achieved, the valve’s internal mechanism should be
exercised by alternately shutting off the hot and cold supplies while the tap is set at its operating
temperature.
TEST 1 While holding a digital thermometer in the outlet ow, quickly isolate the cold water
supply to the valve by closing the integral isolation valve on the cold inlet side. The
outlet ow should quickly cease owing. As a rule of thumb the ow should be less
than 0.1L/min following the isolation. Restore the cold water supply to the valve. After
the mixed water temperature has stabilised, note the outlet temperature. Ensure the
outlet temperature has re-established
TEST 2 Repeat the above test, except this time quickly isolate the hot water supply to the valve.
The outlet ow should quickly slow to a trickle. As a rule of thumb the trickle should
typically be less than 0.4L/min@500kPa down to less than 0.1L/min@100kPa following
the isolation. Restore the hot water supply to the valve, measure and record the
outlet temperature after the mixed water temperature has stabilised. Ensure the outlet
temperature has re-established.
Ensure that all details of the Commissioning Report are completed & signed by the relevant
signatories & a copy is kept with the installer and owner of the premises.
Thevalveisnowcommissionedanditcanbeusedwithinthetechnicallimitsofoperation.
THERMAL SHUT DOWN TEST
EnwareAustraliarecommendsthatThermostaticMixingValveshavemonthlytemperature
checksandadjustmentsasneededduringthelifeofthevalves.Theresultsshouldberecorded
for future reference.
The purpose of the in-service test is to regularly monitor and record the performance of the
thermostatic taps. Deterioration in performance can indicate the need for service work on the valve
and/or the water supplies.
If the mixed water temperature has changed +/- 2 °C from the previous test results, then this could
indicate the need for tap to be serviced.
IN SERVICE TESTING

18 Call 1300 369 273 www.enware.com.au
STEP 1 Ensure a clean dry work area is available
ACarefully remove the chrome Temperature Adjustment cover,
using a small at head screw driver or similar tool. Your
hands may activate the sensor during this process. (A sensor
deactivation key is available if required).
B Insert a 3/8” Allen key into the access port and rotate it anti
clockwise until it comes to a rm stop. The thermostatic mixing
valve is now closed
CRemove the spout by loosening the grub screw located on the
underside of the spout. Also remove the dress ange ensuring to
leave the spout connector in place.
DRemove the face plate carefully over the spout connector
Annual servicing can be done with face plate bracket in place.
STEP 2 Isolate the hot and cold supplies to the AQUABLEND eSQX
THERMOSTATIC mixing valve by closing the inlet ball valves
found within the inlet Connectors - see Image 27. During the
annual service the SQX Checkvalve/mesh strainer assemblies
need to be removed and cleaned, as directed in the Servicing
the Strainers/check Valve Section following.
A thermal shut down test is performed as specied in the commissioning
procedure and the temperature is re set as required. If the valve fails to shut
down or fails to maintain its set temperature then refer to Troubleshooting
section on page 30.
STEP 1 A
STEP 1 D
SERVICE AND MAINTENANCE
The ENWARE AQUABLEND eSQX electronic thermostatic mixing valve will only require minimal
preventative maintenance work to ensure it operates at its optimum level of performance. The valve should
be serviced annually, unless the installation conditions dictate more frequent servicing.
ANNUAL MAINTENANCE PROCEDURE
Every 12 months the ENWARE AQUABLEND SQX thermostatic Mixer should be inspected & tested. The
valve & surrounding area should be inspected for leaks or water damage and appropriate action taken if
required.
5 YEAR MAINTENANCE PROCEDURE
Every 5 years the ENWARE AQUABLEND eSQX thermostatic Mixer needs
to have a full service carried out. In addition to the ‘Annual Maintenance
Procedure’ listed above, this service requires the AQUABLEND eSQX
THERMOSTATIC Mixer Cartridge replaced, and it must be replaced as directed
in Servicing the Thermostatic Cartridge section following.
After servicing the strainers/check valves and the thermostatic mixer cartridge
is replaced, a thermal shut down test is performed and the temperature re set
as required. If the valve fails to shut down or fails to maintain its set temperature
then refer to Troubleshooting section on page 30.
.
STEP 1 B
STEP 1 C

www.enware.com.au Call 1300 369 273 19
Prior to servicing the strainers, turn off both the hot and cold water supply via
the Isolation valve within the inlet connectors. SEE IMAGE 27.
STEP 1 Using a 3/8” Allen key unscrew the the SQX check valve/
strainer assembly and remove from the mixer.
SEE IMAGES 28 & 29
STEP 2 The check valve/strainer assembly should be cleaned with a
dilute water solution of suitable descaling solvent (such as CLR),
checked for physical damage and then thoroughly rinsed with
clean water. SEE IMAGE 30
STEP 3 Ensure there is no debris caught within the sealing faces.
When service is complete, re-t SQX check valve/strainer assembly and
hand tighten with the Allen key. Test for water tightness.
IMAGE 28
IMAGE 29
IMAGE 30
SERVICING THE STRAINERS AND CHECK VALVES
Enware Product Code: ATMS693 - Strainer / Check Valve Assembly (1 Pair)

20 Call 1300 369 273 www.enware.com.au
Ensure the water supplies to both the hot and cold
inlets are isolated prior to commencing.
SEE IMAGE 31
STEP 1 Remove the faceplate bracket by
loosening the 4x M4 xing screws and
carefully pulling the bracket off the
spout connector. SEE IMAGE 32
STEP 2 Remove the vertical temperature
adjustment gear, by unwinding its M5
Allen head xing screw and levering it
out of its location on the back face of
the box. SEE IMAGES 33 and 34
STEP 3 Use an appropriate size spanner or
wrench to unwind the thermostatic
cartridge out of the mixer body. Lower
the cartridge down into the base of the
box until it is free of the mixer body.
SEE IMAGES 35, 36 and 37
STEP 4 Prior to discarding the cartridge,
remove the white plastic temperature
gear and the brass cartridge support
cover, and t them onto the new
cartridge.
STEP 5 Lightly grease the new cartridge o-rings
and re-assemble by screwing into
the mixer body until it reaches a rm
stop. Re-t the temperature gear and
recommission the mixer as detailed in
Commissioning section on page 16
IMAGE 36IMAGE 32
IMAGE 37IMAGE 33
IMAGE 33
SERVICING THE THERMOSTATIC CARTRIDGE
Enware Product Code:ATMS600- Aquablend SQX Thermostatic Cartridge
IMAGE 35
CARTRIDGE
HEX NUT
CARTRIDGE
SUPPORT COVER
IMAGE 31
SERVICE AND MAINTENANCE