FSA GT7-2K User guide

GT7- 2K / 4K / 8K / 9K / 16K
Ultraviolet System Manual
Contents
Technical Overview ......................................................................................................................................2
I. Important Notes .....................................................................................................................................2
II. Specifications........................................................................................................................................2
III. WARNING............................................................................................................................................2
IV. Before you Purchase/Open..................................................................................................................2
V. Space Requirements ............................................................................................................................3
VI. What is Ultraviolet Sanitation ...............................................................................................................3
VII. Example Applications .........................................................................................................................3
Installation Introduction.................................................................................................................................4
I. Site Preparation .....................................................................................................................................4
II. Mounting ...............................................................................................................................................4
III. Installing Connections ..........................................................................................................................4
IV. Thermal Relief Valve ...........................................................................................................................4
V. Filter Protection ....................................................................................................................................4
Commissioning & Start-up ............................................................................................................................4
I. Quartz Thimble Installation.....................................................................................................................4
II. Ballast Operation ..................................................................................................................................5
III. Installing the UV Lamp .........................................................................................................................5
Maintenance.................................................................................................................................................6
I. Replacement Parts.................................................................................................................................6
Troubleshooting............................................................................................................................................7

Technical Overview
I. Important Notes
For correct operation of this appliance, it is essential to observe the manufacturer’s instructions.
This system is designed for permanent fixed installation as a POE or POU treatment system. Installation
must be carried out by a qualified plumber or authorised technician to comply with Australian Plumbing
Codes. This system contains electrical components and plumbing components; Use caution and if
leaking occurs, turn the power off immediately before conducting maintenance or repair to the
system.
This appliance 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 supervision or
instruction concerning use of the appliance by a person responsible for their safety.
Children should be supervised to ensure that they do not play with the appliance.
If the supply cord is damaged, it must be replaced by a special cord or assembly available from the
manufacturer or its service agent.
II. Specifications
Part Number
GT7-2K
GT7-4K
GT7-8K
GT7-9K
GT7-16K
Flow Rate @ 30mJ/cm²
3.8L/Min
30L/Min
50L/Min
50L/Min
105L/Min
Voltage
230V – 240V
Chamber
304SS
316SS
Max Pressure
700 kPa
Working Pressure
500 kPa
Lamp Power
14W
20W
40W
40W
87W
III. WARNING
This appliance must be installed into a single socket surge protector directly, before being connected to
a 240V 10A GPO. It must be a surge protector; Circuit Breakers and RCD’s are not suitable substitutes as
they do not protect the unit from power surges.
Danger: Dangerous electrical voltage is present inside the power supply box & chamber. These
instructions must be followed closely to prevent serious personal injury. Ensure eye protection is worn
when servicing and installing this unit to protect from harmful UV-C Radiation. This radiation can be harmful
to eyes and skin, UV lamps should only be used when properly installed in the irradiation chamber. The UV
lamp must not be operated outside the chamber.
•This unit must be used only for its intended purpose as described by the manufacturer.
•This unit must be installed in accordance with this manual.
•The unit must be unplugged when; The unit is not in use, before fitting or removing any parts.
oThe unit must be electrically isolated before Maintenance, Cleaning or Lamp Replacement.
•The System will need to be de-pressurised before maintenance.
•The UV lamp is designed for continuous usage to reach full disinfection capacity. Frequently turning
the system on/off will cause the lamp to reduce in effectiveness and may cause the lamp to fail.
Overheating: For long periods of no flow through a UV system, it is required to fit a Thermal Relief Valve
(TRV) which can be purchased separately. Excessive build up of temperature in the chamber may cause
the O-ring to deform and fail, causing leakage which can come into contact with the lamp/power supply
causing damage or personal injury. Installing a UV system without a TRV may void warranty – check the
Warranty details for further clarification.
IV. Before you Purchase/Open
The system requires specific working conditions to be met before installation, some general guidelines* are
listed below. If these conditions are not met, the system may not be suitable for the application and may not
function as specified.
These systems are designed for sanitising water supplies including mains water, tank water and in some
cases bore water and other water supplies. UV dosage ratings are based on UVT 94% and pre-filtered to

5uM. For applications on any water supply other than rain water tanks and mains water, please contact the
manufacturer to determine the correct system.
Feed Water Conditions
*Guideline Only*
Min
Max
Inlet Pressure
100 kPa
500 kPa
TDS
0 mg/L
2,000 mg/L
Iron
0 mg/L
0.02 mg/L
Manganese
0 mg/L
0.01 mg/L
Hardness
0 mg/L
150 mg/L
V. Space Requirements
The Ultraviolet systems are not IP rated, therefore are not suitable for external installation without adequate
weatherproofing or cover from the elements including but not limited to Rain/Moisture/High Humidity &
Frost. For external installations, the ballast must be installed in an IP 65 or better waterproof enclosure (not
supplied) OR installed in a suitable location not exposed to the previously mentioned elements.
The System is supplied with either plastic (GT7-2K) or Aluminium mounting clamps designed for installation
on the wall (screws not included). It is ideal for the system to be mounted horizontally however if necessary,
vertical installation (open end to the top) is acceptable, the outlet should also be at the top.
The chamber must be mounted so that the chamber remains full of water at all times. The ports should be
facing up for a horizontal installation so that the air can escape from the chamber. You must allow enough
space to perform maintenance on the system. Allow 2x the length of the chamber at the open end to allow
the UV Lamp & Thimble to be installed/removed. When mounting the chamber, consideration must be
made for the weight of the system being full of water due to the stresses associated with the plumbing
fixings. The stainless-steel chamber and surrounding plumbing must be earthed to prevent electrolysis
(which will cause corrosion).
VI. What is Ultraviolet Sanitation
Ultraviolet sanitation works by breaking down the cell wall of a micro-organism allowing oxidation to occur
which in turn prevents the bacteria from multiplying until it is finally eradicated. Ultraviolet filtration is a
chemical free solution to water sanitation creating no by products in the water.
Ultraviolet systems are rated based on a dosage level of radiation into the water (mJ/cm²) with 30mJ being
the standard level of disinfection and up to 40mJ for Australian Drinking Water Guidelines.
For drinking water and domestic water use, a UV system should always be installed as the last point of
contact. For example, on a whole house filtration system, the filters should be installed before the UV
system. This effectively eliminates (or significantly reduces) the chances of re-contamination after the UV
unit.
VII. Example Applications
UV systems are utilised in many different ways. The main applications are Household Water Filtration,
Commercial Water Treatment & Bacterial Pre-Treatment.
Household Water Filtration generally comes in 2 forms: Undersink Point of Use filtration or Whole House
Point of Entry filtration. Both applications are set up the same, with a pre filter followed by the UV system as
a final point of contact.
Commercial Water Treatment is common due to council regulations governing the supply or water or food
to the public. The law requires a form of sanitation in the filtration process and this is usually done in the
form of UV, RO or UF filtration.
Bacterial Pre-Treatment is sometimes required as a pre-treatment stage for ultra-fine (UF) or Reverse
Osmosis (RO) systems to prevent possible bio-fouling. UV can treat higher levels of bacteria to reduce the
chance of this occurring.

Installation Introduction
I. Site Preparation
When a suitable installation location is identified, you will need to determine if the system will be mounted
horizontally as recommended, or vertically if necessary (if mounting vertically, the outlet will need to be at
the top and a TRV is required). Allow adequate space for the ongoing maintenance and pre-plan the
plumbing so that the ports will be facing up.
II. Mounting
When mounting the system on a wall, mark out the approx. location of each wall bracket. Fix a bracket to
the wall and using a level and ruler, mark out the appropriate location for the second bracket. Brackets
should ideally have the pivot/hinge at the bottom and screw to close the bracket at the top. Hold the
Chamber in firmly to the brackets and they do up one of the clamps to secure the system. A second set of
hands can assist to make this easier.
III. Installing Connections
The UV systems are manufactured with male BSP threads either in 1” (GT7-8K/9K/16K) or ½” (GT7-4K).
The smaller GT7-2K unit is ¼” Female. Use appropriate plumbing fittings to install onto the chamber for
adapting to your plumbing.
IV. Thermal Relief Valve
A Thermal Relief Valve is a valve with a build in sensor that will open and drain water once the temperature
in the chamber reaches 56°C.
A Thermal Relief Valve is also recommended on installations where there can be prolonged periods of time
without water flow. Generally lower wattage systems (<40W) do not reach extreme temperatures under
normal conditions; however, it is best to install a TRV to limit the temperature.
When installing a TRV, note the below requirements:
•The TRV must be installed on the Outlet of the UV System (which should be the open end).
•The TRV tube must be allowed to drain freely without head pressure (don’t run the tubing vertically).
•The TRV operates from temperature so always have the ports facing up (heat rises).
•When vertical system installation is required, make sure the valve itself is also facing up.
The valve will open at 56°C and Close at ~ 54 – 55°C, if you have a pump without a bladder and a very
sensitive high/low pressure switch, you may notice the pump cycling as the valve activates/deactivates
during prolonged periods without flow.
V. Filter Protection
As per Australian Plumbing Codes, a pressure limiting valve should be installed to limit the pressure to 500
kPa when the feed pressure exceeds 500 kPa. If Water Hammer is present, install a suitable Water
Hammer Arresting device.
Commissioning & Start-up
I. Quartz Thimble Installation
Due to the fragile nature of the quartz, care must be taken when handling and installing the thimble and
lamp. The below steps are for horizontal installations.
1. Remove the knurled nut from the end of the SS chamber.
2. Wearing clean gloves or handling with a micro-fibre cloth, remove the thimble from the packaging
and check for any marks or blemishes. Insert the glass thimble into the
chamber at the open end. The thimble will need to go into the chamber
by the domed end first. At the rounded end of the UV SS chamber, you
will find a locating port to accommodate the dome end of the quartz tube
(On the GT7-8K/9K System, this will be a spring). Carefully push the
quartz thimble into this port so the lamp is securely seated.

3. Place the o-ring over the exposed end of the glass thimble and seat the o-ring firmly against the
thread, as shown above.
4. When the o-ring is seated, install the knurled nut onto the chamber to seal the o-ring against the
sealing nut. NOTE: Firmly hand tightening is sufficient to seal these chambers without the use of
tools – DO NOT APPLY THREAD TAPE OR SEALANT GLUE TO THE END THREADS.
Caution: Overtightening the end nuts may cause the glassware to crack.
5. You can look through the open end of the nut to see if the o-ring is seated correctly. There will likely
be a slight gap between the end edge of the thimble and the recessed stop-end of the knurled nut -
this is normal in most cases (for the 2K & 4K Systems). On the larger GT7-8K & GT7-9K systems,
the spring holds the quartz under tension, so there may not be a gap once firmly tightened.
From this point, the water supply should be turned on to pressurise the chamber and identify if there are
any leaks from the plumbing connections or from the thimble. If leaking occurs from the thimble, it is
possible that it may only be a slow beading leak which must to be rectified before installing the lamp.
For vertical installations, it is extremely important that there are no slow leaks, as over time, these will fill up
the thimble with water and cause a short in the lamp, which can result in injury or damage to the lamp &
ballast. This is not covered under warranty.
If any water is present on the thimble or chamber from the installation process, it will need to be thoroughly
dried before continuing with the installation.
II. Ballast Operation
GT7-8K-PS – The 10W – 40W ballast is straightforward for operation. It features a lamp status & failure
indicator light along with an audible alarm should there be a fault. The ballast will automatically reset when
turned on/off.
GT7-16K-PS - In order to guarantee user safety, this ballast features complete control and protection
functions which are caused by;
1. UV Lamp exceeding life cycle (365 Days).
2. UV Lamp Failure.
3. Working beyond rated voltage and load.
This ballast is designed to work with germicidal UV lamps. Do not mistake the input/output wire to avoid
ballast failure.
•Ensure the voltage is within the specification of the ballast.
•Match the UV lamp with the power output of the ballast.
•Ensure the connections (plugs) are fitted correctly – the earth wire must be affixed securely.
Working Condition: Green LED light of ballast ON, No Red LED, Digital Display indicating # of Days
Fault: Red LED on / Flashing, Audible alarm
Working Timer Function: The First timer indicates number of operating days from 0 to 9999, the Second
timer indicates UV lamp working life which is a countdown from 365 days to 0. The UV lamp working life is
set by default but you can switch between these indicators by pressing and holding the “SELECT” button
for 2 Seconds (repeat this to return to Default).
UV Lamp Replacement Alarm: Once the UV lamp working day timer reaches 0, the digital display will
show “A3”. The Red LED light will flash and there will be an audible alarm to remind you to change to a
new lamp.
Ballast Reset: When the lamp has been changed, press and hold the “SELECT” button for 10 seconds
until the display shows “RSET” – Continue holding for a further 5 seconds until the display shows “0365”
and you will hear an audible beep. Release the button and the timer is successfully reset.
III. Installing the UV Lamp
When, and only when the chamber and thimble are deemed to be water-tight and free of leaks, can the
lamp be installed. Handle the lamp only by the plastic end caps, and support it by both ends.

1. Before the lamp is installed, the chamber and surrounding plumbing must be dry and free
from water or leaks.
2. Remove the lamp from its protective wrapping.
3. Insert the UV lamp into the quartz thimble through the open end. Leave the 4 pins of the lamp
exposed to allow connection to the ballast.
a. For vertical installation, you will need to connect the power supply first before lowering the
tube into the chamber. Do NOT drop the tube as this will cause the thimble to crack.
4. Firmly holding the white cap of the UV lamp, and the Black connection of the Ballast, push the
power supply connection onto the UV lamp pins, there is a long and short side of the pins so they
will only go into the power supply one way. Ensure that this is connected firmly so there is a good
connection.
a. At this point the lamp should be tested briefly to ensure it is in working order and the
connection is sound.
b. Keep your hands clear of the system and turn on the power for 5 seconds to allow the lamp
to fire. Do not look directly at the lamp without eye protection.
c. Confirm that the lamp lights up correctly, and the ballast is showing a green light to signify
that the lamp is running correctly.
d. Turn off the power.
5. Slide the lamp the remaining way into the chamber, pushing the rubber sleeve over the knurled nut.
NOTE: The rubber sleeve is not a waterproof seal and is not designed to seal the water in the
chamber, it is only to hold the lamp in place and protect from slight splashing water – this
does not make the chamber IP rated as waterproof.
6. Connect the earth wire to the lug on the bottom of the UV chamber as shown above.
7. Plug the ballast into a certified single socket surge protector, then into a 240V 10A GPO.
8. Turn on the power supply to start the lamp.
a. If there is a green light, everything is running correctly.
b. If there is a red flashing light with an audible alarm sounding, the ballast is indicating that
there is a problem with the lamp. This may be due to a faulty lamp, or the connection was
not sound during installation. Or there may possibly be a water leak that is shorting out the
lamp.
c. Fix the issue if possible or contact the supplier for further information.
Maintenance
I. Replacement Parts
Ultraviolet systems are rated based on a dosage level of UV-C radiation into the water (mJ/cm²), with
30mJ/cm² being the standard level of disinfection and a minimum dose of 40mJ/cm² required to comply
with Australian Drinking Water Guidelines. Ultraviolet Lamps are rated with a 9000-hour (1 year) lifespan,
after which point the lamp will naturally degrade and the level of radiation produced by the lamp cannot be
guaranteed. They are designed for continuous run, not for intermittent operation.
The UV lamp sits inside a quartz thimble, which protects the electrical components of the lamp from making
contact with the water. We specifically use quartz (fused silica) for this application because it is strong,
exhibits thermal resistance, and has excellent UV transmission properties. However, over time, metal ions
fused within the silica structure of the quartz thimble interfere with the UV-C radiation produced by the
lamp, which reduces the UV transparency of the glass and causes it to become fragile. This process is
called solarization.

Tannin, bio-film, algae, and scale can also build up on the outside of the glass thimble, further preventing
ultraviolet light produced by the lamp from penetrating through the thimble, and impairing the system's
ability to sanitise the water passing through.
Thus, we recommend replacing the lamp every 12 months, and the thimble every 1-2 years.
Lamp Replacement | Every 12 Months
GT7-2K-Lamp 14W Replacement UV Lamp Suit GT7-2K
GT7-4K-Lamp 20W Replacement UV Lamp Suit GT7-4K
GT7-8K-Lamp 40W Replacement UV Lamp Suit GT7-8K
GT7-9K-Lamp 40W Replacement UV Lamp Suit GT7-9K
GT7-16K-Lamp 87W HO Replacement UV Lamp Suit GT7-16K
Quartz Thimble Replacement | Every 1 – 2 years depending on water quality
GT7-2K-Thimble 331mm x 23mm OD Single Open-End Thimble Suit GT7-2K
GT7-4K-Thimble 490mm x 23mm OD Single Open-End Thimble Suit GT7-4K
GT7-8K-Thimble 895mm x 24.5mm OD Single Open-End Thimble Suit GT7-8K
GT7-9K-Thimble 895mm x 23mm OD Single Open-End Thimble Suit GT7-9K
GT7-16K-Thimble 895mm x 23mm OD Single Open-End Thimble Suit GT7-16K
O-Tings | Every 1 – 2 Years, must be changed if installing a new quartz
GT7-2NSF-OR O-Ring Suit 23mm Thimble (GT7-2K, GT7-4K, GT7-8K & GT7-16K)
GT7-8NSF-OR O-Ring Suit 24.5mm Thimble (GT7-8K )
Replacement Ballast | Replace after 5 years as a precaution
GT7-8K-PS 10W – 40W AU Certified (RCM) Ballast to Suit 4 Pin Lamps
GT7-16K-PS 33W – 120W AU Certified (RCM) Ballast to Suit 4 Pin Lamps
Mounting Clamps
GT11-8G 1 PC Plastic Mounting Clamp Suitable for U/Sink Installation.
GT7-8-BRK 1 Pair Aluminium Mounting Brackets Suit GT7-4K GT7-8K GT7-9K GT7-16K
Thermal Relief Valves
GT7-53 ¾” F-F BSP Thermal Relief Valve – 316SS + 2m Drain Tubing
GT7-51 1” F-F BSP Thermal Relief Valve – 316SS + 2m Drain Tubing
GT7-52 2” F-F BSP Thermal Relief Valve – 316SS + 2m Drain Tubing
Troubleshooting
Problem
Possible Cause(s)
Solution
Leaking from
Chamber
1. O-Rings Not Seated
2. Knurled Nut Too Loose
3. Damaged Thimble
1. If there is any issue with the o-ring in the way they
are seated this will need to be fixed. Remove the
thimble and repeat steps 3 – 5.
2. If the nut is not tight enough, the O-rings will not
have good enough compression and will cause a
leak. Slightly tighten up the nut until a watertight seal
is achieved. It is better to tighten slightly at a time to
prevent overtightening.
3. If there is a crack or hole in the thimble, it will fill
from the inside out. Turn off the water, disconnect
the power, carefully remove the thimble and replace
with a new one. If the thimble releases shards of
glass, the chamber and downstream plumbing will
need to be thoroughly checked. All glass shards
must be removed before re-connection.
High Water
Temperature
1. Low Flow Rate
1. Particularly on the smaller model (GT7-2K), if
there are periods of low water usage or the water is

2. Oversized System
allowed to stand for long periods of time, the water
may be prone to heating up and may be either
lukewarm or hot. Generally, this only occurs on
systems that have a short distance between the
outlet and point of use. Whole house systems have
a larger length of cold plumbing pipes downstream
which will dissipate this heat.
2. If the system is too large for the application, it is
likely that even with frequent water usage, the water
does not get a chance to cool down effectively. If
there are significant fluctuations in usage or flow
rates, it is good practice to install a thermal relief
valve (sold separately) on the outlet of the UV
chamber which can bleed water from the chamber
and keep temperatures below 56°C.
Hot SS Chamber
1. Low Usage
1. As above, if the water is allowed to stand for
periods of time, the chamber will heat up naturally.
This is normal, however if the heating is excessive to
the point where it is causing damage to the chamber
or surrounding fixtures, a thermal relief valve (sold
separately) should be installed on the outlet of the
UV chamber, to bleed water from the chamber and
keep temperatures below 56°C.
Ballast is Alarming
1. Lamp Failure
2. False Alarm
1. Usually if the ballast is alarming and showing a
red flashing status indicating light, the lamp has
failed and will require replacement. Before replacing
a lamp, it is best to check firstly for an external
cause for lamp failure turn off the power then check
for; Water ingress from either rain, or leaks or any
signs of moisture or condensation in/around the
electricals. Due to the elevated temperature of the
lamp, high humidity may cause condensate to form.
If there are no signs of leaking, check for signs of
shorts or charring on the lamp connection with the
ballast. Lastly inspect the tube to see if there are any
dark patches or if the filaments are burnt out.
2. Sometimes the ballast may trigger a failure alarm
if the connection to the lamp is interrupted or
perhaps the connection is not solid enough. If the
above steps reveal no faults and the lamp is still
working (lighting up), turn the power off for 5
minutes, check connections and then turn it back on
to see if the fault clears.
No Lights on Ballast
1. Ballast Failure
2. Interrupted Power
Supply
1. In the event of a large surge it is possible that the
ballast failed. This can also occur from shorts and
water ingress. Check for signs of a short around the
lamp connection end. The ballast will need to be
replaced. The UV lamp may also have blown at the
same time, or could be the cause for the ballast
failure – for safety it is best to replace both the lamp
and ballast together. If it is within Warranty period
please contact the manufacturer for further
instructions.
2. Check the wall socket with a different electrical
appliance to check if the GPO is functioning. Also
check your circuit breaker to see if any switches are
off.
Lamp is working but
the ballast is
alarming
1. Faulty Lamp
1. The lamp may be lighting up but not working at its
full capacity which may be caused by it not drawing
enough power from the ballast. The lamp will require

2. Faulty Ballast
replacement. Turn the system off, check
connections and turn back on to see if it fixes the
alarm.
2. The ballast could have a problem with the lamp
failure protection and may require replacement. Turn
the system off, check connections and turn back on
to see if it fixes the alarm.

Ultraviolet Sanitation Systems
Specific Warranty –GT7-2K GT7-4K GT7-8K GT7-9K
Warranty
Filter Systems Australia (FSA) Warrants each new product to be free from defects in material and
workmanship for a period of 1 year from date of tax invoice issued by FSA. During this 12-month period
FSA may cover freight expenses for a faulty item. After this 12-month period elapses, it is the responsibility
of the buyer to arrange freight and cover expenses to return the item to FSA. Any damage that occurs to
items during this transit is not the responsibility of FSA.
Filter Systems Australia’s exclusive obligation under this Warranty is, at FSA’s own option, to either repair
or replace the Product, once FSA has deemed that the Product is defective.
Filter Systems Australia will not cover any labour charge incurred by the buyer for the replacement
or repair of any product.
This warranty applies only to the original purchaser of the product –Non-Transferable.
This warranty does not cover any product that is relocated from the site of its original installation.
All replaced or exchanged parts taken out under this warranty become the property of Filter Systems
Australia.
Qualification for Warranty
As per Australian Plumbing Codes, all systems must be installed by a qualified plumber. The buyer is
responsible for keeping record and proof of installation in the form of an invoice and/or receipt.
UV Systems must be connected to a surge protector Directly before being connected to 240V socket.
Filter systems must be maintained as per FSA recommendations including the use of replacement filters,
fittings and components supplied by FSA. Failure to maintain the filtration system using FSA approved
products may void warranty.
Filtration systems must be fitted with a Pressure Limiting device to limit the pressure to 500 kPa or lower.
FSA does not take responsibility for retaining customer records, it is the buyer’s responsibility to retain all
tax invoices from the original sale and ongoing maintenance purchases as proof of upkeep on the system.
Limited Warranty
Components that are susceptible to external elements such as climate conditions or a harsh environment
without the proper protection may not be covered by warranty. The system should be installed in a place
out of the direct elements to protect the system from prolonged direct sunlight or water from rain.
Components that are considered to be ‘consumables’ include; UV Lamp, UV Thimble, O-Rings, Power
Supply
Consumables will require replacement at or before their recommended replacement times as outlined in the
installation manual. Failure to replace components using FSA approved/supplied components may void
warranty of the system.
Damage to components due to Water Hammer may not be covered by warranty.

UV System Warranty
The following information outlines the warranty period for all components supplied with FSA UV
Systems beginning from date of tax invoice issued by FSA
GT7-2K + GT7-4K
Stainless Steel UV Reactor Chamber 5 Year
Quartz Thimble 1 Year (Pro Rata from date of invoice)
UV Lamp 1 Year (Pro Rata from date of invoice)
Power Supply 1 Year
GT7-8K, GT7-9K & GT7-16K
Stainless Steel UV Reactor Chamber 10 Years
Quartz Thimble 1 Year (Pro Rata from date of invoice)
UV Lamp 1 Year (Pro Rata from date of invoice)
Power Supply 1 Year
Damage that is deemed to be by an external cause (e.g. impact, freezing, neglect or if installation is not
done by a qualified plumber) will not be covered by Warranty.
For further Warranty Terms & Conditions, please view our full warranty as outlined on our website or by
contacting FSA direct. 07 5597 4585