Sunquest Sq-2220-id User manual

Model # SQ-2220-ID

INSTALLATION & OPERATION

MANUAL

Read all the instructions before installing your solar heating system.

How does a solar heating system work?

1. Connect your existing pool pump to the solar panel. Your pool pump

sends cold water to the solar panel.

2. The sun heats the water in the solar panel.

3. Warm water is then returned to your swimming pool.

How well does solar heating work?

A solar heating system if sized and installed properly will raise your pool water temperature

up to 10

F / 6

C and extend your swimming season. In order to maximize the heat, the solar

panel must be exposed to sunlight as long as possible. On rainy days and at night the solar

panel must be turned off so your pool water doesn't cool. You can accomplish this with the

integrated diverter kit. On cloudy days, the solar panel won't work as well. It is recommended

to use a solar blanket or a Liquid Solar Blanket. This will help maintain the heat generated by

the solar panel in your pool.

Is a special pump required?

No, you can use your existing pool pump as long as it is in good working condition and 3/4HP (minimum). If the panel is

placed more than 9 meters (30 ft) away from your pool or one story up, then your pump may need to be 1HP or more.

Where can the solar panel be placed?

The solar panel can be placed on the ground.

Avoid placing in high traffic areas, as it is not

recommended to walk on the solar panel. The solar

panel can also be mounted on a rack or a roof. When

mounted, the panel should preferably be facing south

and be inclined at a 30

to 45

degree angle. Don't

face the panel North, because it will not heat. A

mounting kit (part#SQ-RMK5) is required for placing

the solar panel on a rack or roof.

Minimum recommended number of systems

Above

Ground

Round Pool

Above

Ground

Oval Pool

No. of Systems

(2- 2x20 panels)

Ground Pool

No. of Systems

(2- 2x20 panels)

Up to 15'

Up to 12'x24'

Up to 15' x 30'

2-3

18' to 21'

12'x 28' to 16' x 25' 2

Up to 16' x 36'

3-4

24'

16'x 28' to 18' x 30' 3

Up to 20' x 40'

4-5

27'

18' x 34' 3-4

This is the minimum recommended number of systems for a typical installation on a south facing roof

with 4-6 month swimming season. Sizing a solar swimming pool heating system involves many factors :

pool size, length of swimming season, average regional temperatures, desired pool temperature and

solar panel orientation. Use of a pool cover like LiquidHeat will help keep more heat in your pool.

Box Contents:

Qty

Part #

Description

Qty

Part #

Description

2 SK-1220 SunQuest solar panel 2ft x 20ft 2 SK-FTG-D Threaded combination hose adapter

2 SK-FTG-I "O" rings

2 SK-FTG-F Threaded cap

1 SK-FTG-J Rubber hose 7.5"

2 SK-FTG-L Metal collar (Hose clamp)

1 SK-FTG-E Roll of Teflon tape

1 SK-INT-V Integrated by-pass valve

Optional parts

Roof Mounting Kit (SQ-RMK5) High Wind Roof Mounting Kit (SQ-HWK)

1 - SQ-RMK5 per SQ-2220 system is required for Roof For high wind areas, to be used in addition to the roof mounting

or Rack installation kit (SQ-RMK5). 1 - SQ-HWK per SQ-2220 system is required

plus one extra.

Qty

Part #

Description

Qty

Part #

Descript

ion

5 SK-RMK-ST-M Coated metal strap 2 SK-RMK-BASE Mounting base

15 BOLT-Z Lag bolt 2" 2 SK-RMK-CAP Mounting Cap

1 SK-RMK-ST-N32 Nylon strap 32"

1 SK-RMK-ST-V32 Vinyl strap 32"

4 BOLT-Z Lag bolt 2"

Optional parts (cont.)

Add-on Kit (SQ-ADDON) Vaccum relief Kit (SQ-VRK)

1 SQ-ADDON required per SQ-2220 system added Facilitates drainage for winterizing roof mounted systems

Qty

Part #

Description

Qty

Part #

Description

1 SK-FTG-J Rubber hose 7.5" 1 SK-VRV Vacuum Relief Valve

2 SK-FTG-L Metal collar (Hose clamp) 1 SK-FTG-M Reducer Adapter 1.5" to 0.75"

Diverter Kit (SQ-DK) System Kit (SQ-SK)

A diverter kit is already included with your SunQuest System Everything needed to connect 3 SQ-2220 systems

This kit in not necessary. Includes add-on kits, vacuum relief kit, high wind kits & diverter kit

Qty

Part #

Description

Qty

Part #

Description

1 SK-FTG-A Threaded 2 way valve 4 SK-FTG-K Rubber hose 3.75"

2 SK-FTG-B Threaded nipple 8 SK-FTG-L Metal collar (Hose clamp)

2 SK-FTG-C Threaded tee 1 SK-VRV Vacuum Relief Valve

4 SK-FTG-D Threaded combination hose

adapter 1 SK-FTG-M Reducer Adapter 1.5" to 0.75"

1 SK-FTG-E Roll of Teflon tape 2 SK-FTG-N PVC Adapter

4 SK-RMK-ST-N32 Nylon strap 32"

4 SK-RMK-ST-V32 Vinyl strap 32"

8 SK-RMK-BASE Mounting base

8 SK-RMK-CAP Mounting Cap

1 VALVE-3WAY-S 3 Way Diverter Valve

1 SK-FTG-O PVC Tee

INSTALLATION

Additional parts required: - Flexible pool hose or rigid PVC pipe. Length dependent on distance from pool pump to solar panels.

- Metal collars (Hose clamps) - Quantity dependant on installation.

Tools required: - Flat head screwdriver.

- For rack or roof placement a utility knife, a power drill and silicone sealant.

PANEL ASSEMBLY

1. Choose placement for your solar panel(s). Make sure that it will be in the sun for most of the day. The area should be

clear of sharp objects.

Take the panel out of the box, remove the strap from panel and let the panel sit in the sun for approximately 30

minutes so it will become flexible.

3. a) Installation: one system on ground.

Diagram Step 3a

•Apply Teflon tape to threads of 2 caps (SK-FTG-F ) See Fig 3a-1

•Thread the caps into the panels as per Diagram Step 3a.

Do not over tighten. See Fig 3a-2

•Put "O" rings (SK-FTG-I) on both combination adapters (SK-FTG-

D) See Fig 3a-3. Thread both combination adapters into the panels

as per Diagram Step 3a. Do not over tighten. See Fig 3a-4

•Apply Teflon to threads of by-pass valve (SK-INT-V).

•Screw side of valve with handle into the panel as per Diagram

Step 3a. Do not over tighten. See Fig 3a-7

•Loosen the union on the valve. See Fig 3a-8.

•Screw other side of valve into the panel as per Diagram Step 3a.

Do not over tighten. See Fig 3a-9. Tighten the union on the valve.

•Push the rubber hose (SK-FTG-J) over the panel header as per

Diagram Step 3a. Slide a metal collar (SK-FTG-L) onto the

rubber hose. Place metal collar

" from edge and tighten collar

with screwdriver. See Fig 3a-10.

•Slide another metal collar onto the rubber hose. Connect the 2

panels together by pushing the rubber hose over the second

panel header. Tighten metal collar to secure assembly. See Fig 3a-11

Combination Adapter

-pass Valve

Cap

Rubber hose

Fig 3a-1

Fig 3a-2

Fig 3a-3

Fig 3a-4

Inlet

Outlet

Fig 3a-10

Fig 3a-11

Fig 3a-9

Fig 3a-8

Fig 3a-7

3 b) Installation: one system on rack or roof. (Horizontal only)

1 - Mounting kit (part # SQ-RMK5) is required

Diagram Step 3b

•The integrated by-pass valve (SK-INT-V) needs to be accessible in order to turn the

solar heating system On & Off. For this type of installation, the valve will be installed

near the pump. See Connecting to Pool System with diverter near pump on page 11.

Note: If you are installing on a rack that is easily accessible, you can connect the panel like a "on ground installation"

See Diagram Step 3a. For mounting the panels, follow the instruction included with the mounting kit.

•Using a utility knife or a hand saw, cut rubber hose (SK-FTG-J) in half. Make sure

you cut it as straight as possible. See Fig 3b-1. You should now have two rubbers

3 ¾" long.

•Apply Teflon on two of the caps (SK-FTG-F). See Fig 3a-1.

•Thread the 2 caps into the panels as per Diagram Step 3b. Do not over tighten.

See Fig 3a-2

•Put "O" rings (SK-FTG-I) on both combination adapters (SK-FTG-D) See Fig 3a-3. Thread both combination

adapters into the panels as per Diagram Step 3b. Do not over tighten. See Fig 3a-4

•Push the rubber hose you cut in half previously over the panel header as per Diagram Step 3b. Slide a metal

collar (SK-FTG-L) onto the rubber hose. Place metal collar

" from edge and tighten collar with screwdriver.

See Fig 3a-10. Repeat for other end of panel.

•Slide another metal collar onto the rubber hose. Connect the 2 panels together by pushing the rubber hose

over the second panel header. Tighten metal collar to secure assembly. See Fig 3a-11. Repeat for other end

of panel.

•Install mounting kits as per instructions included with them. Panels must be installed with a slight

slope (minimum 2 inch per 10 feet) toward the inlet. This will allow the panel to drain properly.

Note: The inlet must always be at the lower end of the panel and the outlet at the higher end of the panel.

Cap

Rubber hose

3.75"

Rubber hose

3.75"

Fig 3b-1

Inlet

Outlet

A Minimum of 2 inch fall per 10 feet

Combination Adapter

3. c) Installation: two systems on ground. Add-on kit (part # SQ-ADDON) is required.

Diagram Step 3c

•Using a utility knife or a hand saw, cut both rubber hose (SK-FTG-J ) in half. Make sure you cut it as straight

as possible. See Fig 3b-1. You should now have four rubbers 3 ¾" long.

•Apply Teflon tape to threads of two of the caps (SK-FTG-F ) See Fig 3a-1

•Thread the caps into the panels as per Diagram Step 3c. Do not over tighten. See Fig 3a-2

•Put "O" rings (SK-FTG-I) on two combination adapters (SK-FTG-D) See Fig 3a-3. Thread both combination

adapters into the panels as per Diagram Step 3c. Do not over tighten. See Fig 3a-4

•Push the rubber hose you cut in half previously over the panel header as per Diagram Step 3b. Slide a metal

collar (SK-FTG-L) onto the rubber hose. Place metal collar

" from edge and tighten collar with screwdriver.

See Fig 3a-10. Repeat for other end of panel.

•Slide another metal collar onto the rubber hose. Connect the 2 panels together by pushing the rubber hose

over the second panel header. Tighten metal collar to secure assembly. See Fig 3a-11. Repeat for other end

of panel.

•Repeat previous 2 steps for second set of panels. You will use the by-pass valve (SK-INT-V) and the Add-on

kit (SQ-ADDON) to connect the two sets of panels together.

•Apply Teflon to threads of by-pass valve (SK-INT-V).

•Screw side of valve with handle into the panel as per Diagram Step 3c. Do not over tighten. See Fig 3a-7

•Loosen the union on the valve. See Fig 3a-8.

•Screw other side of valve into the panel as per Diagram Step 3c. Do not over tighten. See Fig 3a-9

•Install Add-on kit (SQ-ADDON) between two sets of panels.

Note: A maximum of 6 2ft panels ( 3 systems ) may be plumbed in series

Cap

Rubber hose

3.75"

Cap

Rubber hose

3.75

Rubber hose

7.5"

(Add

-on kit)

Inlet

Outlet

-pass Valve

Combination Adapter

Rubber hose

3.75"

Rubber hose

3.75"

3 d) Installation: two systems on rack or roof. (Horizontal only)

2 Mounting kit (part # SQ-RMK5) are required.

1 System kit (part # SQ-SK) is required.

Diagram Step 3d

•The integrated by-pass valve (SK-INT-V) needs to be accessible in order to turn the solar heating system On

& Off. For this type of installation, the valve will be installed near the pump. See connecting to pool section

below.

•Using a utility knife cut rubber hose (SK-FTG-J) from each system in half. Make sure you cut them as straight

as possible. See Fig 3b-1. You should now have rubbers that are 3 ¾" long.

•Apply Teflon on one of the caps (SK-FTG-F). See Fig 3a-1.You only need 1 cap for this type of installation.

•Thread the cap into the panels as per Diagram Step 3d. Do not over tighten. See Fig 3a-2

•If you are using flexible piping to connect panels to your pump then put "O" rings

(SK-FTG-I) on both combination adapters (SK-FTG-D) See Fig 3a-3. Thread both

combination adapters into the panels as per Diagram Step 3d. Do not over tighten.

See Fig 3a-4

If you are using rigid piping to connect panels to your pump then apply Teflon on

both PVC adapters (SK-FTG-N) included in the system kit (SQ-SK) sold separately.

See Fig 3d-1. Thread both adapters into the panels as per Diagram Step 3d.

Do not over tighten. See Fig 3d-2.

Vacuum Valve

Rubber hose

3.75"

Combination Adapter

or PVC adapter

Outlet

Combination Adapter

or PVC adapter

Cap

Rubber hose

3.75"

Inlet

Fig 3d-1

A Minimum of 2 inch fall per 10 feet

Fig 3d-2

3 d) Cont.

•Apply Teflon on reducer adapter (SK-FTG-M) included in the system kit (SQ-SK) sold

separately. Thread reducer adapter into the panel as per diagram Step 3d.

Do not over tighten. See Fig 3d-3.

•Apply Teflon on vacuum relief valve (SK-VRV). Thread vacuum relief valve into

the reducer adapter. Do not over tighten. See Fig 3d-3.

Note: The vacuum valve assembly must be installed at the top of the panels as per diagram Step 3d.

•Push the rubber hose you cut in half previously over the panel header as per diagram

Step 3d. Slide a metal collar (SK-FTG-L ) onto the rubber hose. Place metal collar

from edge and tighten collar with screwdriver. See Fig 3a-10. Repeat for other end of

panel.

•Slide another metal collar onto the rubber hose. Connect the 2 panels together by

pushing the rubber hose over the second panel header. Tighten metal collar to secure

assembly. See Fig 3a-11. Repeat for other end of panel.

•Repeat previous 2 steps for other system.

•You should now have two sets of connected panels. You need to use rubbers from the system

kit (SK-FTG-K ) to connect the two set together as per Diagram Step 3d.

•Install mounting kits as per instructions included with them. Panels must be installed with a slight

slope (minimum 2 inch per 10 feet) toward the inlet. This will allow the panel to drain properly.

Note: The inlet must always be at the lower end of the panel and the outlet at the higher end of the panel.

Note: A maximum of 12 2ft panels (6 systems) may be plumbed in parallel

•For high wind areas you can install the Nylon straps and Vinyl straps from System Kit.

Mark a spot 6" to the right of the outlet. Mark spots 6" to the right of every second

rubber hose that are on the same side as the outlet. Mark a spot 6" to the right of the

cap. See Fig 3d-4. Place mounting base (SK-RMK-BASE) on these spots. Drill pilot

holes, apply silicone roof sealant and screw mounting base into roof. See Fig 3d-5.

Wrap a Nylon strap (SK-RMK-ST-N32) around the panel header (see Fig 3d-7) or

around rubber hose (see Fig 3d-6). Lay both ends of strap in the mounting base and

pull tight. See Fig 3d-8. Screw on mounting cap.( SK-RMK-CAP). See Fig 3d-9.

Repeat process on the inlet side of the panels but using the Vinyl straps (SK-RMK-ST-V32)

instead.

Fig 3d-3

Fig 3d-6

Fig 3d-5

Fig 3d-4

Fig 3d-7

Fig 3d-8

Fig 3d-9

CONNECTING TO POOL

System with integrated diverter

Diagram C-1

1. Turn off your pool pump. Block the inlet and outlet of your pool so that the water won't empty

when you are connecting your panel(s).

2. Remove the hose from the pool inlet ( hose between the filter and the pool ) and connect the

hose to the panel inlet. If hose is too short, you need to purchase a new one. Make sure

you purchase the appropriate size that is compatible with your existing pool equipment.

Place metal collar

" from edge and tighten collar with screwdriver. See Diagram C-1.

3. Connect another hose (not supplied) from the panel outlet to the pool inlet. See Diagram C-1.

4. Make sure that your hoses are all connected the correct way and that all the collars have been

tightened. Unblock the inlet and outlet of your pool.

5. Make sure the valve on the integrated diverter is on the open position. See Fig C1-1.

Valve in the open position Valve in the closed position

Solar heating is OFF ( not heating ) Solar heating is ON ( heating )

6. Turn on your pool pump. Check for any leaks. If any of the threaded fittings leak, remove the fitting and apply more

Teflon. If any of the hoses leak at the connection, loosen the collar and push the hose over the fitting and re-tighten

the metal collar. You will see air bubbles coming from the pool inlet. This is normal, the air in the hoses is being

purged.

7. Turn your solar heating system on by turning the integrated diverter to the closed position. See Fig C1-2.

Once again you will see air bubbles coming from your pool. The system is now purging the air that is in the

solar panel(s).

Swimming Pool

Filter

Pump

Pool Outlet

ool Inlet

To Panel

Inlet

From Panel

Outlet

Fig C1-1

Fig C1-2

System with diverter near pump

Diagram C-2

1. Assemble a diverter kit by installing the integrated by-pass valve (SK-INT-V) as shown in Diagram C-2 and Fig C2-1.

(Tees and adapters not supplied)

2. Turn off your pool pump. Block the inlet and outlet of your pool so that the water won't empty when you are

connecting your panel(s).

3. Remove the hose from the pool inlet (hose between the filter and the pool) Connect the hose to one side of the

diverter kit. Place metal collar

" from edge and tighten collar with screwdriver. See Diagram C-2.

4. Take a hose (not supplied) long enough to reach the panel and connect one end to the diverter kit (same side of the

two-way valve as in step 3) Place metal collar and tighten. Connect other end of the hose to the panel inlet. Place

metal collar and tighten. See Diagram C-2.

5. Take another hose (not supplied) and connect it to the panel outlet. Place metal collar and tighten. Connect other

end of the hose to the diverter kit. Place metal collar and tighten. See Diagram C-2.

6. Take the last hose (not supplied) and connect it to the last open end of the diverter kit. Place metal collar and tighten.

Connect the other end of the hose to your pool inlet. Place metal collar and tighten. See diagram C-2.

7. Make sure the valve on the diverter is on the open position.

Valve in the open position Valve in the closed position

Solar heating is OFF (not heating) Solar heating is ON (heating)

8. Make sure that your hoses are all connected the correct way and that all the collars have been tightened.

Unblock the inlet and outlet of your pool.

9. Turn on your pool pump. Check for any leaks. If any of the threaded fittings leak, remove the fitting and apply more

Teflon. If any of the hoses leak at the connection, loosen the collar and push the hose over the fitting and re-tighten

the metal collar. You will see air bubbles coming from the pool inlet. This is normal, the air in the hoses is being

purged.

10. Turn your solar heating system on by turning the two-way valve in the diverter to the closed position. See Fig C2-2.

Once again you will see air bubbles coming from your pool. The system is now purging the air that is in the

solar panel(s).

Diverter Kit

Swimming Pool

Filter

Pump

Pool Outlet

Pool Inlet

To Panel

Inlet

From Panel

Outlet

Fig C2-1

Fig C2-2

System with system kit (part # SQ-SK)

Diagram C-3

1. Turn off your pool pump. Block the inlet and outlet of your pool so that the water won't empty when you are

connecting your panel(s).

2. Install Three Way Diverter Valve (VALVE-3WAY-S) and the PVC Tee (SK-FTG-O) on pool return line after filter. See

Diagram C-3. If you have another pool heater, the three-way valve and tee should be installed before it.

3. You may want to install a check valve between the three-way valve and your filter. This will prevent the water that is in

the panels from flowing backwards into the filter when your pump is turned off. If you install a check valve, make sure

when you winterize your pool that all your piping in drained.

4. Run you feed and return PVC piping from your pool to your solar panels. Make sure piping is installed in such a way

to allow proper drainage.

5. Make sure that your piping is connected the correct way and that all joints have been glued. Unblock the inlet and

outlet of your pool.

6. Turn on your pool pump. Check for any leaks. You will see air bubbles coming from the pool inlet. This is normal, the

air in the hoses is being purged.

7. Turn your solar heating system on by turning the three-way diverter valve. Once again you will see air bubbles coming

from your pool. The system is now purging the air that is in the solar panel(s).

Note: A motorized valve and Automatic controls are optional items available from your local pool dealer

Three Way

Valve

Swimming Pool

Filter

Pump

Pool Outlet

Pool Inl

To Panel

Inlet

From Panel

Outlet

PVC Tee

Operation and Maintenance

Turn on your solar heating system whenever the panel(s) are in sunlight. You will know the panel is working by touching it,

it should feel cool to the touch. That means the heat from the sun is being transferred to the water inside the panel. Turn

off your solar heating system at night and whenever it is raining. Failing to do so will cool your pool. It is recommended to

close your solar heating system whenever you do a backwash or whenever you manually vacuum your swimming pool. It

is also recommended to use a solar blanket or a Liquid Solar Blanket. This will help keep more of the heat generated by

the solar panel in your pool.

Winterizing

System(s) on ground

At the end of the season, your solar panels must be drained of all water.

•After your pool has been closed, disconnect the hoses from the panel.

•Manipulate the panel until the water is completely out.

•Roll the panel up.

•Store the panel in a heated place until next season.

System(s) mounted on a roof or a rack

At the end of the season, your solar panels must be drained of all water.

•After your pool has been closed, turn your by-bass valve in such a way to allow the water from your panels to

drain. Wait half an hour for panels to drain.

•Unscrew the Vacuum Relief Valve or the Threaded cap at the top of the solar system.

•Unscrew the Threaded cap at the bottom of the solar system and make sure all the water is drained out of the

system. All your plumbing should be installed in such a way to allow full drainage of system. If you are not

sure that all panels have been drained properly: disconnect each panel, raise them up and make sure that no

water is present. Once completely drained, the panels can be left on the roof or rack. The SunQuest panels

are designed to withstand the harshest winters.

•Apply Teflon to the Vacuum Relief Valve and Threaded Caps and re-screw them into the solar system. Do not

over tighten.

Important: Unlike the pipes for your pool, blowing air in the panel will not drain it. The air will only empty a few

tubes.

Internal Freeze damage is not covered by the warranty.

Troubleshooting

If you have any issues with your SunQuest, you can visit our website www.sunquestsolarpanel.com and review our

frequently asked questions section.

You can also contact our customer support department at 1-888-357-6527

Sunsolar Energy Technologies Inc

3262 F-X Tessier

Vaudreuil-Dorion, Qc, Can

J7V 5V5

WARRANTY REGISTRATION

Please enter your Warranty Registration on line at: www.sunquestsolarpanel.com

Please complete and mail to the address below:

Name : Phone # : ( )

Address :

City : Prov/State : Postal/Zip Code :

Dealer name : Date of purchase :

Retail Price : Pool size : Signature :

Sunsolar Energy Technologies Inc

3262 F-X Tessier

Vaudreuil-Dorion, Qc, J7V 5V5

SunQuest Solar Panel

Five Year Limited Warranty

Five year limited warranty from date of purchase with one full year. After the first year, the claimant shall pay the list price at the date of the claim

less one-sixtieth ( 1/60 ) of the price for each full month remaining in the warranty period. Sunsolar Energy Technologies Inc. warrants to the

original purchaser of the Solar Panel that the company will, at its option, repair or replace any solar panel that proves to be defective in either

workmanship or material upon prepaid return of the solar panel by the owner to Sunsolar Energy Technologies Inc subject to the provisions of the

limited warranty stated above, and the exclusion and limitations set forth below.

What is covered : The solar collector is warranted to be free of defects in material and workmanship when leaving the factory.

What is not covered : Hardware; including hoses, clamps and plastic fittings; any damage due to freezing caused by or related to improper drainage,

winterization, or storage. Damage, defects, malfunctions, or other failures arising from use of the product which does not comply with the

instructions provided by the manufacturer. Damage, defects, malfunctions, or other failures caused by or related to repairs performed by any servicer

other than an authorized service representative of Sunsolar Energy Technologies Inc. Claims will not be accepted for a solar panel's damage in

transit unless damage to shipping container is noted at time of delivery on the transport company's delivery bill.

Sunsolar Energy Technologies Inc shall in no way be liable or responsible under any circumstances or in any amount for any consequential or

incidental damages or for any injury or damages to person or property using or used in connection with this product, or for loss of profits or other

costs or expenses of any kind or character. There are no other warranties or representations, either express or implied, whether of merchantability,

fitness for a particular purpose, or other, made by Sunsolar Energy Technologies Inc., other than those specifically set forth in this warranty. No

person, firm, or corporation is authorized to make any representations, or incur any obligations in the name of or on behalf of Sunsolar Energy

Technologies Inc. except as stated herein. This warranty is expressly understood to be the exclusive remedy available to the purchaser, and this

warranty contains the full and complete agreement between Sunsolar Energy Technologies Inc and the purchaser. This warranty sets forth the only

obligations of Sunsolar Energy Technologies Inc. with regard to this product, and there are no warranties which extend beyond the description on

the face hereof.

To file a claim : Call 1-888-357-6527 to initiate a claim. Please allow 2-4 weeks for warranty claims to be settled.

The representation set forth herein are the only representations made by Sunsolar Energy Technologies Inc with respect to the product, and this

warranty does not constitute either a performance or satisfaction guarantee. It is the responsibility of the product owner to regularly test and check

the product for proper function and safety.