Relax In comfort with SolAir World’s ... - Air Supply AirCon Manual Aust_ reduced.pdf* The Air...

“An energy revolution where your comfort costs less”

Relax In comfort with SolAir World’s Thermal Boosted Hybrid Air Conditioners

INSTALLATION AND OPERATION INSTRUCTION MANUAL FOR:

SWWR-26GW SWWR-35/35G SWWR-35GW SWWR-72/72G SWWR-60GW SWWR-35/72G SWWR-72GW

Operating Instructions and Installation GuideWall Mounted Split System

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Note to users:

Congratulations on purchasing a SolAir World Thermal Boosted Hybrid Air Conditioning System.and affordable comfort for many years to

come.

To understand how your SolAir World Thermal Boosted Hybrid Air Conditioning System works and to ensure the best performance from your System please read the following information before installing or using the system.

licensed Air Conditioner Installer.

2. The Installation Guide section in this manual is specifically for qualified, SolAir World Accredited AirConditioner Installers to refer to whilst carrying out install

3. Please ensure that you read the ‘Operating Instructions’ section of this manual before using your system.

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Contents

Note to users..................................................................................................................................

1. General InformationSWWR-35GW..................................................................SWWR-60GW..................................................................SWWR-72GW..................................................................Dual Head........................................................................

1.2 Safety Information............................................................................................................1.3 System Operating Principles............................................................................................1.4 System Components........................................................................................................

2. Installation Guide2.1 General Installation Information........................................................................................2.2 Indoor Unit Installation......................................................................................................2.3 Outdoor Unit Installation....................................................................................................2.4 Evacuate Tube Thermal Collector Installation..................................................................2.5 Flat Panel Thermal Collector Installation..........................................................................2.6 Gassing Installation...........................................................................................................2.7 Wiring Installation..............................................................................................................

3. Operating Instructions3.1 General Operating Instructions........................................................................................3.2 Remote Control Function.................................................................................................3.3 Routine Maintenance.......................................................................................................

4. Packing Lists.......................................................................................................

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Page 49 Page 45Page 44

Page 408Page 36Page 34Page 32Page 25Page 20

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2.0 Trouble Shooting.............................................................................................................. Page 14

Operating Instructions and Installation Guide Wall Mounted Split System

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Section 1General Information


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1.1

SolAir World SWWR-26GW

Rated Cooling Capacity (Watts) 2600Rated Heating Capacity (Watts) 2900Rated Power Input (Volts/Hertz) 220V/50Hz/60HzRated Cooling Power Input (Watts) 480 - 600Rated Cooling Input Current (Amperes) 2.00 - 2.50Maximum Cooling Power Input (Watts) 962Maximum Cooling Input Current (Amperes) 4.38Rated Heating Power Input (Watts) 480 - 620Rated Heating Input Current (Amperes) 2.00 - 2.60Maximum Heating Power Input (Watts) 975Maximum Heating Input Current (Amperes) 4.44Auxiliary Electric Heating Rated Power Input (Watts) 350Auxiliary Electric Heating Rated Input Current (Amperes) 1.60Inhaling Maximum Working Pressure (Megapascals) 1.15Exhausting Maximum Working Pressure (Megapascals) 4.10Type of Refrigerant R - 410AStandard amount of Refrigerant (grams) 1020Air Circulation of Outdoor Unit (Metres cubed/hour) 450Waterproof Grade 1PX4Net Weight Outdoor Unit (Kilograms) 31Net Weight Indoor Unit (Kilograms) 10Dimensions Outdoor Unit (Millimetres–Length/Width/Height) 790/260/540Dimensions Indoor Unit (Millimetres – Length/Width/Height) 700/230/160Noise Level Outdoor Unit (Decibels) <35Noise Level Indoor Unit (Decibels) <30

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Parameters in this table are measured in the rated working state of an outdoortemperature of 35°C dry bulb 24°C wet bulb and an indoor temperature of 27°C dry bulb/19°C wet bulb.Working states at varying temperatures may change

System Specifications


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1.1


Rated Cooling Capacity (Watts) 3500Rated Heating Capacity (Watts) 3800Rated Power Input (Volts/Hertz) 220V/50Hz/60HzRated Cooling Power Input (Watts) 580 - 800Rated Cooling Input Current (Amperes) 2.34 - 3.36Maximum Cooling Power Input (Watts) 1280Maximum Cooling Input Current (Amperes) 5.83Rated Heating Power Input (Watts) 560 - 830Rated Heating Input Current (Amperes) 2.34 - 3.46Maximum Heating Power Input (Watts) 1310Maximum Heating Input Current (Amperes) 5.96Auxiliary Electric Heating Rated Power Input (Watts) 350Auxiliary Electric Heating Rated Input Current (Amperes) 1.60Inhaling Maximum Working Pressure (Megapascals) 1.15Exhausting Maximum Working Pressure (Megapascals) 4.10Type of Refrigerant R - 410AStandard amount of Refrigerant (grams) 1300Air Circulation of Outdoor Unit (Metres cubed/hour) 550Waterproof Grade 1PX4Net Weight Outdoor Unit (Kilograms) 38Net Weight Indoor Unit (Kilograms) 10.5Dimensions Outdoor Unit (Millimetres–Length/Width/Height) 790/260/540Dimensions Indoor Unit (Millimetres – Length/Width/Height) 785/285/210Noise Level Outdoor Unit (Decibels) <34Noise Level Indoor Unit (Decibels) <36

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Prameteters in this table are measured in the rated working state of an outdoortemperature of 35°C dry bulb 24°C wet bulb and an indoor temperature of 27°C dry bulb/19°C wet bulb.Working states at varying temperatures may change

System Specifications


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1.1


Rated Cooling Capacity (Watts) 6000Rated Heating Capacity (Watts) 6600Rated Power Input (Volts/Hertz) 220V/50Hz/60HzRated Cooling Power Input (Watts) 1160 - 1390Rated Cooling Input Current (Amperes) 4.84 - 5.79Maximum Cooling Power Input (Watts) 1950Maximum Cooling Input Current (Amperes) 8.86Rated Heating Power Input (Watts) 1160 - 1415Rated Heating Input Current (Amperes) 4.84 - 5.89Maximum Heating Power Input (Watts) 2000Maximum Heating Input Current (Amperes) 9Auxiliary Electric Heating Rated Power Input (Watts) 350Auxiliary Electric Heating Rated Input Current (Amperes) 160Inhaling Maximum Working Pressure (Megapascals) 1.15Exhausting Maximum Working Pressure (Megapascals) 4.10Type of Refrigerant R - 410AStandard amount of Refrigerant (grams) 1600Air Circulation of Outdoor Unit (Metres cubed/hour) 850Waterproof Grade 1PX4Net Weight Outdoor Unit (Kilograms) 50Net Weight Indoor Unit (Kilograms) 17Dimensions Outdoor Unit (Millimetres–Length/Width/Height) 940/300/755Dimensions Indoor Unit (Millimetres – Length/Width/Height) 985/325/230Noise Level Outdoor Unit (Decibels) <42Noise Level Indoor Unit (Decibels) <37

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1.1


Rated Cooling Capacity (Watts) 7200Rated Heating Capacity (Watts) 7900Rated Power Input (Volts/Hertz) 220V/50Hz/60HzRated Cooling Power Input (Watts) 1540 - 1760Rated Cooling Input Current (Amperes) 6.43 - 7.34Maximum Cooling Power Input (Watts) 2375Maximum Cooling Input Current (Amperes) 10.8Rated Heating Power Input (Watts) 1540 - 1780Rated Heating Input Current (Amperes) 6.43 - 7.45Maximum Heating Power Input (Watts) 2440Maximum Heating Input Current (Amperes) 10.8Auxiliary Electric Heating Rated Power Input (Watts) 350Auxiliary Electric Heating Rated Input Current (Amperes) 1.60Inhaling Maximum Working Pressure (Megapascals) 1.15Exhausting Maximum Working Pressure (Megapascals) 4.1Type of Refrigerant R - 410AStandard amount of Refrigerant (grams) 1850Air Circulation of Outdoor Unit (Metres cubed/hour) 1050Waterproof Grade 1PX4Net Weight Outdoor Unit (Kilograms) 55Net Weight Indoor Unit (Kilograms) 21Dimensions Outdoor Unit (Millimetres–Length/Width/Height) 940/300/755Dimensions Indoor Unit (Millimetres – Length/Width/Height) 985/325/230Noise Level Outdoor Unit (Decibels) <44Noise Level Indoor Unit (Decibels) <38

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1.1

SolAir World SWWR-35/35GW SWWR-72/72GW SWWR-35/72GW

The Dual Head Unit has the ability for you to operate two indoor units from one outdoor unit.

Each indoor unit can be operated individually and also installed in adjourning properties having the advantage of being able to be metered separately.

Type Head Unit Code

Head Unit Capacity#1Kw

Head Unit Capacity #2 Kw

Total Head UnitCapacityKw

Matched with Con-denserKw

Type of Condenser(code)

Wall Mount SWWR-35/35GW 3.5 3.5 7 7.2 SWFR-72GWSWWR-60/60GW 6 6 12 12 SWFR-120GWSWWR-72/72GW 7.2 7.2 14.4 14 SWFR-140GWSWWR-35/60GW 3.5 6 9.5 100 SWFR-100GWSWWR-35/72GW 3.5 7.2 10.7 120 SWFR-120GW

Air Conditioning Units with 2 x Wall Mounted Heads.

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Dual Head Units are only compatiable with flat panel thermal collector.

SWWR35/35GW SWWR60/60GW SWWR72/72GW SWWR35/60GW SWWR35/72GW

Net 950x1255x360 950x1255x360 950x1255x360 950x1255x360 950x1255x360Shipping 1220x1300x470 1220x1300x470 1220x1300x470 1220x1300x470 1220x1300x470

Collector Net 1200x700x80 1200x700x80 1200x700x80 1200x700x80 1200x700x80Weight Shipping 1280x870x120 1280x870x120 1280x870x120 1280x870x120 1280x870x120Outdoor Net/Gross 101/110 103/115 94/103 97/105

Model NumberDimensions Length x Height x Width

Outdoor

90/99

Specifications are as per previous pages.


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1.2 Safety Information

Safety Warnings:

The SolAir World Thermal Boosted Air Conditioning System should only be installed, repaired and maintained by a qualified licensed air conditioner installer.

Please switch off the power to the system in the event of an electrical storm in order to prevent damage to the system.

Please switch off the power to the system when it is not in use for long periods of time.

Never clean the system with liquid detergents liquefied cleaning agents or corrosive cleaning agents. Never allow the indoor unit to come into contact with liquid. Any of these actions may cause damage to the plastic accessories and casings or cause damage to the electrical components.

Never insert your hands or any other object into the air outlet of the indoor and outdoor units to ensurethat there is no damage to the high-speed fan or the object being inserted.

Never allow children to play near the system.

Never remove any of the coverings of the system.

Never allow moisture to get into the remote control.

Never put or use any combustible liquid or substance such as hair spray paint or petrol near the machine

DO NOT attempt to repair the system yourself.

Pre-checking before operation:

filter and checking/filling the solar collector with water.ablish the correct method for cleaning the

ff/idle for a long period of time please check the level of the water in the solar collector and add water if required.

water in the solar collector every month and add water if required._______________________

Please switch off the power to the system before conducting any cleaning of or maintenance to the system.

turning the system back on.

If any unusual circumstances occur including, but not limited to strange noises or smells, smoke,abnormal temperature increases or changes to appearance of components please switch off the powerimmediately and contact your local distributor of SolAir World Thermal Boosted Air Conditioning System.


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1.3 System Operating Principles

* The Air Conditioning System uses both mains electrical power and solar thermal energy. The Air Conditioning System always requires mains electrical power to operate fans and electric control components.

* The Air Conditioning System uses solar thermal energy as an energy source to help maintain the refrigeration process which in turn reduces the amount of electrical energy required to run the compressor.

* The Air Conditioning System operates under the same principles as a Conventional Air Conditioning System where refrigeration takes place as a result of the phase transition of the refrigerant.

* The difference between the Air Conditioning System and a Conventional System is how the vapour is changed back into a liquid state in the refrigeration cycle.

* Conventional System uses a compressor to increase the pressure of the refrigerant when it’s in a vapour state so that when it enters the condenser coil the combination of pressure and cooling from ambient air condenses it into a liquid in the coil. The change of state of refrigerant begins to take place approximately two thirds of the way down the condenser. The Air Conditioning System improves on this basic method by using solar thermal energy collected in a solar collector to add thermal energy to the refrigerant vapour. By using this method it reduces the amount of compression required to achieve the refrigeration cycle, as well as utilising more of the cooling face of the condenser coil.

* By reducing the amount of compression required to achieve the refrigeration process the Air Conditioning System can use less power in comparison to a conventional system. Similarly if enough solar thermalenergy is being collected and utilised the compressor will runs less often in the Air Conditioning System than a Conventional System.

* The Air Conditioning System incorporates off centre fan blade technology, insulated foam ducts and high performance brand name compressors to achieve optimum performance at a minimum level of noise. The Air Conditioning System typically creates 10dBA less noise than a Conventional System.

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1.3 System Operating Principles___________________________

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1.4 System Components

Please note that the graphic example below is based on the standard SolAir World Thermal Boosted

air filterair filterrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr

Operational indicating light: the operational indicating light will shine once the air conditioneris on.

Timing sleeping indicating light: the inidcating light will shine once the air conditioner responds to the timing or sleeping functions.

Emergency switch: the emergency switch can be used for emergency operation once the drybatteries of remote controller are used up or in case of remote controller malfunctions.

(once opening the front

operational part

EmergencySwitch

left and right winddirection guiding blade

front panel

air inletpower plug

remote signal receiver

upper and lower winddirection guide plate

Timing sleeping lightoperational light

left and right wind direction adjustment please adjust the left and right wind blades manually before operation otherwise free swinging of upper and lower wind blades may hurt your fingers by pinching.

remote control

Note:


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Section 2Installation Guide


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2.0 Trouble Shooting

Non Failure Conditions

When the SolAir World Air Conditioning System is turned on or off sometimes you will hear a sizzling malfunction.

The SolAir World Air Conditioning System cannot instantly restart after it is stopped, even though it isswitch on. The compressor will take 3 minutes before it resumes operation if it has been switched offthen back on.

Occasionally stale/uncomfortable air is emitted by the system, if this happens follow the procedure in

If while heating, the indoor and outdoor units stop simultaneously but the compressor is still running theSolAir World Air Conditioning System is in defrosting mode. This is not a malfunction, the heating will

Failure Display Indicators

While heating, the outdoor unit may generate condensation. This is a result of the defrosting processand thawing, it is not a malfunction.

Model No.’s SWWR-26GW and SWWR-35GWFailure Type Display Status

Indoor Temperature Sensor Failure E1Indoor Coil Transmitter Failure E2System Failure E4If any of these failure display indicator occur please refer to E4 Trouble Shooting then contacteither the tradesman who installed the system or the distributor of the product.

Model No.’s SWWR-60GW and SWWR-72GW Failure TypeFailure Type Display Status

Indoor Temperature Sensor Failure Indicator light shines 1 time for 8 secondsIndoor Coil Transmitter Failure Indicator light shines 2 times for 8 secondsSystem Failure Indicator light shines 4 times for 8 secondsIf any of these failure display indicator occur please refer to E4 Trouble Shooting then contacteither the tradesman who installed the system or the distributor of the product.

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Instructions relating to heating (*) are applicable only to “HEAT & COOL MODEL” (Reverse Cycle)

WARNING!In the event of a malfunction (burning smell, etc.), immediately stop operation, disconnect the Power Supply Plug or turn off the circuit breaker, and consult authorized service personnel. Merely turning off the unit’s power switch will not completely disconnect the unit from the power source. Always be sure to turn off your circuit breaker to ensure that power is completely off.

Before requesting service, perform the following checks

Symptom Problem

NORMAL Doesn’t operateFUNCTION immediately:

If the unit is stopped and then immediately started again, the compressor will not operate for about 3 minutes, in order to prevent fuse blowouts.

Whenever the power supply plug is disconnected and then reconnected to a power outlet, the protection circuit will operate for about 3 minutes, preventing unit operation during that period.

Noise is heard: During operation and immediately after stopping the unit, the sound of water flowing in the air conditioner’s piping may be heard. Also, noise may be particularly noticeable for about 2 to 3 minutes after starting operation (sound of coolant flowing).

During operation, a slight squeaking sound may be heard. This is the result of minute expansion and contraction of the front cover due to temperature changes.

* During Heating operation, a sizzling sound may be heard occasionally.This sound is produced by the Automatic Defrosting operation.

Smells: Some smell may be emitted from the indoor unit. This smell is the result of room smells (furniture, tobacco, etc) which have taken into the air conditioner.

Mist or steamare emitted:

During Cooling or Dry operation, a thin mist may be seen emitted from the indoor unit. This results from the sudden Cooling of room air by the air emitted from the air conditioner, resulting in condensation and misting.

* During Heating operation, the outdoor units fan may stop, and steam maybe seen rising from the unit. This is due to Automatic Defrosting operation.

Airflow is weak or stops:

* When Heating operation is started, fan speed is temporarily very low, toallow internal parts to warm up..

* During Heating operation, if the room temperature rises above thethermostat setting, the outdoor unit will stop, and the indoor unit willoperate at very low fan speed. If you wish to warm the room further, setthe thermostat to a higher setting.

* During Heating operation, the unit will temporarily stop operating(between 7 and 15 minutes) as the Automatic Defrosting mode operates.

The fan may operate at very low speed during Dry operation or when the unit is monitoring the room’s temperature.

In the monitor AUTO operation, the fan will operate at very low speed.._______________________


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If the problem persists after performing these checks, or if you notice burning smells, or the TIMER

service personnel.

Operating Tips

Auto RestartIn event of power interruption

If the air conditioner power has been interrupted by a power failu re The air conditioner will then restartautomatically in its previous mode when the power is restored.

If a power failure occurs during TIMER operation, the timer will be reset and the unit will begin (orstop) operation at the new time setting.

Use of other electrical appliances (electric shaver, etc.) or nearby use of a wireless radio transmittermay cause the air conditioner to malfunction. In this event, temporarily disconnect the Power SupplyPlug, reconnect it, and then use the remote control unit to resume operation.

Symptom Item to check

Doesn’t operate at all:


Has the circuit breaker been turned off? Has there been a power failure? Has a fuse blown out, or a circuit breaker been tripped? Is the timer operating?

Poor Cooling (or Heating)performance:

Is the air filter Dirty? Are the air conditioner’s intake grille or outlet port blocked? Did you adjust the room temperature settings (thermostat) correctly.? The water in the Thermal collector is low Is there a window or door open? In the case of Cooling operation, is a window allowing bright sunlight to enter? (Close the curtains) In the case of Cooling operation, are there heating apparatus and computers inside the room, or are there too many people in the room?

The unit operatesdifferently from theremote control unit’ssetting:

Are the Remote Control Unit’s batteries dead? Are the Remote Control Unit’s batteries loaded properly?

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Water is producedfrom the out doorunit:

*During Heating operation, water may be produced from the outdoorunit dute to the Automatic Defrosting operation.

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E4 Troubleshooting Questionnaire

1) When does the E4 error code appear? Is it immediately after the air conditioner is turned on or does it appear after some operation? If so how many minutes from start-up to the error code appearing?

3) Check the outdoor unit. Is the compressor working? Is the fan working?

1) Are the four valves where the copper tubing connects to the outdoor unit fully opened?

2) Were the 2 copper pipes between the indoor and outdoor un its evacuated during installation?

3) Were the 2 copper pipes between the solar collector and o utdoor unit evacuated during installation?

4) Have all of the copper pipes been connected properly? Have they been leak tested? Is there any kinking or folding?

5) Is the copper piping standard length or extended?

7) What is the refrigerant pressure when returned to the compressor? Should be between 140 -160 PSI. When measuring the pressure, what the is the behaviour of the needle on the gauge? Is it steady, slight movement, erratic movement?

Are there other appliances on the same circuit causing a load problem?

9) Is the thermostat pushed hard into the radiator core of the indoor unit? Check by lifting the grill and

Questions if the system has been operating normally before the E4 error

code has appeared:

Questions if the system has just been installed and the E4 error code has

appeared:

2) Check the indoor unit. Is there airflow coming from the indoor unit? If so is the airflow cold?

6) Is there sufficient ventilation around the indoor and outdoor units?

8) Is the electrical supply to the unit stable and sufficient?

Push the thermostat hard into the radiatorcore.

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Test Running1. Check that all tubing and wiring are properly connected.2. Check that the gas and liquid side service valves are fully open.

Prepare remote 1. Remove the battery cover by pulling it according to the arrow direction.

2. Insert new batteries making sure that the (+) and (–) of battery are installed correctly.3. Reattach the cover by pushing it back into position.

Use 2 AAA(1.5volt) batteries. Do not use rechargeablebatteries.

Remove the batteries from the remote controller if the system is not used for a long time.

Settlement of outdoor unit

1. Anchor the outdoor unit with a bolt and nut [ø10mm] tightly and horizontally on a concrete or rigid mount.

2. When installing on the wall, roof or rooftop, anchor the mounting base securely with a nail or wire assuming the influence of wind and earthquake.3. If the vibration of the unit is transmitted to the hose, secure the unit with an anti-vibration rubber.

Evaluation of the performance Operate the unit for 15~20 minutes, then check the system refrigerant charge:

1. Measure the pressure of the gas side service valve.

2. Measure the temperature of the intake and discharge of air.

3. Ensure the difference between the intake temperature and the discharge is more than 8°C.

The air conditioner is now ready for use

r

Note

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NOTICE

If the actual pressure is higher than shown, the system is most likely over-charged, and charge should be removed. If the actual pressure are lower than shown, the system is most likely undercharged, and charge should be added.

PUMP DOWNThis is performed when the unit is relocated or the refrigerant circuit is serviced.Pump Down means collecting all refrigerant into the outdoor unit without the loss of refrigerant.

CAUTION Be sure to perform Pump Down procedure in the cooling mode.

Pump Down Procedure1. Connect a low-pressure gauge manifold hose to the charge port on the gas side service valve

2. Open the gas side service valve halfway and purge the air in the manifold hose using the refrigerant

3. Close the liquid side service valve(all the way)

4. Turn on the unit's operating switch and start the cooling operation.

5. When the low-pressure gauge reading becomes 1 to 0.5kg/cm2 G (14.2 to 7.1 P.S.I.G.), fully close the gas side valve and then quickly turn off the unit. Now Pump Down procedure is completed, and all refrigerant is collected into the outdoor unit.

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2.1 General Installation Information

Electrical Information

All Electrical work involved in the installation must be completed by a qualified,licensed electrician to the standards relevant to the location of the installation.

Ensure that the system is not installed in an environmentoil, sulphide gas, flammable gas, alkaline, or where high frequency equipment is present.

containing air with unusually high levels of

If the installation site does not have compliant electrical infrastructure the installer shall use their judgement as to whether the installation is suitable.

be taken to regulate the voltage.

The power circuit should be dedicated solely to the SolAir World System.

The power cord should be provided with effective grounding.

Systemsmaximum current

Electricalconductor’scrosssectionalarea (mm²)

Standard

of the switch/fuse(Amps)

Circuit’smaximum current

Electricalconductor’scrosssectionalarea (mm²)

Standard

of theswitch/fuse(Amps)

0 032/2

0 0 2 02 0 0 0

3

electrical cable for SolAir World system and electrical cable for circuit


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Pipe Length and Elevation

The maximum length of the refrigerant piping between the outdoor unit and the thermal collector is 1.5m. This length can not be exceeded and should be noted before the installation is commenced. Refrigerant must be added if the length between the indoor and outdoor units exceeds the standard, supplied piping lengths;

MODEL No.

Max.connectionlength

Max.verticaldistance

Max.bendno.

Connecting pipeAmount of addedR410A grams permeter when extending pipe more than standard

Refrigerantvolumegrams

(m) (m)

(A) (B) Liquid pipe Gas pipeSWWR-26GW 7 5 6 6.35 (1/4) 9.52 (3/8) 35 1020gSWWR-35GW 10 7 8 6.35 (1/4) 12.70 (1/2) 50 1300gSWWR-60GW 10 7 8 6.35 (1/4) 12.70 (1/4) 70 1600gSWWR-72GW 15 7 10 9.52 (3/8) 15.88 (5/8) 100 1850g

All refrigerant piping must be rated for R-410A refrigerant.

1. The performance data of our products are tested under standard working conditions.

Notes:

2. SolAir World air conditioners have been pre-gassed to suit these lengths of the connection pipesbetween the indoor and outdoor unit and are as following:

* 2.6GW capacity 3.6m * 3.5GW capacity 3.6m

* 6.0GW capacity 3.6m * 7.2GW capacity 4.0m

ot trats lliw yticapac gnitaeh/gnilooc eht htgnel gnipip dradnatS eht evoba dednetxe si gnipip eht nehW decrease and there is a possibility that the power consumption will increase.

A liquid stopping ring and oil collector shall be applied to the system when the head drop is over 5m, and then an additional one for every further 5m drop.

If the installation site is unique and the above guidelines can not be followed please contact the distributor of the product to discuss.

Check all flared ends on copper pipes, if not a good fit reflare pipes to avoid potential gas leaks. THIS IS THE RESPONSIBILITY OF THE INSTALLER AND NOT COVERED BY WARRANTY.


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Thermal Collector Installation

For optimum performance the thermal collector should face NORTH in the southern hemisphere andSOUTH in the northern hemisphere.

If the optimum position is not available the next best opt ion is for the system to face EAST.

If neither the optimum position or and East facing position are available the next best optionis for the system to face WEST.

It is not advised to install the thermal collector facing in the opposite direction to theoptimum position.

in the thermal collector it is best to ensure that the indoor unit it positioned higher than the top of the thermal collector.

If it is not possible to mount the indoor unit higher than the thermal collector please installan inline pump so that the condensation can be pumped up to the collector panel.

In ZONE 3 the unit must be installed with the panel facing theefficiency.

NORTH or in direct sunlight to gain its best

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Thermal Collector Selection

adding solar thermal energy from collected solar radiation the water temperature in the collector must be greater than 60°C.

the main difference between the two is the volume of the water in the water tanks.

SWWR-26GWSolAir World Model No. Collector Type Volume of Water Ideal Climate Zone

Flat Panel 3 litres 3/2Heat Tube 13 litres 1/2Flat Panel 3 litres 3/2Heat Tube 13 litres 1/2Flat Panel 3.4 litres 3/2Heat Tube 15 litres 1/2Flat Panel 3.4 litres 3/2

better suited to climate ZONE 3 and areas of climate ZONE 2 that get especially cold nights as having less water in the collector means the water can heat to 60°C more quickly once the sun rises and solar radiation begins to be collected. Until the water can be heated to this temperature and the solar thermal energy can be transferred to the refrigerant, the collector is ncycle.

The difference in the volume of the water tanks also dictates that the heat tube collector is more suited to climate ZONE 1 and areas of climate ZONE 2 that don’t experience especially cold nights as having more water in the collector means there is more transfer of solar thermal energy to the refrigerant. In addition, this style of collector can heat the water to a higher temperature than a flat panel collector.

SWWR-60GWSWWR-60GWSWWR-35GW

SWWR-26GWSWWR-35GW

SWWR-72GWHeat Tube 15 litres 1/2SWWR-72GW


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Heat Tube Collector

The heat tube collector is mounted directly on the outdoor unit of the air conditioner. Copperrefrigeration piping runs from the collector to the outdoor unit so that the heat collected in the heat tubescan be transferred to the refrigeration cycle taking place in the unit. It also consists of seven basicsections;

ralos tcartta ot lairetam tnebrosba na htiw llaw dereyal itlum a edulcni hcihw sebut gnitaeh ssalg ehT)1radiation and a vacuum gap to trap the solar radiation inside the collector. This section is where the

2) The powder coated cylindrical steel water tank assembly with the copper refrigerant tubing passingthrough the water (with the water acting as the heat transferring material).

3) The seals between the heat tubes and the water tank.

4) The powder coated steel frame to hold the heat tubes in space.

5) The breather cap on the top of the collector to ensure no pressure is built up in the system.

6)

7) The brass refrigeration tubing inlet and outlets.


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2.2 Indoor Unit Installation

Select the best Location Indoor Unit

1. There should not be any heat or steam near the unit.

2. Select a place where there are no obstaclesaround the unit.

3. Do not install near a doorway.

4. Ensure that the interval between a wall and theleft (or right) of the unit is more than 10cm. Theunit should be installed as high as possible on thewall, allowing a minimum of 20cm from ceiling

5. Use a metal detector to locate studs to preventunnecessary damage to the wall.

oor is more than 1.8m

CAUTION


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Fixing Installation Plate

The wall you select should be strong and solid enough to prevent vibration

1. Mount the installation plate on the wall with suitablefixing screws. If mounting the unit on a concretewall, use anchor bolts.

Mount the installation plate horizontally by aligningthe centerline using a level.

2. Measure the wall and mark the centerline. It is alsoimportant to use caution concerning the location of theinstallation plate - routing of the wiring to power outletsis through the walls typically. Drilling the hole throughthe wall for piping connections must be done safely.

CHASISBACKINGPLATE

Distance mmA

120

B

110

C

43

D

43

3. Install after removing one of the indicated cuttingphase according to the installation location of theindoor unit's piping.

Drill a Hole in the Wall

Drill the piping hole with a ø70mm hole core drill. Drillthe piping hole at either the right or the left with thehole slightly slanted down to the outdoor side.

____________________


_______________________Page 27


Flaring Work

Flaring Work

Putting nut on

Burrs removal

procedure.

Cut the pipes and the cable.1. Use the piping kit accessory or the pipes purchased locally.2. Measure the distance between the indoor and the

outdoor unit.3. Cut the pipes a little longer than measured distance.

4. Cut the cable 1.5m longer than the pipe length.

1. Completely remove all burrs from the cut cross section

2. Put the end of the copper tube/pipe in a downwarddirection as you remove burrs in order to avoiddropping burrs into the tubing.

unit, then put them on pipe/tube having completed burr removal.(It is not possible to put them on after flaring work.)

1. Firmly hold copper pipe in a die in the dimensionshown in the table below.

Outside diameter Amm inch mm

Ø6.35 1/4 1.1~1.3Ø9.52 3/8 1.5~1.7Ø12.7 1/2 1.6~1.8Ø15.88 5/8 1.6~1.8Ø19.05 3/4 1.9~2.1


_______________________Page 28


Check

Connecting the Piping

CAUTION

Indoor

work again.

1. Prepare the indoor unit's piping and drain hose forinstallation through the wall.

2. Remove the plastic tubing retainer (see the figureadjacent) and pull the tubing and drain hose away fromchassis..

1. Route the indoor tubing and the drain hose in the direction of right rear.

2. Insert the connecting cable into the indoor unit from theoutdoor unit through the piping hole

Do not connect the cable to the indoor unit.Make a small loop with the cable for easy connectionlater

3. Tape the tubing, drain hose, and the connecting cable.Be sure that the drain hose is located at the lowestside of the bundle. Locating at the upper side can

If the drain hose is routed inside the room, insulate the hose with an insulation material* so that dripping from "sweating"(condensation) will not damage furniture or

* Foamed polyethylene or equivalent is recommended

For right rear piping


_______________________Page 29

2.2 Indoor Unit Installation4. Indoor unit installation Hook the indoor unit onto the upper portion of the installation plate.(Engage the two hooks of the rear top of the indoor unit with the upper edge of the installation plate.) Ensure that the hooks are properly seated on the installation plate by moving it left and right.

Press the lower left and right sides of the unit against the installation plate until the hooks engage into their slots (clicking sound).

Connecting the piping to the indoor unit and drain hose to drain pipe.

Outside Diameter Torquemm inch kg-m ftl

Ø6.35 1/4 1.8~2.5 13~18Ø9.52 3/8 3.4~4.2 24.6~30.4Ø12.7 1/2 5.5~6.6 39.8~47.7

Ø15.88 5/8 6.3~8.2 45.6~59.3

3. When extending the drain hose at the indoor unit, install the drain pipe.

4. Wrap the insulation material around the connecting portion.

5. Overlap the connection pipe insulation material and the indoor unit pipe insulation material. Bind them together with vinyl tape so that there may be no gap.

6. Wrap the area which accommodates the rear piping housing section with vinyl tape.

7. Bundle the piping and drain hose together by wrapping them with vinyl tape, enough to cover where they fit into the rear piping housing section.

of

e

he

473

ll

tion.

e

_______________________Page 30


For left rear piping1. Route the indoor tubing and the drain hose to the

required piping hole position.

2. Insert the piping, drain hose, and the connecting cable.eloh gnipip eht otni

3. Insert the connecting cable into the indoor unit.

Don't connect the cable to the indoor unit.

Make a small loop with the cable for easy connectionlater.

4. Tape the drain hose and the connecting cables.

5. Indoor unit installation.

Hang the indoor unit from the hooks at the top of theinstallation plate.

Insert the spacer etc. between the indoor unit and theinstallation plate and separate the bottom of the indoorunit from the wall

Connecting the piping to the indoor unit and the drain hose drain pipe.

3. When extending the drain hose at the indoor unit, installthe drain pipe.

Outside diameter Torquemm inch kg-m ftl

Ø6.35 1/4 1.8~2.5 13~18Ø9.52 3/8 3.4~4.2 24.6~30.4Ø12.7 1/2 5.5~6.6 39.8~47.7

Ø15.88 5/8 6.3~802 45.6~59.3



_______________________Page 31


Wrap the insulation material around the connecting portion.

1. Overlap the connection pipe heat insulation and theindoor unit pipe heat insulation material. Bind themtogether with vinyl tape so that there may be no gap.

2. Wrap the area which accommodates the rear pipinghousing section with vinyl tape.

3. Bundle the piping and drain hose together by wrappingthem with cloth tape over the range within which theyfit into the rear piping housing section.

4. Reroute the pipings and the drain hose across the backof the chassis.

Installing Unit

1. Remove the spacer.

2. Ensure that the hooks are properly seated on theinstallation plate by moving it left and right.

3. Press the lower left and right sides of the unit againstthe installation plate until the hooks engage into theirslots (clicking sound).

g

ck


_______________________Page 32

2.3 Outdoor Unit Installation

Installation guide at the seaside

1. Air conditioners should not be installed in areas where corrosive gases, such as acid or alkaline gasare produced.

2. Do not install the product where it could be exposed to sea wind (salty wind) directly, It can resultin corrosion, particularly on the condenser and evaporator fins, and then could cause producemalfunction or inefficient performance.

3. If outdoor unit is installed close to the seaside, it should avoid direct exposure to the sea wind.Otherwise it needs additional anticorrosion treatment on the heat exchanger.

CAUTION

Selecting the location (Outdoor Unit)1. If the outdoor unit is to be installed close to the seaside, direct exposure to the sea wind should be avoided. Install the outdoor unit on the opposite side of the sea wind direction.

2. In the case where the outdoor unit is installed on the seaside, set up a windbreak so the unit is not exposedto the sea wind.

It should be strong enough like concrete toprevent the sea wind from the sea.

The height and width should be more than150% of the outdoor unit.

More than 70 cm of space should be keptbetween outdoor unit and the windbreak foreasy air flow.

If you can't meet above guide line in the seaside installation, please contact SolAir World for the .tnemtaert noisorroc itna lanoitidda

Periodiaclly (more than once a year) cleaning of the dust or salt particles stuck on the heat exchanger by using water.

to the sea wind.


_______________________Page 33

2.3 Outdoor Unit Installation

The outdoor unit should be installed on a solid foundation, preferably on rubber vibration padding toensure stable, quiet operation.

The footing bolts of the outdoor unit should be either M8 or M10

The maximum allowable gradient in any direction is 5°.In areas of strong winds it is advisable to ensure that the unit is mounted where it is going to be leastaffected by the wind.

uld be removed.

If the system is going to be mounted on a frame or bracket, please bear in mind the unit weight in the

The following dimensions should be taken into account when installing the outdoor unit;1. If an awning is built over the unit to prevent

direct sunlight or rain exposure, make surethat heat radiation from the condenser is notrestricted.

2. Ensure that the space around the back andsides is more than 30cm. The space in frontof the unit should be more than 70cm of space.

3. Do not place animals and plants in the pathof the warm air.

4. Take the weight of the air conditioner into account and select a place where noise and

vibration are minimum.

5. Select a place where the warm air and noisefrom the air conditioner does not disturb theneighbors.

.

Unit must be sprayed with Anti-rust upon installation with Kirby Coat or Similar.

IF THIS IS NOT DONE THE WARRANTY ON THE UNIT IS VOID.

If install is within 10km’s from the seaside Anti-rust must be sprayed on the unit every 3 months.


_______________________Page 34

2.4 Evacuate Tube Thermal Collector Installation

Please handle the Evacuated Tubes with care as they are made of glass and can be easily shattered.

Install the tank supports on the panel of theoutdoor unit using the bolts provided and thethreaded holes in the panel of the outdoorunit;

Install the evacuated tube bracket on thelower part of the tank supports using thenuts and bolts provided;

Install the tank on the upper part of the tanksupports using the threaded studs pre-insertedin the tank and the nuts provided;

1.

2.

3.


Page 35

2.4 Evacuate Tube Thermal Collector Installation

Insert the white plastic collars provided into the holesin the evacuated tube bracket.

Lightly lubricate the black rubber seals provided with adetergent solution and slide them onto the evacuated tubeswith the open end of the seal facing up towards the openend of the tube.

Lubricate the white plastic tee joint (water drain) with thedetergent solution then push softly through the hole locatedon the right hand side of the tank. Gently twist as you pushto ensure that the silicon sealing ring is not dislodged.

If in use or installation one of the glass evacuated tubes isbroken, fill it’s corresponding hole in the bottom tank with asimilar sized and shaped object until a replacement tube canbe sourced from the distributor of the product. This is onlyrecommended as a temporary fix until a replacement can besourced as it will negatively affect the efficiency of theThermal Collector.

-

-_______________________

In cold areas, an anti freeze must be added to the water at arate of 50/50.

Slide the black rubber seal up to seal off the silicon sealingsection from the elements.

Lubricate the air vent (assembly with red cap) lightly with thedetergent solution then push softly through the hole locatedat the top left hand side of the tank, gently twist as you pushto ensure that the silicon sealing ring inside is not dislodged.

Push each tube softly into the silicon holes in the tank untilthey are secure, then push across.

4.

5.

6.


Page 36

2.5 Flat Panel Thermal Collector Installation

ertically as possible. The maximum angle the panel can be installed from vertical is 10°.

rmal collector and the outdoor unit is 1.5m. Please ensure that the installation site will not require more than 1.5m of refrigerant piping from the outdoor unit.

Fix the bottom brackets provided to the wall using the relevant fasteners for the construction material of - stekcarb reppu eht fo noitisop eht enimreted ot stekcarb mottob eht no rotcelloc eht ecalp neht ,llaw eht

Vertical Installation

Install the thermal panel and fasten to the wall. Lubricate the air vent (assembly with red cap) lightlywith the detergent solution then push softly through the hole located at the top left hand side of the

.degdolsid ton si edisni gnir gniilaes nocilis eht taht erusne ot hsup uoy sa tsiwt yltneG .lenap

2.

1.

_______________________


_______________________Page 37

2.5 Flat Panel Thermal Collector Installation

Lubricate the white plastic tee joint (water drain) with the detergent solution then push softly through the hole located on the right hand side of the panel, gently twist as you push to ensure that the silicon sealing ring inside isn’t dislodged;

through the hole until water starts to exit out of the water drain on the right hand side.

3.

4.

To Waste


_______________________Page 38

2.6 Gassing Installation

Remove the protective covering caps and connect the copper refrigerant piping from the two topconnections A1 and A2 on the bottom right of the outdoor unit to the connections on the top right hand sideof the thermal collector.

Connect the condensate drain tube from the indoor unit to the vertical stem of the white tee joint on thetop left of the thermal collector.

rom when the air conditioner leaves the factory. Remove the cover cap of the thick connecting pipe and the cover cap of the thin connecting pipe.

If there is no nitrogen in the head unit check, for leak.

Remove the caps of the two connecting pipes, and tighten the nuts of the low pressure and the highpressure connecting pipes.

t

Remove the caps on the stop valves of the lowpressure and the high pressure connecting pipes,screw one end of the thick connecting pipe and oneend of the thin connecting pipe on the stop valvesof the low pressure and the high pressure connectingpipes, and tighten the nuts of the thick and thinconnecting pipes using a spanner.

-

Pressure test with Nitrogen for leaks.

Vac down the thermal panel tank and indoor unitcompletely to below 900 microns for as long asas possible ( 1 hour minimum)

If air, water or other impurities, enter the thermal airconditioner system, it will cause excessive workingcurrent, capillary blockage etc. which will affect theperformance of the air conditioner.

Ensure complete elimination of air, water and other impurities in the cooling pipe of thermal tank andside tube of indoor unit.

To eliminate the air in the thermal collector please use a spanner to remove the A1 and the A2 cut-offvalve caps of the outdoor unit.

Operating Instructions and Installation GuideDucted System

_______________________Page 39

2.6 Gassing Installation

Use a spanner to loosen the stud type copper sealing attachment by half a circle upon the air pipe ofA1 cut-off valve.

Use an inner hexagonal wrench to loosen the center of A2 cut-off valve 90°

After 7 to 11 seconds, fasten up the A2 cut-off valve. Air is exhausted from A1 air stud type copper sealingattachment.

When there is no air escaping, according to the moment from 20 to 25NM, please fasten the stud typecopper sealing attachment.

Use the inner hexagonal wrench to open the A1 and A2 cut-off valve cores.

Fasten A1 and A2 cut-off valve caps.

Use soapy water or halogen detection instrument to detectleakage. If you find leakage, you need to fasten A1 and A2cut-off valve caps. And then you can introduce refrigerantfrom outside of the system to expel air.

Empty the connecting pipe of the indoor unit.

To eliminate the air in the thermal collector, use aspanner to remove the B1 and the B2 cut-off valve caps ofthe outdoor unit;

Use a spanner to loosen the stud type copper sealing attachment by half a circle upon the air pipe of B2 cut-off valve.

Use the inner hexagonal wrench to loosen the centre of B1 cut-off valve by 90°. After 7 to 11 seconds,fasten up the B1 cut-off valve. Air is exhausted from B2 air stud type copper sealing attachment. Whenthere is no air escaping, according to the moment from 20 to 25NM, please fasten the stud type coppersealing attachment.

-

Use the inner hexagonal wrench to open the of B1 and B2 cut-off valve cores.

Fasten B1 and B2 cut-off valve caps.

Use soapy water or halogen detection instrument to detect leakage. If you find leakage, you need to fastenB1 and B2 cut-off valve caps. And then you can use refrigerant gas from outside of the system to expel air.


_______________________Page 40

2.7 Wiring Installation

Always turn off the SolAir World System power at the power switch before conducting any wiring.

- gnitaeh/gnilooc ehT .ledom gnitaeh/gnilooc eht ot ylno gnilooc eht morf sreffid noitallatsni gniriw ehTmodel has a backup heater to maintain the temperature of the water in cold weather.

The white cable is the heating element that comes out of the collector, this needs to be connectedto the terminal board on the outdoor unit.

The terminal board is located on the upper right hand side of the outdoor unit, it can be accessedby removing the screw holding on the plastic handle and sliding the handle off.

________________


_______________________Page 41

2.7 Wiring Installation________________

The electrical terminations are:E = Green/Yellow wire from White cable and Green/Yellow from Black cable.N = Blue wire from the White cable and Blue wire from Black cable 1 = Brown 2 = Yellow 3 = Red wire from the Black cable.4 = Red wire from White cable.

jacket is held down.


_______________________Page 42

2.7 Wiring Installation________________

SWWR-26GWSWWR-35GWSWWR-60GWSWWR-72GWSWWR-35/35GWSWWR-72/72GWSWWR-35/72GW


_______________________Page 43

Section 3Operating Instructions


_______________________Page 44

3.1 General Operating Instructions

Optimum Operation

indoor temperature of 24°C is recommended to achieve a sustaina ble balance between comfort and

When cooling please ensure that curtains or shutters are closed to reduce the heating effect of directsunlight.

When heating or cooling please ensure any relevant windows, doors and other openings are closed toavoid convection of indoor and outdoor air which will decrease

Never place barriers near the indoor or outdoor units which hav

Please follow the procedure in the ‘Routine Maintenance’ section of this manual regarding the cleaning

system.

Working Temperature Range

Cooling Heating Indoor Temperature >18

Outdoor Temperature -7°C – 24°C

__________________________


_______________________Page 45

3.2 Remote Control Function

Remote Control Button Displays

Signal Transmitting section

HR. Set button

MIN. set button

Battery Box

Reset button

Time set button

Health set button

Timer off button

Sleep mode set button

Power ON/OFF button

Fan speed control button

Temp. adjustment button

Timer on button

Operation Selection button

Swing button

Operation display

e button

Horizontal fvan control button

______________________

Back lid


_______________________Page 46


Remove the back lid and inserttwo batteries.

Do not confuse (+) and (-)

1. Clock set button

Warning

the appliance before it is scrapped and

about 6 metres safely. One or twobeeps will be heard after the unitreceives the signal

indoor unit, or the display becomes dim,replace the 2 batteries with the new onesof the same type.

y. If itis dropped, thrown or gets wet, it may notoperate.

2. Press the buttons HR and MIN toset the current time. Press HR button each time to add 1 hour, press MINbutton each time, to add I minute.

3. Press clock set button again.

Operate Automatically

According to the room temperature when the operation starts the operation mode isautomatically selected betweenCOOL, DRY and HEA . However, whenoperation is started again within 2 hours after the operation is stopped, the same operation mode before it is stopped is selected.

Room temperature when started Operation mode

About 25°C or higher COOL

About 20°C - 25°C DRY

About 20°C or lower HEA FAN

To Start Operation

1.controller should be pointed at thereceiving section.

2. Press the ON/OFF to startair-conditioner.

3. o select the Auto mode each time thebutton is pressed, the operation modeis changed in sequence from:

O-COOL-DRY-HEA

To Stop Operation

Press the ON/OFF button

While too Warm or too Cool

When about 3 - 15 min passes, press after operation start, if you feel slightly warm or cool.

1. Press the button to raise thetemperature. One press raised thetemperature by about 1°C.

2. Press the button to lower thetemperature. One press lowers the tem-perature by about 1°C++

ensure they are disposed.

To Change Batteries

To Reset Remote

Press it with a sharp object.

To Set Clock

Press it with a sharp object. Press it with a sharp object.

______________________


_______________________Page 47


To select the “COOL” “DRY”“FAN” “ON/OFF” modes

1. Press the ON/OFF button to start the machine.2. Select the operation mode by pressing MODEEach time this is function is pressed the operation modeis chaned in sequence fromAUTO - COOL - DRY - HEAT - (example) To select thecool operation mode press Mode button continuallyuntil “COOL” is on display screen.3. Press the button to select the fan speed.4. Press the button to select air flow blowing direction5. Press the to stop the machine.

Note

Change the Set Temperature

To lower the temperature press the buttonPress once, the set temperature drops 1°C.To raise the temperature press the button.Press once the set temperature raises 1°C.

1. The thermal air conditioner’s efficiency is related tothe outdoor temperature. if the unit is used in coldarea, a heater can be used together if the airconditioners heat is not enough.2. Defrost operation when outdoor temperatureis very low, the fans in the outdoor and indoor unitare stopped, meanwhile defrosting operates for 2-10 minutes to protect the outdoor heat exchanger.from freezing.

In “DRY Operation

1. In ”DRY” operation the fan speed can’t be changed.2. Controlled by the microprocessor, the fans in theoutdoor and indoor unit operate occasionally for“DRY” operation.3. The room temperature is slightly lowered in theoperation mode, the “DRY” function can’t be donewhen room temperature is 13°C or lower.

Air Flow Velocity Adjustment

1. Press the button to adjust the air flow velocity, eachtime the button is pressed , Fan speed is changed asfollows: AUTO - LOW - MEDIUM - HIGH2. Adjust the up/down fan, please press the buttonEach time you press the button on position of

1. In daily time please select swing.2. When “COOL” “DRY” please select the positionof -/” and “HEAT” select to */i’ Positon

Note: to change the horizontal direction of the air flow adjust the vertical vanes manually before operation starts Since horizontal vanes move automatically your fingers may get caught.

Override Operation

Heat and Cool Type: Each time the switch is pressed the unit alternates between the override “COOL” mode , HEAT modeand “STOP” mode.

Cool Only Type: Each time the switch is pressed the unitaltentates between the override “COOL” mode, and“STOP” mode.

1. Once the operation is mode hasbeen selected the same operationmode will start after the ON/OFFbutton is pressed on.

In “HEAT” Operation

Fan

Fan

______________________

Caution1. When the room temperature is slightly lowered

in the outdoor and indoor unit operateoccasionally for “DRY” operation.

2. 3 minute delay star.3. In order to reduce the compressor high load,

the unit can not be restarted for 3 minutes whenrestarted with only the electric fans working.

This will be effective in the following conditions:Power Cut-Power Source Cut OffMain Power breaker turned off.


_______________________Page 48



_______________________Page 49

3.3 Routine Maintenance

Thermal Collector

Always turn off the Air Conditioning System power at the power switch before conducting any maintenance.

The water inside the solar collector and the copper piping entering and exiting the thermal collector can reach temperatures of up to 85°C, please take care when checTake particular care with water exiting the water drain.

These instructions apply to both the Flat Panel thermal collector and the Evacuated Tube thermal collector.

In most situations (when the indoor unit sits higher than the thermal collector) the water tank inside thethermal collector is constantly topped up by the condensation drain pipe coming from the indoor unitthat is attached to the vertical inlet on the right hand side of the collector. In these this typical situationthe water level is constantly being topped up by the condensate and the water level only needs to bechecked once every 3 months.

If the condensation drain pipe from the indoor unit isn’t attached to the thermal collector the water levelneeds to be checked every 2 weeks

If upon inspection there is water periodically exiting out of the water drain (the horizontal outlet on theright of the collector) then there is no need to check the water level further as the water tank inside thethermal collector is full.

Check the water level on the thermal collector by unscrewing the Red Cap from the top left hand cornerof the thermal collector and removing the dipstick, ensure that the water mark is above the marking onthe dipstick.

If the water level is below the mark on the dipstick add water through the opening that you have removedthe dipstick from, the water tank inside the thermal collector is full when water starts to exit out of thewater drain.

Water added to the thermal collector must be of drinking quality, if your tap water is not of drinkingqual

-

ity then distilled water can be used.

Ensure that the dipstick and red cap are inserted back in their

The thermal collector can be cleaned by wiping with a soft cloth, damp with clean room temperaturewater.

____________________


_______________________Page 50


Air filter maintenance

Please clean the air filterafter using it for about 100 hours.

Clean as follows:

Switch off the appliance and removethe air filter.

1.Open the front panel.2.Press the handle of the filter gently

from the front.3. Grasp the handle and slide out the filter.

Clean and reinstall the air filter.

If the dirt is conspicuous,wash it with a solution ofdetergent in lukewarm water.After cleaning, dry well inshade.

Close the front panel in position.

Clean the air filter every two weeksif the air conditioner operates in anextremely dusty environment.

Dangerous!Electric

shock!

Front panel maintenanceCut off the power supply

Turn off the appliance first before disconnecting from the power supply.

a

Grasp position "a" andpull outward to remove thefront panel.

a

Wipe with a softand dry cloth.

Use lukewarm water Use a dry

(below 40 ) to clean soft cloth to

if the appliance clean it.

is very dirty.

Never use volatile substancesuch as gasoline or polishingpowder to clean the appliance.

Never sprinkle water onto theindoor unit

Reinstall and shut the front panel.Reinstall and shut the front panel bypressing position front "b" downward.

b b

__________________


_______________________Page 51


Always turn off the SolAir World Thermal Boosted Hybrid Air Conditioning System power at the power switch before conducting any maintenance.

The copper piping entering and exiting the outdoor unit can reach temperature ofup to 85°C, please take care when inspecting or cleaning the outdoor unit.

Outdoor Unit

The outdoor unit can be cleaned with cleaning products suitable for cleaningpowdercoated surfaces.

Care should be taken to ensure that no cleaning products enter any of the openings on the unit.

Particular care should be taken when cleaning around the interconnecting electrical cable opening andplastic handles.

Unit must be sprayed with anti rust every six months Kerbi-Coat or with similar Anit-Rust.If your unit is installed within 10km’s of the seaside the unit must be sprayed every 3 months.


_______________________Page 52

___________3.5 Packing List

Outdoor Unit Packing List

SWWR-26GW, SWWR-35GW, SWWR-60GW

No. Name Spec. Quatntity1 Outdoor Unit 1pc2 Low Voltage Connecting Pipe 1pc

High Voltage Connecting Pipe 1pc

4 Plastic Belting 2pc5 Penetration 1pc

PVC 1pc

SWWR-72GWNo. Name Spec. Quatntity1 Outdoor Unit 1pc2 Low Voltage Connecting Pipe 1pc


4 Plastic Belting 2pcs5 Penetration 1pc

PVC 1pc

No. Name Spec. Quatntity1 Outdoor Unit 1pc2 Low Voltage Connecting Pipe 2pc


4 Plastic Belting 2pcs5 Penetration 2pc

PVC 2pc

SWWR-35/35GW, SWWR-72/72GW, SWWR-35/72GW


_______________________Page 53

3.5 Packing List

Solar Collector Packing List

No. Name Type1 Insulated Tank 1 pce2 Vacuuum Tube 10pcs (SWW(R)-26/35GW)

11pcs (SWW(R)-60/72GW)3 Insulated Tank Support 1 pc4 Collector Tube Bracket 1 pc6 Ventilation Cup Groupware 1 pc5 Tube Supporting Bowl 10 or 11 pcs7 Decoration Ring 10 or 11 pcs8 Connecting Pipe 2 pcs 9 Plastic Tee Joint 1pc

1. Vacuum Tube

No. Name Quantity1 Collector 1pc2 Connecting Pipe 2 pcs3 Brackets 4 pcs

2. Flat Plate Type

Indoor Unit Packing List x 2 for Duel Head Units

No. Name Quantity1 Indoor Unit 1pc2 Application and Installation Manual 1pc3 Remote Controller 1pc4 Standard AAA Battery 2pc5 Bracket 1pc6 50g Rubber Mud 1pc7 Expansion Screw 4pcs8 Screw 4pcs

10 Tank Right and Left Supports 1each

4 Plastic Tee Joint 1 pc5 Ventilation Cup Groupware 1 pc6 Expansion Screw 8 pcs


Page 54__________________

NOTES_______

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