Solahart POWERPAK 10 kW User manual

POWERPAK
SOLAR WATER HEATER MODULE
OWNER’S MANUAL
and
WARRANTY / INSTALLATION INFORMATION
MODEL
10 kW
Solahart Industries Pty Ltd ABN 45 064 945 848
Corporate Headquarters: 112 Pilbara Street, Welshpool, Western Australia 6106
Postal address P.O. Box 95, Welshpool, Western Australia 6986
Telephone International [phone]. Facsimile International [phone]
Email [email protected].au
Internet http://www.solahart.com.au

POWERPAK Owner’s Manual 1
Issue Date October 2005
CONTENTS
Introduction 3
System Overview 5
Internal Component Diagram 5
Electronic Controls 6
Installation Instructions 7
Location Selection 7
Collector Array Diagram 8
Collector Installation and Components 9
POWERPAK Module Installation 10
Commissioning 11
System Operation Test 13
Technical Data 14
Warranty Policy 16
Installation Report 17

POWERPAK Owner’s Manual 2
Issue Date October 2005

POWERPAK Owner’s Manual 3
Issue Date October 2005
INTRODUCTION
Congratulations on choosing a POWERPAK solar water heater. We are confident that
your purchase will provide you many years of trouble free hot water.
Your POWERPAK solar water heater has been manufactured by a world recognised
industry leader, Solahart Industries Pty Ltd.
All over the world, the Solahart name is synonymous with quality in water heating.
From humble beginnings in the pioneering days of Western Australia, a reputation has
been built up over nearly a century.
In 1905, two enterprising plumbers formed the company known as S. W. Hart, a name
which was retained for over 70 years. Even in its early stages, S. W. Hart was
involved in the manufacture of metal products for water storage and water heating.
Since 1953 S. W. Hart, now Solahart Industries Pty Ltd has been producing
thermosyphon solar hot water systems which is well over 40 years of hot water
experience.
Solahart is the market leader in Australia and a dominant brand throughout the world.
Our network of distributors covers over 70 countries including Europe, USA, Africa
and Asia. In our home market of Australia we offer the widest range of thermosyphon
and active solar water heater products.
We at Solahart Industries Pty Ltd are confident that your purchase of the POWERPAK
water heater will provide you reliable hot water with quality, after sales service back-
up.
Thank You

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Issue Date October 2005

POWERPAK Owner’s Manual 5
Issue Date October 2005
SYSTEM OVERVIEW
The Solahart POWERPAK system is designed to automatically transfer solar thermal energy collected
by highly efficient Solahart collector panels into a separate (remote) potable water storage system using
two independent transfer circuits.
The primary (or collector) circuit will consist of between 4 and 8 roof or frame mounted Solahart collector
panels connected with insulated copper pipes to the ground-mounted POWERPAK energy transfer
module. The primary circuit heat transfer fluid, which consists of potable water with a 20% mix of
Hartgard (propylene glycol mix), is pumped from the POWERPAK drain back tank through the solar
collectors to gather energy, then back to a heat exchanger where the collected energy is transferred to
the secondary water circuit.
The secondary circuit is directly connected to a separate hot water storage system using insulated
copper pipes. With the aid of a circulating pump within the POWERPAK, potable water is pumped from
the storage system through the POWERPAK heat exchanger, where it gathers energy from the primary
circuit, before returning the heated water to the storage system.
The circulation pumps are controlled using a combination of operator-selectable functions and an
overriding temperature comparator system. The temperature comparator system monitors the
temperature at the solar collectors and of the potable water storage system, to determine when useful
energy can be collected for transfer to
the potable water system. When useful
energy is available and required, the
circulator pumps commence circulation
in both circuits. This continues until the
comparator determines that there in
insufficient energy being collected to
justify the systems continued operation.
Using an external switch, the operator
has the option to select one of three
system functions: Off, Manual and
Automatic.
Drain Back Principle: When the
system is not transferring energy, the
circulation pumps stop. This allows the
fluid within the primary circuit to return
to the drain back tank located within
the POWERPAK system. This protects
the fluid from the extremes of
temperature in the collector array when
the system is not operating.
INTERNAL COMPONENT DIAGRAM
System Schematic Diagram
Heat Exchanger
Drain Back Tank
Solar Collectors
Primary Circulation
Pump (Collector)
Primary Circulation
Pump
Secondary
Circulation Pump
Heat Exchanger
Primary and
Secondary Circuit
Connections
Hot Water to
Storage Tank
Cool Water
from Storage
Tank
Drain Back
Tank
POWERPAK
Module
Heat Exchanger
Primary and
Secondary Circuit
Connections
Fill and Level Ports
Temperature
Comparator
Secondary
Circulation Pump
(Potable Water)

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Issue Date October 2005
OPERATING INSTRUCTIONS
OPERATOR CONTROL PANEL
AUTOMATIC (AUTO)
When AUTOMATIC is selected, the temperature comparator located within the POWERPAK will control
the circulation pump. This is the recommended setting for the POWERPAK when in normal operation.
The Power light will be ON, and the circulation pump running light will be ON when the pump is running
as determined by the temperature comparator.
OFF
When OFF is selected the circulation pump and temperature comparator will not operate. The Power
light will be OFF indicating that the control system is switched off.
MANUAL (MAN)
When MANUAL is selected the circulation pump will operate continuously. The serviceman normally
uses this selection for system testing and commissioning purposes. The Power light will be OFF and the
circulation pump running light will be ON.
CLOSED CIRCUIT FLUID LEVEL - FAULT INDICATOR
This indicator will illuminate when the closed circuit fluid level falls below 15% of the drain back tank
volume. When illuminated both circulating pumps will be prevented from operating. Illumination of the
fault light indicates a problem with the system; call a Solahart technician to examine the installation.
If the fault light comes on, the following steps must be taken:
1. the reason for the fluid loss must be determined and rectified,
2. the closed circuit refilled with the specified water and Hartgard fluid mix, and
3. the power connection reset by switching the mains OFF and then ON again.
Closed
Circuit Fluid
Level
Indicator
CLOSED CIRCUIT FLUID LEVEL - FAULT INDICATOR
LOCATION
MAN
OFF
AUTO
PUMP
POWER
Recommended Operating Mode
To maximise the energy savings from your POWERPAK , it is recommended that
the AUTO setting is selected.

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Issue Date October 2005
INSTALLATION INSTRUCTIONS
GENERAL
Installation of this water heater must be performed by an Authorised Person and in accordance with
Local Authority Safety regulations, and Electrical and Plumbing Codes applicable in your area. In
Australia, for example, the installation must comply to Australian Standard (AS 3500.4) “National
Plumbing and Drainage Code, Part 4: Hot Water Supply Systems”.
LOCATION SELECTION
Collector Panels
For optimum performance the collector panels should be installed to face the equator (South in the
Northern Hemisphere, North in the Southern Hemisphere) ALWAYS USE A COMPASS TO CHECK
ORIENTATION. Deviation from the equator up to 45°East or West has little effect on total annual solar
contribution (approximately 4 per cent). Should it not be possible to face the equator the decision of
either EASTERLY or WESTERLY direction must be made.
(a) If major hot water draw is before 2 p.m. favour EASTERLY
(b) If major hot water draws after 2 p.m. favour WESTERLY.
The westerly direction is more commonly used.
The collector panels should be installed on a roof of pitch or angle that is the same as the latitude angle
of the site. Roof angles within 20°of the latitude angle will have little effect on the total annual solar
contribution (4%). Minimum roof angle is 10ºfor with-pitch installations.
If it is necessary to face the collector panels 45°East or West of the equator then a flatter (lower pitch)
installation will give better performance. Additional panels facing east or west may be more aesthetically,
economically and thermally beneficial than mounting the Collector Panels on roof brackets to face the
equator.
The collector panels must be installed in an area that is free of shade all year round. Check high trees
and other obstacles for winter shade.
The collector panel location should not be more than 7 metres vertically, for a 10kW POWERPAK above
the base of the POWERPAK with a maximum pipe run of 16 metres from the POWERPAK. For
installations with greater distance than these please consult Solahart for revised pump sizes and
configurations.
POWERPAK Module
Select a suitable location near the hot water storage system to which the POWERPAK is to be
connected. As the POWERPAK is weatherproof, the location may be internal or external. However, in
cold climates an internal location is preferred.
The POWERPAK must be positioned such that the electrical socket is accessible.
To minimise heat losses the POWERPAK should be located as close as possible to the hot water
storage system and at the same level.
SAFETY
This appliance is not intended for use by young children or infirm persons without
supervision.
Young children should be supervised to ensure that they do not play with the
appliance.
Important
Additional information on installing the pipe work to and from the POWERPAK can be
found in Solahart Technical Bulletin #136. This can be obtained from your Solahart
dealer or from Solahart directly.

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Issue Date October 2005
TYPICAL ARRAY DIAGRAM FOR EIGHT COLLECTORS
1 Temperature Sensor
2 Collector flow connection
3 Collector return connection
4 Expansion Valve connection
5 Top collector rail
6 Bottom collector rail
7 Collector clamps
NOTE: The POWERPAK System is suitable for installation with between 4 and 8 collectors.
1
2
3
4
5
6
7
7

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Issue Date February 2004
Installation (Tiled Roof)
Select a suitable area of roof on which to install the collectors. Ensure that the area is even and without cracked
or damaged tiles.
Locate the upper most position of the collector array on the roof area, be sure that there is at least 2 tiles
between the ridge cap and the collector top so that the array can be installed without damage to the capping.
From the selected top position measure 1940 mm down from this point to determine the location of the collector
rail. Mark this location. Remove several roofing tiles from this location to expose the rafters. Hook the stainless
steel straps (Part No. 33-0847) to the rail and line up the straps with the rafters. Ensure that they are not more
than 1.6 m apart and not closer than 1 m. The collector rails should be joined by means of the drive cleats
supplied in the parts kit. After positioning the rails level, raise the right hand side 10 to 20 mm and fix the straps
to the rafters using suitable bolts. Replace the tiles.
Now using a lifting device lift collectors onto the roof and place the collectors carefully into the collector rail.
Remove red transit plugs from each collector.
Care should be taken to ensure that the hot outlet
side of the collector array is slightly higher than the
inlet side (10 to 20 mm) to exclude the possibility of
air bubbles in the top of the collector array.
Fit the collector unions between the collectors taking
care to correctly locate the cones and nuts correctly
into the collector fittings. Do not over tighten the connections as permanent cone damage may occur.
Locate the top rails, with fixing straps attached snugly, onto the collectors. Remove tiles, as required, from above
the rail to expose rafters then screw fix the straps to the rafters in this position. Replace the tiles after this
operation is completed. Fit the collector clamps to both rails (4 per collector) with the nuts and bolts supplied to
the pre drilled holes in the collector rails.
Temperature Sensor
The “temperature sensor” should be fitted to the top of the left hand collector fitting directly above the collector
flow line inlet position. Refer to the Collector Installation Diagram.
The assembly is fixed to the collector socket using a
standard gland nut and cone fitting assembly. Check
that the sensor is pushed fully into the housing tube
within the collector header.
Pass the 2-core sensor cable through the cable entry
gland and connect to the terminal block within the
housing assembly.
Expansion Control Valve
The “expansion control valve” consists of a Solahart PR6
valve, Conetite adaptor block and gland nut. This
assembly should be fitted to the bottom of the right hand
collector fitting directly below the collector return line outlet
position. Refer to the Collector Installation Diagram. If
necessary a drain line can be fitted to this fitting to
channel any expansion away from roof guttering, rain
water tanks etc.
Note: Discharge only occurs during the first heating
cycle or until the maximum operating temperature is achieved.
Collector Union
Gland Nut
Conetite Fitting
PR6
Valve
Conetite Adaptor Block
Gland Nut
Gland Nut
Terminal block
located here
2-core sensor cable

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Issue Date February 2004
Collector Return Line Connection
Final connection is achieved by welding (where solder is permitted, the
melting temperature must be greater than 220ºC) a “remote connection
pipe” to the insulated copper pipe returning to the POWERPAK system.
The remote connection pipe is then inserted into the top collector fitting of
the right hand collector. The connector is secured to the collector fitting
using a standard gland nut supplied with the connector. Refer to the
Collector Installation Diagram
Collector Flow Line Connection
Final connection is achieved by welding (where solder is permitted, the
melting temperature must be greater than 220ºC) a “remote connection
pipe” to the insulated copper pipe rising from the POWERPAK system. The
remote connection pipe is then inserted into the bottom collector fitting of
the left hand collector. The connector is secured to the collector fitting using
a standard gland nut supplied with the connector. Refer to the Collector
Installation Diagram
Collector To POWERPAK Connections
Pipework
Insulated copper DN15 (or nearest local equivalent) flow and return lines must be installed from the collector
array to the POWERPAK location. During installation it is very important to install a constant fall of at least
5º back to the POWERPAK on both flow and return lines. If these lines are taken through the roof material,
suitable flashing procedures in line with local approval practice should be employed.
Collector Temperature Sensor Lead
Install a 2 core, 0.75 mm
2
Figure 8 cable between the temperature sensor in the collector array and the
POWERPAK.
POWERPAK MODULE INSTALLATION
Collector (Primary) Circuit Connection
The flow and return lines from the collector array
are connected to brass conetite sockets located
on the top left side of the POWERPAK as shown.
POWERPAK To Storage Hot Water System Inter Connection
Pipework
Install two insulated DN15 copper flow and return lines from the POWERPAK to the storage hot water system.
To minimise heat losses the POWERPAK should be located as close as possible to the hot water storage
system.
The location of the connections to the hot water storage system must be determined by the supplier of the
storage system. Any water storage tank connected to the potable water connections on the POWERPAK must
be protected with the appropriate valves and safety devices with a maximum setting of 1000kPa and 99°C.
Weld Copper Flow
Pipe Here
Collector Flow Connection
(Pipe to Collector) (Blue)
Gland Nut
Collector Return Connection
(Pipe from Collector) (Red)
Weld Collector
Return Line Here
Gland Nut
Important: If the water quality is poor or the mineral content high, a filter and/or water
conditioner must be installed on potable water line to the PowerPAK.

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Issue Date February 2004
Storage Tank Sensor Lead
Install a 2 core, 0.75 mm
2
Figure 8 cable between the POWERPAK location and the temperature Sensor in the
hot water storage system. The temperature sensor is supplied with the POWERPAK and a suitable location at the base of the storage system should be determined with the system supplier.
The storage tank sensor should be placed at the lower part of the storage tank between the cold and hot
connection to the POWERPAK. Never place the sensor lower than the cold pipe connection of the storage tank
to the POWERPAK. A sensor position too low can cause the pump to run into the evening or overheating the
POWERPAK system. A position too high can stop the pump before the maximum volume of water in the storage
system is heated. Ensure that the sensor makes a good thermal contact with the tank.
Hot Water (Secondary) Circuit Connection
The hot water flow and return lines from the hot water
storage system are connected with DN 15 (1/2”) brass gland
fittings to brass sockets located on the top right side of the
POWERPAK as shown in the adjacent diagram.
Temperature Sensor Connections
Connect the sensor leads from the collector array and the
hot water storage system to the terminals located on the
top right hand side of the POWERPAK as shown in the
adjacent diagram.
Electrical Supply
The POWERPAK is supplied with an electrical plug and cord system, which is fitted with a standard domestic
power plug and can be plugged into a domestic power outlet located adjacent the POWERPAK. The
POWERPAK must be positioned such that the power plug is accessible. Where the POWERPAK is installed
external to the building, weatherproof fittings must be used.
If the power cord is damaged, it must be replaced by the manufacturer, its service agent or a similarly qualified
person in order to avoid a hazard.
The maximum current draw from the electrical supply is 3 amps at 240 volts, 50 Hertz.
COMMISSIONING THE SYSTEM
Pre Commissioning Check
Before starting the commissioning process check the following actions have been completed:
1. Potable water system is full and pressurised ready for heating. Do not start the commissioning
procedure until this step has been completed. Failure to check may cause irreparable damage
to the system.
2. Collector temperature sensor connected
3. Expansion valve assembly fitted to collector array
4. Collector flow and return line connections completed to collector array
5. Collector array rises gently to the right or hot return side connection on the collector array
6. All pipe work has a gentle and continuous fall from the collector array to the POWERPAK module
7. Collector circuit connections are connected at the POWERPAK module
8. Hot water circuit connections are connected at the POWERPAK module
9. Sensor lead connections (Collector & Storage) are connected at the POWERPAK module
10.Final connection of the hot water pipe work at the storage system end is completed.
Hot water return connection
(cold from storage) (blue)
Hot water flow connection
(hot to storage) (red)
Collector temperature
sensor connected to
the red and black
terminals on the left
side of the block
Hot water storage
temperature sensor
connected to the red and
black terminals on the right
side of the terminal block

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Issue Date February 2004
Filling the Drain Back Tank
1. Remove both the Fill and Level Plugs (located under the cover for temperature sensor connections at the
side of the unit) and insert the two Charging Adaptors.
2. Secure a piece of clear hose to each of the adaptors and secure using hose clamps.
3. Place the loose end of the level hose into a bucket or similar to collect overflow from the charging process.
4. Syphon potable water through the fill hose into the system until water flows from the level fitting hose.
(Approx 55 litres for 10 kW POWERPAK)
5. Remove both hoses from the connection ports.
Emptying the Drain Back Tank (Service Procedure only)
1. Turn OFF electrical and water supplies to the module and allow 5 minutes for the closed circuit fluid to return
to the drain back tank.
2. Remove the Fill Plug to release any pressure in the system then replace plug into socket.
3. Secure a piece of clear hose to the drain fitting located adjacent the Collector Circulation pump and place into
a container of sufficient volume to hold the collector circuit fluid.
4. Remove the Fill Plug which will allowing the fluid to flow from the Drain Back Tank into the container.
Pressure Testing the System
1. Remove the PR6 valve from the expansion control fitting at the lower right corner of the collector array and
insert in its place the plug removed from the level fitting on the POWERPAK module.
2. Re-insert the fill plug removed during the filling process to the module.
3. Insert the test block assembly into the level port at the
module.
4. Attach the air pump to the connection valve and pump
the system pressure up to 120 kPa on the gauge.
5. Disconnect the air pump and check the valve for
leakage then note the pressure gauge reading.
6. Allow the system to stand under pressure for at least 10
minutes then re-check the gauge to confirm that no
pressure change has occurred.
7. If the pressure is constant, go to step 9.
8. If a leak has been detected, then locate and repair it
before operating the system. The simplest method to detect a leak in the closed circuit is to spray a soap-
and-water solution on each joint and connection in the pipe work. Bubbles will indicate a pressure leak.
Repair the leak and return to step 4 for a system re-test.
9. Release the air pressure from the system by depressing the centre pin of the air pump connection in the test
block.
10.Once all the air pressure has been released, remove the test block from the level port.
11.At the collector array, remove the plug from the expansion control fitting and re-fit the PR6 valve in its place.
12.Syphon Hartgard into the system as described in the paragraph “Filling The Drain Back Tank”.(2 x 4.5 litre for
10 kW POWERPAK). During this operation water will flow from the level port into the catchment bucket.
13.Remove the hose connections and re-fit the plugs to the fill and level ports.
Fill Plug
Level Plug
Air Pump
Connection
Pressure Gauge
Charging Adaptor.
Do not turn ON the electrical or water supplies until the drain back tank has been
refilled.
CAUTION: When testing please ensure the collectors remain covered with their
cardboard protectors until the testing is completed.
Insert into Level
Port
Fill & Level
Plug Fitting
TEST BLOCK

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Issue Date February 2004
Note: The “Hartgard” solution is blue in colour. Should the potable water from your storage tank appear blue,
then this may indicate a leak of “Hartgard” from the closed circuit. “Hartgard” is a food-grade solution, and
not hazardous to heath. However, the blue colour in the water indicates a fault, and your Solahart serviceman
should be contacted to inspect the system.
SYSTEM OPERATION TEST The following functional checks should now be conducted.
1. Switch the system to MANUAL and check that the pump/s are running.
2. Switch the system to AUTO.
3. If the collector temperature is more than 9ºC above the storage tank temperature then the circulation
pumps will run. To check that the controller is operating correctly, the storage tank sensor temperature must be raised
above the collector temperature to stop the pumps.
Note: This can be achieved by immersing the storage tank sensor into a small container of boiling water.
Within 1 minute the pumps should stop.
Note: If the pumps do not stop, then the sensors and sensor circuits must be checked in accordance with the
procedure detailed in the section Sensor Operational Test.
4. If the temperature difference between the collector and storage tank is less than 5ºC the pumps will not
run.
To check that the controller is operating correctly, the collector sensor temperature must be raised
above the storage tank temperature to start the pumps.
Note: This can be achieved by immersing the collector sensor into a small container of boiling water. Within 1
minute the pumps should start.
Note: If the pumps do not start, then the sensors and sensor circuits must be checked in accordance with the
procedure detailed in the section Sensor Operational Test.
5. Switch the system to OFF. The pumps should now stop and all of indicators should turn off.
6. The system is now fully functional and should be left in the AUTO mode for permanent operation.
SOLAR CONTROLLER SELF-DIAGNOSTICS
If the solar controller detects a problem with the sensors, it will automatically turn off the pumps and the red
power LED will start to flash.
3 flashes - a short in the collector sensor or lead
4 flashes - a break in the collector sensor or lead
5 flashes - a short in the tank sensor or lead
6 flashes - a break in the tank sensor or lead.
This fault must be repaired (See Sensor Operational Test below) and the unit switched OFF then ON again, to
reset it before the POWERPAK will operate.
SENSOR OPERATIONAL TEST
This test is only required if a problem is located with the automatic operation of the controller when
tested as detailed above. This is not required under normal circumstances.
To perform the sensor check you will require a multimeter set to the resistance or ohm
setting to perform resistance measurements.
1. Disconnect the sensor cables from the terminal block located on the
side of the system
2. Connect the multimeter leads across the sensor cables and note the
multimeter reading.
If the multimeter shows an open circuit (or break in the cable or bad
connections at the sensor), then the cable to the sensor should be
Sensor Lead
Connections
CAUTION: Do not operate the system until Hartgard has been added to the
collector circuit

POWERPAK Owner’s Manual 14
Issue Date February 2004
checked for possible damage. This would normally be found around sharp edges such as roof flashing etc.
If the multimeter shows a short circuit, than the cable to the sensor should be checked for possible damage. This
would normally be found around sharp edges such as roof flashing etc or a nail or staple through the cable.
If the cabling is correct the multimeter should indicate a resistance reading which reflects the temperature at the
sensor location as shown on the table below:
ºF ºC Ohms Resistance ºF ºC (Approx) Ohms Resistance
41 5 25380 122 50 3600
50 10 19890 140 60 2490
59 15 15710 149 65 2090
68 20 12490 158 70 1750
77 25 10000 176 80 1250
86 30 8057 194 90 920
104 40 5326 212 100 680
TECHNICAL DATA
Dimension Detail
10 kW Module
Collector Panel Data
•Selective Surface
•Absorptivity = 0.93 (± 0.05)
•Emittance = 0.12 (± 0.02)
•Glass = Low Iron with 94%
transmittance
Solahart Collector Panel Details

POWERPAK Owner’s Manual 15
Issue Date February 2004
POWERPAK WATER HEATER WARRANTY
(Worldwide)
POWERPAK water heaters are produced by Solahart Industries Pty Ltd (the manufacturer)
who provide the following manufacturer's warranty.
The protection offered by this warranty is in addition to all other non excludable rights and
remedies that the consumer has under the Trade Practices Act (in Australia) and similar
country, state or territorial laws as they may apply.
The manufacturer warrants the POWERPAK water heater against manufacturing defects,
faulty material and/or workmanship and leakage from corrosion upon the following terms:
5 years on the tank, internal pipe work and collectors
Note: Collector glass in not included
3 years on labour
12 months on all components.
Conditions
1. The above is subject to an area within a 30 kilometre radius of the Solahart dealer from
whom the unit was purchased. Customers outside this area will be subject to freight and
travelling charges incurred by the Solahart dealer conducting the work.
2. Warranty claims must be submitted to the Solahart dealer from whom the water heater
was purchased within one month of the component failure.
3. A call out fee applies to warranty calls made outside normal Solahart business hours.
Exclusions
1. The manufacturer shall carry no obligation under this warranty in the case of accident,
Acts of God, installation/repairs carried out by persons outside Solahart installation and
maintenance instructions.
2. The warranty applies only to the components supplied by the manufacturer and does not
include plumbing or electrical components supplied by the installation contractor.
3. No responsibility is accepted for any consequential loss or damage caused by a defect.
4. No warranty applies to damage to the heat exchanger or system caused by poor water
quality or high mineral content.

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Issue Date February 2004

POWERPAK Owner’s Manual 17
Issue Date February 2004
POWERPAK
INSTALLATION & WARRANTY REPORT
Dear Customer,
To register your warranty please ensure the following information is correct then sign and return to our
Solahart Industries Pty Ltd freepost address:
Solahart Industries Pty Ltd.
Reply Paid Perth 354,
Welshpool.
Western Australia 6106
WARRANTY: For details and conditions of warranty see the warranty section of this manual
Please complete all details below
Purchaser’s Name
Installation Address
Suburb
State Postcode
Telephone H) W)
Solahart Dealership Consultant
Important Details
Installation Date
Model - type
Type of Installation
(Please circle)
New Existing
Work Delivery Details
POWERPAK Serial No
Collector Serial No’s 1) 2) 3)
4) 5) 6)
7) 8)
Service’s Due
Installers Name
Comments
Date:
........................................
............................................. .............................................
Signature: Installer Customer
White Copy: Head Office Yellow Copy: Dealer Blue Copy: Sales Office Green Copy: Manual

POWERPAK Owner’s Manual 18
Issue Date February 2004
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