Warmington 780 Assembly instructions

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 1 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Warmington
780-780T-900
Free-Standing Eclipse Open Fire
Wood Burner
Installation, Operating & Maintenance
Instructions
Effective from 1st September 2005

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 2 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Points to consider prior to installation:
•Location of the fire in the home. The position of the fire will have an effect on the distribution of the heat
through the home. Open fires are better located at one end of a room as they project the heat away from their
opening.
•External air supply. See the CAITEC detail. The supply of external air into the home is to reintroduce the air
into the home that is been used in the combustion process of the fire. This keeps the home at an equal
pressure to the outside. Kitchen extractor fan can cause a large pressure difference in the home and in some
conditions can cause the fireplace to smoke towards the extractor fan. Kitchen fans may require their own
external air supply.
•Venting to the cavity. This air is to allow the cavity to vent the warm air. This warm air helps keep the fire and
flue system form getting to cold. If the flue and fire get to cold the system may soot often and require cleaning.
•The Topography of the land .The slope and position of the land in relation to the home has a bearing on how
the wind will interact with the fire and flue system. Care need to be taken to ensure that the flue termination is
in the correct position to maximize performance.
•The prevailing wind. Care need to be taken to ensure that the flue termination is in the correct position as
wind an gusts that hits the flue and cowl system may overcome the cowl and draft back down the flue into the
home. This can be a combination of down draft and high pressure.
•Hearth and plinth: The height of the hearth off the floor. The finishing that is to be used on the hearth s to be
allowed for at the design stage.
•Positioning of the Flue system: There is a maximum distance that an offset flue can be installed. Reference
to AS/NZS : 2918
•Flue and Fire Clearance: To be maintained to the manufactures Instructions.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 3 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
INSTALLATION ORDER OF OPERATION
Prior to Construction and Installation Important Notes:
1) Install to AS/NZS 2918: 2001.
2) Install to manufacture’s specifications.
3) All new installations require a permit.
4) For special requirements concerning materials (timber mantle and surrounds) within close proximity of Warmington
products, please contact your local Warmington Technical Consultant.
Stage 1: Frame Construction Procedure by Builder.
5) Mark out flue centre.
6) Mark out heat cell clearance requirements.
7) Build timber framing to heat cell clearances and chimney chase clearance requirements.
8) Ensure that front face of heat cell clearance alcove is left open and unframed to enable installation of the firebox and
adaptor. The chimney chase is left unlined for installation of the flue.
9) Construct plinth only, to require height. *
Stage 2: Install Procedure by Certified “Warmington Installer” only.
10) Fit fire to plinth.
11) Fit adaptor to Firebox.
12) Fit heat cell cabinet to firebox.
13) Fit flue system.
14) Fit cowl and flashing system.
15) Fit fascia kit.
16) Fit vents to heat cell alcove and chimney chase, to cool the heat cell and ensure efficiency of CAITECTechnology.
Stage 3: Finishing Procedure by Builder.
17) Construct hearth to required thickness. *
18) Finish framing of heat cell alcove.
19) Close in heat cell alcove and chimney chase.
20) Finish heat cell alcove and hearth to customer’s requirements (e.g. paint / tiles).
21) Builder or Owner may install the vent in the Alcove as the building project may not be finished.
* Note: certified installer can install hearth and plinth.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Burn Control and Operation of your Warmington Fire.
Correct Operation of Wood Heating Appliances
Simply by burning your wood heater correctly, you can improve efficiency and reduce air pollution.
The wisdom and skills needed to operate a wood heater effectively do not come to us automatically just because we
own a wood heater and live in a cold climate. They must be acquired and applied regularly to get them right. A great
deal has been learned since the era of modern wood burning began in the mid 1970s. Extensive research has
improved the internal design of wood heater, making them easier to operate efficiently. Research has also provided a
better understanding of how to operate wood heaters efficiently so that outdoor air pollution is reduced and indoor
smoke spillage is prevented. By practicing and mastering techniques offered here, you will reduce the amount of wood
you burn to heat your home, and increase the convenience and pleasure of wood burning.
STARTING A NEW FIRE
Always follow the instructions supplied with the new wood heater.
To start and maintain a good fire you will need the following ingredients:
•A packet of firelighters (optional)
•A small quantity of newspaper (do not use coloured or coated paper)
•A quantity of finely split, dry soft wood kindling in a variety of sizes; and
•Seasoned firewood split into a range of piece sizes.
For ease of operation and optimum efficiency follow these few guidelines:
Open Fires: The air supply for an open fire is through the front and is not controllable. An open fire will take
the air, as it requires it. Ensure that the damper is open fully allowing clear passage for the smoke to discharge.
(DWG)

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 5 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Next crumple half a dozen sheets of newspaper and put them in the firebox. The amount of newspaper you need
will depend on the firebox size, and the dryness and fineness of the kindling you are using. The drier and finer
the kindling, the less newspaper you need. Many people make the mistake of using too little newspaper. Be
generous with the newspaper and you will have more success. Putting some firelighter under the newspaper can
also help sustain firebox temperature until the wood is burning.
On top of the paper place 10 to 15 pieces of finely split, dry kindling. Softwoods, such as cedar and pine, make
good kindling. Ideally, the kindling should be placed on and behind the newspaper so that the combustion air
reaches the newspaper fast where you light up. It is also a good idea to add two or three very small pieces of
firewood to the kindling load before lighting.
For Open Fires, set the newspaper alight around the base of the fire and allow the fire to take. Ensure that the
damper is in the fully open position if filled.
The goal when lighting wood fire is to use only one match and to achieve rapid ignition of the load without
fussing or waiting for it to catch. After practicing this procedure a few times, you might be surprised at how
quickly you can establish a right, smoke free, hot fire. When the flames from the kindling load just begin to
subside, add several small pieces of firewood. Try to avoid smothering the fire with the new pieces. Placing the
pieces on and behind the burning kindling can help prevent smothering.
•Note: You may notice a faint smell on the first fire, this is the paint coating curing- this will soon vanish. See details
in these instructions below for curing the paint coating.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 6 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
SOME OTHER USEFUL TIPS
Full load geometry: Small pieces of firewood arranged loosely in a crisscross pattern burn quickly because the
combustion air can reach all the pieces at once. Larger pieces placed a little more compactly burn more slowly.
Never add just one or two pieces of wood to a fire. Three or more pieces are needed to form a sheltered pocket of
glowing coals that reflect heat toward each other and sustain the fire.
A SMALL-STACKED FUEL LOAD A LARGE-STACKED FUEL LOAD
Good for short-duration fires. Good for extended burning cycles.
Fires in cycles: Don’t expect perfectly steady heat output from the fire. Wood heaters burn best in cycles. A cycle
is the time between the ignition of a load from charcoal and the consumption of the lad back to a coal bed. Each
cycle should provide between four and eight hours of heating, depending on how much wood was used and how
much heat is needed. Plan the firing cycles around your household routine. If someone is home to operate the fire,
use a short firing cycle. If you must be away from the house during the day, use the extended firing cycle.
Removing ashes
When you use your fire for a few weeks you will find ashes accumulate in the firebox. The ashes can be removed easily
from the fires ash pan when he fire is at its lowest, such as first thing in the morning, or when it is completely out. The
amount of charcoal in the ash is often a good indicator of how well you are operating the heater. If there is no charcoal and
only very fine ash then you are doing an excellent job. Warmington wood-burning appliances work best when a small
amount of ash is left approximately 25mm deep in the firebox after cleaning, this aids with stable burning. The ash should
be placed in a non-combustible container with a tightly fitting lid and moved outdoors immediately to a location clear of
combustible materials.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 7 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
When You Have Mastered the Techniques for Efficient Wood Burning, Here is what you should see:
•When wood burns it should be flaming until only charcoal remains. If there are no flames, something. Is
wrong.
•If there are firebricks in the firebox, they should be tan in colour, never black,
•Steel or cast iron parts in the firebox should be light brown, never black and shiny.
•With seasoned wood, correct air settings and proper loading arrangement you should expect instant
ignition of a new load of wood – the bottom pieces should be flaming by the time the door is closed.
•The exhaust coming from the top of the flue system should be clear or white. A plume of blue or grey
smoke indicates smouldering, poor combustion, air pollution and probably low operating temperatures.
This means your fire is not only inefficient but also contributing to air pollution.
Smoke Spillage
A survey of households that use wood for heating showed that a large majority of users had experienced smoke
spillage from their appliances at least once. These episodes of smoke spillage can be reduced or eliminated through
proper appliance operation. The smell of wood smoke inside your home is a sign that the wood heating system is not
functioning properly. The smoke contains harmful air pollutants that can be irritating or even dangerous. Properly
designed, installed and operated wood-burning appliances do not spill smoke into the house. There are three main
reasons why some wood burning appliances smoke:
Bad flue system design: There are design characteristics that can make a wood heater more likely to spill smoke.
Most of these characteristics result in low flue temperatures and low draft. For example, flue systems that run up the
outside wall of the house and are not correctly insulated can rob the heat from the flue and produce very little draft.
Each elbow in the flue pipe assembly slows down the flow of gases and causes a small restriction to flow. When a
flue system includes more than one elbow, the restriction can be enough to cause spillage.
Extreme negative pressure in the house: Energy efficiency practices and new building code rules are making our
houses more and more airtight. This makes the houses energy efficient, but also makes them more sensitive to
depressurisation when air is exhausted from the house. Large, fan forced exhaust ventilators, like down-draft-type
kitchen stove exhausts, can cause extreme negative pressure in the house when they are operating. Because new
houses are tightly sealed, there are few holes to allow replacement air to enter, and the house pressure becomes
negative. This negative pressure works against flue system draft.
In severe cases, the negative pressure in the house overcomes the flue system draft and the appliance begins to spill
smoke, especially when a fire is started or when it dies down to coals. To prevent this extreme depressurisation, one
option is to link a large exhaust ventilator to a make-up air system which forces air into the home to replace the
exhausted air.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 8 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Improper appliance firing technique: When a wood fire is starved for air it smoulders, producing a relatively
cool, smoky fire. The temperatures throughout the system are low. During a smouldering fire, the flue system will
not be receiving the hot gas it needs to produce strong draft. When the appliance door is opened, smoke will spill
into the room. A smouldering fire is the single most common reason for smoke spillage and totally unnecessary. By
using the suggestions on proper firing technique earlier in this document, you will be able to avoid these smouldering
fires.
Information on the paint coating is on the web site:
http://www.forrestpaint.com/stovebright/troubleshooting_guide1.html
When lighting the fire for the first time
•Ventilate the house during the first three times the stove is used. The paint on the stove will give off smoke heavy
with carbon dioxide and has an odour. Without adequate ventilation, concentrations of smoke could irritate, or be
upsetting. Babies, small children, pregnant women and pets should not be in the area due to these carbon dioxide
fumes causing an imbalance in the air quality. Open doors and windows and use a fan if necessary. After these
initial burns, the paint will be set and there should be no more smoke.
•Don’t touch the surface. It will be soft and gummy during this phase. Once set, it will not be soft again.
•Most stoves stop smoking after 3 burns. The first two should be at 250 F (121 C) for 20 minutes or about half a
normal fire. Do not let the stove cool down significantly between burns. The last fire should be between 500 F
(260 C) and 700 F (371 C) for at least 45 minutes. The point being, operate slowly without a hot fire. It the stove
gets too hot, too quickly, the paint will crack. Owners of stoves that have a door gasket should check with the
stove dealer about leaving the door ajar during this process to keep the gasket from sticking to the jam.
•Stoves with a cooler surface temperature and those that were previously painted with another colour will take
longer to set.
•This process can usually be observed by the effect of the paint turning flat as the heat radiates out from hotter parts
of the stove.
Summary on Setting High Temp Pain:
•Read Stove Manufacturer instructions
•Babies, small children, pregnant women and pets should leave the area during the paint setting phase.
•Ventilate well
•Paint surface will look “wet” and will smoke
•Do not touch paint surface during this process
•Set slowly with successive burns
•Call your dealer with any questions

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
1. WARNING; ANY MODIFICATION OF THE APPLIANCE THAT HAS NOT BEEN APPROVED IN
WRITING BY THE TESTING AUTHORITY IS CONSIDERED AS BREACHING AS/NZS 4013.
2. WARNING; DO NOT USE FLAMMABLE LIQUIDS OR AEROSOLS TO START OR REKINDLE
THE FIRE.
3. WARNING; DO NOT USE FLAMMABLE LIQUIDS OR AEROSOLS IN THE VICINITY OF THIS
APPLIANCE WHEN IT IS OPERATING.
4. WARNING; DO NOT STORE FUEL WITHIN HEATER INSTALLATION CLEARANCES.
5. WARNING; WHEN OPERATION THIS APPLIANCE AS AN OPEN FIRE USE A SPARK SCREEN.
6. CAUTION: THIS APPLIANCE SHOULD BE MAINTAINED AND OPERATED AT ALL TIMES IN
ACCORDANCE WITH THESE INSTRUCTIONS
7. CAUTION: THE USE OF SOME TYPES OF PRESERVATIVE-TREATED WOOD AS A FUEL CAN BE
HAZARDOUS.
Storing/Drying Fuel
Use dry timber preferably cut the previous year.
PURCHASING THE FIREWOOD
The quality of the firewood you burn can have a dramatic effect on the efficiency and operation of the heater.
The main factors that affect the burning characteristics of firewood are moisture content, tree species and
piece size.
The moisture content of the wood affects the rate at which burns and the efficiency of combustion. When
trees are cut, the wood moisture content ranges between 35 and 60 percent by weight. If you attempt to burn
wood this wet, it will be hard to ignite, slow to burn and will hiss and sizzle in the firebox. So much energy
will be consumed in boiling off the excess water that the efficiency of combustion and the heat to your home
will be low, condensation and corrosion may be occurring in the flue and smoke may be causing problems to
your neighbours. Properly seasoned wood ignites readily and burns efficiently.
Firewood should be cut and split in the early spring and stacked under cover, with good ventilation, to
be ready for burning when required.
Look for checks or cracks in the end grain as a sign of dry wood. The stacks of firewood should be in an open
area so that air can circulate through them. During the summer, as warm breezes flow through the stacks,
carrying away the evaporating water, the moisture content of the wood will fall to around 20 percent. At this
moisture content the wood is ready for burning.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 10 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Although the energy content of dry wood per kilogram is almost the same regardless of species, softwoods
and hardwoods burn differently because of differences in density. Softwoods, such as pine, are less dense
than hardwoods like gums, Manuka or ironbark. A denser wood will produce a longer-lasting coal bed,
while a less dense wood will bring a fire to an optimum burning temperature more quickly.
The size of the firewood pieces affects the rate of combustion. Larger pieces ignite and release their energy
more slowly than small pieces. Smaller pieces are better for short, hot fires and larger pieces are preferable
for extended firing cycles. In general, commercial firewood dealers produce firewood in larger pieces than
modern wood-burning appliances can handle. It is often necessary to split some of the wood again before
using it.
Firewood harvesting can have an effect on native woodlands and a variety of threatened species. Dead
standing and fallen timber provides habitat for numerous species of animals and birds. Wood heater
operators should be encouraged to be sensitive about the source of their firewood. If collecting it privately,
operators should leave some dead wood behind as it provides habitat for birds and animals.
Heat Output
A maximum and Average Estimated heat output guide only:
The output of the fire is dependant on the condition, and the Moisture content of the Fuel been burnt.
Model Peak* KW Average* KW
780 17 11
780T Tested 19 12
900 23 13
*All values are estimates unless stated
Construction
The fire are constructed from 4mm-5mm- and 3.2mm steel plate.
Finish
High temperature steel parts are finished with a matt black high temperature paint designed to withstand the rigors of normal
combustion.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Testing
The Warmington has been tested and approved to ASNZS 2918:2001 specifications for solid fuel burning heaters.
Flue System
The installation and construction of the flue system must comply with ASNZS 2918. The Warmington Open fires requires a
Warmington Tested and approved flue system only, as tested to ASNZS 2918. The tested flue system should not be modified in
any way without the written approval of the manufacturer .Any additional flue components to the flue system must comply with
ASNZS 2918.
Floor Protection
Floor protectors are normally designed to suit each individual “setting”. The installation and construction of the floor protector
must comply with ASNZS 2918. The Warmington requires an “Insulating hearth” and an “Insulating Plinth” (floor Protector) as
outlined in the specifications.
Maintenance The Chimney is to cleaned Annually or more frequently if required.
Chimney Maintenance:
Use a chimney brush to clean the flue from the top down. Remove soot/ash from the firebox.
1) To sweep flue and firebox:1) Open damper fully.
2) Cover front of fire with sheets.
3) Remove cowl from top of chimney.
4) Sweep from the top, down the flue.
5) Remove all soot and ash.
6) Ensure cowl and bird protection is clean and replaced
2) Visually inspect fireplace and flue system.
To comply with manufacturers warranty the firebox, adaptor and flue system is to be swept and maintained annually or
more frequently if required.
Firebox:
Keep your Fire clean by polishing all over with a soft cloth when unit is cool. In humid climates more interior firebox
corrosion will occur in non-use summer months than in winter. The Fires life can be greatly extended by cleaning the
firebox interior at the end of winter and spraying with Stovebright high temperature black paint.
Wetback

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
On special order a wetback model can be supplied. The wetback sits along the back of the firebox. The inlet and outlet are to the
side of the fireplace and require standard 25mm pipe connections to the threaded brass pipe of the wetback. Inlet and outlet
pipes are at the different height permitting flow of water in one direction and need to be correctly connected by the plumber.
Suggested procedures for soot or creosote fire
In the event of a soot or creosote fire
•Alert all the people in the house. Either have them leave, or be ready to leave.
•Call the fire department.
•Suppress the fire the best you can until the fire department arrives, being careful of your own safety. Be sure you
always have a way out of the house should the fire get out of hand.
•If you can, being careful of your own safety:
•Discharge a dry chemical household fire extinguisher into the appliance
•Use a chimney fire extinguishing product (water on the base of the fire will turn to steam and aid to put out the fire)
Warranty
Provided the Warmington firebox is installed to manufacturer’s specifications we provide a 10-year guarantee from date of
Purchase.
The black surface while extremely durable and long lasting may need buffing lightly with a soft cloth from time to time to retain
its colour and appearance or touching up with an approved high temperature paint i.e. Stovebright.
Not included in warranty: (List of Warmington Genuine Replacement Parts)
1. Internal Damper System (Consumable)
2. Ash Pan
3. Bricks
4. Poker
5. Total Flue System
6. Paint (Stovebright)
7. Accessories
Installation
The Warmington unit is to be installed by a certified Warmington installer or an Approved NZHHA Installation Technician.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Caitec™
Technology
Caitec™ Technology
Caitec™ Technology
Warmington’s innovative solution to introduce
replacement combustion air back into the
home via the unique Warmington multi duct
heat exchanger.
Caitec™ Technology
Caitec™ draws air from an external air source
to ensure that the open fire has pre-heated
combustion air maximizing efficiency while
maintaining the home at constant pressure
equilibrium, reducing the risk of back drafting.

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
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All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
A
D
H
CE
G
Firebox Dimensions
Minimum Flue Height
Flue Height 3600
Measured from top of cabinet 3600 + C
Air flow thru 2 x Ø100 vents
at top of chimney.
K
Hearth
Ceiling board.
Ceiling Plate.
I
Firebox and Flue
Description SI
780 SI 780T SI 900
Cabinet Width A 1100 1100 1100
Cabinet Depth B 650 650 700
Cabinet Height C 870 950 1085
Flange Width D 825 825 945
Flange Height E 625 705 775
Flue F 200 200 250
Flue Liner Baffle G 250 250 300
Side Flats H 220 220 393
Minimum Ceiling Height I 2400 2400 2400
Flue Liner J 300 300 350
Chimne
y
Chase Clearance K400 400 450
Check List
Firebox
Adaptor(Fastenings)
Ash Pan
Bricks
Louvers
Badge
Damper Handle
Packed by

Industries 1994 LTD
PO Box 58652 Greenmount, Auckland
WWW.Warmington.co.nz
S:\data\Word\spec. sheets\eclipse-crystal eclipse\Free Standing Eclipse 11-07-06.doc Created on 10/07/2006 10:09 a.m. Page 15 of 15
All dimensions are in millimetres mm
All dimensions are minimums
Ensure That You Have The Correct
and current Installation Details For
The Size of The Warmington Fire
That is to be installed.
Keep these Instructions for future reference.
Fire and flue system to comply to AS/NZS 2918
Due to continued product improvement, Warmington Ind LTD reserves the right to change product specifications without prior notification
Plan View of Cabinet Clearances (Straight Position)
Q
N
M
P
O
Hearth
Free standing fire box.
Side wall can be on either
or both side's of fire.
Projection of wall must not
exceed firebox face.
Plan View of Cabinet Clearances (Corner Position)
Description SI
780 SI 780T SI 900
To Wall Behind L 100 100 100
To Wall Side M 50 50 50
To Flue Centre N 347 347 387
Hearth Depth O 1150 1150 1200
Hearth Width P 1200 1200 1350
Hearth Projection Q 400 400 400
To Flue Centre R 462 462 533
Hearth Depth S 1455 1455 1567
Heat Output Tested
Peak* kW 17 19 23
Range* kW 11-12 12-14 13-15
*All heat output values are estimates unless stated otherwise
Adapter Fitting
Seal adapter to firebox using high-temp
gasket sealant. Bolt through holes supplied.
Seismic Restraint
Secure firebox through anchor positions
provided
Q
S
M
R
Hearth
Free standing fire box.
P
Hearth and Plinth Construction
For combustible flooring an insulating hearth
and plinth of 75mm hebel is required
Ensure hearth finishing’s completed prior to
installation.