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58

ENERGA 70-55 TUNNEL

15   FREQUENTLY ASKED QUESTIONS

How often should I have my chimney swept?

At least once a year. If you use your fi re more than three times a week on average, 
have your chimney swept more often. 
Have the chimney swept by a recognised company. Your fi re insurance policy may 
make this a condition and ask for proof.

Does a built-in fi re have better output than an open fi re?

Yes, a built-in fi re has between 7 and 8 times the effi ciency of an open fi re. (See also 
sections 7.2 and 7.3.)

What is the difference between nominal heat output, nominal heat input and 
effi ciency?

Nominal heat output represents the net amount of heat that the appliance generates. 

The total heat content of the fuel is the so called nominal heat input.

Effi ciency is the percentage of fuel converted into useful heat. It is the ratio of nominal 
heat output and heat input.  

How can I keep the glass clean?

By making a point of using dry, clean wood in the fi re. Wood that is too damp immediately 
gives off lots of ash.

Make sure the seals are in good working order. Any air seeping out around the glass 
part of the door will cool the air, resulting in the fi re not burning cleanly.

Can a wood-burning stove/built-in fi re be connected to a central heating 
installation?

The Barbas range does not have any stoves/fi res that can be connected to central 
heating installations. W

e do not advise attempting it !!

How do I know if I’m heating correctly?

Follow the instructions in this manual.

The fl ames should play softly across the wood and the wood should burn evenly.

Once the fi re has been burning for a short time, the smoke from the chimney should be 
almost translucent.

Summary of Contents for ENERGA 70-55 TUNNEL

Page 1: ...DIRECTIONS FOR USE INSTALLATION INSTRUCTIONS ENERGA 70 55 Tunnel EN 13229 NAME OUTPUT DESCRIPTION Energa 70 55 Tunnel 23 0 kW Fireplace insert...

Page 2: ......

Page 3: ...3 ENERGA 70 55 TUNNEL ENERGA 70 55 TUNNEL...

Page 4: ...4 ENERGA 70 55 TUNNEL...

Page 5: ...NERGA WOOD BURNING BUILT IN FIRE WITH THE FOLLOWING CHARACTERISTICS High efficiency Energy saving Low flue gas emissions Fitted with a ceramic particulate filter Patent pending Very low particulate ex...

Page 6: ...6 ENERGA 70 55 TUNNEL...

Page 7: ...as shown in table in Chapter 2 6 Temperature resistant 700 C Indicated safety distances to flammable material Front 1500 mm Other sides See Chapter 4 Emission combustion products Pass carbon monoxide...

Page 8: ...8 ENERGA 70 55 TUNNEL...

Page 9: ...ireplace 4 1 Preparation inspection of function 27 5 Operation of the fireplace 35 6 Stoking up for the first time 36 7 Use 7 1 Ventilation 37 7 2 Getting the fire going 37 7 3 Instructions while stok...

Page 10: ...10 ENERGA 70 55 TUNNEL...

Page 11: ...lways wear the glove or use the accessories supplied when filling etc Protect yourself and others especially children from burns Do not leave children unattended when the fire is burning Watch your cl...

Page 12: ...of the appliance may have moved from their original place Check that the door opens and closes the particulate filter and retardant plate brake plate are fitted correctly to the brackets at the top of...

Page 13: ...Documentation Warranty Manual Attributes Glove Heat resistant up to max 95 C Operating hook Poker Carrying brackets 2x 2 LOCATION 2 1 INCLUDED N B If any part is missing please contact your dealer Tu...

Page 14: ...losed Flue gas flap operation works normally Door open Pin comes forwards Flue gas flap open Door closed Pin is pressed in by the door Flue gas flap closed Locking slider all the way to the right open...

Page 15: ...the retardant plate brake plate is located correctly in the supports See Chapter 7 6 Check the operation of the slider for the regulation of the combustion air intake middle below the window Check whe...

Page 16: ...s for the convection air outlet and the convection air supply Important Connection convection air outlet top side of the appliance Using a hammer open minimal two convection air outlet openings on the...

Page 17: ...the appliance Using a hammer open at least one of the two convection air intake openings on the side of the appliance Ventilation casing fireplace Ensure that the casing fireplace has sufficient vent...

Page 18: ...A suite of rooms connected directly or indirectly with each other with a collective supply of air In the aforementioned cases the capacity of the room s must be at least 4 m per kW of nominal output B...

Page 19: ...o be guaranteed if easily accessible air conditioning equipment is moved or removed from the room Provision of combustion and convection air The local chimney sweep authorities must be consulted prior...

Page 20: ...f flame retardant material class A1 This includes bricks cladding ceramic tiles metal or plasterwork Promatec and Nobranda The opening for incoming and outgoing air from the casing must be at least to...

Page 21: ...you can if you wish use a convection set option to connect the convection openings to the warm air exit grills in the chimney breast See figure 1 and Chapter 4 Figure 1 Use of convection set Ventilat...

Page 22: ...ires must be constructed such that the adapter from the chimney and convection pipes can easily be cleaned There must be no electrical cables or gas pipes in the walls surrounding the area of the fire...

Page 23: ...be delivered as C kg m 99 99 99 99 Other Tailor made Different approval standard Different approval standard Mats 1 Mats 2 Bowls 1 Bowls 2 Plates 1 Plates 2 Strips Individual fibres Granular fibres Fe...

Page 24: ...east equal to the diameter of the flue gas outlet of the appliance See chapter 14 If there is no suitable chimney immediately available we advise you to use double walled insulated stainless steel pip...

Page 25: ...immediately available a pedestal should be built on the creeping space Parquet or wooden flooring must not extend to within the chimney breast Protection of the floor in front of the built in fire fir...

Page 26: ...at least 5 cm between the outside surfaces of the chimney breast casing fireplace into which the fire is built and the construction parts of inflammable building material and inflammable components su...

Page 27: ...s open Positioning of the fireplace The fire must be positioned on a concrete surface If such a surface is not immediately available a sufficiently solid pedestal of noninflammable material should be...

Page 28: ...ire itself should be left completely open so that there is an empty space At least 20 mm of free space should be left on both sides of the fire Ventilate the fireplace by placing ventilation openings...

Page 29: ...nnection on the under side of the appliance Connecting direct air supply connection Note If you choose for a direct connection with the outside air this is only possible before the appliance is fitted...

Page 30: ...sulting in efficiency improvement and preventing high temperatures in the chimney breast The set consists of 3 m aluflex 2 Fitting boxes 2 exit grids white 2 collar adaptors 125 mm 4 hose clamps Assem...

Page 31: ...tween the front of the chimney breast and the appliance Ensure the appliance is level by adjusting the feet to the correct height Use a no 17 spanner for this Make a good seal between the flue outlet...

Page 32: ...ll or against a wall containing flammable material an air gap of at least 20 mm should first be created Before it a false wall 100 mm thick must be built of masonry or aerated concrete If the fire is...

Page 33: ...nlet opening grate chimney breast combustion and convection air 3 Inlet opening appliance combustion air 4 Inlet opening appliance convection air 2x side 5 Natural convection in the chimney breast 6 O...

Page 34: ...ning grate chimney breast convection air 3 Inlet opening appliance combustion air 4 Inlet opening appliance convection air 2x side 5 Natural convection in the chimney breast 6 Outlet opening grate chi...

Page 35: ...perating pin flue gas flap and secondary combustion air supply 4 Door 2x 8 Handle door 5 Locking slider for operating pin 9 Combustion air supply underneath 6 Carrying bracket can be 10 Convection air...

Page 36: ...it getting scorched causing a bad smell Check again that all moving parts are in order and that loose parts such as bottom and side panels particulate filter etc are in the correct position They may...

Page 37: ...capacity to draw in air is limited That is why the air supply has to be assisted by opening the locking slider and or the door and air supply slider Use dry fine wood and some scrunched up paper or fi...

Page 38: ...ugh the living room 7 3 INSTRUCTIONS WHILE STOKING After approx 10 minutes the fire will be burning fiercely You can now top it up with a few larger blocks of wood Move the locking slide all the way t...

Page 39: ...presence of mechanical ventilation draught differences in barometric pressure smoke may enter the room in which fire is situated Use of the stove Your fire is suitable for periodic use The fire may on...

Page 40: ...d further in section 9 Always ensure even combustion Stoke with the primary air regulator closed To do this place the combustion air supply slider in the centre position The bed of the fire should be...

Page 41: ...e gas flap must be removed Not removing the particulate filter before sweeping can result in damage to the filter Bottom view of flue gas flap holder with particulate filter and retardant plate from t...

Page 42: ...lder with the particulate filter First slide the holder with particulate filter as far forward as possible Then remove this by first lifting it on the left and taking it out downwards to the right Rem...

Page 43: ...REPLACING THE PARTICULATE FILTER Remove the holder from the appliance Remove the top of the holder see Chapter 7 6 Remove the particulate filter ceramic stone and fit the new filter Place the top pla...

Page 44: ...THE FLUE GAS FLAP Check whether the door depresses the operating pin sufficiently to close completely the flue gas flap All flue gases will then pass through the particulate filter See Chapter 2 2 and...

Page 45: ...45 ENERGA 70 55 TUNNEL 2 Check by using the door if the flue gas flap goes past the mark 3 If necessary adjust the operating pin with an Allen key and open end wrench 4 Remove the mark...

Page 46: ...ping up see section 8 2 You will also prevent fire damage from any particles the fire spits out this is a particular problem with softwood from conifers If your floor contains flammable material an ex...

Page 47: ...When the door is open the chimney draws in much more air than is necessary for combustion This relatively cool air cools down the fire Excessive chimney draught The combustion air does not reach the f...

Page 48: ...nsuitable fuels are Painted bonded chipboard MDF etc or impregnated wood plastic and other flammable waste Stoking a fire with this is completely forbidden The combustion gases released by these mater...

Page 49: ...age caused by overheating Burning one layer of wood can lead to varying outputs When used correctly one load will burn in around 45 minutes Putting in too much wood at once can lead to the appliance b...

Page 50: ...oretically be achieved by burning wood Heat radiation Sort of fuel kWh kg Dry wood average 4 3 Briquettes average 5 0 The heating value of wood 18 7 MJ kg at 0 humidity is not affected by the sort of...

Page 51: ...y Sweep and inspect Annually before heating is resumed chimney Fire hearth interior Check annually Replace panels as necessary Particulate filter Remove any ash deposits with a hand brush Grate Check...

Page 52: ...rts Energa 70 55 Tunnel Number 1 Body 1 2 Panel side left right vermiculite plate 2 3 Panel bottom vermiculite plate 2 4 Panel bottom front rear vermiculite plate 2 5 Grate 2 6 Ashtray 1 7 Door 2 8 Gl...

Page 53: ...53 ENERGA 70 55 TUNNEL 13 DIMENSIONS 13 1 ENERGA 70 55 TUNNEL Combustion air supply connection 125 mm...

Page 54: ...54 ENERGA 70 55 TUNNEL Combustion air supply connection 125 mm 13 1 1 ENERGA 70 55 Tunnel 3 sided 35 mm frame...

Page 55: ...55 ENERGA 70 55 TUNNEL Combustion air supply connection 125 mm 13 1 2 ENERGA 70 55 Tunnel 4 sided 35 mm frame...

Page 56: ...122 5 cm2 245 cm2 Via the side of the appliance Convection air outlet connection 2 4 x 125 mm 245 490 cm2 via the top of the appliance Weight 190 kg Inside Dimensions surface area w x d 0 37 x 0 58 0...

Page 57: ...ly slider Single combined slide for controlling the primary secondary and tertiary air supply Ash collection Ashtray with grate Combustion air supply At least 150 cm2 opening in the room where the fir...

Page 58: ...ominal heat input Ef ciency is the percentage of fuel converted into useful heat It is the ratio of nominal heat output and heat input How can I keep the glass clean By making a point of using dry cle...

Page 59: ...ve the combustion air supply slider towards the position The primary air supply is now closed Under these conditions the layer of ash should no longer burn bright orange white but red If there is a dr...

Page 60: ...ustion of wood involves the following steps Drying The first step is that the fuel wood dries out Even at low temperatures 100 C any moisture still in the wood will evaporate This drying procedure imp...

Page 61: ......

Page 62: ...01 010212 331346 INTERFOCOS B V HALLENSTRAAT 17 5531 AB BLADEL NEDERLAND E mail info barbas nl Internet www barbas com...

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