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INSTRUCTIONS FOR THE INSTALLER 

 

 

2.  

so that when overlapping those hot air 
extraction holes are not closed. 

2.3.6.

 

Connection to the flue 

The appliance must be connected to the 

chimney flue  using special piping designed 
to  resist  the  products  of  combustion  (e.g. 
stainless steel, enamelled steel, etc.). 

To connect the flue to the socket flange, 

insert the piping inside the flange and seal 
the joint with fire sealant or fire cement to 
make it completely airtight. 

The  installer must  ensure that  the  pipe 

connected to the appliance is well secured 
and  there  is  no  chance  of  it  coming  free 
from  its  housing  (e.g.  as  a  result  of 
dilatation due to temperature, etc.). 

On this appliance, the flue socket can be 

fitted  either  on  top  or  at  the  rear  of  the 
appliance. 

2.4.

 

Chimney flue 

The  chimney  flue  must  comply  with 

present  standards  on  the  installation  of 
chimneys. 

In  rooms  equipped  with  Controlled 

Mechanical  Ventilation,  the  ventilation 
outlet  must  never  be  connected  to  the 
flue. 

The appliance must always have its own 

chimney flue, never sharing a chimney flue 
with another appliance. 

2.4.1.

 

Type of flue 

The  flue  must  be  made  of  special 

material designed to resist the products of 
combustion (e.g. stainless steel, enamelled 
steel, etc.). 

Non-central-heating 

appliances 

(without  back  boiler)  require  an  insulated, 
double-sleeve  flue  only  on  those  sections 
that  run  outdoors  or  through  cold  areas. 
Single  piping  can  be  used  inside  the 
building,  the  heat  of  the  gases  serving  to 

heat  rooms,  insulating  only  those  sections 
where  excess  temperature  may  cause 
damage.  

If the chimney is constructed, then it  is 

necessary to pipe and insulate it to ensure 
correct updraught. 

The  diameter  of  the  pipe  must  be  the 

same as the diameter of the flue socket on 
the appliance over its entire length in order 
to ensure correct operation. 

The  flue  must  prevent  the  entry  of 

rainwater. 

The flue must be clean and airtight over 

its entire length. 

The flue must be at least 6m tall and the 

chimney  cap  must  not  hinder  the  free 
release of gases.  

If  the  flue  tends  to  suffer  from 

downdraught, then it is necessary to fit an 
effective  anti-downdraught  cowl,  a  static 
cowl or a smoke extraction fan, or reshape 
the chimney.  

Never make 90º bends, due to the great 

loss of draught they cause, and reduce 45º 
bends down to an absolute minimum. Each 
45º bend is equivalent to a 0.5m reduction 
in  flue  length.  Horizontal  flue  sections 
should  not  be  installed  because  they  cut 
updraught a great deal. 

If the flue draws at more than 20 Pa on 

12Pa,  then  an  effective  damper  must  be 
fitted on the flueway. This damper must be 
visible and accessible. 

The  chimney  flue  must  not  rest  on  the 

appliance. 

Bear  in  mind  that  high  temperatures 

may be reached in the flue, meaning that it 
is  essential  that  insulation  be  enhanced  in 
sections  in  which  combustible  material  is 
present (wooden beams, furniture, etc.). It 
may  even  be  necessary  to  protect  non-
combustible  material  in  order  to  prevent 
breakage,  deformation,  etc.,  as  a  result  of 

Summary of Contents for CM-300

Page 1: ...CM 300 CM 300 FD CM 300 FI CM 300 R Instruction Book ...

Page 2: ...to installers 6 2 2 Room for installation 6 2 2 1 Ventilation of the room 6 2 2 2 Location of the appliance in the room 7 2 3 Installation of the appliance 7 2 3 1 Floor 7 2 3 2 Safety distances 7 2 3 3 Checks before lighting for the first time 7 2 3 4 Height adjustment and levelling the appliance 8 2 3 5 Placement tubes covers and top finish 8 2 3 6 Connection to the flue 9 2 4 Chimney flue 9 2 4...

Page 3: ...PLIANCE 2 1 4 1 3 Flue socket 16 4 1 4 Painted sheet steel cast iron parts 16 4 1 5 Firebox glass 16 4 2 Maintenance of the chimney flue 16 4 3 Important advice 16 TROUBLESHOOTING 17 DECLARATION OF PERFORMANCE 18 CE MARK 22 ...

Page 4: ... 33 0 33 0 31 Gas mass flow at N H O g s 9 10 10 11 Gas temperature of flue at N H O ºC 229 230 230 286 Optimum flue draught Pa 12 12 12 12 Wood consumption beech at N H O Kg h 2 6 2 8 2 8 2 8 Dimensions of the firebox Width mm 660 640 640 730 Depth mm 410 410 410 444 Useful height mm 390 390 390 390 Maximum length of the logs cm 60 60 60 60 Volume heated 45w m at N H O m 233 244 244 233 Log load ...

Page 5: ...PRESENTATION OF THE APPLIANCE 4 1 Figure No 1 Dimensions of the CM 300 appliance in mm Figure No 2 Dimensions of the CM 300 FD appliance in mm ...

Page 6: ...PRESENTATION OF THE APPLIANCE 5 1 Figure No 3 Dimensions of the CM 300 FD appliance in mm Figure No 4 Dimensions of the CM 300 R appliance in mm ...

Page 7: ...olutely crucial to ensure the suitable renewal of the air in the room in which the appliance is fitted the room must always have at least two permanent grilles or openings to the exterior in order to renew the air one for intake and the other for extraction For the installation of its appliances Lacunza recommends an additional section for these openings One of these two grilles must be situated h...

Page 8: ...uierdo 900 Desde la trasera 400 Desde el frente 1000 CM 300 FI Distancia a materiales combustibles mm Desde el costado derecho 900 Desde el costado izquierdo 400 Desde la trasera 400 Desde el frente 1000 CM 300 R Distancia a materiales combustibles mm Desde el costado derecho 200 Desde el costado izquierdo 200 Desde el frente 1000 Bear in mind that it may even be necessary to protect non combustib...

Page 9: ...o 6 Half cut marks of the lower tube cover Place the handle of the draught damper flapper valve in a vertical position and fit the bottom of the tube cover inserting the 4 screws that the tube cover brings into the bell holes Figure No 7 Lower tube cover positioning 3 Position the upper part of the tube cover and after marking on the ceiling place 4 anchoring plugs Then we hold this piece to the c...

Page 10: ...ingle piping can be used inside the building the heat of the gases serving to heat rooms insulating only those sections where excess temperature may cause damage If the chimney is constructed then it is necessary to pipe and insulate it to ensure correct updraught The diameter of the pipe must be the same as the diameter of the flue socket on the appliance over its entire length in order to ensure...

Page 11: ...e roof ridge or any obstacle located on the roof by at least 1m Figure No 9 Distances between chimney crown and roof ridge The chimney crown must clear the highest point of any neighbouring building or obstacle located within a 10m radius of the chimney outlet by more than 1m Figure No 10 Distances between the chimney crown and objects within a 10m radius The chimney crown must clear any neighbour...

Page 12: ...INSTRUCTIONS FOR THE INSTALLER 11 2 Figure No 11 Distances between the chimney crown and objects within a radius of between 10 and 20m ...

Page 13: ...ely chopped wood produces greater heat output but also burns more quickly Optimum fuels Beech Other fuels Oak chestnut ash maple birch elm etc Pine and eucalyptus logs are low density and produce very long flames and may cause the parts of the appliance to wear out more quickly than normal Resinous wood may mean that the appliance and the flue need to be cleaned more often Non permitted fuels All ...

Page 14: ...mponents Figure No 13 Operating components on the appliance A Draught damper flapper valve B Firebox door handle C Primary air intake o C1 open right o C2 closed left D Door secondary air intake o D1 open right o D2 closed left E Lateral secondary air intake o E1 open right o E2 closed left ...

Page 15: ... by the condensation of the moisture in the wood on lighting the fire This condensation will no longer appear when the appliance has been lit three or four times and has adapted to its flue If it does not disappear then check the flue draught length and diameter of the flue flue insulation airtightness and the humidity of the wood used 3 4 Safety Do not store combustible materials beneath the appl...

Page 16: ...ary Intake and leave the Secondary Intakes open 3 7 Removing ash Following sustained use of the appliance it is necessary to remove the ash from the firebox Remove the ashpit box when cold or using something to prevent yourself from getting burned glove Never throw hot embers into the rubbish Access the ashpit by opening the door on the appliance Figure No 14 Access the ashpit by opening the door ...

Page 17: ...t not dampen the painted steel 4 1 5 Firebox glass Keep the secondary air intake open to keep the door glass cleaner for longer However the glass may get dirty the longer the appliance is used Special degreasing products designed for the purpose should be used to clean it Clean when the glass is cold and taking care not to apply the glass cleaner directly onto the glass as it could come into conta...

Page 18: ... continually burn chips carpentry scraps plywood pallets etc Cold flue Heat up the flue by burning a piece of paper in the firebox Smoke during burning The room is at low pressure In rooms with Controlled Mechanical Ventilation leave an outdoor window ajar until the fire is fully alight Too little wood loaded Load as recommended Loads notably smaller than those recommended lead to low smoke temper...

Page 19: ...DECLARATION OF PERFORMANCE 18 6 DECLARATION OF PERFORMANCE ...

Page 20: ...DECLARATION OF PERFORMANCE 19 6 ...

Page 21: ...DECLARATION OF PERFORMANCE 20 6 ...

Page 22: ...DECLARATION OF PERFORMANCE 21 6 ...

Page 23: ...CE MARK 22 7 CE MARK ...

Page 24: ...CE MARK 23 7 ...

Page 25: ...CE MARK 24 7 ...

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Page 28: ...LACUNZA KALOR GROUP S A L Pol Ind Ibarrea s n 31800 Alsasua Navarra Spain Tel 00 34 948 56 35 11 Fax 00 34 948 56 35 05 e mail comercial lacunza net Website www lacunza net EDITION 0 ...

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