6
GB
After 15-20 minutes from starting fire set the damper
in normal work mode. Smoke starts circulating in the
ducts and heat from it will be passed and stored in the
Power Stone core.
When there is a glowing layer of ash, new wood logs
can be inserted. Pull the hot ember to the front of
combustion chamber when inserting new logs so that
the wood is ignited from the front. Place first layer of
wood logs perpendicular to the front. The fire should
burn with bright and lively flames.
Reload size
Chopped wood (diametre of 6-9cm)
Length:<40cm
Normal load size. 2,3 kg /h
When the fire end set the damper in warm retaining
mode, lever pushed in to the limit (for right hand opera-
tion) in order to store more warmth inside appliance.
Choice of fuel
All types of wood, such as birch, beech, oak, elm, ash
and fruit trees, can be used as fuel in the insert. Wood
species have different degrees of density - the more
dense the wood is, the higher the energy value. Beech,
oak and birch has the highest density.
Attention!
We do not recommend the use of fuel
briquettes / compact wood in our combustion chambers,
as these products may develop significantly higher
temperature than the combustion chamber can
withstand. Burning briquettes / compact wood is at your
own risk and can cause invalidity of the warranty.
Warning
NEVER use impregnated wood, painted wood,
plywood, chipboard, rubbish, milk cartons,
printed material or similar. If any of these items
are used as fuel the warranty is invalid.
Common to these materials is that they
during combustion can form hydrochloric
acid and heavy metals that are harmful to the
environment, you and the insert. Hydrochloric
acid can also corrode the steel in the chimney
or masonry in a masonry chimney. Also, avoid
burning with bark, sawdust or other extremely
fine wood, apart from when lighting a fire. This
form of fuel can easily cause a flashover that
can lead to temperatures that are too high.
Warning Make sure the insert is not overheated
- it can cause irreparable damage to the product.
Such damage is not covered by the warranty.
Source “Håndbok, effektiv og miljøvennlig vedfyring” by Edvard
Karlsvik SINTEF Energy Research AS and Heikki Oravainen, VTT.
For your own safety, comply with the assembly instructions.
All safety distances are minimum distances. Installation of the
fireplace must comply with the current rules and regulations
of the country where the product is installed. Nordpeis AS is
not responsible for wrongly assembled fireplaces.
Subject to errors and changes.
For the latest updated version go to www.nordpeis.com
Technical info
Salzburg L Convection
Salzburg L Conv 1
Minimum distances to
combustible materials
Back 20 mm
Side 150 mm
CO-content of flue gas
@ 13%O
2
0,07% / 875 mg/Nm3
Flue gas temperature
113 °C
Thermal output
Heat output:
45,1 kWh
162 504 kJ
Thermal storage
capacity
100% after 4,4 hrs
50% after 16,7 hrs
25% after 27,0 hrs
Energy efficiency
90%
Nominal heat output
during discharge period
(100%-25%)
2 kW
Chimney draft
12 Pa
Length of wood logs
400 mm
Weight
Salzburg L - ca. 950 kg
Salzburg L+1 - ca.1243 kg
Load size (kg)
2,3 kg
Max nr. loads
5
Loading interval
1 / hour
Nr. burning cycles per
24 hours
1
Summary of Contents for PN-SAL01-300
Page 32: ...32 FIG 4 A B CO SAL01 02A CO SAL01 010 CO SAL01 010 1 A 1 B 2 A PI SAL01 010 PI SAL01 010 2 B...
Page 34: ...34 PI SAL01 04A PI SAL01 04B FIG 6 PI SAL01 030 FIG 5...
Page 36: ...36 FIG 8 A CO SAL01 020 CO SAL01 020 FIG 8 B CO SAL01 020 x4 A cryl x4 A cryl...
Page 47: ...47 Salzburg L Convection Salzburg L Convection 1 extension FIG 24 a FIG 24 b...
Page 51: ...51 8 mm FIG 30 A c r y l Acryl...
Page 52: ...52 FIG 31 IS SAL02 040 FIG 32 CO SAL01 060 22 SAL01 180 x 2...
Page 58: ...58 FIG 38d FIG 38c 10x6 LA SAL01 060...
Page 59: ...59 FIG 40 FIG 39 LA SAL01 070...
Page 60: ...60 FIG 41 FIG 42 LA SAL01 080 LA SAL01 090...
Page 61: ...61 FIG 44 FIG 43 180 20 Q27FL 010 22 SAL01 170 22 SAL01 160 A cryl...
Page 62: ...62 FIG 45 1 1 2 2...
Page 66: ...66 FIG 52 Salzburg L Convection 1 2 FIG Z A cryl A c r y l...
