Royal CPR 28T Installation, User And Maintenance Manual page 37

3 FUEL SPECIFICATIONS
3.1 FUEL SPECIFICATIONS
Pellets (Fig. 3.1) are made from various types of
mechanically compacted wood in compliance with
environmental protection standards. Pellets are the
only fuel that can be used on this type of boiler.
in relation to the type and quality of pellets used.
The pellet boiler requires pellets with the following
characteristics:
diameter ~ 6 mm;
max. length 30 mm;
dry base
The boiler has a pellet hopper with the capacity
The pellet hopper is located at the top of the boiler.
It must always be able to be opened to load the
pellets, and must remain closed during operation.
Operation on traditional wood is not possible.
The boiler must not be used as a rubbish incinerator.
3.2 STORING THE PELLETS
The pellets must be kept in a place that's dry and
not too cold.
It's suggested to keep some sacks of pellets in
the same room where the boiler is installed or an
humidity are acceptable.
Damp and/or cold pellets (5°C) reduce the fuel heat
value and mean the burn pot (unburned material)
and boiler will need to be cleaned more frequently.
Pay special care when storing and handling the
sacks of pellets. Make sure these are not crushed
to prevent the pellets from becoming sawdust.
Sawdust introduced into the hopper may block the
pellet feed system.
Use of poor quality pellets may affect normal pellet
boiler operation and render the warranty void.
The features of the pellets must comply with
the requirements of EN 14961-2.
INTRODUCTION
4 HANDLING AND
TRANSPORT
The boiler is delivered complete with all parts
included.
Beware of the tendency of the boiler to tip over.
The boiler's centre of gravity is towards the front of
the appliance.
Always keep this in mind when moving the boiler
on the transport pallet.
Make sure that the forklift capacity exceeds the
weight of the boiler being lifted.
The operator of the forklift or other hoisting
equipment is responsible for lifting the loads.
Prevent children from playing with the packaging
suffocation!
Fig. 3.1
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