NBE RTB PHOENIX v16.0, Руководство пользователя

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BOILER ROOM DESIGN:
The boiler room for biomass boilers must be installed in accordance with the rules set forth by your local building codes, environmental
authorities, and labor inspectorate. If you are in doubt on how to set up your boiler room, we recommend that you contact your local
certified RTB dealer for guidance.
1. Wall and ceilling.
2. Distance to the wall.
3. Floor.
4. Area and Lightning.
5. Chimney.
6. Air.
7. Water Faucet.
8. Fuel.
9. Prohibited Liquids and Materials in Boiler Room.
10. Permit, Notification and Inspection.
1. Wall and Ceilling.
Ceiling surfaces must be constructed with at least Class 1 surface material.
If the ceiling surface happens to be the underside of the roof, the material must be made of non-combustible materials. Wall surfaces must
be constructed of at least a Class 2 surface material.
2. Distance to the wall.
Distance from the boiler or flue pipe to any combustible material should be large enough of a distance to prevent temperatures from
reaching an excess of 80 C. This requirement applies even if the combustible material is covered with non-flammable material. If the distance
is greater than 500 mm, the distance requirement is typically satisfied.
The RTB Phoenix includes an inbuilt compressor, compressor tank, and extraction auger motor situated in the back of the boiler. Ensure that
you have at least 20 cm of clearance in the back of the boiler to allow for the maintenance and servicing of these components.
3. Floor.
Floors should consist of (or be covered with) non-combustible material under and around the boiler of a distance of at least 300 mm from the
boiler sides, and 500 mm from the boiler’s front (i.e. the side where the ash is removed).
4. Area and Lightning.
The boiler room and area around the heating system must be large enough to allow for easy operation, cleaning, and maintenance of the
heating system and boiler room.
There must be adequate lighting so that operation and maintenance can be performed safely.
5. Chimney.
The chimney must be of a design, aperture area, and height that provides adequate draft conditions
for the proper exiting of flue gasses. The height of the chimney must also be controlled to ensure
that there is sufficient draft for chimney smoke to exit. The chimney draft is created by negative
pressure resulting from hot smoke that is buoyant; thus causing the smoke to rise up through the
chimney.
WARNING: If there is not enough draft in the chimney, the smoke will not properly rise and
will instead seep out through small cracks; causing toxic smoke to seep into the house.
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