ENERGY FIREPLACE INSTALLATION MANUAL AND USER GUIDE ENERGY FIREPLACE INSTALLATION MANUAL AND USER GUIDE
ENERGY FIREPLACES -SUBJECT TO CHANGE DUE TO IMPROVEMENTS ENERGY FIREPLACES -SUBJECT TO CHANGE DUE TO IMPROVEMENTS
1 INTRODUCTION
1.1 General Information
Dear customer, thank you for choosing Regal's products which have been
designed and manufactured in accordance with the latest technological
developments and safety rules.
Our products have been particularly designed with usability in mind. We
suggest you take every point of these instructions into consideration in
order to ensure your own safety as well as a secure, cost-effective and
environmentally friendly use of your fireplace.
1.2 Instructions
The instructions included in this manual are applicable to all models,
unless otherwise stated. The installation should be completed by
experienced and trained staff and the person who will carry out the
installation must follow these instructions. Regal is not responsible for any
physical or property damage that might be caused by the incorrect
application of the instructions or incorrect maintenance of the product.
2 A FEW WORDS ABOUT ENERGY FIREPLACES
2.1 Combustible - Manufacturing Materials
Regal energy fireplaces have been designed and manufactured in
accordance with the European Standard EN 13229/A1 13229/A2 about
inset appliances including open fires fired by solid fuels (Greek Standard
ELOT No 1915) and offer maximum performance with minimum fuel
consumption, meeting the heating requirements of houses of any size.
They are intended for domestic use and they operate on firewood.
The firebox is completely made of resistant to high temperatures and air-
tight steel, which prevents the exhaust gases from escaping and also
offers the appropriate heat exchange from the combustion chamber to the
air chambers, resulting in exhaust gases without swirls. The glass of Regal
fireboxes is ceramic, 4mm thick and highly heat-resistant, up to 750 Cᵒ.
2.2 Firebox Installation Guide - Aero 3 Advantages - User Guide
The combustion chamber is of closed type, ensuring the highest
performance and efficiency of the firebox. The door of the firebox can be
opened vertically to provide access to the combustion chamber as well as
horizontally so that you can easily clean the glass.
Important advantages of Aero 3 fireboxes
Intake of primary fresh air into the combustion chamber through
the adjustable damper. This way you can control the intensity of
the combustion by providing oxygen whenever you wish.
Secondary combustion over the primary one with preheated fresh
air, which enters from the back side of the combustion chamber at
an angle of 65°, initiating an impressive second combustion over
the firewood, reducing the CO content of exhaust gases to the
minimum and achieving maximum performance.
Tertiary air curtain with preheated fresh air which circulates
between the glass and the flame, preventing combustion smoke
from dirtying the glass. When the temperature inside the
combustion chamber exceeds 500 °C, this tertiary combustion is
initiated on the glass of the heat-resistant (up to 750 °C) ceran
door.
Three air chambers with the second one located close to the
combustion chamber, increasing the room's temperature to the
maximum by taking in external humid fresh air. Therefore, the
room's humidity remains at normal levels without the need to
recycle the air.