Table of Contents
Advertisement
-After finishing the installation it is necessary to check the joints and the whole length of the connection hose
in order to detect a gas leakage (see p. 8.3)
In order to avoid accidents it is PROHIBITED:
1)To keep gas balloons and lay hoses under direct sunlight, next to heat sources (heating stove, oven,
heating radiators, other heating appliances);
2) To heat the balloons by means of flame or heating appliances;
3) To use damaged gas balloons.
It is recommended to keep gas balloons in a special metal cabinet in order to limit access of children and
unauthorized persons to them. Placing gas-cylinder installations inside the building is unacceptable.
8.5
Connecting the boiler to the power line
The boiler corresponds to the I class electric shock hazard protection. It is necessary to make sure that there is an
AC outlet of alternate current monophase network with rated voltage 220 V. 50 Hz frequency and with an earth
bonding contact.
In order to provide safety when power supply is beyond the range of 190-250 V the electronic board renders the
boiler to standby mode (see p. 3.3.4, page 11).
The boilers earth bonding must be effectuated following all earth bonding requirements in accordance with GOST
27570.0−87 standard. The earth conductor is connected to the earth screw on the boiler's bottom panel (marked with
the symbol Θ )by one end, and by the other end to the earth loop of the premise where the boiler is installed. It is
prohibited to use heat carrier, water and gas pipelines and also the heating radiators for earth bonding. The scheme of
the boiler's electric connections is represented in Annex III (page 66).
Note. It is recommended to effect the boiler's connection to the power line through a Constant voltage regulator in
order to provide stable and failure-free operation and also to prevent the boiler's breakdown because of power line
surges.
Attention! In case of power cable damage, in order to avoid danger, its replacement must be effectuated by a
specialized service organization.
Attention! The manufacturer bears no responsibilities for failures caused by non-compliance with the above-
listed requirements. All activities, not complying with the activities listed in this Manual, may not only cause the
boiler's breakdown, but also create a life hazard.
9.
SMOKE EXHAUSTER INSTALLATION
It is strictly prohibited to put the boiler into operation in case if the smoke exhausting pipe is not installed, in order
to avoid combustion products poisoning.
The boiler has an air inlet duct for combustion and a combustion products outlet duct, what permits not to use the air from
the premise. Using different component parts, you may connect a coaxial pipe (see p. 9.1 page 17) or two separate pipes (see
p. 9.2 page 18) to the upper part of the wall-hung boiler with further output of them from the premise.
The pipes for combustion products removal must comply with the following requirements:
-The pipe must be made from non-flammable material, resistant to mechanical deformations, not subject to
corrosion, and fully air-tight. It also must be protected from overheating, from inflammation and freezing;
- The joints of the smoke exhauster pipe must be made of thermoresistant material not subject to corrosion;
-The smoke exhauster pipe must be installed in a place available for service so that, in case of the pipe's damage,
there would be no hindrance for smoke leakage elimination.
After installing the smoke exhauster, it if necessary to effectuate the following.
-To make sure that there are no narrowings in the smoke exhauster, and also that outlet pipeworks of other boilers
are not connected to it. It is acceptable only in case if the smoke exhauster is designed for several users and is
produced in accordance with local requirements;
-If the boiler must be connected to an existing smoke exhauster, it is necessary to make sure that the latter is clean,
as slag separation from the smoke exhauster's walls while the boiler is in operation might encumber the free outlet
of exhausted gases.
In order to purchase the necessary parts and details of the smoke exhauster you should contact the trading
organization, effectuating realization of accessories for the boilers "BaltGaz NEVALUX" in your region.
Attention! It is prohibited to use ventilation channels for combustion products removal.
9.1.Installation of coaxial smoke exhauster
Connecting the coaxial pipe to the boiler is effectuated by means of a connection set KHG 714101410 (not
included into the supply package), which includes a coaxial branch pipe 90 °, a joint sleeve for connecting to the
boiler's outlet and gasket (see scheme 6). If necessary the connection set KHG 714101610 can be used (not
included into the supply package), with a branch pipe 45 °.
When using coaxial pipes it is necessary to additionally take into account the following:
-The maximum acceptable pipe length is 3 m. Each branch pipe 90 ° is equal 1 m pipe, each knot bend 45 °
- 0,5 m pipe;
-Use branch pipes at pipe's turn points. The amount of 90 ° turns must not exceed three (including the
branch pipe at the boiler's outlet).
9.2 Installation of separate pipes of smoke exhauster and air circuit
Connecting separate pipes to the boiler is effectuated with a transitional set KHG 714061510 (not included into the boiler's supply package) or a channel separator 8023-
10.000 (not included into the boiler's supply package).
Scheme 6. Installation of coaxial smoke exhauster
- The slope of the horizontal part of the smoke exhauster pipe must be 3
tank;
1
- boiler;
2
- coaxial branch pipe;
3
- coaxial smoke
exhauster pipe;
4
- joint sleeve;
5
- duct slice;
6
- gasket;
7
- fan plug;
8
- thermoinsulation
° towards the street or condenser
Technical staff manual
Advertisement
Table of Contents
