REMKO GPM - Manual (Page 26)

26
REMKO GPM
Type B23 horizontal
L1 maximum duct length
without endpieces
Ø 80 Ø 100
Model Metres
GPM15 29
GPM25 29
GPM35 26
GPM55 15
GPM 75 18
Type B23 vertical
L1 maximum duct length
without endpieces
Ø 80 Ø 100
Model Metres
GPM15 30
GPM25 30
GPM35 29
GPM55 17
GPM 75 20
Installation examples
Gas fireplace type B23
Room-air-dependent combustion
system.
The combustion cycle is not
compact compared to the
environment in which it has been
installed. The combustion air is
taken directly from the installation
space.
The guidance of the flue gas can
take place in two variants:
a) with the aid of horizontal
ductwork (outside wall
installation) straight through the
outside wall, or
b) with a vertical duct through the
roof, if the ceiling is the roof.
With these installation variants,
sufficient ventilation of the
installation space must be ensured
in order to guarantee the correct
supply of combustion air.
This takes place through openings
in the walls of the room. The
dimensions and characteristics
determined in the standards must
be adhered to.
In particular, DVGW-TRGI 2008
Sec. 5.2.2 and TRF Sec. 7.2.2.
should also be observed.
The combustion air supply must be
made from the outside as a basic
rule:
■ With mechanical suction plants
in the installation space
■ If over or underpressure can
occur in the installation space
■ If the unit is installed in
environments with large
amounts of dust
■ In operations working with
motor vehicles
In this version a protective
grid should be affixed on the
combustion air supply duct
so that the penetration of
solid objects with a diameter
greater than 12 mm is
prevented.
ATTENTION
Protective grate [S] for combustion
air intake
GPM 15 - 55;
Computerised part no.: 228960
GPM 75
Computerised part no.: 229060
L1
Installation height
2.5 - 3.5 m
L
Schematic
side view
L1
Installation height
2.5 - 3.5 m
Schematic
side view
L
Type B23 horizontal through the
outside wall. Type B23 vertical through the
ceiling.
We reserve the right to modify the dimensions and constructional design as part of the ongoing technical development process.