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  9. elco Trigon XL 150 Specification sheet

elco Trigon XL 150 Specification sheet

ea a aa maua
for authorized technicians only
TRIGON XL
07/2018 420010782402
5
e
eea eua........................ 6
Aiao .................................... 6
om a euao .................. 6
fomao fo iae a maie-
nance service ................................ 7
Data Plate ...................................... 8
ea iie ....................... 8
u.................................... 9
Layout of the boiler ....................... 9
Technical data................................ 1 0
Product information E.r.P. ............. 1 3
Dimensions .................................... 1 4
xe  eve ............................ 1 5
Standard boiler .............................. 1 5
Accessories .................................... 1 5
aa ...................................... 1 6
Boiler transport ............................. 1 6
Disassemble the casing ................. 1 7
Warnings before installation ......... 1 9
Boiler installation .......................... 1 9
Connecting the boiler .................... 2 0
Air/Flue gas system ....................... 2 1
Dimensioning single ...................... 2 3
Electrical connections ................... 2 4
Wiring diagram - Boiler ................. 2 5
mm................................ 2 7
Water and hydraulic system .......... 2 7
Neutralisation systems .................. 2 8
Gas supply ..................................... 2 9
Flue and air intake connections .... 2 9
Condensate connection ................ 2 9
Prepare boiler for first startup ...... 3 0
Combustion analysis ..................... 3 1
Check gas Valve ............................. 3 2
Check water flow ........................... 3 2
e fuoai of afe evi-
ces ................................................. 3 3
Gas tightness check ....................... 3 4
Boiler shut down ........................... 3 4
Commissioning protocol ............... 3 5
ea u .................... 3 6
Controls ......................................... 3 6
Display / Programming .................. 3 7
Overview of main functions .......... 3 8
Maeae ................................... 4 0
Checklist ........................................ 4 0
Replacing the electrodes ............... 4 0
Cleaning the condens tray ............. 4 1
Cleaning and refilling the syphon .. 4 1
Cleaning the dirt collector ............. 4 2
eo of ombuo am-
ber ................................................. 4 2
Water physical and chemical
check ............................................. 4 3
Gas and water quality ................... 4 3
Safety devices ................................ 4 3
Maintenance Protocol ................... 4 4
u .......................................... 4 5
e vaue .................................. 4 7
eaa  m .............. 4 8
e ................................................ 4 9
eea eua
6
a
m a eua
i oumeao oai imo-
a ifomao, i i a bae fo
afe a eiabe iaao, om-
miioi a oeao of e
boie. A avie eibe i i
document may only be executed by
authorized companies.
Changes to this document may be
eee iou io oe. e
ae o obiao o aa evi-
ously delivered products to incorpo-
rate such changes.
Only original spare parts may be
used when replacing components
o e boie, oeie aa
will be void.
a
e boie ma be ue fo ea
a o ae ouo uoe
only. The boiler should be connect-
ed to closed systems with a maxi-
mum temperature of 100 °C (high
imi emeaue), maximum e
point temperature is 90 °C.
m a eua
e iai a oea e
boie, a aiabe om (euo-
ea a oa) ou be fue:
 oa buii euao fo i
ai ombuo ai a ue
gas systems;
 euao fo oe e boi-
er to the electrical appliance;
 euao fo oe e
boiler to the local gas network;
 om a euao aoi
o afe equime fo ea
systems;
 A aioa oa aeua-
o i ea o iai a
oea ea em.
 be   ave a ae
 e  uea aa:
 1992 / 42 / EEC Boie eie
ieve.
 2016 / 426 / EEC Gas appliance
euao.
 2009/125/EC ieve of e
European Parliament and of the
Council of 21 October 2009 estab-
ii a fameo fo e e
of ecodesign requirements for en-
ergy-related products.
  E euao
      The Electromag-
e omabii (EM) ie-
ve.
      Low Voltage Direc-
ve.
  : 2015 (ae o-
me aiae oui o
ae  a : Aeme of e-
e oumo).
  :  ea boie 
e euao fo aiboe oie
emissions from heat generators
 a : Aiboe oie emiio
from heat generators.
  :  Aou
 eemiao of ou oe
levels and sound energy levels of
noise sources using sound pres-
sure - Engineering methods for
small movable sources in rever-
bea e  a : omaio
method for a hard-walled test
room.
  :  : (Gas-
e ea boie  a : e-
eral requirements and tests).
  :  (ae
ea ea boie  a :
ei aa fo e  ai-
ae a e B, B a B a-
pliances of a nominal heat input
not exceeding 1000 kW).
   Household and similar
electrical appliances - Safety- Part
: eea equieme.
  :  Household
and similar appliances - Safety
 a : aua equie-
me fo a, oi a oifue
burning appliances having electri-
a oeo.
  :  Electromag-
e omabii equieme
fo oueo aiae, eei
oo a imia aaau a :
Emiio A:, A:.
  :  Electromag-
e omabii equieme
fo oueo aiae, eei
oo a imia aaau a :
Immunity - Product family stand-
ard.
  :  Electromag-
e omabii (EM) a :
Limits — Limits for harmonic cur-
rent emissions equipment input
current <= 16 A per phase.
  :  Electromag-
e omabii (EM) a
: imi  imiao of voae
ae, voae uuao a
ie i ubi ovoae u
em, fo equime i ae
current <= 16 A per phase and not
ube o oioa oeo.
a aa aa
ema:
 RAL - UZ 61 / DIN 4702-8
ea:
 SVGW
ua:
 15a V-BG
eea eua
7
ma  ae a maeae eve
ma  e e
Inform the user on the mode of op-
eao of e em.
eia eive o e ue e
iuo maua, ifomi im
that they must be stored with the
appliance.
Ao, emi e ue o:
 Periodically check the water
pressure system and instruct
him on how to reintegrate and
bleed.
 How to set the temperature and
the adjusters for a correct and
more economical management
of the system.
 o efom, aoi o ei-
ao, eioi maieae
system.
 o o ae, i a ae, e
e fo u of ai fo
ombuo a a ombu-
o.
 a aeo o e ai
contained in the user manual.
The use of the appliance for
purposes other than those
eie i i fobie.
The manufacturer cannot be held
responsible for any damage caused
b imoe, ioe a uea-
sonable use of the appliance or by
the failure to comply with the in-
uo ive i i maua.
aao, maieae a
a oe ieveo mu be
carried out in full conformity
i e ovei ea euao
a e iuo ovie b e
maufaue. oe iaao
a am eo, aima a o-
sessions; the manufacturing compa-
ny shall not be held responsible for
any damage caused as a result.
The boiler is delivered with
oeo aai.
Once you have removed all the pack-
ai, mae ue e aiae i i-
tact and that no parts are missing. If
i i o e ae, eae oa
your supplier.
Keep all packaging material
(i, a ba, oee
foam, e.)
out of reach of children as it may
ee a oea aa.
Before any maintenance or re-
pair work is performed on the
boie, mae ue ou ave
disconnected it from the electricity
supply by switching the external bi-
oa i o e FF oio.
A eai, ou o be e-
formed using original spare
parts.
This appliance can be used by children aged from 8 years
a above a eo i eue ia, eo
o mea aabiie o a of exeiee a o-
ee if e ave bee ive ueviio o iuo
concerning use of the appliance in a safe way and under-
stand the hazards involved children shall not play with
the appliance. Cleaning and user maintenance shall not
be made by children without supervision.
T u m 
eve
 
The symbol of the crossed waste
paper basket on the appliance indi-
cates that at the end of its working
life the product should be disposed
of eaae fom oma ome
oueo ubbi, i mu be i-
posed of at a waste disposal centre
i eiae faiie fo eei
and electronic appliances or re-
turned to the retailer when a new
replacement product is purchased.
The user is responsible for the dis-
posal of the product at the end of its
life at an appropriate waste disposal
centre.
The waste disposal centre (which us-
ing special treatment and recycling
oee eeve imae a
disposes of the appliance) helps to
protect the environment by recy-
cling the material from which the
product is made.
Fo fue ifomao abou ae
disposal systems visit your local
waste disposal centre or the retailer
from which the product was pur-
chased.
eea eua
8
aa ae
ea e
26-05-2015
S/N 0000000KE000000000000
00
100% min.
= =
MAX MIN
Q(Hi)
P
P
60/80C
30/50C
gas
mbar
gas
mbar
gas
mbar
1
2
345
6
7
8
9
10
11
12
13
14
15
16
17
18
1 Brand
2Country of origin
3 Boiler model - Serial number
4 Commercial reference
5eao umbe
6eao ou
- Gas category
7a e
8aao e
9 Electrical data
10 Fao e
11 Maximum water pressure
12 Boiler type
13 x a  Eie
14 u a omia ea
15 oe ouu ea
16 Gases which may be used
17 Ambie oea em.
18 Max. ea ea em.
ea e
e   i a fu moua
boiler.
The control unit of the boiler adapts
e mouao ao auomaa
to the heat demand requested by
the system. This is done by control-
i e ee of e fa. A a eu,
the mixing system will adapt the gas
ao o e oe fa ee, i
order to maintain the best possible
ombuo ue a eei
e be eie.
e ue ae eae b e om-
buo ae aoe oa
through the heat exchanger and
eave e boie a e boom io
e ime oeo.
The return water from the system
enters the boiler in the lower sec-
o, ee i e oe ue a
temperature in the boiler.
The water is being transported up-
a ou e ea exae,
in order to leave the boiler at the
o oeo. e o o
oi iie (ae u, ue a
o) eue e mo eie
ombuo eu.
The LMS14 control unit can control
e boie oeao bae o:
 Boie oo
(a aoe oeao);
 eae omeae oeao
(i ooa ouoo eo);
 i V exea iuee
(temperature or capacity) from a
building management system.
u
9
au  e be
au  be
The TRIGON XL boiler consists of the
fooi mai omoe:
Technical data
10
150 200 250
Nominal heat output at 80/60°C max/min
Nominal heat output at 40/30°C max/min
Nominal heat input Hi max/min
Eie a 
Eie a 
Aua eie ( )
Max. oeae o , , ,
a oumo  maxmi (, m3),, ,, ,,
a oumo  maxmi (, m3),, ,, ,,
a oumo  maxmi (, ) ,, ,, ,,
Gas pressure G20 20
Gas pressure G25 25
Gas pressure G31 30/50
Maximum gas pressure 50
Max. emeaue ue a 90
Flue gas temperature at 80/60°C max/min 75/58 75/58 75/58
Flue gas temperature at 40/30°C max/min 54/30 54/30 55/30
Fue a qua maxmi a 188/43 251/57 313/64
CO2 level G20/G25 max/min ,, , (eio e  ea maxmi ,)
CO2 level G31 max/min ,, ,
NOx 80/60°C max/min 38/19 38/19 36/18
CO 80/60°C max/min 14/3 14/3 14/5
Max. emiibe ue eiae maxmi 200/10 200/10 200/10
Water volume 26 31 33
Water pressure max/min 8/1
Max. water temperature (High limit thermostat) 100
Maximum temperature setpoint 90
omia ae o a  , , ,
aui eiae a omia ae o , , ,
Eeia oeo 230/400
Frequency 50
Mai oeo fue 16
IP class IP20
oe oumo boie maxmi (ex. um) 176/56 267/56 286/69
oe oumo ee ooe um (o) 190/9 190/9 280/12
Weight (empty) 290 332 366
Sound Power Level (LWA) , , ,
oiao ue aveae ,,
pH value condensate ,
E eao oe CE - 0063CQ3970
ae oeo R2” R2” R2”
a oeo R1.1/2” R1.1/2” R1.1/2”
Fue a oeo () 150 150 200
Ai iae oeo (fo oom eae ue) () 130 130 130
oeae oeo 32
Technical data
11
 400 500 
Nominal heat output at 80/60°C max/min
Nominal heat output at 40/30°C max/min
Nominal heat input Hi max/min
Eie a 
Eie a 
Aua eie ( )
Max. oeae o , , , ,
a oumo  maxmi (, m3),, ,, ,, ,,
a oumo  maxmi (, m3),, ,, ,, ,,
a oumo  maxmi (, ) ,, ,, ,, ,,
Gas pressure G20 20
Gas pressure G25 25
Gas pressure G31 30/50
Maximum gas pressure 50
Max. emeaue ue a 90
Flue gas temperature at 80/60°C max/min 75/58 75/59 75/59 76/58
Flue gas temperature at 40/30°C max/min 55/30 56/30 56/30 56/30
Fue a qua maxmi a 377/77 502/102 628/128 712/161
CO2 level G20/G25 max/min ,, , (eio e  ea maxmi ,)
CO2 level G31 max/min ,,  ,
NOx 80/60°C max/min 36/18 34/17 37/18 40/19
CO 80/60°C max/min 14/5 14/8 16/5 18/1
Max. emiibe ue eiae maxmi 160/10 400/10 300/10 484/10
Water volume 60 63 71 77
Water pressure max/min 8/1
Max. water temperature (High limit thermostat) 100
Maximum temperature setpoint 90
omia ae o a  , , , ,
aui eiae a omia ae o , , , ,
Eeia oeo 230/400
Frequency 50
Mai oeo fue 16
IP class
oe oumo boie maxmi (ex. um) 230/69 486/69 620/64 676/61
oe oumo ee ooe um (o) 495/12 530/25 580/25 800/38
Weight (empty) 434 496 540 595
Sound Power Level (LWA) , , , ,
oiao ue aveae ,,
pH value condensate ,
E eao oe CE - 0063CQ3970
ae oeo DN65PN16
a oeo R1.1/2” R1.1/2” R2" R2"
Fue a oeo () 200 250 250 250
Ai iae oeo (fo oom eae ue) () 130 130 150 150
oeae oeo 32
Technical data
12
115 
Nominal heat output at 80/60°C max/min
Nominal heat output at 40/30°C max/min
Nominal heat input Hi max/min
Eie a 
Eie a 
Aua eie ( )
Max. oeae o , ,
a oumo  maxmi (, m3),, ,,
a oumo  maxmi (, m3),, ,,
a oumo  maxmi (, ) ,, ,,
Gas pressure G20 20
Gas pressure G25 25
Gas pressure G31 30/50
Maximum gas pressure 50
Max. emeaue ue a 90
Flue gas temperature at 80/60°C max/min 75/58 75/59
Flue gas temperature at 40/30°C max/min 54/30 56/30
Fue a qua maxmi a 150/43 452/102
CO2 level G20/G25 max/min ,, , (eio e  ea maxmi ,)
CO2 level G31 max/min ,,  ,
NOx 80/60°C max/min 38/19 34/17
CO 80/60°C max/min 14/3 14/8
Max. emiibe ue eiae maxmi 200/10 400/10
Water volume 26 63
Water pressure max/min 8/1
Max. water temperature (High limit thermostat) 100
Maximum temperature setpoint 90
omia ae o a  , ,
aui eiae a omia ae o , ,
Eeia oeo 230/400
Frequency 50
Mai oeo fue 16
IP class
oe oumo boie maxmi (ex. um) 176/56 486/69
oe oumo ee ooe um (o) 190/9 530/25
Weight (empty) 290 496
Sound Power Level (LWA) , ,
oiao ue aveae ,,
pH value condensate ,
E eao oe CE - 0063CQ3970
ae oeo R2” DN65PN16
a oeo R1.1/2” R1.1/2”
Fue a oeo () 150 250
Ai iae oeo (fo oom eae ue) () 130 130
oeae oeo 32
Technical data
13
u ma 
ou ifomao abou e ieve E a euao (E) 
TRIGON XL   115* 150 200 250   400
Condensing boiler - - Yes Yes Yes Yes Yes Yes Yes
Low-temperature boiler - - No No No No No No No
B1 boiler - - No No No No No No No
oeeao ae eae - - No No No No No No No
ombiao eae - - No No No No No No No
 ea
Rated heat boiler Prated kW 114 140 190 237 286 344 381
At rated heat output and high-tem-
perature regime P4 kW 113,7 142,3 190,4 237,6 285,7 343,5 381,3
At 30% of rated heat output and
low-temperature regime 1) P1 kW 37,9 47,5 63,5 79,2 95,2 114,5 127,1
eaoa ae ea ee
eie hs % 93,4 93,4 93,5 93,5 93,6 93,6 93,6
At rated heat output and high-tem-
perature regime 2) h4 % 88,4 88,4 88,4 88,5 88,5 88,5 88,5
At 30% of rated heat output and low
temperature regime 1) h1 % 98,3 98,3 98,3 98,3 98,3 98,3 98,3
uxa ee um
At full load elmax W 176 176 267 286 230 486 486
At 30% load elmin W 56 56 56 69 69 69 69
In stand-by mode PSB W 7 7 7 7 7 7 7
uemea eae
Standby heat loss Pstby W 286 286 286 310 310 310 310
io bue oe oumo Pign WN/A N/A N/A N/A N/A N/A N/A
Emissions of nitrogen oxides NOXmg/kWh 25 25 25 24 24 24 24
*) For italian market only
1) by return temperature 30°C
) b o emeaue a eu emeaue ()
Technical data
14
me
15
xe  eve
aa be
A boiler delivery package contains the
fooi omoe:
me  aae
Boiler fully assembled and tested 1 Mounted on pallet and sealed in PE foil
o fo oeae oeo 1 Inside boiler packaging
eao a aao maua 1Ma aae o ba ae of e boie
Conversion kit for I3P and I3B/P
i. iuo
1 Inside boiler packaging
aa be
ee
ee
Aioa o e boie, e foo-
i aeoie a be oee:
 Speed controlled pump.
 afe vave, maomee a
deaerator (3 and 6 bar).
 2x max. water pressure switch
and 1 external high limit ther-
mostat.
 a e i. oeo i.
 Max. gas pressure switch.
 External high limit thermostat.
 Gas valve leakage tester.
  eu oeo fo i
System use.
 Bypass (incl. pump).
 Plate heat exchanger
(dT=10K/15K or dT=20K).
 o veoi eae, uiabe
for dT=10K/15K and dT=20K.
 uo eae fo oe 
boilers in cascade.
Exeio moue AV fo ea
zone control or external gas valve
and/or room fan controlFor each
boiler a maximum of 3 AVS75 mod-
ue (x ea oe, x ex. a
valve / room fan) can be integrated
in the boiler.
 Aioa V ea oe
ooe, e ooi
more than 2 zones.
The above accessories are specially
designed for the TRIGON XL boiler
and therewith easy to install (plug
and play).
B ooi a ombiao of e
i meoe above, ou a e-
ate your own complete system solu-
o.
Ask your supplier for more detailed
ifomao.
aa
16
Be a
The Trigon XL boiler will be supplied
as a complete unit being fully as-
sembled and pre-tested. The maxi-
mum width is 466 mm for models
150-250 and 746 mm for models
, i mae i oibe
to transport all models through a
normal door in one piece. The boil-
er can be transported by using the
ee o i a ae u, ee-
ing only from the side.
eeve eea, e boie a
be dismantled into smaller parts for
easier transport inside the building.
The table below shows the main dis-
mantled parts with their weight and
dimensions.
When the boiler has to be trans-
oe i a ae, i i eea
to remove the casing before con-
e e boie o e ae. A-
ways connect the crane to the frame
of the boiler by using straps.
me  200 250   500 
Bue ea
exae aemb
Weight [kg]
Length [mm]
Width [mm]
Height [mm]
90
735
400
321
110
885
400
321
120
1035
400
321
140
735
680
321
160
885
680
321
190
1035
680
321
200
1185
680
321
 ea exae a
emb
Weight [kg]
Length [mm]
Width [mm]
Height [mm]
100
735
400
244
110
885
400
244
120
1035
400
244
160
735
680
244
170
885
680
244
200
1035
680
244
220
1185
680
244
e a
Length [mm]
Width [mm]
Height [mm]
589
385
225
739
385
225
889
385
225
589
665
225
739
665
225
889
665
225
1039
665
225
Fame
Length [mm]
Width [mm]
Height [mm]
990
624
335
1140
624
335
1350
624
335
1100
724
335
1320
724
335
1470
724
335
1620
724
335
Be a
. oi be
2. Wooden retaining beam
. oi be oio
aa
17
aembe e a
Disassemble the casing before trans-
o e boie. iaembi
the casing is done according the fol-
lowing steps.
F eaemb  e a e
ame e ave  be ae bu
evee
a  e  a Mae
ue e ea abe a e ae
eaembe a e eue a ae
ea 
aembe e a
aa
18
aembe e a
aa
19
a bee aa
Be aa
Be aa
e boie ou be oioe i a
frost-proof boiler room. If the boiler
oom i o e oof, e boie ief
may never be the highest point of
e iaao.
e oioi e boie, eae
note the recommended minimum
clearance in the picture. When the
boie i oioe i e fee
ae, maieae avie i be
moe iu.
o omie e oio of e boie
in the room it is possible to exchange
e oio of e eeoe fom
e i ie of e boie o e e
side of the boiler.
This also means that the required
space as indicated in the picture will
be mirrored.
oma: e mm  i mm
Moie: e mm  i mm
Once the boiler is in the correct posi-
o, e auabe fee () (i vi-
bao aboo ame) ou
be adjusted to the right height and
aao,  iio, maieae a boie eai, mu be efome b quaie eo,
aoi o e aoa iaao oviio a a equieme of e oa auoie a
public health agencies.
Bee a e aae
Befoe oe e boie, i i
 eea o efom e fo-
oi oeao:
 Carefully wash the system pip-
ing in order to remove any screw
ea o ei eiue, o
any dirt which might prevent
e boie fom oea o-
rectly;
 Make sure that the boiler is set
u fo oeao i e e
of gas available (read the infor-
mao o e aai abe
and on the boiler data plate);
 Make sure that there are no
obae iie ue exau
and that it does not contain any
discharge from other applianc-
e, ue e ue i mea o
serve more than one boiler (in
accordance with current legal
requirements);
 Where there is already a con-
eo o exi ue ex-
au, e a ee ex-
hausts have been perfectly
cleaned and are without resi-
ue, beaue a ioe-
o ou obu e aae
of fume a eae oea
aeou iuao;
  aea i aua a
ae, imeae ma bui u
on the components inside the
boiler and reduce its overall ef-
ie;
  ae of iaao ea a
eive o ea (fo exame
wood) make sure to protected
i b uiabe iuao.

 ammabe em u be e
ea e be Mae ue e 
aa e a a em 
 e aae mu be 
ee ae u ma 
e ue aabe ea
a e be ee e
mmum ae m a am
mabe maea  u a a
eve vau ae ee  e
m      be ae,
e aae mu eae 
eee  e a e e
m
the boiler should be horizontal. En-
sure that the wheels are not in con-
a i e oo
ae a a oeo ou
be oe ae au e fee, a
e ae e exact height of all
oeo.
aa
20
e e be
e e be
This chapter will explain how to
mae a oeo o e boie
i ea o:
 aui oeo
 oeae ai oeo
 a oeo
 Fue a oeo
 Ai iae oeo
(under casing)
 Eeia oeo
The boiler should always be con-
ee i u a a, a e -
tem applies to all relevant standards
a euao (Euoea, aoa
and local). It’s the responsibility of
the installer to ensure that all stand-
a a euao ae eee.
au e
The boiler should always be con-
ee i u a a, a ae
o ou e boie a be e-
ue a a me.
oe e o () a eu
(5) of the boiler tension free to the
em. e (ooa)  eu
kit allows the boiler to be used in a
system with two return circuits. The
common return becomes the low
emeaue eu, e  eu
oeo () i e i emea-
ture return.
e (ooa) aeo i i
afe vave, maomee a eae-
ao ou be moue o e o
oeo () of e boie, befoe
oe o e em.
e (ooa) um i ou be
mounted directly to the return con-
eo () of e boie, befoe o-
e o e em.
eae e
The syphon (included in delivery)
should be installed to the connec-
o a e boom of e oe
tray (7).
Lead the pipe ove e oo (8) and
connect it to the draining system in
the boiler room. e oeo o
the draining system should always
be done with an oe oeo,
i oe o avoi a ooi of e
boiler in case of a blocked drain.
a e
e a oeo mu be mae
by an authorized installer in accord-
ae i e aiabe aoa
a oa aa a euao.
Connect the gas line from the sys-
tem tension free to the gas connec-
o () of e boie. A a ioa
valve should be mounted directly
behind the boiler.
A a e a be moue ie
o e a oeo of e boie.
3
1
4
55
2
6
aa
21
Fue a em
F  
Be
e
ma ea
uu
ma ea
u
Fue
a
e
CO 2
eve
Fue a
emeaue
Fue a
qua
Max
embe
ue
eae
TRIGON
XL
kW kW mm % °C g/s Pa
max min max min max min max min max min max min
150 142.3 31.3 145.0 32.2 150  1
10.2
 0.2
9.4
 0.2
75
 2
60
 2
53.7 12.8 200 10
200 190.4 42.0 194.0 43.1 150  1 71.9 17.1 200 10
250 237.6 47.0 242.0 48.4 200  1 89.6 19.2 200 10
 285.7 56.5 291.0 58.2 200  1 107.8 23.0 160 10
400 381.3 79.6 388.0 80.5 250  1 143.7 30.7 400 10
500 476.7 94.6 485.0 97.0 250  1 179.7 38.4 300 10
 540.2 120.0 550.0 122.2 250  1 203.7 48.4 480 10
115 113.7 31.3 115.8 32.2 150  1 53.7 12.8 200 10
 343.5 75.2 349.0 77.6 250  1 143.7 30.7 400 10
e above abe o e maximum emiibe ue eiae ee e boie i  oi ii eiao.
Nominal heat input -5%.
equeme a eua
euao fo e ouo of ue
a em ae ve iee fo ea
country. It should be ensured that all
aoa euao i ea o ue
gas systems are respected.
a aeo o e fooi eom-
meao e imeioi a ue
gas system.
 aove ue a maeia ma
be used.
e ue a em mu be oe
auae o eue a afe fuoi
of the system.
Flue gas system components should be
removable for maintenance purposes.
The installer is responsible to apply the
oe iamee, e a e of
ue a em. f a queo aie
ui e auao oa ou o-
a maufaue oe fo moe ifo-
mao.
aa
22
 ae e
The air intake can be connected in
ae of oom eae iaao.
The cover (3) must be disassembled
in order to connect the air intake
piping to the connector inside the
boiler.
The diameter should be calculated
aoi o e aoa eua-
o, oee i e ue a
system. The total resistance of both
systems should never overcome the
maximum permissible resistance of
the fan inside the boiler (see also
ae: eia aa).
Fue a e
oe e ue a em o e
ue a oeo () of e boie,
ue ue a em i eame
oeo o.  o ee-
sary to make a separate condensate
ai fo e ue a em, a e
condensate will be drained via the
syphon of the boiler. Please note the
fooi iue:
 e eomme o ue e ue
a oeo iamee a e
miimum iamee fo e ue
system.
 e iamee of e ue a -
stem must be chosen by calcu-
ao aoi o e aoa
euao.
 ou e ue a em a
short as possible (for maximum
length see page 23).
 Construct horizonal ways with a
minimum angle of 3°.
e e ue
e ue a em mu o be i
oa i o ae ea am-
mabe maeia, a mu o o
building structures or walls made us-
i ammabe maeia.
This boiler has an integrated high
imi emoa fuo fo e
ue ae. e e ue a em-
eaue exee  , e bue i
ie o. i i fuo, a
aioa (exea) afe evie i
not necessary.
e eai a o boie, e
veao a ue a exau -
tem must always be replaced.
e ue a em ou be e-
ated using a male/female coupling
and a seal. Couplings should always
be arranged so that they go against
e ieo of e oeae o.
3
ee:
. a oeo
. Eeia oeo
. Ai iae oeo
. Fue a oeo
1
4
1
4
3
2
2

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