GH - Apen Group
Transcript of GH - Apen Group
GHHeat Exchanger Module
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Company Profile
OverviewAPEN GROUP S.p.A. is a leading manufacturer of heating systems, and offers a wide range of products: condensing boilers, condensing heat exchangers, suspended warm air heaters, and floor standing condensing warm air heaters.Apen Group has always been an innovation leader thanks to constant product and process development, and continuous research of advanced solutions in technology.
Our MissionDesigning, manufacturing and marketing of HVAC products that stand out for their quality and for their compliance with environmental standards. Our R&D staff is deeply committed to the setup of products that assure low polluting emissions, high efficiency and minimum consumption, thereby assuring optimum heating and conditioning, from small residential spaces to large industrial buildings.
EnvironmentEnvironment protection is essential for present and next generations’ quality of life.Apen Group’s challenge is investing in research and development activities which grant the design and the production of environment friendly products. Such a concern is well resumed in the current slogan “Apen Group caring for environment” and it involves all the company organiza-tion: from research of suppliers and partners who share this same goal, to staff personnel, natural source optimization and definition of any prevention control and correction so to respect the fixed quality goals and environment deference.
Global PresenceApen Group operates nationally and internationally: it is present in Italy thanks to an efficient and well distributed organization: professional agents, consultants, engineers and designers are ready to match the demands of customers always and everywhere.Abroad, distributors, dealers, joint ventures with foreign partners, share with the company the principles of distribution of highly qualified equipment in relation to the needs of different countries.
Customer ServiceTo be truly customer-oriented, a service must satisfy custom’s requests from the clients. APEN GROUP can meet any project need by developing custom products. Its flexibility in the manufacturing process and the availability of state-of-the-art machinery for metal sheet processing guarantee cost effective products. Cost effectiveness is another basic characteristic of APEN GROUP products, besides a high potential for technology, commercial and industrial development.
A Leading Company In The IndustryOur modern facility is built on an area of 30,000 sqm, 11,000 of which encompass headquarters, manufacturing and research facilities. Easy and timely intercompany communication is provided through an IBM AS400 server with a fully integrated Server Windows NT PC network.The website www.apengroup.com and e-mail [email protected], allow to communicate easily with all entities outside the company (eg. Customers, suppliers, associations).
Manufacturing ExcellenceEach product is tested, checked, and commissioned to guarantee that combustion parameters, efficiency levels, and component reliability fully comply with quality stand-ards required for user comfort and satisfaction. The manufacturing of our products takes advantage of ultimate, state-of-the-art planning and organization methods, which include: Digital control equipment, Welding robots, Forming robots, Computer assisted test lines.Advanced automation assures top-quality products as well as man-ufacturing flexibility and timely deliveries. Innovation, reliability, and originality are built-in features of each of our products.
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Certified QualityAPEN GROUP S.p.A. ranges among the first Italian companies to be certified by an industry-wide acknowledging system at European level. We have been audited and certified to be in compliance with the quality standards defined in UNI EN ISO 9001:2015 protocol.Certification has been obtained for The design, manufacturing, marketing and service of hybrid systems, of warm air heaters, condensation heaters and exchangers, condensing boilers, water fan units, air destratifiers, air handling central units, and burners.The commitment to quality took by the company dates back to the beginning of our history, and it is confirmed by the following milestones:In 1988 APEN GROUP was certified by DVGW Deutscher Verein Des Gas Und Wasserfaches E.V. and it was approved as a trading partner for suspended heaters in Germany. Then ap-provals for the sale of these heaters in other markets followed, such as France, Switzerland, the Netherlands, and Belgium.In 1995 all the gas-fired appliances we manufacture were certi-fied according to EC Directives.In 1991 we were the first Italian company in the HVAC industry to be registered in accordance with UNI EN ISO 9003 require-ments.In 1993 the auditing was extended to include compliance with UNI EN ISO 9002 standards.In 2003, we were acknowledged to be compliant with UNI EN ISO 9001:2000, and the registration was confirmed in 2006.In 2013 the Board of Directors has adopted the organizational model 231.In 2017 we obtained the certification in compliance with the UNI EN ISO 9001:2015.
International Certificates Apen Group’s products have been tested and certified by Gastec-Kiwa CERMET, the famous Dutch Notified Body, with test labs accredited by the EC.
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APEN GROUP Company History
Research and Extension of the Range The heating market undergoes quick changes: the booming house building industry and the increasing need of comfort urge the development of new and diversified products: floor standing boilers, wall boilers, gas burners, suspended gas-fired warm air heaters, gas radiators.
The Origins: ThermovurThe great adventure of the company THERMOVÜR begins. It is created with the aim of manufacturing and selling gas-oil and fuel-oil burners. Founder members are two brothers-in-law with the same name, "Rigamonti Angelo" and "Rigamonti Angelo", with the assistance and professionalism of their father Emilio Rigamonti.
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AermaxThermovür is flanked by the company AERMAX for the marketing of floor-standing warm air heaters and burners in foreign markets.19
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Creation of ApenGroupThermovür and AERMAX merge into a single production and business unit, taking advantage of the skills, experience and know-how of both brands: thus creating the company APEN GROUP SPA.19
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Research, Innovation and EcologyWe are in continuos evolution.The market experiences and difficulties have made us stronger and more committed to face new challenges, new technologies, new countries.We aim to defend the values we believe in to improve the environmental comfort, the care for people, the good use of energy.We aim our company to contribute to a better future!
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50 years of Caring for Environmental!
We are proud of having celebrated our first 50 years of activities! 2
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New Projects,New ProductsIn 1998, the company launched the wall-mounted gas-fired modulating heaters series PLUS. They are EC-approved and feature high efficiency stainless steel exchangers, pre-mix gas burner and forced draught with low NOx emissions. The research and development effort connected with this product have enabled the subsequent designing of the KONDENSA heaters. In 2001 the company presents AQUASPLIT, an outdoor boiler with matching indoor blower. In 2008 APEN GROUP confirms its technical knowledge in the air handling industry launching KONDENSA heaters, (wall-mounted condensation warm air heaters), air handling central units, and Roof Top standalone units with built-in condensing exchanger.
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CARING for the environment
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COMPANY CATEGORY COUNTRY
MERZIG Showroom Germany
DILLINGEN HUTTE GTS Production hall Germany
DEITERMANN MAXIT GROUP Production hall Germany
LEAR CORPORATION Production hall Germany
KNIERIM INDIVIDUAL YACHTS Production hall Germany
WS WOLPERT SYSTEM TECHNIC Logistic center Germany
DAILMER CHRYSLER (WORTH) Production hall and logistics Germany
BRIDGESTONE Production hall Germany
STENDORF KUNSTSTOFFE Production hall Germany
RHENOTHERM COATINGS Production hall Germany
C.ED. SCHULTE GMBH SYLINDERSCHLOBFABRIK Production hall Germany
MN MACHINERY NAGEL Production hall Germany
FORM + TEST Production hall Germany
ITALFIM SPA Metal grid manufacturer Italy
LOCAT SPA Engineering industry Italy
MEC-TRACK SRL Machinery manufacturer Italy
SALMOIRAGHI SPA Production hall Italy
RACCORDERIA PIACENTINA Fitting manufacturer Italy
SPEEDLINE SPA Car wheel rim manufacturer Italy
GRUPPO BEA Showroom Italy
NUOVA MAGRINI GALILEO Mechanical processing Italy
FILA Sportswear manufacturer Italy
MAGNETI MARELLI Electro-mechanical industry Italy
LIDL Supermarket chain Italy
NATO BASE IN VICENZA Military base Italy
DANIELI Iron manufacturer Italy
MOTO GUZZI Motorbike production hall Italy
LUXOTTICA Glasses producer Italy
MIDAS Car servicing Italy
OFFICINE ROSSI Aluminium windows manufacturer Italy
TNT Logistics and transport Italy
OMAG Equipment for marble manufacturing Italy
SPORTPIÙ Sports center Italy
CONSORZIO VARESE Farmer’s co-operative Italy
ALTINI COMUNICAZIONE Advertising graphics agency Italy
MALPENSA AIRPORT Transports Italy
AIRBUS Helicopter factory France
LIDL General store chain France
INTERMARCHE’ General store chain France
PEUGEOT Car manufacturer France
RENAULT Car manufacturer France
CITROEN Car manufacturer France
ROVER AUTOMOVILES Production hall Spain
BMW Production hall Spain
CARPINTERIA NAVA ABENOJAR Production hall Spain
AYUNTAMIENTO DE TOLEDO Office Spain
IVECO Production hall Spain
RENAULT Production hall Spain
NISSAN Production hall Spain
JAGUAR Car manufacturer England
ROVER Car manufacturer England
FORD Car manufacturer England
IKEA Furniture store chain England
WESHAM Soccer stadium England
VODAPHONE WAREHOUSE Warehouse England
BUDAPEST CITY EXHIBITION FAIR Exhibition center Hungary
ETM Electrical store chain St Petersburg, Russia
LEON Production and warehouse Omsk, Russia
GUR’EVSNAB Warehouse Atirau, Kazakhstan
MERIDIAN Package factory Perm, Russia
JSC Perm oil machine engineering company Perm, Russia
SIBLIFT Elevator company Omsk, Russia
PTK TETRA Building company, productions rooms Siktivkar, Russia
VORONEZH AIRCRAFT JOINT-STOCK COMPANY Joint-stock company Voronezh, Russia
VORONEZ RAILROAD Car repair plant Voronezh, Russia
GRAINER REAL ESTATE Real estate Vladimir, Russia
OZNA Integrated solutions for oil and gas industry Russia
JSC SOLIKAMSKSTROY Building company Solikamsk, Russia
LIDIGA Furniture factory Smolensk, Russia
OOO MERCURY Shopping center Ciaikovsky, Russia
Installation References
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COMPANY CATEGORY COUNTRY
NPO Iskra Oil and gas equipment factory (for gazprom companies) Perm, Russia
ETM Electrical store chain Rostov-na-Donu, Russia
Orenburg Factory RTO Factory Orenburg, Russia
Llitmash-M Foundry Russia
URSA Uralita Insulation materials factory Serpuhov, Russia
VKM-steel Foundry Saransk, Russia
ZBK-1 Concrete goods factory Saratov, Russia
DOBRINYA company General store chain Belgorod, Russia
YAKUTSKIY Airport Airport Yakutsk, Russia
UMPO Air engine factory Ufa, Russia
DRILLMEC Oil and gas drilling installation Siberia, Russia
Shopping Park IKEA Shopping center Poland
Shopping Park MATARNIA Shopping center Poland
NGK Ceramics Production hall Poland
ALFA Warehouses Dobczyce, Poland
MDM Production and storage hall Bielsko-Biała, Poland
PROFILPAS Production hall Kutno, Poland
ELEKTRA Production hall Warszawa, Poland
KRISPOL Production hall Wrzesnia, Poland
SCANIA Truck service station / service center Gliwice, Gruszka and Kielce Poland
HYDRO Aluminium Production hall Chrzanów, Poland
ZBYSZKO Company Production halls, warehouses Białobrzegi, Poland
TERMOSPRZET Production hall Zabrze, Poland
ARIX Warehouses, production hall Złobnica, Poland
SYSTEM JWT Warehouses Szczecin, Poland
POLOMARKET Commercial buildings Swarzedz and Zielona Góra, Poland
ROLLER Production hall Łowicz, Poland
IMPRESJA Car repair shop Przeworsk, Poland
MAGNA PLAST Production hall Białe Błota, Poland
YUSK Shopping center Piotrków Trybunalski, Poland
KOL-INS-BUD Warehouse Tarnów, Poland
DOOR Warehouse Proszówki, Poland
SORTOWNIA POCZTY POLSKIEJ Warehouse Rzeszów, Poland
ARM Warehouses Stary Sacz, Poland
ECO-PACKERS Storage hall Włocławek, Poland
REM-BRUK Storage hall Rzezawa, Poland
ONNINEN Storage hall Lublin, Poland
SANNPROFI Storage hall Bukowiec and Łodz, Poland
DAF Salon / service Konin, Poland
LENIGO Footwear production plant Grudziadz, Poland
BESKID PLUS Storage hall Bielsko-Biała, Poland
AROT Pvc pipe manufacturing plant Leszno, Poland
HUTA ŁABEDY Production hall Łabedy, Poland
HG-Serwis Storage hall Chodziez, Poland
BAMBUS Wholesale flowers Czestochowa, Poland
NOWAK&NOWAK Production hall Szczecinek, Poland
VOIT Production hall Nowa Sól, Poland
PH ADEN Shopping center Gniezno, Poland
DEPARTMENT OF MUNICIPAL SERVICES Warehouse Brzesko, Poland
VICTAULIC Production and storage hall Drezdenko, Poland
HORTICULTURE FARM Tarnów Foil tunnels Tarnów, Poland
Tennis hall Łancut Indoor tennis hall Łancut, Poland
Printing Co. Janowice Printing house Janowice, Poland
Inn “ZŁOTY RÓG” Restaurant Rewal, Poland
JAROSŁAW CHURCH Religious building Jarosław, Poland
EHB Wholesale construction materials Grabów, Poland
Wedding hall “POD LIPAMI” Wedding hall Lewin Brzeski, Poland
CCC Store Shopping center Piotrków Trybunalski, Poland
JOHN DEERE Machinery farmer manufacturer Netherlands
WARMUSEUM OVERLOON Museum Netherlands
TELEGRAAF NEWSPAPER Advertising graphics agency Netherlands
WETRON TRANSPORT Logistic and transport Netherlands
NIJPELS FURNITURE Furniture manufacturer Netherlands
STORK Machinery manufacturer Netherlands
ANWB General organisation Netherlands
SCHEUTEN GLASSGROUP Glasses producer Netherlands
INNOSEEDS Farmer seeds production Netherlands
VDL GROUP Engineering industry Netherlands
MANDEMAKERS GROUP Sanitair manufacturer Netherlands
Installation References
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Textile and clothes drying Drying of food processes
Coating and painting Ceramics drying processes
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Manufacturing processes often
require different forms of
heating, as for heat treatment
or the drying or drying pro-
cesses, using the air as a heat
convector.
Apen Group has nearly fifty
years of experience in the
study and production of hot
air generators for industrial
processes.
Our Investments in R&D pro-
jects for the development and
construction of energy efficient
systems, allow the industrial
customer to benefit from: re-
liable products, energy-saving
advantages and
low maintenance requirements
which help to reduce the
operating costs.
Process safety and equipment’s
lifespan is guaranteed by high
quality resistant materials and
design. ApenGroup is able to
supply an extended range of
heat exchangers and to fulfill
customized
requirements. Our design de-
partment is able to support the
customer in finding the optimal
solution in any planning phase.
Application fields:• Coating and Painting
• Drying of food processes.
• Drying processes for com-
ponents
• Ceramics drying processes
• Textile and clothes drying
• Heating in concrete making
for construction industry
• Agricultural products drying
as for Cereals and Tobacco.
AHU or ROOF TOP AplicationsApen Group has developed
the series of high efficiency
condensing modules with
premixed burner and stainless
steel exchangers to combine
with gas burners and fuel oil
burners, to satisfy all the needs
of heating and heat integration
within air handling units and
roof top.
Systems for Industrial Processes Roof Top and AHU
Roof Top Air handling unit
Textile and clothes drying Industry
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Technical Features
The innovative shape and the wide surface of the
combustion chamber and the exchanger tubes
guarantee a high performance and durability.
The combustion chamber and the smoke
collectors are completely built in stainless steel
(AISI 441 or AISI 310), while the surfaces in
contact with the fumes (tube bundle) are made
of stainless steel with low carbon content to offer
a high resistance to corrosion . The design of the
tube bundle is protected by a patent.
Safety
The heat exchanger is supplied complete with
safety devices; these must be positioned,
obligatorily, by those who build the appliance that
contains the exchanger.
CHECK THECORRECT
BURNER COUPLING TO SATISFY THE
ERP 2018 REQUIREMENTS
GH / Gas Heating Modules for Air Handling Units and Rooftop
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Burner Choice
The burners, to complement the GH modules, can
be:
• Modulating
• Two-stages (high – low flame)
• ON/OFF
The GH modules can be installed with burners
produced by main burner manufacturers on the
market.
High efficiency exchanger modules can ONLY be
matched to GAS BURNERS.
ErP CompliantFor modules to be inserted in AHU and Roof Top,
check the correct burner coupling to satisfy the ErP
2018 requirements.
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Exchangers Modules GH / Our Range
Used materials
The following table shows the
correspondence and the composition
for the type of stainless steels used
for the construction of GH heat
exchangers.
Do not hesitate to contact us for
specific offers with different steels.
TABLE OF USED STEEL
USA EN FORMULA
AISI 310 1.4845 X8 CrNi 25-21
AISI 441 1.4509 X2 CrTiNb 18
AISI 304 1.4301 X5 CrNi 18-10
GH-K HIGH EFFICIENCY for Roof top, AHU and Industrial Processes
Efficiency up to 102% for GH-K
GH-N for Roof top, AHU and Industrial Processes
Efficiency up to 95% for GH-N
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Exchanger Modules GH / Technical Features
The exchanger module GH,
without fan assembly and
electric panel (available on
request), already equipped
with supporting structure, is
composed by a heat exchanger,
a safety thermostat (limit), a
fan thermostat (fan), and a
aluminum frame.
For high-performance models,
maximum energy efficiency
with flame modulation and
operating in condensation
leads the efficiency more than
102%.
Approval
EC Approval in compliance with
all applicable regulations (see
page 32).
Combustion Circuit
• Stainless steel AISI 441
combustion chamber with
wide exchange surface (with
higher volume compared to
the thermal load). Thanks
to its particular shape,
it assures lower thermal
loads and a uniform heat
distribution.
• Reverse flame combustion
chamber, with three-
pass combustion circuit,
completely welded, to assure
a long operating life.
• High efficiency heat
exchanger made of AISI 441
stainless steel.
The exchanger is formed by
a streamlined tube bundle
with conic section with
an aerodynamic design,
guarantees very little
resistance to air passage,
constant speed of passage
of the fumes and thus high
thermal exchange.
• One front and four rear
inspection panels on the
heat exchanger insulated
with ceramic fiber.
• Insulation panel for the
burner plate made in mineral
fibre.
• Condensate drain.
Frame and Casing
• Supporting frame made in
aluminium.
Burner Choice
The burners, to complement
the GH modules, can be:
• Modulating
• Two-stages (high – low flame)
• ON/OFF
The GH modules can be
installed with burners produced
by main burner manufacturers
on the market.
High efficiency exchanger
modules can ONLY be matched
to GAS burners.
Condensate Drain
When a GH heaters used into a
Air Handling Unit and/or Roof
Top Unit, where high flow rate
and low thermal heat drop is
requested, a condensate drain
system shall be provided in the
exchanger.
All exchangers are provided
with five connectors for the
evacuation of the condensate.
The fittings are placed on the
collectors (rear and front), on the
sides (right and left) and on the
lower wall of the rear of the flue
gas collector.
The condensation is allowed
only in case of coupling with
gas burners, while it must be
absolutely prohibited in case of
use of oil burners.
Condensate Drain
Standard on the back - on request at the front
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Exchangers Modules GH / Installation
The GH heat exchanger module can
be assembled into air heating units
either in horizontal position or in
vertical position.
The air can flow in two directions:
• EQUICURRENT FLOW: cold air
flows from warmer part of the
exchanger [combustion chamber]
to colder end.
• COUNTER-CURRENT FLOW: cold
air flows from colder [tube bundle]
to warmer end of the exchanger.
Depending on the application, it may
be more convenient one or the other
installation.
EQUICURRENTCOUNTERCURRENT
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Exchangers Modules GH / Installation
Assembling one or more modules
When the required heat
output exceeds the single
module's output, or when
you like to divide the
minimum heat output
below the minimum value
of a single heat exchanger,
multiple modules can be
assembled into a single
air handling, roof top or
process heater unit, thus
covering any range of
required output.
Using convenient
precautions, modules
can be assembled either
in series or in parallel
layouts and the air flow
can be equicurrent or
counter-current to heat
flow
Modules connected
in SERIES
Modules connected in PARALLEL
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GH K / Technical Data
Model GHK7580 GHK7680 GHK7780 GHK7880 GHK7980 GHK8080
Type of Appliance B23
NOx Class NOx
LOW NOx GAS BURNERS: CLASS 3 (<80 mg/kWh) according to EN676
MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX
Furnace Heat InputP
min;
Pated,h
kW 14 34,6 22,0 72,0 26,5 114 38,0 152,0 48,0 200,0 61,0 270,0
Useful Heat Output kW 14,3 32,0 22,5 66,5 27,1 105,4 38,5 140,8 48,3 182,2 61,6 248,9
Combustion Efficiency (Hi) *1
ηpl;
ηnom
% 102,5 92,5 102,4 92,4 102,4 92,5 101,2 92,6 100,5 92,6 101,0 92,2
Combustion Efficiency (Hs) % 92,3 83,3 92,3 83,2 92,3 83,3 91,2 83,4 90,5 83,4 91,0 83,1
Chimney Loss - Burner ON (Hi) % 7,5 7,6 7,5 7,4 7,4 7,8
Chimney Loss - Burner OFF % < 0,1 < 0,1 < 0,1 < 0,1 <0,1 <0,1
Casing Losses Fenv
% 2,61 1,64 1,81 1,26 1,16 1,17
Combustion Chamber Pressure Pa 8 40 12 100 14 100 15 140 15 130 19 175
Combustion Chamber Volume m3 0,06 0,12 0,24 0,37 0,52 0,76
MIN Air Flow Rate *2 m3/h 820 1.835 1.290 3.815 1.550 6.050 2.210 8.075 2.770 10.450 3.535 14.270
Nominal Air Flow Rate *3 m3/h 2.700 5.000 7.300 10.500 14.000 18.000
MAX Applicable Pressure *4 Pa 800 800 800 800 800 800
MAX Air Temperature *5 °C 120 120 120 120 120 120
Note:1. The efficiency is the one realised with air flow rates equal to a ∆t of 35 K, with inlet air temperature at 15°C; for different applications
see further on in the manual. 2. The minimum air flow rate has been calculated for a ∆t of 50 K, suitable for process systems or special applications; for more severe
applications, with ∆t > 50 K, see below the efficiency and precautions to comply with. The values in the table refer to the maximum and minimum power. To satisfy the ErP requirements see pages from 22 to 25 with burner combinations.
3. The rated air flow rate is the one used to calculate and satisfy ErP 2018 requirements. 4. The maximum applicable pressure is valid for standard models code GH/GHK; for special models code GH-2 and GH-310 the maximum
pressure is 2,500 Pa. 5. The air MAX temperature is valid for all models except codes GH-310 for which the maximum value is 200°C.
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GH K / Technical Data
Modello GHK8180 GHK8280 GHK8380 GHK8480 GHK8580 GHK8680
Type of Appliance B23
NOx Class NOx
LOW NOx GAS BURNERS: CLASS 3 (<80 mg/kWh) according to EN676
MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX
Furnace Heat InputP
min;
Pated,h
kW 74,0 347,0 83,0 455,0 95,0 595,0 126,0 756,0 175,0 974,0 175,0 1130,0
Useful Heat Output kW 74,8 319,8 83,8 419,4 96,1 549,1 127,6 697,2 179,7 900,0 186,0 1057,7
Combustion Efficiency (Hi) *1
ηpl;
ηnom
% 101,0 92,2 101,0 92,2 101,2 92,3 101,3 92,2 102,7 92,4 106,3 93,6
Combustion Efficiency (Hs) % 91,0 83,1 91,0 83,1 91,2 83,2 91,3 83,1 92,5 83,24 95,77 84,32
Chimney Loss - Burner ON (Hi) % 7,8 7,8 7,7 7,8 7,6 7,6
Chimney Loss - Burner OFF % < 0,1 < 0,1 < 0,1 < 0,1 < 0,1 < 0,1
Casing Losses Fenv
% 1,02 1,03 0,97 1,00 1,01 1,01
Combustion Chamber Pressure Pa 23 225 30 275 40 365 45 410 45 420 60 615
Combustion Chamber Volume m3 1,06 1,55 1,79 4,78 5,58 5,58
MIN Air Flow Rate *2 m3/h 4.290 18.335 4.805 24.050 5.510 34.850 7.320 39.975 10.305 46.620 10.305 59.864
Nominal Air Flow Rate *3 m3/h 23.000 30.000 40.000 54.000 68.500 74.000
MAX Applicable Pressure *4 Pa 800 800 800 800 800 800
MAX Air Temperature *5 °C 120 120 120 120 120 120
Note:1. The efficiency is the one realised with air flow rates equal to a ∆t of 35 K, with inlet air temperature at 15°C; for different applications
see further on in the manual. 2. The minimum air flow rate has been calculated for a ∆t of 50 K, suitable for process systems or special applications; for more severe
applications, with ∆t > 50 K, see below the efficiency and precautions to comply with. The values in the table refer to the maximum and minimum power. To satisfy the ErP requirements see pages from 22 to 25 with burner combinations.
3. The rated air flow rate is the one used to calculate and satisfy ErP 2018 requirements. 4. The maximum applicable pressure is valid for standard models code GH/GHK; for special models code GH-2 and GH-310 the maximum
pressure is 2,500 Pa. 5. The air MAX temperature is valid for all models except codes GH-310 for which the maximum value is 200°C.
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GH N / Technical Data
Model GH7880 GH7980 GH8080 GH8180 GH8280
Type of Appliance B23
NOx Class NOx
LOW NOx GAS BURNERS: CLASS 3 (<80 mg/kWh) according to EN676
MIN MAX MIN MAX MIN MAX MIN MAX MIN MAX
Furnace Heat InputP
min;
Pated,h
kW 96,0 195,0 115,0 230,0 154,0 310,0 185,0 380,0 260,0 508,0
Useful Heat Output kW 90,2 171,0 108,1 205,9 145,0 275,0 173,9 335,9 245,0 450,0
Combustion Efficiency (Hi) *1η
pl;
ηnom
% 94,0 87,7 94,0 89,5 94,0 88,7 94,0 87,7 94,4 88,6
Combustion Efficiency (Hs) % 84,7 79,0 84,7 80,6 84,7 79,9 84,7 79,0 85,0 79,8
Chimney Loss - Burner ON (Hi) % 6,0 12,3 6,0 10,5 6,0 12,3 6,0 12,3 5,6 11,4
Chimney Loss - Burner OFF % < 0,1 <0,1 <0,1 < 0,1 < 0,1
Casing Losses Fenv
% 1,26 1,16 1,17 1,02 1,03
Combustion Chamber Pressure Pa 13 50 10 40 10 50 15 60 28 120
Combustion Chamber Volume m3 0,37 0,52 0,76 1,06 1,55
MIN Air Flow Rate *2 m3/h 5.200 9.850 6.200 11.850 8.350 15.800 10.000 19.300 14.050 25.800
Nominal Air Flow Rate *3 m3/h 10.500 14.000 18.000 23.000 30.000
MAX Applicable Pressure *4 Pa 800 800 800 800 800
MAX Air Temperature *5 °C 120 120 120 120 120
Note:1. The efficiency is the one realised with air flow rates equal to a ∆t of 35 K, with inlet air temperature at 15°C; for different applications
see further on in the manual. 2. The minimum air flow rate has been calculated for a ∆t of 50 K, suitable for process systems or special applications; for more severe
applications, with ∆t > 50 K, see below the efficiency and precautions to comply with. The values in the table refer to the maximum and minimum power. To satisfy the ErP requirements see page pages from 22 to 25 with burner combinations.
3. The rated air flow rate is the one used to calculate and satisfy ErP 2018 requirements. 4. The maximum applicable pressure is valid for standard models code GH/GHK; for special models code GH-2 and GH-310 the maximum
pressure is 2,500 Pa. 5. The air MAX temperature is valid for all models except codes GH-310 for which the maximum value is 200°C.
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GH N / Technical Data
Model GH83080 GH8480 GH8580 GH8680
Type of Appliance B23
NOx Class NOx
LOW NOx GAS BURNERS: CLASS 3 (<80 mg/kWh) according to EN676
MIN MAX MIN MAX MIN MAX MIN MAX
Furnace Heat InputP
min;
Pated,h
kW 320 670 397 818 447 1028 617 1170
Useful Heat Output kW 301 592 374 730 422 920 583 1049
Combustion Efficiency (Hi) *1η
pl;
ηnom
% 94,3 88,4 94,3 89,3 94,4 89,5 94,6 89,7
Combustion Efficiency (Hs) % 85,0 79,6 85,0 80,5 85,0 80,6 85,2 80,8
Chimney Loss - Burner ON (Hi) % 5,7 11,6 5,7 10,7 5,6 10,5 5,6 10,5
Chimney Loss - Burner OFF % < 0,1 < 0,1 < 0,1 < 0,1
Casing Losses Fenv
% 0,97 1,00 1,01 1,01
Combustion Chamber Pressure Pa 21 110 25 120 28 130 53 205
Combustion Chamber Volume m3 1,79 4,78 5,58 5,58
MIN Air Flow Rate *2 m3/h 17.300 33.950 21.450 41.900 24.200 52.750 24.200 52.750
Nominal Air Flow Rate *3 m3/h 40.000 54.000 68.500 74.000
MAX Applicable Pressure *4 Pa 800 800 800 800
MAX Air Temperature *5 °C 120 120 120 120
Note:1. The efficiency is the one realised with air flow rates equal to a ∆t of 35 K, with inlet air temperature at 15°C; for different applications
see further on in the manual. 2. The minimum air flow rate has been calculated for a ∆t of 50 K, suitable for process systems or special applications; for more severe
applications, with ∆t > 50 K, see below the efficiency and precautions to comply with. The values in the table refer to the maximum and minimum power. To satisfy the ErP requirements see pages from 22 to 25 with burner combinations.
3. The rated air flow rate is the one used to calculate and satisfy ErP 2018 requirements. 4. The maximum applicable pressure is valid for standard models code GH/GHK; for special models code GH-2 and GH-310 the maximum
pressure is 2,500 Pa. 5. The air MAX temperature is valid for all models except codes GH-310 for which the maximum value is 200°C.
20
21
The exchangers work with direct-blow gas or oil burners.
APEN GROUP offers a wide range of burners that can be
matched to heater modules.
All exchangers are designed, manufactured and tested to
match the burners produced by main burner manufacturers
on the market.
For information on correct matches, see from page 22 to
page 25.
The diagram below shows dimensions of plate and
nosepiece.
IMPORTANT: Nosepiece length must be greater than "X" min
value. Shorter nosepieces could damage the exchanger and
void the guarantee.
The value of ØT indicates maximum nosepiece diameter for a specific heater. If the installed nosepiece is larger, the exchanger will have to
be changed at an extra cost.
Size (in mm) X ØTmax P A B ØC ØD ØM E
min max
GH7580 150 220 135 150 270 382 115 170 M8 120
GH7680; GH7780 150 220 135 150 270 382 133 170 M8 120
GH7880 270 350 190 175 414 454 140 175 M8 124
GH7980; GH8080 270 350 190 175 414 454 160 223 M8 158
GH8180 270 350 230 230 464 484 160 223 M8 158
GH8280; GH8380 270 350 230 230 464 484 190 269 M8 190
GH8480; GH8580 350 480 290 280 560 590 210 325 M10 230
AX
E
BPOT OM
OD
OC
E
Heater-Burner Matching
22
MODEL HEATER
RIELLO ɲs Qreg.min Qreg.max
GHK7580 RielloBS1D 80,6 16 34,4
GHK7680
RielloBS1 75,0 52 52
RielloBS1D 82,5 22 52
RielloBS2/M 83,2 26 72
RielloBS2D 79,7 35 72
GHK7780
RielloBS2 73,0 91 91
RielloBS2/M 85,4 26,5 91
RielloBS2D 82,2 35 91
RielloBS3/M 81,3 48 114
RielloBS3D 77,3 65 114
GHK7880RielloBS3/M 83,3 48 152
RielloBS3D 79,9 65 152
GHK7980RielloBS3/M 84,3 48 195
RielloBS3D 80,8 65 200
GHK8080
RielloBS4/M 84,2 68 250
RielloBS4D 79,9 110 250
RielloRS 25/E BLU 84,3 61 270
RielloRS 25/M BLU 84,3 61 270
GHK8180RielloRS 25/E BLU 84,6 74 347
RielloRS 25/M BLU 84,6 74 347
GHK8280RielloRS 35/E BLU 85,0 83 455
RielloRS 35/M BLU 85,0 83 455
GHK8380
RielloRS 45/E BLU 85,7 95 550
RielloRS 45/M BLU 85,7 95 550
RielloRS 55/E BLU 85,1 100 595
RielloRS 55/M BLU 85,1 100 595
GHK8480
RielloRS 55/E BLU 85,7 126 680
RielloRS 55/M BLU 85,7 126 680
RielloRS 68/E BLU 85,0 150 765
RielloRS 68/M BLU 85,0 150 765
GHK8580
RielloRS 68/E BLU 86,5 175 860
RielloRS 68/M BLU 86,5 175 860
RielloRS 120/E BLU 84,4 300 974
RielloRS 123/M BLU 84,4 300 974
GHK8680RielloRS 120/E BLU 87,5 300 1130
RielloRS 123/M BLU 87,5 300 1130
With ɲs over 78%
HIGH EFFICIENCYHEATER
GH-K
VERIFY THE CORRECT HEAT-BURNER
COUPLING IN ORDER
TO SATISFY ERP2018
REQUIREMENTS
IF THE CUSTOMER CHOOSES A DIFFERENT BRAND OF
BURNER, HE IS REQUIRED
TO PERFORM THE TECHNICAL ASSESSMENT OF
THE ACTUAL COMPLIANCE THAT MEETS
THE ERP REQUIREMENTS.
Heater-Burner Matching GH-K with RIELLO Burner
23
With ɲs over 78%
HIGH EFFICIENCYHEATER
GH-K
VERIFY THE CORRECT HEAT-BURNER
COUPLING IN ORDER
TO SATISFY ERP2018
REQUIREMENTS
IF THE CUSTOMER CHOOSES A DIFFERENT BRAND OF
BURNER, HE IS REQUIRED
TO PERFORM THE TECHNICAL ASSESSMENT OF
THE ACTUAL COMPLIANCE THAT MEETS
THE ERP REQUIREMENTS.
MODEL HEATER
WEISHAUPT ɲs Qreg.min Qreg.max
GHK7580 WeishauptWG10N/0-D ZM-LN 83,9 14 34,6
GHK7680
WeishauptWG5N/1-A LN 76,1 50 50
WeishauptWG10N/0-D ZM-LN 84,5 22 50
WeishauptWG10N/1-D Z-LN 82,3 25 72
WeishauptWG10N/1-D ZM-LN 84,1 25 72
GHK7780
WeishauptWG10N/1-D Z-LN 83,3 26,5 110
WeishauptWG10N/1-D ZM-LN 85,8 26,5 110
WeishauptWG20N/1-C Z-LN 82,2 35 114
WeishauptWG20N/1-C ZM-LN 84,5 35 114
GHK7880 WeishauptWG20N/1-C Z-LN 82,5 38 152
GHK7980WeishauptWG20N/1-C Z-LN 82,2 48 200
WeishauptWG20N/1-C ZM-LN 84,7 48 200
GHK8080 WeishauptWG30N/1-C ZM-LN 84,9 61 270
GHK8180 WeishauptWG30N/1-C ZM-LN 85,1 74 347
GHK8280 WeishauptWG40N/1-A ZM-LN 85,4 83 455
GHK8380WeishauptWG40N/1-A ZM-LN 86,0 95 550
WeishauptWM-G10/3-A ZM-LN 84,6 125 595
GHK8480 WeishauptWM-G10/3-A ZM-LN 85,5 126 765
GHK8580WeishauptWM-G10/3-A ZM-LN 86,6 175 900
WeishauptWM-G20/2-A ZM-LN 86,1 250 974
GHK8680WeishauptWM-G10/3-A ZM-LN 89,7 175 900
WeishauptWM-G20/2-A ZM-LN 88,8 250 1130
ɲs: Seasonal efficiencyQreg.min: Minimum setting value of the burner within the limits of the working rangeQreg.max: Maximum setting value of the burner within the limits of the working range
Heater-Burner Matching GH-K with WEISHAUPT Burner
MODULES GH-K SATISFY THE ERP REQUIREMENT
FOLLOWING THE RIGHT COUPLING AT BURNERS
DESCRIBED IN PAGES 22-23 AND BELOW THE CONDITION
THAT THE AIR FLOW AMOUNT GENERATED BY THE MAIN
AIR HANDLING UNIT FAN IS BETWEEN DATA STATED
AT PAGES 16-17 FOR EACH CORRISPONDING MODULE
24
MODEL HEATER
RIELLO ɲs Qreg.min Qreg.max
GH7880 RielloBS3/M 72,9 96 195
GH7980
RielloBS3/M 73,8 115 195
RielloBS3D 73,0 115 200
RielloBS4/M 73,5 115 230
RielloBS4D 72,9 115 230
GH8080
RielloBS4/M 73,5 154 250
RielloBS4D 72,7 154 250
RielloRS 25/E BLU 73,9 154 310
RielloRS 25/M BLU 73,9 154 310
GH8180
RielloRS 25/E BLU 74,0 185 370
RielloRS 25/M BLU 74,0 185 370
RielloRS 35/E BLU 74,0 185 380
RielloRS 35/M BLU 74,0 185 380
GH8280
RielloRS 35/E BLU 73,7 260 480
RielloRS 35/M BLU 73,7 260 480
RielloRS 45/E BLU 73,8 260 508
RielloRS 45/M BLU 73,8 260 508
GH8380
RielloRS 45/E BLU 74,1 320 550
RielloRS 45/M BLU 74,1 320 550
RielloRS 55/E BLU 74,3 320 670
RielloRS 55/M BLU 74,3 320 670
GH8480
RielloRS 120/E BLU 74,6 397 818
RielloRS 123/M BLU 74,6 397 818
RielloRS 55/E BLU 74,5 397 680
RielloRS 55/M BLU 74,5 397 680
RielloRS 68/E BLU 74,9 397 818
RielloRS 68/M BLU 74,9 397 818
GH8580
RielloRS 120/E BLU 76,0 447 1028
RielloRS 123/M BLU 76,0 447 1028
RielloRS 68/E BLU 75,8 447 860
RielloRS 68/M BLU 75,8 447 860
GH8680RielloRS 120/E BLU 74,1 617 1170
RielloRS 123/M BLU 74,1 617 1170
ɲs: Seasonal efficiencyQreg.min: Minimum setting value of the burner within the limits of the working rangeQreg.max: Maximum setting value of the burner within the limits of the working range
GH-N
VERIFY THE CORRECT HEAT-BURNER
COUPLING IN ORDER
TO SATISFY ERP2018
REQUIREMENTS
IF THE CUSTOMER CHOOSES A DIFFERENT BRAND OF
BURNER, HE IS REQUIRED
TO PERFORM THE TECHNICAL ASSESSMENT OF
THE ACTUAL COMPLIANCE THAT MEETS
THE ERP REQUIREMENTS.
Heater-Burner Matching GH-N with RIELLO Burner
25
MODEL HEATER
WEISHAUPT ɲs Qreg.min Qreg.max
GH7880WeishauptWG20N/1-C Z-LN 72,4 96 195
WeishauptWG20N/1-C ZM-LN 73,4 96 195
GH7980
WeishauptWG20N/1-C Z-LN 73,5 115 200
WeishauptWG20N/1-C ZM-LN 74,3 115 200
WeishauptWG30N/1-C ZM-LN 74,6 115 230
GH8080WeishauptWG30N/1-C ZM-LN 74,5 154 310
WeishauptWG40N/1-A ZM-LN 74,5 154 310
GH8180WeishauptWG30N/1-C ZM-LN 74,4 185 350
WeishauptWG40N/1-A ZM-LN 74,6 185 380
GH8280WeishauptWG30N/1-C ZM-LN 73,2 260 350
WeishauptWG40N/1-A ZM-LN 74,2 260 508
GH8380WeishauptWG40N/1-A ZM-LN 74,5 320 550
WeishauptWM-G10/3-A ZM-LN 74,3 320 670
GH8480 WeishauptWM-G10/3-A ZM-LN 75,0 397 818
GH8580WeishauptWM-G10/3-A ZM-LN 76,0 447 900
WeishauptWM-G20/2-A ZM-LN 76,7 447 1028
GH8680WeishauptWM-G10/3-A ZM-LN 73,6 617 900
WeishauptWM-G20/2-A ZM-LN 74,8 617 1170
ɲs: Seasonal efficiencyQreg.min: Minimum setting value of the burner within the limits of the working rangeQreg.max: Maximum setting value of the burner within the limits of the working range
GH-N
VERIFY THE CORRECT HEAT-BURNER
COUPLING IN ORDER
TO SATISFY ERP2018
REQUIREMENTS
IF THE CUSTOMER CHOOSES A DIFFERENT BRAND OF
BURNER, HE IS REQUIRED
TO PERFORM THE TECHNICAL ASSESSMENT OF
THE ACTUAL COMPLIANCE THAT MEETS
THE ERP REQUIREMENTS.
Heater-Burner Matching GH-N with WEISHAUPT Burner
MODULES GH SATISFY THE ERP REQUIREMENT
FOLLOWING THE RIGHT COUPLING AT BURNERS
DESCRIBED IN PAGES 24-25 AND BELOW THE CONDITION
THAT THE AIR FLOW AMOUNT GENERATED BY THE MAIN
AIR HANDLING UNIT FAN IS BETWEEN DATA STATED
AT PAGES 18-19 FOR EACH CORRISPONDING MODULE
OR
SH
B
L
SB
H
OT
26
Exchangers Modules GH / Dimensions
ModelSize Chimney Burner Weight
L B H ØR SH SB ØT Kg
GH7580 730 800 520 120 260 207 135 65
GH7680 965 915 685 150 343 223 135 87
GH7780 1.065 1.080 810 180 405 295 135 125
GH7880 1.290 1.170 905 180 453 315 190 163
GH7980 1.415 1.320 1.045 250 523 295 190 190
GH8080 1.710 1.420 1.120 250 560 305 190 263
GH8180 1.915 1.420 1.120 250 560 305 230 310
GH8280 2.120 1.719 1.320 300 660 395 230 370
GH8380 2.540 1.795 1.320 300 660 395 230 426
GH8480 2.900 2.100 1.600 350 800 445 260 836
GH8580 3.500 2.240 1.750 400 875 505 260 1.260
GH8680 3.500 2.240 1.750 400 875 505 260 1.260
27
Condensate Drain
Standard on the back - On request at the front
Safety Thermostat
Flow Conveyors
Exchanger Modules GH / Dimensions
28
5000 10000 15000 20000 25000 30000
Portata aria m /h3
0,5
1
2
3
4
5
1,5
2,5
3,5
4,5
0
Ve
loci
tà m
/s
EMS035GH7580
EMS060GH7680
EMS250GH8080
EMS190GH8980
EMS180GH7880
EMS120GH7780
20000 30000 40000 50000 70000 9000060000 80000
Portata aria m /h3
0,5
1
2
3
4
5
1,5
2,5
3,5
4,5
10000
Vel
oci
tà m
/s
EMS320GH8180
EMS900GH8580
EMS700GH8480
EMS550GH8380
EMS420GH8280
L
H
Air Flow 15°C (m3/h)
Air Flow 15°C (m3/h)
Sp
eed
m/s
Sp
eed
m/s
For air handling and roof top units and for general heating
equipments, use the exchangers with a speed range from 1.5
to 4.5 m/s.
Lower speed requires accurate checks to prevent overheating of
delivered air. Higher speed will introduce high pressure drops.
The speed is always calculated as referred to the whole module
section, not to inner flow section (see figure).
The charts in this page show air flow rates referred to speeds
ranging from 0.5 to 5 m/s at intake of the section L x H quoted
in figure.
In the following page pressure losses referred to air flow rates
are listed. Flow rates refer to a flow through the section of
module whose dimensions are shown in picture.
The data on the graphs:
• air flow rate / crossing speed chart
• air flow rate /pressure drop chart
are valid for high efficiency modules GH-K and also for standard
modules GH-N.
Air Flow Rate / Crossing Speed Chart
Exchangers Modules GH / Charts
29
2000 4000 6000 8000 10000 1400012000
Portata aria m /h3
0
30
60
90
120
150
180
0
ΔP
Pa
EMS035GH7580
EMS060GH7680
EMS120GH7780
EMS140GH7880
29000 38000 47000 56000 65000 74000 83000
Portata aria m /h3
40
80
120
160
200
240
280
20000
ΔP
Pa
EMS420GH8280
EMS550GH8280
EMS700GH8480
EMS900GH8580
13000 18000 23000 28000 33000 38000
Portata aria m /h3
40
80
120
160
200
240
280
8000
ΔP
Pa
EMS190GH7980
EMS250GH8080
EMS320GH8180
EMS420GH8280
Air Flow 15°C (m3/h)
Air Flow 15°C (m3/h)
Air Flow 15°C (m3/h)
GH / Air Flow Rate - Pressure Drop Chart
30
40 80 120 160 220 26020 60 100 140 200 240 280
Potenza kW
90
92
94
96
98
100
102
104
0
Re
nd
ime
nto
%
EMS032KGHK7880
EMS060KGHK7680
EMS100KGHK7780
EMS140KGHK7880
EMS190KGHK7980
EMS250KGHK8080
150 250 350 450 550 750100 200 300 400 500 600 800 850 900 950
Potenza kW
90
92
94
96
98
100
102
104
50
Re
nd
ime
nto
%
EMS320KGHK8180
EMS400KGHK8280
EMS550KGHK8380
EMS700KGHK8480
EMS900KGHK8580
Effi
cien
cy %
Effi
cien
cy %
Thermal Power kW
Thermal Power kW
High Efficiency GH-K / Thermal Power Output- Efficiency
31
40 80 120 160 180 220 26020 60 100 140 200 240
Potenza kW
87
88
89
90
91
92
93
95
94
Re
nd
ime
nto
%
EMS035GH7580
EMS060GH7680
EMS120GH7780
EMS140GH7880
EMS190GH7980
EMS250GH8080
200 250 350 450 550400 600 700 750 850 950150 300 500 650 800 900
Potenza kW
88
89
90
91
92
93
95
94
Re
nd
ime
nto
%
EMS320GH8180
EMS420GH8280 EMS550
GH8380
EMS700GH8480
EMS900GH8580
Effi
cien
cy %
Effi
cien
cy %
Thermal Power kW
Thermal Power kW
GH / Thermal Power Output- Efficiency
32
High Efficiency GH-K / EC Approval
33
GH / EC Approval
34
35
Cod. X01165.00GB ed. 1902 Specifications in this catalogue are subject to change without notice.
APEN GROUP S.p.A.20060 Pessano con Bornago (MI) - Italy Via Isonzo, 1 (ex Via Provinciale, 85)Phone +39-02-95.96.93.1 Fax +39-02-95.74.27.58www.apengroup.com [email protected]