Aermec FCL 36 user guide manual

TECHNICAL MANUAL

CASSETTE-TYPE FAN COIL

FCL

FCL 32 (600x600)
FCL 36 (600x600)
FCL 42 (600x600)
FCL 62 (600x600)
FCL 72 (600x600)
FCL 34 (600x600)
FCL 38 (600x600)
FCL 44 (600x600)
FCL 64 (600x600)

FCL 82 (840x840)
FCL 102 (840x840)
FCL 122 (840x840)
FCL 84 (840x840)
FCL 104 (840x840)
FCL 124 (840x840)

IFCLTY 1112 - 4528511_04

Replace 1012 - 4528511_03

CONTENTS

Declaration of conformity 3
Transport • Safety symbols 4
Important information • Maintenance • Packaging 5

Unit description • Versions 6
Main components • Description of components 8
Selection criteria • Operating limits 10
System examples 11

Technical date for 2-pipe versions 12
Technical date for 4-pipe versions 13
Cooling capacity 14
Heating capacity 44
Pressure drops 46
Correction factors in operation using glycol water 48
Sound pressure level • Sound power level 49

Description of accessories 50
Accessory compatibility table 51
Illustrations of the accessories 52

Installation information 56
Installation (Module 600) 57
Installation (Module 840) 59
Connections 61
Installing and replacing the filter (Module 600) 63
Installing and replacing the filter (Module 840) 64

Dimensions (Module 600) 65
Dimensions (Module 840) 66

Wiring diagrams 67

REMARKS

Keep the manuals in a dry place - to maintain their good con­dition - for at least 10 years, for any future reference needs.

Carefully and thoroughly read all the information referred to
in this manual. Pay particular attention to the instructions for
use accompanied by the words “DANGER” or “WARNING”
because, if they are not complied with, the machine/property
can damaged and/or people can be injured.

If any kind of malfunction is not included in this manual, con­tact the local After Sales Service immediately.

The device must be installed in such a way that maintenance
and/or repair operations are possible.

The device warranty does not in any case cover costs resulting
from the use of automatic ladders, scaffolding or any other lift­ing system necessary for carrying out repairs under warranty.

AERMEC S.p.A. declines all liability for any damage due to
improper use of the machine, or the partial or superficial read­ing of the information contained in this manual.
Certain illustrations may show parts supplied as payable accessories.
This manual contains the following number of pages:76

3

FCL

AERMEC S.p.A.

I-37040 Bevilacqua (VR) Italia – Via Roma, 996
Tel. [phone]
Telefax ([phone] – ([phone]
www

.aermec. com - info @aermec. com

Bevilacqua, 02/12/2010 La Direzione Commerciale – Sales and Marketing Director

Luigi Zucchi

La persona autorizzata a costituire il facicolo è. /the person authorized to compile the fi leis/La personne autorisèe à costituer le dossier est:/
Die Person barechtigt, die Unterlagen zusammenzustellen: Pierpaolo Cavallo
I-37040 Bevilacqua (VR) Italia_Via Roma, 996

DICHIARAZIONE DI CONFORMITÀ

Noi, fi rmatari della presente, dichiariamo sotto la nostra esclusiva respon­sabilità, che il prodotto:

VENTILCONVETTORE
serie FCL

al quale questa dichiarazione si riferisce è conforme alle seguenti norme
armonizzate:

soddisfando così i requisiti essenziali delle seguenti direttive:

- Direttiva Bassa Tensione: LVD 2006/95/CE

- Direttiva Compatibilità Elettromagnetica: EMC 2004/108/CE

- Direttiva Macchine: 2006/42/CE

FCL CON ACCESSORI

E’ fatto di

vieto di mettere in servizio il prodotto dotato di accessori non di

fornitura Aermec.

CONFORMITY DECLARATION

We the undersigned declare, under our own exclusive responsibility, that
the product:

FAN COIL
FCL series

to which this declaration refers, complies with the following standardised
regulations:

thus meeting the essential requisites of the following directives:

- Low Voltage Directive: LVD 2006/95/EC

-

Electromagnetic Compatibility Directive: EMC 2004/108/EC

- Machinery Directive: 2006/42/EC

FCL WITH ACCESSORIES

It is not allowed to use the unit equipped with accessories not supplied by
Aermec.

CERTIFICAT DE CONFORMITÉ

Nous soussignés déclarons sous notre exclusive responsabilité que le pro­duit:

VENTILO-CONVECTEURS
série FCL auquel cette déclaration fait référence, est conforme aux normes

harmonisées sui

vantes:

satisfaisant ainsi aux conditions essentielles des directives suivantes:

- Directive Basse Tension: LVD 2006/95/CE

-

Directive compatibilité électromagnétique: EMC 2004/108/CE

- Directive Machines: 2006/42/CE

FCL PLUS ACCESSOIRES

Il est interdit de faire fonctionner l'appareil avec des accessoires qui ne
sont pas fournis de Aermec.

KONFORMITÄTSERKLÄRUNG

Wir, die hier Unterzeichnenden, erklären auf unsere ausschließlich Verant­wortung, dass das Produkt:

GEBLÄSEKONVEKTOR
der Serie FCL

auf das sich diese Erklärung bezieht, den folgenden harmonisierten Normen
entspricht:
womit die grundlegenden Anforderungen folgender Richtlinien erfüllt wer­den:

- Niederspannungsrichtlinie: LVD 2006/95/EG

-

Richtlinie zur elektromagnetischen Verträglichkeit: EMC 2004/108/EG

- Maschinenrichtlinie: 2006/42/EG

FCL + ZUBEHÖR

F

alls das Gerät mit Zubehörteilen ausgerüstet wird, die nicht von

Aermec geliefert werden, ist dessen Inbetriebnahme solange untersagt

.

DECLARACIÓN DE CONFORMIDAD

Los que suscriben la presente declaran bajo la propia y exclusiva
responsabilidad que el conjunto en objeto, defi nido como sigue:

FAN COIL
serie FCL

al que esta declaración se refi ere, está en conformidad a las siguientes nor­mas armonizadas:

al que esta declaración se refi ere, está en conformidad a las siguientes nor­mas armonizadas:

- Directiva de Baja de Tensión: LVD 2006/95/CE

-

Directiva Compatibilidad Clectromagnétic: EMC 2004/108/CE

- Directiva Máquinas: 2006/42/CE

FCL CON ACCESORIOS

Está prohibido poner en marcha el producto con accesorios no sumini­strados por Aermec.

- CEI EN 60335-2-40

- CEI EN 55014-1

- CEI EN 55014-2

- CEI EN 61000-6-1

- CEI EN 61000-6-2

- CEI EN 61000-6-3

- CEI EN 61000-6-4

- EN 60335-2-40

- EN 55014-1

- EN 55014-2

- EN 61000-6-1

- EN 61000-6-2

- EN 61000-6-3

- EN 61000-6-4

- EN 60335-2-40

- EN 55014-1

- EN 55014-2

- EN 61000-6-1

- EN 61000-6-2

- EN 61000-6-3

- EN 61000-6-4

- EN 60335-2-40

- EN 55014-1

- EN 55014-2

- EN 61000-6-1

- EN 61000-6-2

- EN 61000-6-3

- EN 61000-6-4

- EN 60335-2-40

- EN 55014-1

- EN 55014-2

- EN 61000-6-1

- EN 61000-6-2

- EN 61000-6-3

- EN 61000-6-4

TRASPORTO • CARRIAGE • TRANSPORT • TRANSPORT • TRANSPORTE

FCL (600x600)

NON bagnare. Tenere al riparo
dalla pioggia

Do NOT wet
CRAINT l’humidité
Vor Nässe schützen
NO mojar

FCL (840x840)

Sovrapponibilità: controllare sull’imballo per conoscere il numero di macchine
impilabili
Stacking: control the packing to know the number of machines that can be
stacked
Empilement: vérifier sur l’emballage pour connaître le nombre d’appareils pouvant
être empilés
Stapelung: Die Anzahl der stapelbaren Geräte, wird durch die Symbole auf den
Verpackungen ermittelt
Apilamiento: observe en el embalaje para saber cuántos equipos pueden apilarse

NON lasciare gli imballi sciolti durante il trasporto - Non rovesciare
Do NOT leave loose packages during transport
ATTACHER les emballages pendant le transport
Die Verpackungen nicht ungesichert transportieren
NO lleve las cajas sueltas durante el transporte

NON calpestare
Do NOT step
NE PAS marcher sur cet emballage
Nicht betreten
NO pisar

NON trasportare la macchina da soli se il suo peso supera i 25 Kg
DO NOT handle the machine alone if its weight is over 25 Kg

>25Kg

NE PAS transporter tout seul l’appareil si son poids dépasse 25 Kg
Das Gerät NICHT alleine tragen, wenn sein Gewicht 25 Kg überschreitet
NO maneje los equipos en solitario si pesan más de 25 kg

Fragile, maneggiare con cura
Fragile, handle with care
Fragile, manipuler avec soin
Zerbrechlich, mit Sorgfalt behandeln
Frágil, manejar con cuidado

Freccia: alto
Arrow: high
flèche: haut
Pfeil: hoch
Flecha: alto

SIMBOLI DI SICUREZZA • SAFETY SYMBOL • SIMBOLES DE SECURITE
SICHERHEITSSYMBOLE • SÍMBOLOS DE SEGURIDAD

Pericolo: Pericolo: Pericolo!!!

Tensione Organi in movimento

Danger: Danger: Danger!!!

Power supply Movings parts

Danger: Danger: Danger!!!

Tension Organes en mouvement

Gefahr ! Gefahr ! Gefahr!!!

Spannung Rotierende Teile

Peligro: Peligro: Peligro!!!

Tensión Elementos en movimiento

4

IMPORTANT INFORMATION AND MAINTENANCE

WARNING: the fan coil is connected

to the power supply and a water cir­cuit. Any operation by persons who
do not possess the required technical
skills can lead to personal injury to the
operator or damage to the unit and
surrounding objects.

POWER THE FAN COIL ONLY WITH

230V, SINGLE-PHASE VOLTAGE

Any other type of power supply could

permanently damage the fan coil.

DO NOT USE THE FAN COIL IMPROP-

ERLY

Do not use the fan coil for animal hus-

bandry applications (e.g. incubation).

AIR THE ROOM

Periodically air the room in which the

fan coil has been installed. This is par­ticularly important if the room is occu­pied by many people, or if gas appli­ances or sources of odours are present.

ADJUST TEMPERATURE ADEQUATELY

The room temperature should be adjust-

ed in order to provide maximum com­fort to the people in the room, espe­cially if they are elderly, children or
sick people; avoid differences over 7°C
between the outdoor temperature and
the temperature inside the room in
summer.

In summer, a temperature that is too low

causes higher electrical consumption.

CORRECTLY ADJUST THE AIR JET

Air coming out from the fan coil must

not reach people directly; in fact, even
if the air is warmer than the room tem­perature, it could cause a cold sensa­tion and result in discomfort.

DO NOT USE EXCESSIVELY HOT

WATER

Clean the fan coil with a soft cloth or

sponge soaked in water not over 40°C.
Do not use chemical products or sol­vents to clean any part of the fan coil.
Do not spray water on the outer or
inner surfaces of the fan coil (it might
cause short circuits).

CLEAN THE FILTER PERIODICALLY

Cleaning the filter frequently guarantees

enhanced operating efficiency.

Check whether the filter is very dirty: in

this case, clean it more often.

Clean frequently; remove the accumu-

lated dust with a vacuum cleaner.

Once the filter is clean, refit it on the fan

coil following the removal instructions
but in reverse order.

SUPPLEMENTARY CLEANING

The fact that the blades of examinable

shrouds can be removed (operation
done only by adequately skilled techni­cians) ensures a thorough cleaning of
the internal components, which is par­ticularly important when installing the
unit in crowded areas or venues requir­ing high hygiene standards.

DURING OPERATION

Always leave the filter fitted on the fan

coil during operation (otherwise dust in
the air could soil the coil surface area).

WHAT IS NORMAL

In cooling mode, water vapour may be

present in the air delivery of the fan
coil.

In the heating mode, a slight hiss

might be heard close to the fan coil.
Sometimes the fan coil might give off

unpleasant smells due to the accumula­tion of substances present in the air of
the room (clean the filter more often,
especially if the room is not ventilated
regularly).

While the unit is functioning, there

could be noises and creaks inside
the device due to the various thermal
expansions of the elements (plastic and
metal), but this does not indicate any
malfunction and does not damage the
unit unless the maximum input water
temperature is exceeded.

MALFUNCTION
In the event of a malfunction, cut off

power supply to the unit, then restore
the power and start the unit again.
If the problem occurs again, call the
local After-Sales Service immediately.

DO NOT TUG THE ELECTRIC CABLE

It is very dangerous to pull, tread on or

crush the electric power cable, or fix it
with nails or drawing pins.

A damaged power cable can cause short

circuits and injure people.

DO NOT OBSTRUCT THE AIR

OUTLETS BY PLACING OBJECTS
INTO THEM

Do not put anything in the air outlet

slots.

This could injure people and damage

the fan.

PACKAGE

The fan coils are shipped in standard

package which consists of expand-

ed polystyrene foam and cardboard
shells.

IFCLTY 1112 - 4528511_04

5

DESCRIPTION OF THE UNIT

AIM OF THE UNIT

The fan coil is a room air treatment terminal unit for both winter and summer operation.

FCL version

Cassette-type fan coil for installation in suspended ceilings.

AVAILABLE SIZES

The Cassette fan coils of the FCL range are available in two basic sizes, called "Modules"

For 2-pipe systems

7 sizes

FCL 32 (Module 600)

FCL 36 (Module 600)
FCL 42 (Module 600)
FCL 62 (Module 600)
FCL 72 (Module 600)
FCL 82 (Module 840)
FCL 102 (Module 840)
FCL 122 (Module 840)

VERSIONS

The cassette fan coils are available in

three versions, to satisfy all system re­quirements.

The sizes, performance levels and outer

dimensions are the same as those for the

• Standard FCL version, with standard

internal 3-way valve fi tted with fast con­nection actuator and visual position sig­nalling.

The same FCL unit can be combined

with several grille accessories to allow
different operation modes.

Detailed information is given in the

manuals supplied with the acces­sories; here we merely wish to
highlight the differences between
the various delivery and suction
grille units.

For 4-pipe systems
7 sizes

FCL 34 (Module 600)
FCL 38 (Module 600)
FCL 44 (Module 600)
FCL 64 (Module 600)

FCL 84 (Module 840)
FCL 104 (Module 840)
FCL 124 (Module 840)

standard FCL version.

In this manual, versions FCL_VL and

FCL_V2 will only be referred to when
there are differences compared with
the standard FCL version; otherwise

• FCL_V2 version, with standard internal

2-way valve fi tted with fast connection
actuator and visual position signalling,
suitable for systems with a variable wa­ter fl ow rate.

- GLL10 / GLL20
If you intend to connect an electronic

control panel, check the settings
of the dip switches inside the panel
correspond to the system requirements;
if necessary, modify the settings
as indicated in the control panel
instructions.

In units with 4-speed motors, select

the 3 fan speeds most suitable for the
system.

they will simply be called FCL. Versions
FCL_VL and FCL_V2 are available upon
request.

• FCL_VL version, without an internal

valve.

- GLL10M / GLL10R / GLL20R
Check the settings of the dip switches

inside the electric box correspond to
the system requirements; if necessary,
modify the settings.

In units with 4-speed motors, select

the 3 fan speeds most suitable for the
system.

6

IFCLTY 1112 - 4528511_04

7

IFCLTY 1112 - 4528511_04

- Cooling operation: the remote control

can be used to set the cooling mode
and the room temperature required
(setting). If the fan speed is set in
automatic mode, the control board
selects the fan speed and decides
the water valve opening on the basis
of the difference between the room
temperature set by the user (setting)
and the temperature measured by the
ambient probe. In the case of 4-pipe
systems, in cooling mode the control
board will pilot the cooling solenoid
valve while the heating solenoid valve
is closed.

- Heating operation:the remote control

can be used to set the heating mode
and the room temperature required
(setting). If the fan speed is set in
automatic mode, the control board
selects the fan speed and decides
the water valve opening on the basis
of the difference between the room
temperature set by the user (setting)
and the temperature measured by the
ambient probe. In the case of 2-pipe
systems, in heating mode the control
board will pilot the standard solenoid
valve. In the case of 4-pipe systems,
in heating mode the control board
will pilot the hot water solenoid valve
(accessory) while the cooling solenoid
valve is closed.

- AUTO (Automatic) operation: by

activating "AUTO" mode on the
remote control, the room temperature
is decided by the control board,
which will also select the fan speed
(operating in Automatic mode). The
thermostat reads the SA ambient
probe (continuously, even in heating
operation, despite the thermostat
being enabled) and decide whether
to operate in heating, cooling or

dehumidifi cation mode. It is possible
to correct the fixed operation setting
by ±5°C, using the remote control. In
automatic mode, the unit re-selects the
function after each start from standby.

- Heating operation with electric heater:

if the unit is fitted with an electric
heater for heating operation, then the
only fan speeds allowed are maximum
(V3) and average (V2); minimum
speed (V1) will only be automatically
activated in the post-heating phase.
The dip switches are used to determine

- during installation - whether the
electric heater is a supplementary or
replacement one.

Heating operation with supplementary

electric heater: the heater is activated
at the same time as the heating water
valve, to increase the efficiency of
the unit. Alternatively, if the water
temperature is insufficient, the heater is
activated to make up for the low output
provided by the water coil. Ventilation
only begins after heater start-up (pre­heating).

Heating operation with replacement

electric heater: the heater is only
activated if the water temperature is
insufficient. Ventilation only begins
after heater start-up (pre-heating).

- Water probe upstream of the valve: the

probe measures the temperature of the
water in the system.

- Continuous ventilation (in cooling and
heating modes): ventilation is always

active - the thermostat only controls the
water valves and the electric heater.

- Thermostat-controlled ventilation
(heating): ventilation is delayed

following the thermostat call, to allow
the hot water to flow through the coil
(pre-heating).

- Dehumidification operation: requires

the circulation of cold water in the
system. The ventilation speed is always
at minimum, but the operation setting
fixed by the control board can be
corrected by ±5°C, using the remote
control.

- Operation with timer: used to

programme a delay in the switching

off and on of the unit, from 0.5 to 12
hours.

A power failure brings the timer

settings back to zero.

- Full Power operation: ventilation

is forced at maximum speed, while
the temperature settings are 32°C in
heating mode and 18°C in cooling
mode.

- Pause for voltage failure: after a pause

due to voltage failure, the unit restarts
with the settings in use before the
pause. Only the timer will be zero-set.

- Delayed start-up: the unit can delay

the start of ventilation compared with

ignition.

This delay is usually up to
2'40", but in particular conditions it
may be extended.

- SW4 probe: as an option, a probe can

be installed to measure the temperature
of the water in the system.

- Emergency command: If necessary

there is an “AUX” key on the grille
receiver, that activates the "Auto­Emergency" mode. In this mode, the
unit functions automatically on the
basis of the room temperature

@ read

in the moment w

hen the AUX key is
pressed. If "Auto-Emergency" mode is
selected, timer operation is excluded.
The pressing of the AUX key is
indicated by an acoustic signal. Turning
off is also via the same “AUX“ key.

Description of the functions of fan coils fi tted with GLL-M and GLL-R grille units

MAIN COMPONENTS

1 Grille with air filter
2 Receiver (GLL_M; GLL_R)
3 Air delivery deflector
4 Grille frame
5

Tray

6 Base unit
7 Fastening brackets

8 Electrical box
9

Water connections (only for 4 pipes)

10

Water connections (2 pipes)

11 Air drain valve
12 Push-out, coupling for air delivery in

an adjacent room
13 Condensate drain

14 Remote control (GLL_M; GLL_R)

FCL (Module 600)
GLL 10M
GLL 10R

14

FCL (Module 840)
GLL 20R

13

12

12

11 10

10 11

8

9

7

6

5

2

8

9

31 4

7

13

14

DESCRIPTION

The FCL cassette-type fan coil is an

air treatment unit. The FCL combines
advanced technological and function­al characteristics, making it the ideal
climate control unit for every type of
room. The supply of climate-controlled
air is distributed throughout the room.
FCL generates heat if included in
a heating system with boiler or heat
pump, but may also be used in the
summer as an air conditioner if the
heating system has a water chiller.

The fan coils are designed for 2- and

4-pipe systems (in the versions with hot
water coil).

The unit is installed in a suspended ceil-

ing with the possibility to send con­ditioned air to adjacent rooms and
introduce external air regardless of unit
ventilation.

The FCL units are available in two basic

sizes, called:

"Module 600" for units integrable in

standard 600x600mm suspended ceil­ing panelling

"Module 840" for the more powerful ver-

sions (to be housed in a compartment
measuring 840x840mm).

BASE

The load-bearing base is made of gal-

vanised sheet steel. The following

6

5

2

are fixed to the base: fixing brackets,
coils, motor and fan, condensate dis­charge pump, attachment plate, control
board unit and condensate drip tray.
By means of the flanges (accessories),
it allows the channels (for renewing
ambient air and/or delivery to an adja­cent room) to be joined to the sides.

The units with "Module 600" consist of a

reinforced load-bearing structure with a
side band in galvanised sheet steel and
thermal insulation provided by injec­tion-moulded polystyrene foam ele­ments that reduce noise and convey air.

The units with "Module 840" consist of

a structure made entirely of galvanised

31 4

8

IFCLTY 1112 - 4528511_04

sheet steel, thermally insulated with
closed cell polyethylene foam and cov­ered with anti-condensate felt.

FASTENING BRACKETS

Galvanised steel brackets for attaching

the unit to the ceiling.

TRAY

Tray closing off the unit. Made of injec-

tion co-moulded polystyrene to avoid
thermal dispersion and the formation of
condensate, it conveys conditioned air
towards the louvres and from the con­densate drip tray.

The air suction conveyor is equipped

with a protective grille that impedes
access to the moving fan.

THERMAL EXCHANGE COIL

The coils used have copper pipes and

corrugated or turbulent aluminium
louvres. They are designed to offer the
maximum heat exchange surface. All
batteries are provided with air bleed
pipes and water drain valves, located
respectively on the highest and lowest
point of the battery circulation.

WATER VALVE

The standard version of the unit includes

an internal 3-way all-or-nothing valve
with fast connection actuator and
visual position signalling, assembled
as standard on the heat/cool coil and
powered with a current of 230V ~
50Hz.

The units are available - upon request -

in two other versions, one with a 2-way
valve and the other without a valve.

The units with dual coil (for 4-pipe sys-

tems) can be connected to a second
valve, available as an accessory in the
3-way versions (for fixed output sys­tems), or the 2-way versions (for vari­able output systems).

FAN UNIT

The fan unit, with the latest axial-centrif-

ugal fan designed to obtain low-sound
emissions, is dynamically and statically
balanced.

The electric motor offers 3 speeds for

smaller sizes (FCL 32-34-36-38) and
4 speeds for larger sizes (to be able
to select the 3 speeds that best meet
the specific power and noise require­ments). The FCL can be set with con­tinuous fan operation to prevent the
layering of air in the room.

The electric motor is cushioned with

elastic supports and the steel shaft is
assembled on bearings.

The fan unit can be easily accessed for

cleaning and maintenance.

CONDENSATE DISCHARGE DEVICE

The condensate drain device is needed

to dispose of the condensate that is
produced by the unit and deposited in
the polystyrene tray. The device con­sists of a control card, a non-return
valve, a three-level floating sensor
and a pump with a maximum head of

800mm. The unit can easily be con­nected to the condensate discharge sys­tem by means of a plastic coupling
(ext. Ø 16mm).

ALARM: when the level of condensate

in the tray reaches the prefixed limit,
the alarm will stop the flow of water
to the battery, allowing only the fan to
function.

WATER CONNECTIONS

The attachment plate groups together

the water connections and the vent
of the coil's primary circuit for 2-pipe
and 4-pipe systems. The plates contain
raised symbols that identify the input
(IN) and output (OUT) water connec­tions for the water.

FILTERING SECTION

The air filter is inserted in the suction

grille.
Mechanical air filter with ABS frame.
Filter in filtering class G1, self-

extinguishing class V0 (UL94).
Easily removable and made from regen-

erable materials. May be cleaned by

washing.

SUCTION AND DELIVERY GRILLE

UNIT
(GLL range accessories)

The FCL cassette-type fan coil is only

complete when used with a grille of the

GLL range - an obligatory accessory for

the operation of the fan coil. The grille

accessory of the GLL range not only

offers suction with a filter and air deliv-

ery fins, but also a special electric box

with bayonet coupling to the connector

that is bound to the unit's load-bearing

structure.
The form and opening of the suction lou-

vres were developed in order to have

the best possible distribution of the air,

both when functioning in winter as

well as in summer.
Intake occurs through the central grille,

and delivery through the adjustable,

outer slots. In plastic, colour RAL 9010,

it contains the air filter that can be eas-

ily removed for cleaning.
The same standard FCL unit can be con-

fi gured in a number of versions by sim-

ply combining it with different grille

units of the GLL range (obligatory

accessories) to determine its working

modes:

- GLL 10 M (for Module 600 only)
With remote control, fi ns adjustable from

the remote control, IR receiver inte-

grated in the grille. GLL-M has an elec-

tronic thermostat able to manage all the

confi gurations (heating coil with valve,

cooling coil with valve, supplemen-

tary or replacement electric heater) as

well as all the functions (heating, cool-

ing, continuous or thermostat-operated

ventilation, dehumidifi cation, timed

switch-on or switch-off operations).

When working with the electric heater,

the ventilation is only active at maxi-

IFCLTY 1112 - 4528511_04

mum and medium speeds.

- GLL 10 R (for Module 600 only)
GLL 20 R (for Module 840 only)
With remote control, manually adjusted

fi ns, IR receiver integrated in the grille.
GLL-R has an electronic thermostat able
to manage all the configurations (heat­ing coil with valve, cooling coil with
valve, supplementary or replacement
electric heater) as well as all the func­tions (heating, cooling, continuous or
thermostat-operated ventilation, dehu­midification, timed switch-on or switch­off operations). When working with the
electric heater, the ventilation is only
active at maximum and medium speeds.

- GLL 10 (for Module 600 only)
GLL 20 (for Module 840 only)
Version with manually adjusted fi ns, must

be interfaced with a single or central­ised external control panel (not includ­ed). The working modes are managed
from the control panel. It is necessary to
choose a control panel that can manage
all the functions and any accessories
that may be installed. The accessories of
the SIT range allow several FCL units ­complete with GLL to be connected in
a single network and commanded from
a single control panel (for the selection,
consult the characteristics and compat­ibility of the accessories).

CONTROL PANEL (Accessory)

The units with a GLL10 or GLL20 grille

unit must be used with an external con­trol panel (see the compatibility and
functions of the control panels).

9

SELECTION CRITERIA

The main technical data of the FCL

range are summarised in the tables.

The tables show the sensible and total

refrigerating yield at maximum speed,
in relation to the temperature of the
inlet water, its temperature change
and the air temperature with dry bulb
and wet bulb (for the sensitive output
and the total output respectively).
The performance levels at average
and minimum speed are obtained by
multiplying the tabular values by the
relative correction factors.

The water side pressure drops are

shown in the charts.

The correction factors when the unit

operates with glycol water for cooling
and heating function modes are
shown in the graphs in percentages of
glycol of 10%, 20% and 35%.

The heating capacity in relation to

the water flow rate, and to the
temperature difference between the
incoming water and the incoming
air, is shown in a chart. It refers to
maximum speed; the performance
levels at average and minimum
speed are obtained by multiplying
the values obtained from the graph
(at maximum speed) by the relative
correction factors.

The sound pressure and power levels of

the fan coils at the various speeds are
shown in the tables.

There is a wide range of accessories

for the FCL fan coils, but in certain
cases some of them cannot be used
simultaneously: check the accessories
are compatible with the fan coil
chosen. The manual contains a

description of each accessory, plus a
drawing and its compatibility.

The installation information is included

in the manuals supplied together with
each fan coil or its accessory. This
manual is limited to provide general
information in order to obtain a
correct installation; it also contains
drawings with fan coil dimensions
and the wiring diagrams with the
connections to control panels.

OPERATING LIMITS

FCL 32 34 36 38 42 44 62 64 72 82 84 102 104 122 124

Maximum water inlet temperature [°C] 80
Maximum operating pressure [bar] 8
Minimum water flow rate (heating) [l/h]
Maximum water flow rate (heating) [l/h] 750 400 750 400 750 400 1050 400 1050 1750 1200 2450 1200 2450 1200
Minimum water flow rate (cooling) [l/h] 100 100 100 100 100 100 150 150 150 250 250 350 250 350 250
Maximum water flow rate (cooling) [l/h] 750 750 750 750 750 750 1050 1050 1050 1750 1750 2450 1750 2450 1750
Room temperature limits (Ta) [C°] 0 < Ta < 40
Relative humidity limits in the room R.H. U.R. < 85%
Power supply 230V ( ±10% ) ~ 50Hz

Performance values refer to the following conditions:

- at the maximum motor speed;

Water temperature

In order to prevent air stratification in the
room, and therefore to achieve improved
mixing, it is advisable not to supply the fan

Minimum average water temperature

If the fan coil is working in continuous
cooling mode in an environment where
the relative humidity is high, condensate
might form on the air delivery and
on the outside of the device. This

100 50 100 50 100 50 150 50 150 250 150 350 150 350 150

- the total input power is determined by adding the input power
for the unit to the input power for the accessories connected
and declared in the corresponding manuals.

coil with water at a temperature over 65°C.

The use of water at high temperatures

could cause squeaking due to the different

(plastic and metal), this does not however
cause damage to the unit if the maximum
operating temperature is not exceeded.

thermal expansions of the elements

condensate might be deposited on any
objects underneath and on the floor.
To avoid condensate on the external
structure of the device while the fan is
functioning, the average temperature of

limits shown in the table below, that
depend on the thermo-hygrometric con­ditions of the air in the room.
These limits refer to unit operating with
fan at minimum speed.

the water must not be lower than the

AVERAGE MINIMUM TEMPERATURE OF THE WATER [°C]

Wet bulb temperature

of the room air [°C]

10

IFCLTY 1112 - 4528511_04

Dry bulb temperature of the room temperature [°C]

21 23 25 27 29 31
15 333333
17 333333
19 333333
21 654333
23 -87655

SYSTEM EXAMPLES

Key: SA Ambient probe;

SW Water probe
RXLE Heater
VHL Solenoid valve (Hot/Cold),
VHL1/2/20/22 Hot valve

FCL (Standard)

4-pipe system2-pipe system

SA

VHL

SW4

FCL (Standard) with electric heater

SA

RXLE

SA

VHL1
VHL20

SA

SA

VHL

SW4

VHL

SW4

FCL (V2) with electric heater

4-pipe system2-pipe system

SA

RXLE

RXLE

FCL (V2)

SA

VHL2
VHL22

SA

4-pipe system2-pipe system

VHL

SW4

4-pipe system2-pipe system

RXLE

VHL

SW4

VHL1
VHL2

VHL

RXLE

Only for models

VHL

SW4

VHL1
VHL2

VHL

and confi gurations
that envisage heat-

SW4

ing with an electric

SW4

heater

FCL (VL) without valves

4-pipe system2-pipe system

SA

SA

IFCLTY 1112 - 4528511_04

11

TECHNICAL DATA

FCL 2-pipe versions FCL 32 36 42 62 72 82 102 122

Heating

Speed 4 W - - 4950 6250

Heating capacity 50°C

Water fl ow rate

Pressure drop (VL)

Cooling

Cooling capacity

Sensible Cooling
capacity

Water fl ow rate

Pressure drop (VL)

Common data

Fans no. 1 1 1 1

Air fl ow rate

Sound power

 Sound pressure

Input power

Input current (max speed) A 0.22 0.22 0.33 0.37
Peak current A 0.66 0.66 0.99 1.11
Power supply V / Hz 230 ~ 50Hz
Maximum protection level IP 20 20 20 20
Heat exchanger water content L 1.2 1.5 1.5 2.1
Plumbing connections Ø gas 3/4” 3/4” 3/4” 3/4”
Kvs (3-way valve, standard version) 2.5 2.5 2.5 2.5
Kvs (2-way valve, V2 version) 2.5 2.5 2.5 2.5

Speed 3 W 2380 3750 3940 4780
Speed 2 W 1760 2690 3030 3830
Speed 1 W 1330 2050 2250 3050
Speed 4 l/h - - 679 857
Speed 3 l/h 327 516 559 678
Speed 2 l/h 253 387 437 552
Speed 1 l/h 200 308 337 458
Speed 4 kPa - - 23 32
Speed 3 kPa 9 14 16 21
Speed 2 kPa 6 8 10 15
Speed 1 kPa 4 5 6 10

Speed 4 W - - 3950 4980
Speed 3 W 1900 3000 3250 3940
Speed 2 W 1470 2250 2540 3210
Speed 1 W 1160 1790 1960 2660
Speed 4 W - - 3160 3810
Speed 3 W 1520 2400 2360 2810
Speed 2 W 1250 1780 1820 2270
Speed 1 W 990 1390 1380 1860
Speed 4 l/h - - 679 857
Speed 3 l/h 327 516 559 678
Speed 2 l/h 253 387 437 552
Speed 1 l/h 200 308 337 458
Speed 4 kPa - - 25 36
Speed 3 kPa 10 15 18 24
Speed 2 kPa 7 9 11 16
Speed 1 kPa 4 6 7 12

Speed 4 m3/h - - 700 880
Speed 3 m3/h 600 600 530 660
Speed 2 m3/h 410 410 360 500
Speed 1 m3/h 300 300 260 380
Speed 4 dB(A) - - 53 61
Speed 3 dB(A) 46 46 46 54
Speed 2 dB(A) 38 38 38 47
Speed 1 dB(A) 35 35 35 41

Speed 4 dB(A - - 44 52
Speed 3 dB(A 37 37 37 45
Speed 2 dB(A 29 29 29 38

Speed 1 dB(A) 26 26 26 32
Speed 4 W - - 75 83
Speed 3 W 45 45 47 53
Speed 2 W 31 31 32 37
Speed 1 W 21 21 22 26

= Performance certified EUROVENT 6/3 - Acoustic tests certified EUROVENT 8/2 (ISO 3741/2001)

Performance values refer to the following conditions:
 Sound pressure measured in semi-reverberating chamber, 100m3,

and with reverberation time Tr = 0.5s

Cooling:

- room air temperature 27°C D.B. ; 19°C W.B.

- inlet water temperature 7°C ; maximum speed

- t water 5°C

12

IFCLTY 1112 - 4528511_04

Heating:

room air temperature 20°C

• water inlet temperature: 70°C ; t water 10°C

• water inlet temperature: 50°C ; maximum speed

- water flow rate as for cooling

6750 7100 10600 13000
5230 5700 8300 10500
4490 4850 7000 8800
3650 3500 4950 6300

939 1032 1548 1892
705 824 1206 1539
576 697 1015 1290
481 482 697 922

38 23 25 34
23 15 16 24
16 11 12 17
11 669

5460 6000 9000 11000
4100 4790 7010 8950
3350 4050 5900 7500
2800 2800 4050 5360
4100 4200 6660 8470
3000 3300 5140 6870
2350 2770 4300 5730
1890 1900 2940 4040

939 1032 1548 1892
705 824 1206 1539
576 697 1015 1290
481 482 697 922

43 25 28 38
26 17 18 26
18 12 13 19
13 6710

1 111
900 1100 1350 1750
680 830 1010 1350
520 680 830 1100
400 460 560 750

63 50 54 60
56 45 48 54
49 43 45 50
43 39 40 44
54 41 45 51
47 36 39 45
40 34 36 41
34 30 31 35
93 150 155 175
62 105 110 125
49 80 80 105

40 45 50 55
0,40 0.70 0.69 0.75
1,20 2.10 2.07 2.25

20 20 20 20

2,1 3 4.5 4.5

3/4” 3/4” 3/4” 3/4”

2,5 444
2,5 2.5 2.5 2.5

TECHNICAL DATA

FCL 4-pipe versions FCL 34 38 44 64 84 104 124

Heating

Speed 4 W - - 3070 3800 8500 10000 12500

Heating capacity 70°C

Water fl ow rate

Pressure drop (VL)

Cooling

Cooling capacity

Sensible Cooling
capacity

Water fl ow rate

Pressure drop (VL)

Common data

Fans no.1111111

Air fl ow rate

Sound power

 Sound pressure

Input power

Input current (max speed) A 0.22 0.22 0.33 0.37 0,70 0,69 0,75
Peak current A 0.66 0.66 0.99 1.11 2,10 2,07 2,25
Power supply V / Hz 230 ~ 50Hz
Maximum protection level IP 20 20 20 20 20 20 20
Heat exchanger water content L 1.2 1.5 1.5 2.1 3 4.5 4.5
Water connections (cold circuit) Ø gas 3/4” 3/4” 3/4” 3/4” 3/4” 3/4” 3/4”
Water connections (hot circuit) Ø gas 1/2” 1/2” 1/2” 1/2” 1/2” 1/2” 1/2”
Kvs (3-way valve, standard version) 2.5 2.5 2.5 2.5 4 4 4
Kvs (2-way valve, V2 version) 2.5 2.5 2.5 2.5 2.5 2.5 2.5

= Performance certified EUROVENT 6/3 - Acoustic tests certified EUROVENT 8/2 (ISO 3741/2001)

Performance values refer to the following conditions:
 Sound pressure measured in

and with reverberation time Tr = 0.5s

Cooling:

- room air temperature 27°C D.B. ; 19°C W.B.

- inlet water temperature 7°C ; maximum speed

- t water 5°C

Speed 3 W 2600 2600 2730 3380 7150 8250 10400
Speed 2 W 2190 2190 2290 2990 6400 7300 9300
Speed 1 W 1950 1950 1960 2640 5300 5900 7050
Speed 4 l/h - - 264 327 731 860 1075
Speed 3 l/h 224 224 235 291 615 710 894
Speed 2 l/h 188 188 197 257 550 628 800
Speed 1 l/h 168 168 169 227 456 507 606
Speed 4 kPa - - 14 21 14 19 29
Speed 3 kPa 11 11 12 17 10 14 21
Speed 2 kPa 8 8 8 14 9 11 17
Speed 1 kPa 6 6 6 11 6 7 10

Speed 4 W - - 3650 4610 6000 7200 8800
Speed 3 W 1900 2770 3000 3640 4790 5760 7270
Speed 2 W 1470 2080 2340 2970 4050 4915 6220
Speed 1 W 1160 1650 1810 2460 2800 3500 4570
Speed 4 W - - 2920 3530 4200 5300 6770
Speed 3 W 1520 2240 2180 2600 3300 4180 5520
Speed 2 W 1250 1660 1680 2100 2770 3530 4670
Speed 1 W 990 1300 1270 1720 1900 2480 3370
Speed 4 l/h - - 628 793 1032 1238 1514
Speed 3 l/h 327 476 516 626 824 991 1250
Speed 2 l/h 253 358 402 511 697 845 1070
Speed 1 l/h 200 284 311 423 482 602 786
Speed 4 kPa - - 22 31 25 26 38
Speed 3 kPa 10 13 15 21 17 18 27
Speed 2 kPa 7 8 10 14 12 13 20
Speed 1 kPa 4 5 6 10 6 7 12

Speed 4
Speed 3
Speed 2
Speed 1
Speed 4 dB(A) - - 53 61 50 54 60
Speed 3 dB(A) 46 46 46 54 45 48 54
Speed 2 dB(A) 38 38 38 47 43 45 50
Speed 1 dB(A) 35 35 35 41 39 40 44

Speed 4 dB(A) - - 44 52 41 45 51
Speed 3 dB(A) 37 37 37 45 36 39 45
Speed 2 dB(A) 29 29 29 38 34 36 41

Speed 1 dB(A) 26 26 26 32 30 31 35
Speed 4 W - - 75 83 150 155 175
Speed 3 W 45 45 47 53 105 110 125
Speed 2 W 31 31 32 37 80 80 105
Speed 1 W 21 21 22 26 45 50 55

semi-reverberating chamber, 100m3,

cu.m/h
cu.m/h
cu.m/h
cu.m/h

- - 700 880 1100 1350 1750
600 600 530 660 830 1010 1350
410 410 360 500 680 830 1100
300 300 260 380 460 560 750

Heating:

room air temperature 20°C

• water inlet temperature: 70°C ; t water 10°C

• water inlet temperature: 50°C ; maximum speed

- water flow rate as for cooling

IFCLTY 1112 - 4528511_04

13

COOLING CAPACITY - FCL32

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1526 1281 1519 1457 1526 1526 1574 1574 1722 1722 1797 1797
17 1969 1274 1965 1454 1961 1631 1957 1808 1951 1951 1953 1953
19 2448 1264 2442 1444 2436 1623 2430 1800 2424 1975 2420 2062
21 2955 1430 2947 1609 2939 1786 2931 1963 2929 2052
23 3497 1591 3493 1773 3481 1948 3477 2037
15 1317 1164 1347 1347 1404 1404 1502 1502 1653 1653 1728 1728
17 1785 1174 1781 1353 1775 1530 1783 1711 1803 1803 1823 1823
19 2270 1169 2266 1349 2262 1528 2258 1707 2254 1882 2246 1968
21 2784 1340 2777 1519 2773 1698 2767 1875 2765 1963
23 3335 1506 3327 1684 3319 1862 3315 1951
15 1056 1014 1154 1154 1261 1261 1407 1407 1564 1564 1643 1643
17 1518 1035 1515 1213 1540 1400 1589 1589 1654 1654 1698 1698
19 2056 1059 2052 1239 2048 1417 2040 1592 2044 1771 2048 1861
21 2587 1239 2579 1417 2575 1595 2571 1773 2567 1860
23 3145 1410 3141 1590 3133 1767 3129 1855
15 1185 1093 1201 1201 1266 1266 1417 1417 1567 1567 1641 1641
17 1631 1093 1627 1271 1621 1448 1620 1620 1649 1649 1670 1670
19 2108 1085 2104 1265 2100 1444 2092 1618 2090 1794 2084 1880
21 2614 1254 2606 1432 2092 1618 2595 1785 2593 1873
23 3156 1417 3153 1597 3145 1774 3141 1862
15 978 974 1064 1064 1188 1188 1344 1344 1498 1498 1573 1573
17 1417 984 1412 1161 1431 1345 1472 1472 1534 1534 1586 1586
19 1912 987 1908 1166 1906 1345
21 2428 1161 2424 1341 2420 1518 2412 1693 2411 1781
23 2978 1329 2974 1508 2967 1685 2963 1773
15 762 762 917 917 1083 1083 1247 1247 1407 1407 1485 1485
17 1069 812 1132 1014 1213 1213 1307 1307 1417 1417 1488 1488
19 1643 857 1643 1037 1638 1213 1654 1397 1692 1587 1714 1682
21 2203 1053 2199 1231 2195 1408 2191 1584 2191 1672
23 2769 1229 2765 1408 2757 1583 2757 1673
15 862 862 956 956 1109 1109 1261 1261 1411 1411 1485 1485
17 1268 910 1262 1085 1275 1266 1314 1314 1415 1415 1488 1488
19 1748 907 1744 1086 1740 1263 1734 1437 1730 1612 1733 1701
21 2252 1077 2246 1254 2242 1431 2238 1608 2234 1693
23 2796 1243 2790 1421 2784 1597 2781 1685
15 709 709 865 865 1027 1027 1186 1186 1341 1341 1417 1417
17 996 778 1039 970 1110 1110 1207 1207 1344 1344 1420 1420
19 1521 800 1518 978 1515 1155 1524 1335 1553 1519 1575 1575
21 2044 980 2040 1157 2037 1333 2033 1509 2031 1595
23 2598 1151 2595 1329 2587 1504 2587 1593
15 536 536 739 739 917 917 1086 1086 1249 1249 1328 1328
17 645 599 800 800 944 944 1088 1088 1251 1251 1330 1330
19 1159 637 1167 817 1213 1010 1284 1211 1368 1368 1415 1415
21 1775 859 1771 1035 1771 1212 1775 1390 1787 1482
23 2361 1045 2357 1222 2353 1398 2349 1485

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

1900 1520

1898 1696 1902 1787

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

14

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL32

Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

600 11
410 0,77 0,82
300 0,61 0,65

COOLING CAPACITY - FCL32

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 640 640 799 799 954 954 1105 1105 1256 1256 1330 1330
17 873 719 905 905 973 973 1107 1107 1258 1258 1333 1333
19 1358 726 1355 902 1352 1077 1353 1255 1382 1382 1398 1398
21 1866 899 1862 1076 1858 1251 1854 1426 1853 1512
23 2411 1068 2405 1244 2401 1420 2397 1506
15 522 522 700 700 866 866 1027 1027 1183 1183 1261 1261
17 601 580 729 729 868 868 1028 1028 1186 1186 1264 1264
19 1072 599 1075 776 1107 963 1168 1158 1249 1249 1294 1294
21 1627 794 1624 970 1624 1146 1624 1322 1632 1413
23 2187 970 2187 1148 2179 1322 2179 1410
15 306 306 550 550 745 745 921 921 1088 1088 1170 1170
17 306 306 552 552 747 747 924 924 1091 1091 1171 1171
19 506 357 699 603 845 827 979 979 1111 1111 1179 1179
21 1265 642 1268 819 1306 1007 1366 1203 1401 1301
23 1910 854 1908 1030 1906 1205 1902 1291
15 476 476 639 639 796 796 949 949 1100 1100 1175 1175
17 514 514 641 641 798 798 951 951 1103 1103 1178 1178
19 936 540 933 714 956 896 1012 1012 1106 1106 1181 1181
21 1453 720 1450 896 1447 1069 1445 1242 1451 1332
23 1997 891 1995 1067 1989 1240 1987 1327
15 324 324 528 528 702 702 866 866 1026 1026 1105 1105
17 325 325 528 528 703 703 868 868 1028 1028 1107 1107
19 509 359 638 577 762 762 886 886 1030 1030 1109 1109
21 1159 599 1159 774 1183 956 1235 1147 1265 1242
23 1744 787 1740 961 1736 1134 1736 1222
15 154 154 308 308 562 562 751 751 925 925 1008 1008
17 154 154 308 308 562 562 754 754 926 926 1009 1009
19 159 159 310 310 569 569 755 755 928 928 1012 1012
21 588 374 754 603 892 821 1020 1020 1080 1080
23 1377 644 1377 818 1404 1002 1426 1096
15 304 304 477 477 638 638 794 794 945 945 1022 1022
17 305 305 477 477 639 639 796 796 948 948 1023 1023
19 445 334 538 533 650 650 797 797 949 949 1026 1026
21 1001 536 998 708 1015 887 1060 1060 1091 1091
23 1555 713 1553 887 1548 1058 1547 1144
15 124 124 335 335 531 531 703 703 866 866 947 947
17 124 124 335 335 532 532 705 705 868 868 948 948
19 125 125 337 337 533 533 706 706 871 871 949 949
21 558 363 677 574 794 781 911 911 971 971
23 1246 595 1246 768 1261 946 1280 1039
15 25 25 154 154 321 321 570 570 756 756 843 843
17 25 25 154 154 321 321 571 571 758 758 845 845
19 25 25 154 154 322 322 573 573 759 759 846 846
21 160 160 332 332 589 589 766 766 849 849
23 661 383 813 603 944 815 1007 920

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL32

Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

600 11
410 0,77 0,82
300 0,61 0,65

15

COOLING CAPACITY - FCL36

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2410 2022 2399 2300 2410 2410 2485 2485 2719 2719 2838 2838
17 3109 2011 3103 2296 3097 2575 3091 2854 3081 3081 3084 3084
19 3865 1995 3856 2280 3847 2562 3837 2842 3828 3118 3822 3256
21 4665 2258 4653 2541 4640 2821 4628 3100 4625 3240
23 5521 2513 5515 2799 5496 3076 5490 3216
15 2079 1838 2126 2126 2217 2217 2371 2371 2610 2610 2728 2728
17 2819 1854 2813 2137 2803 2415 2816 2701 2847 2847 2878 2878
19 3584 1845 3578 2131 3572 2413 3565 2695 3559 2972 3547 3107
21 4397 2116 4384 2398 4378 2681 4368 2961 4365 3100
23 5265 2378 5253 2660 5240 2940 5234 3080
15 1667 1601 1821 1821 1991 1991 2221 2221 2470 2470 2595 2595
17 2397 1634 2393 1916 2431 2211 2509 2509 2612 2612 2681 2681
19 3247 1672 3241 1956 3234 2237 3222 2514 3228 2796 3234 2939
21 4084 1957 4072 2237 4065 2519 4059 2799 4053 2936
23 4965 2226 4959 2510 4946 2790 4940 2929
15 1871 1727 1897 1897 2000 2000 2238 2238 2474 2474 2590 2590
17 2575 1726 2569 2008 2560 2286 2558 2558 2603 2603 2638 2638
19 3328 1714 3322 1998 3316 2280 3303 2555 3300 2833 3291 2968
21 4128 1980 4115 2261 3303 2555 4097 2819 4094 2958
23 4984 2238 4978 2521 4965 2801 4959 2940
15 1544 1538 1680 1680 1875 1875 2122 2122 2365 2365 2483 2483
17 2238 1554 2229 1833 2260 2123 2324 2324 2423 2423 2504 2504
19 3019 1558 3012 1842 3009 2123
21 3834 1834 3828 2117 3822 2397 3809 2673 3806 2812
23 4703 2099 4697 2381 4684 2660 4678 2799
15 1203 1203 1448 1448 1710 1710 1970 1970 2221 2221 2345 2345
17 1688 1283 1787 1602 1916 1916 2064 2064 2238 2238 2350 2350
19 2595 1354 2595 1638 2586 1915 2612 2206 2672 2506 2706 2656
21 3478 1663 3472 1944 3466 2223 3459 2501 3459 2641
23 4372 1941 4365 2223 4353 2500 4353 2641
15 1362 1362 1510 1510 1752 1752 1991 1991 2227 2227 2345 2345
17 2002 1436 1993 1714 2013 1998 2075 2075 2234 2234 2350 2350
19 2759 1433 2753 1715 2747 1994 2739 2269 2732 2545 2736 2686
21 3556 1700 3547 1981 3541 2260 3534 2538 3528 2674
23 4415 1963 4406 2243 4397 2522 4390 2660
15 1119 1119 1366 1366 1622 1622 1873 1873 2118 2118 2238 2238
17 1572 1228 1641 1531 1753 1753 1905 1905 2122 2122 2242 2242
19 2401 1264 2397 1544 2393 1823 2406 2107 2453 2399 2487 2487
21 3228 1547 3222 1828 3216 2105 3209 2382 3206 2519
23 4103 1818 4097 2098 4084 2375 4084 2516
15 846 846 1166 1166 1448 1448 1714 1714 1972 1972 2096 2096
17 1018 945 1263 1263 1491 1491 1718 1718 1976 1976 2101 2101
19 1830 1006 1843 1290 1916 1595 2028 1913 2161 2161 2234 2234
21 2803 1356 2797 1634 2797 1913 2803 2194 2822 2341
23 3728 1651 3722 1930 3715 2208 3709 2344

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

3000 2400

2997 2678 3003 2821

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

16

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL36

Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

600 11
410 0,75 0,74
300 0,60 0,58

COOLING CAPACITY - FCL36

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1010 1010 1262 1262 1506 1506 1744 1744 1982 1982 2101 2101
17 1379 1136 1428 1428 1536 1536 1748 1748 1987 1987 2105 2105
19 2144 1146 2139 1425 2135 1701 2137 1981 2182 2182 2208 2208
21 2947 1420 2941 1699 2934 1975 2928 2251 2925 2387
23 3806 1686 3797 1964 3790 2242 3784 2379
15 825 825 1105 1105 1368 1368 1622 1622 1869 1869 1991 1991
17 949 915 1151 1151 1370 1370 1624 1624 1873 1873 1995 1995
19 1692 946 1697 1226 1748 1521 1845 1828 1972 1972 2043 2043
21 2569 1254 2565 1532 2565 1810 2565 2087 2577 2230
23 3453 1532 3453 1813 3441 2087 3441 2226
15 483 483 868 868 1177 1177 1454 1454 1718 1718 1847 1847
17 484 484 872 872 1179 1179 1458 1458 1723 1723 1849 1849
19 799 564 1104 952 1334 1306 1546 1546 1755 1755 1862 1862
21 1997 1014 2002 1293 2062 1591 2156 1900 2212 2054
23 3016 1349 3012 1627 3009 1903 3003 2038
15 752 752 1009 1009 1258 1258 1499 1499 1738 1738 1856 1856
17 812 812 1012 1012 1261 1261 1501 1501 1742 1742 1860 1860
19 1478 853 1473 1128 1510 1415 1598 1598 1746 1746 1864 1864
21 2294 1137 2290 1414 2285 1687 2281 1961 2292 2103
23 3153 1406 3150 1684 3141 1958 3137 2095
15 511 511 833 833 1108 1108 1368 1368 1619 1619 1744 1744
17 513 513 834 834 1110 1110 1370 1370 1624 1624 1748 1748
19 803 568 1007 912 1203 1203 1398 1398 1626 1626 1750 1750
21 1830 946 1830 1222 1869 1509 1950 1811 1997 1961
23 2753 1243 2747 1518 2741 1791 2741 1929
15 244 244 487 487 887 887 1186 1186 1460 1460 1592 1592
17 244 244 487 487 887 887 1190 1190 1463 1463 1594 1594
19 251 251 489 489 898 898 1192 1192 1465 1465 1598 1598
21 928 590 1190 953 1409 1297 1611 1611 1705 1705
23 2174 1017 2174 1292 2217 1582 2251 1731
15 481 481 753 753 1007 1007 1253 1253 1493 1493 1613 1613
17 482 482 754 754 1009 1009 1256 1256 1497 1497 1615 1615
19 702 527 849 842 1027 1027 1259 1259 1499 1499 1619 1619
21 1581 846 1576 1117 1602 1400 1673 1673 1723 1723
23 2455 1126 2453 1400 2444 1671 2442 1807
15 195 195 528 528 839 839 1110 1110 1368 1368 1495 1495
17 196 196 528 528 840 840 1113 1113 1370 1370 1497 1497
19 197 197 533 533 842 842 1115 1115 1375 1375 1499 1499
21 881 573 1070 906 1254 1234 1439 1439 1534 1534
23 1967 940 1967 1212 1991 1494 2021 1640
15 39 39 244 244 507 507 900 900 1194 1194 1332 1332
17 39 39 244 244 507 507 902 902 1196 1196 1334 1334
19 39 39 244 244 509 509 904 904 1198 1198 1336 1336
21 253 253 524 524 930 930 1209 1209 1340 1340
23 1044 604 1284 952 1491 1287 1589 1452

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL36

Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

600 11
410 0,75 0,74
300 0,60 0,58

17

COOLING CAPACITY - FCL42

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 3173 2662 3159 3029 3173 3173 3272 3272 3580 3580 3736 3736
17 4094 2648 4086 3022 4078 3391 4069 3758 4057 4057 4061 4061
19 5089 2627 5077 3002 5065 3373 5052 3742 5040 4105 5032 4287
21 6143 2973 6126 3346 6110 3714 6093 4082 6089 4265
23 7270 3308 7262 3685 7237 4051 7229 4235
15 2737 2420 2800 2800 2918 2918 3122 3122 3436 3436 3592 3592
17 3711 2441 3703 2813 3691 3180 3707 3556 3748 3748 3790 3790
19 4719 2430 4711 2805 4703 3177 4695 3548 4686 3913 4670 4091
21 5789 2786 5772 3158 5764 3530 5752 3898 5748 4082
23 6932 3131 6916 3502 6900 3871 6891 4055
15 2194 2108 2398 2398 2622 2622 2924 2924 3252 3252 3416 3416
17 3156 2152 3150 2523 3201 2911 3303 3303 3439 3439 3529 3529
19 4275 2201 4267 2575 4259 2946 4242 3310 4250 3681 4259 3870
21 5377 2576 5361 2946 5353 3316 5345 3686 5336 3866
23 6538 2931 6529 3305 6513 3674 6505 3857
15 2463 2273 2497 2497 2633 2633 2947 2947 3258 3258 3411 3411
17 3391 2273 3382 2643 3371 3010 3368 3368 3428 3428 3473 3473
19 4382 2256 4374 2631 4365 3002 4349 3365 4345 3731 4333 3908
21 5435 2607 5419 2977 4349 3365 5394 3712 5390 3895
23 6562 2946 6554 3320 6538 3688 6529 3871
15 2033 2025 2211 2211 2469 2469 2794 2794 3114 3114 3269 3269
17 2947 2046 2935 2413 2975 2795 3060 3060 3190 3190 3297 3297
19 3975 2052 3966 2425 3962 2796
21 5048 2414 5040 2787 5032 3156 5015 3520 5011 3702
23 6192 2763 6184 3135 6167 3503 6159 3685
15 1584 1584 1906 1906 2251 2251 2593 2593 2924 2924 3088 3088
17 2223 1689 2353 2109 2523 2523 2718 2718 2947 2947 3094 3094
19 3416 1782 3416 2157 3405 2521 3439 2905 3518 3299 3563 3497
21 4579 2189 4571 2560 4563 2927 4555 3293 4555 3477
23 5756 2556 5748 2927 5731 3292 5731 3478
15 1793 1793 1988 1988 2306 2306 2622 2622 2933 2933 3088 3088
17 2636 1891 2624 2256 2650 2631 2732 2732 2941 2941 3094 3094
19 3633 1886 3625 2258 3617 2625 3606 2988 3597 3351 3603 3537
21 4682 2239 4670 2608 4662 2975 4653 3342 4645 3520
23 5813 2585 5801 2954 5789 3321 5781 3503
15 1473 1473 1799 1799 2135 2135 2466 2466 2788 2788 2947 2947
17 2070 1617 2161 2016 2308 2308 2508 2508 2794 2794 2952 2952
19 3162 1664 3156 2033 3150 2401 3167 2775 3230 3159 3275 3275
21 4250 2037 4242 2406 4234 2772 4226 3137 4222 3317
23 5402 2394 5394 2763 5377 3127 5377 3313
15 1114 1114 1536 1536 1906 1906 2257 2257 2596 2596 2760 2760
17 1340 1244 1663 1663 1963 1963 2262 2262 2602 2602 2766 2766
19 2409 1325 2426 1699 2523 2101 2670 2519 2845 2845 2941 2941
21 3691 1785 3683 2152 3683 2519 3691 2889 3716 3082
23 4908 2173 4900 2541 4892 2907 4884 3087

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

3950 3160

3946 3526 3954 3714

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

18

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL42

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

700 11
530 0,82 0,75
360 0,64 0,58
260 0,50 0,44

COOLING CAPACITY - FCL42

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1330 1330 1661 1661 1982 1982 2296 2296 2610 2610 2766 2766
17 1815 1495 1881 1881 2022 2022 2302 2302 2616 2616 2771 2771
19 2822 1508 2817 1876 2811 2240 2814 2608 2873 2873 2907 2907
21 3880 1870 3872 2237 3864 2601 3855 2964 3851 3143
23 5011 2219 4999 2585 4991 2952 4983 3132
15 1086 1086 1455 1455 1801 1801 2135 2135 2460 2460 2622 2622
17 1250 1205 1516 1516 1804 1804 2138 2138 2466 2466 2627 2627
19 2228 1245 2234 1614 2302 2002 2429 2407 2596 2596 2689 2689
21 3382 1651 3377 2017 3377 2383 3377 2748 3394 2937
23 4546 2017 4546 2387 4530 2747 4530 2931
15 636 636 1142 1142 1550 1550 1915 1915 2262 2262 2432 2432
17 637 637 1148 1148 1552 1552 1920 1920 2268 2268 2435 2435
19 1052 743 1454 1253 1756 1720 2036 2036 2310 2310 2452 2452
21 2630 1335 2636 1703 2715 2094 2839 2501 2913 2704
23 3971 1776 3966 2142 3962 2506 3954 2684
15 990 990 1329 1329 1656 1656 1974 1974 2288 2288 2443 2443
17 1069 1069 1332 1332 1660 1660 1977 1977 2293 2293 2449 2449
19 1946 1123 1940 1485 1988 1864 2104 2104 2299 2299 2455 2455
21 3020 1497 3015 1862 3009 2222 3003 2582 3017 2768
23 4152 1852 4147 2218 4135 2578 4131 2758
15 673 673 1097 1097 1459 1459 1801 1801 2132 2132 2296 2296
17 676 676 1099 1099 1462 1462 1804 1804 2138 2138 2302 2302
19 1058 747 1326 1200 1584 1584 1841 1841 2141 2141 2305 2305
21 2409 1245 2409 1610 2460 1987 2568 2384 2630 2582
23 3625 1637 3617 1999 3609 2358 3609 2540
15 321 321 641 641 1168 1168 1561 1561 1923 1923 2096 2096
17 321 321 641 641 1168 1168 1567 1567 1926 1926 2098 2098
19 331 331 644 644 1182 1182 1569 1569 1929 1929 2104 2104
21 1222 777 1567 1254 1855 1708 2121 2121 2245 2245
23 2862 1339 2862 1701 2918 2083 2964 2279
15 633 633 991 991 1326 1326 1650 1650 1965 1965 2124 2124
17 634 634 993 993 1329 1329 1654 1654 1971 1971 2127 2127
19 925 693 1118 1109 1352 1352 1657 1657 1974 1974 2132 2132
21 2081 1114 2076 1471 2110 1844 2203 2203 2268 2268
23 3232 1482 3230 1844 3218 2200 3215 2379
15 257 257 695 695 1104 1104 1462 1462 1801 1801 1968 1968
17 258 258 695 695 1106 1106 1465 1465 1804 1804 1971 1971
19 259 259 701 701 1108 1108 1468 1468 1810 1810 1974 1974
21 1159 754 1408 1193 1651 1624 1895 1895 2019 2019
23 2590 1237 2590 1596 2622 1967 2661 2160
15 51 51 321 321 667 667 1185 1185 1572 1572 1753 1753
17 51 51 321 321 667 667 1188 1188 1575 1575 1756 1756
19 51 51 321 321 670 670 1190 1190 1578 1578 1759 1759
21 333 333 690 690 1224 1224 1592 1592 1765 1765
23 1374 795 1691 1253 1963 1695 2093 1912

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL42

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

700 11
530 0,82 0,75
360 0,64 0,58
260 0,50 0,44

19

COOLING CAPACITY - FCL62

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 4000 3210 3983 3652 4000 4000 4125 4125 4514 4514 4710 4710
17 5162 3193 5151 3644 5141 4089 5130 4531 5115 4970 5120 5120
19 6417 3167 6401 3619 6386 4067 6370 4512 6354 4950 6344 5169
21 7744 3585 7724 4034 7703 4478 7682 4921 7677 5143
23 9165 3989 9155 4443 9124 4884 9114 5106
15 3451 2917 3530 3392 3680 3680 3936 3936 4332 4332 4528 4528
17 4679 2943 4669 3392 4653 3834 4674 4288 4726 4726 4778 4778
19 5950 2929 5939 3382 5929 3831 5919 4278 5908 4717 5888 4932
21 7298 3359 7278 3807 7267 4256 7252 4700 7246 4921
23 8740 3775 8719 4222 8699 4668 8688 4889
15 2767 2541 3023 3023 3305 3305 3687 3687 4100 4100 4307 4307
17 3979 2595 3972 3042 4036 3510 4164 3998 4336 4336 4450 4450
19 5390 2654 5379 3105 5369 3552 5348 3991 5359 4439 5369 4665
21 6780 3106 6759 3552 6749 3998 6738 4444 6728 4661
23 8242 3534 8232 3985 8211 4429 8201 4650
15 3105 2741 3148 3148 3319 3319 3715 3715 4107 4107 4300 4300
17 4275 2740 4264 3187 4250 3629 4246 4070 4321 4321 4378 4378
19 5525 2721 5514 3172 5504 3619 5483 4057 5478 4498 5462 4712
21 6852 3143 6832 3589 5483 4057 6800 4475 6795 4696
23 8273 3552 8263 4003 8242 4447 8232 4667
15 2563 2442 2788 2788 3113 3113 3523 3523 3926 3926 4122 4122
17 3715 2467 3701 2909 3751 3370 3858 3845 4022 4022 4157 4157
19 5011 2474 5001 2923 4996 3371
21 6365 2911 6354 3361 6344 3806 6323 4244 6318 4464
23 7807 3332 7796 3780 7775 4223 7765 4443
15 1997 1997 2403 2403 2838 2838 3269 3269 3687 3687 3893 3893
17 2802 2036 2966 2543 3180 3057 3426 3426 3715 3715 3901 3901
19 4307 2149 4307 2601 4293 3040 4336 3502 4435 3978 4492 4217
21 5774 2639 5763 3087 5753 3529 5742 3970 5742 4192
23 7257 3081 7246 3529 7226 3969 7226 4193
15 2260 2260 2506 2506 2908 2908 3305 3305 3697 3697 3893 3893
17 3323 2280 3309 2720 3341 3173 3444 3444 3708 3708 3901 3901
19 4581 2275 4570 2722 4560 3165 4546 3602 4535 4040 4542 4264
21 5903 2699 5888 3144 5877 3587 5867 4030 5856 4244
23 7329 3116 7314 3561 7298 4004 7288 4223
15 1857 1857 2268 2268 2692 2692 3109 3109 3516 3516 3715 3715
17 2610 1949 2724 2430 2909 2909 3163 3163 3523 3523 3722 3722
19 3986 2006 3979 2452 3972 2894 3993 3345 4072 3808 4129 4044
21 5359 2456 5348 2901 5338 3342 5327 3782 5322 3999
23 6811 2886 6800 3331 6780 3770 6780 3994
15 1405 1405 1936 1936 2403 2403 2845 2845 3273 3273 3480 3480
17 1690 1500 2096 2080 2474 2474 2852 2852 3280 3280 3487 3487
19 3038 1597 3059 2049 3180 2533 3366 3037 3587 3540 3708 3708
21 4653 2152 4643 2594 4643 3037 4653 3484 4684 3716
23 6188 2620 6178 3063 6168 3505 6157 3722

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

4980 3810

4975 4251 4985 4478

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

20

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL62

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

880 11
660 0,79 0,74
500 0,64 0,60
380 0,53 0,49

COOLING CAPACITY - FCL62

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1677 1677 2095 2095 2499 2499 2895 2895 3291 3291 3487 3487
17 2288 1803 2371 2270 2549 2549 2902 2902 3298 3298 3494 3494
19 3558 1819 3551 2262 3544 2700 3548 3145 3622 3601 3665 3665
21 4892 2254 4881 2697 4871 3136 4861 3573 4856 3789
23 6318 2676 6303 3117 6292 3559 6282 3776
15 1369 1369 1834 1834 2271 2271 2692 2692 3102 3102 3305 3305
17 1576 1453 1911 1911 2275 2275 2695 2695 3109 3109 3312 3312
19 2810 1502 2817 1946 2902 2414 3063 2902 3273 3273 3391 3391
21 4264 1990 4257 2432 4257 2873 4257 3313 4279 3541
23 5732 2432 5732 2878 5711 3313 5711 3534
15 801 801 1440 1440 1954 1954 2414 2414 2852 2852 3066 3066
17 803 803 1447 1447 1957 1957 2421 2421 2859 2859 3070 3070
19 1326 896 1833 1511 2214 2073 2567 2567 2913 2913 3091 3091
21 3316 1609 3323 2053 3423 2525 3580 3016 3672 3261
23 5006 2142 5001 2582 4996 3021 4985 3236
15 1248 1248 1676 1676 2087 2087 2489 2489 2884 2884 3080 3080
17 1348 1348 1679 1679 2093 2093 2492 2492 2892 2892 3088 3088
19 2453 1355 2446 1790 2506 2247 2653 2653 2899 2899 3095 3095
21 3808 1805 3801 2245 3794 2679 3786 3113 3804 3338
23 5234 2232 5229 2674 5213 3109 5208 3325
15 848 848 1383 1383 1840 1840 2271 2271 2688 2688 2895 2895
17 852 852 1385 1385 1843 1843 2275 2275 2695 2695 2902 2902
19 1333 901 1672 1447 1997 1979 2321 2321 2699 2699 2906 2906
21 3038 1501 3038 1941 3102 2396 3237 2875 3316 3113
23 4570 1974 4560 2410 4550 2844 4550 3062
15 405 405 809 809 1472 1472 1968 1968 2424 2424 2642 2642
17 405 405 809 809 1472 1472 1975 1975 2428 2428 2645 2645
19 417 417 812 812 1490 1490 1979 1979 2432 2432 2653 2653
21 1540 937 1975 1512 2339 2059 2674 2593 2831 2831
23 3608 1615 3608 2051 3680 2512 3737 2748
15 798 798 1250 1250 1672 1672 2080 2080 2478 2478 2678 2678
17 800 800 1251 1251 1676 1676 2086 2086 2485 2485 2681 2681
19 1166 836 1410 1337 1704 1704 2089 2089 2489 2489 2688 2688
21 2624 1343 2617 1774 2660 2223 2777 2688 2859 2859
23 4075 1787 4072 2223 4057 2653 4054 2869
15 324 324 877 877 1392 1392 1843 1843 2271 2271 2481 2481
17 325 325 877 877 1394 1394 1847 1847 2275 2275 2485 2485
19 326 326 884 884 1398 1398 1850 1850 2282 2282 2489 2489
21 1462 910 1775 1438 2082 1959 2389 2389 2546 2546
23 3266 1492 3266 1924 3305 2371 3355 2604
15 64 64 405 405 841 841 1494 1494 1982 1982 2210 2210
17 64 64 405 405 841 841 1497 1497 1986 1986 2214 2214
19 64 64 405 405 844 844 1501 1501 1989 1989 2218 2218
21 420 414 870 870 1544 1544 2007 2007 2225 2225
23 1733 959 2132 1511 2474 2043 2638 2305

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL62

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

880 11
660 0,79 0,74
500 0,64 0,60
380 0,53 0,49

21

COOLING CAPACITY - FCL72

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 4386 3454 4366 3930 4386 4386 4523 4523 4949 4949 5164 5164
17 5659 3436 5648 3922 5636 4400 5625 4876 5608 5348 5614 5586
19 7035 3408 7018 3895 7001 4377 6984 4855 6967 5326 6955 5563
21 8491 3858 8468 4341 8445 4819 8423 5296 8417 5534
23 10049 4292 10037 4781 10003 5256 9992 5495
15 3784 3139 3870 3650 4034 4034 4316 4316 4750 4750 4965 4965
17 5130 3167 5119 3650 5102 4126 5125 4614 5181 5100 5238 5238
19 6523 3152 6512 3640 6501 4122 6489 4603 6478 5076 6455 5308
21 8002 3615 7979 4097 7968 4579 7951 5058 7945 5296
23 9583 4063 9560 4544 9537 5023 9526 5261
15 3033 2735 3315 3308 3624 3624 4042 4042 4495 4495 4722 4722
17 4363 2792 4355 3273 4425 3777 4566 4302 4753 4753 4879 4879
19 5909 2856 5898 3341 5886 3822 5864 4295 5875 4777 5886 5021
21 7433 3343 7410 3822 7399 4303 7388 4782 7376 5016
23 9037 3803 9025 4288 9003 4766 8991 5004
15 3405 2950 3452 3437 3639 3639 4073 4073 4503 4503 4714 4714
17 4687 2949 4675 3430 4660 3905 4656 4380 4738 4738 4800 4800
19 6057 2928 6046 3413 6034 3895 6012 4365 6006 4840 5989 5071
21 7513 3382 7490 3862 6012 4365 7456 4816 7450 5053
23 9071 3823 9059 4307 9037 4786 9025 5023
15 2811 2628 3057 3057 3413 3413 3862 3862 4304 4304 4519 4519
17 4073 2655 4058 3131 4112 3627 4230 4138 4409 4409 4558 4558
19 5494 2662 5483 3146 5477 3627
21 6978 3132 6967 3617 6955 4095 6933 4567 6927 4803
23 8559 3585 8548 4068 8525 4545 8514 4781
15 2189 2189 2635 2635 3112 3112 3585 3585 4042 4042 4269 4269
17 3072 2191 3252 2736 3487 3289 3757 3757 4073 4073 4277 4277
19 4722 2313 4722 2798 4707 3271 4753 3769 4863 4281 4925 4538
21 6330 2840 6319 3321 6307 3798 6296 4273 6296 4511
23 7956 3316 7945 3797 7922 4271 7922 4513
15 2478 2465 2748 2748 3188 3188 3624 3624 4054 4054 4269 4269
17 3643 2454 3628 2927 3663 3414 3776 3776 4065 4065 4277 4277
19 5022 2448 5011 2929 4999 3406 4984 3877 4972 4348 4980 4589
21 6472 2905 6455 3384 6444 3861 6432 4336 6421 4567
23 8036 3354 8019 3832 8002 4309 7990 4544
15 2037 2037 2486 2486 2951 2951 3409 3409 3854 3854 4073 4073
17 2861 2097 2986 2615 3190 3148 3467 3467 3862 3862 4081 4081
19 4370 2159 4363 2638 4355 3115 4378 3600 4464 4098 4527 4352
21 5875 2643 5864 3122 5852 3596 5841 4070 5835 4303
23 7467 3106 7456 3585 7433 4057 7433 4298
15 1540 1540 2123 2123 2635 2635 3119 3119 3589 3589 3815 3815
17 1853 1615 2298 2238 2713 2713 3127 3127 3596 3596 3823 3823
19 3331 1719 3354 2204 3487 2725 3690 3268 3933 3809 4065 4065
21 5102 2316 5090 2792 5090 3268 5102 3749 5136 3999
23 6785 2820 6774 3297 6762 3772 6751 4005

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

5460 4100

5454 4574 5466 4819

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

22

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL72

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

900 11
680 0,75 0,73
520 0,61 0,57
400 0,51 0,46

COOLING CAPACITY - FCL72

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1839 1839 2296 2296 2740 2740 3174 3174 3608 3608 3823 3823
17 2509 1940 2599 2442 2795 2795 3182 3182 3616 3616 3831 3831
19 3901 1957 3893 2434 3886 2906 3890 3384 3972 3875 4019 4019
21 5363 2426 5352 2903 5341 3374 5329 3845 5324 4077
23 6927 2879 6910 3354 6899 3830 6887 4064
15 1501 1501 2011 2011 2490 2490 2951 2951 3401 3401 3624 3624
17 1728 1563 2095 2095 2494 2494 2955 2955 3409 3409 3632 3632
19 3080 1616 3088 2094 3182 2598 3358 3123 3589 3589 3718 3718
21 4675 2142 4667 2618 4667 3092 4667 3565 4691 3810
23 6285 2617 6285 3097 6262 3565 6262 3803
15 879 879 1579 1579 2142 2142 2646 2646 3127 3127 3362 3362
17 881 881 1587 1587 2146 2146 2654 2654 3135 3135 3366 3366
19 1454 964 2009 1626 2427 2231 2814 2814 3194 3194 3389 3389
21 3635 1732 3643 2209 3753 2718 3925 3245 4026 3509
23 5488 2305 5483 2779 5477 3251 5466 3482
15 1368 1368 1837 1837 2289 2289 2728 2728 3162 3162 3377 3377
17 1477 1452 1841 1841 2295 2295 2732 2732 3170 3170 3385 3385
19 2689 1458 2682 1926 2748 2418 2908 2908 3178 3178 3393 3393
21 4175 1942 4167 2416 4159 2883 4151 3350 4171 3592
23 5739 2402 5733 2878 5716 3345 5710 3579
15 930 930 1517 1517 2017 2017 2490 2490 2947 2947 3174 3174
17 934 934 1519 1519 2021 2021 2494 2494 2955 2955 3182 3182
19 1462 970 1833 1557 2189 2129 2545 2545 2959 2959 3186 3186
21 3331 1616 3331 2088 3401 2578 3549 3093 3635 3350
23 5011 2124 4999 2593 4988 3060 4988 3295
15 444 444 887 887 1614 1614 2158 2158 2658 2658 2897 2897
17 444 444 887 887 1614 1614 2166 2166 2662 2662 2900 2900
19 458 453 890 890 1634 1634 2169 2169 2666 2666 2908 2908
21 1689 1009 2166 1627 2564 2215 2932 2790 3104 3068
23 3956 1738 3956 2207 4034 2703 4097 2957
15 875 875 1370 1370 1833 1833 2281 2281 2717 2717 2936 2936
17 877 877 1372 1372 1837 1837 2287 2287 2725 2725 2940 2940
19 1278 900 1546 1439 1868 1868 2291 2291 2728 2728 2947 2947
21 2877 1445 2869 1909 2916 2392 3045 2892 3135 3135
23 4468 1923 4464 2392 4449 2855 4445 3087
15 355 355 961 961 1526 1526 2021 2021 2490 2490 2721 2721
17 356 356 961 961 1528 1528 2025 2025 2494 2494 2725 2725
19 358 358 969 969 1532 1532 2029 2029 2502 2502 2728 2728
21 1603 979 1947 1547 2283 2108 2619 2619 2791 2791
23 3581 1605 3581 2071 3624 2552 3678 2802
15 70 70 444 444 922 922 1638 1638 2173 2173 2424 2424
17 70 70 444 444 922 922 1642 1642 2177 2177 2427 2427
19 70 70 444 444 926 926 1646 1646 2181 2181 2431 2431
21 460 445 953 953 1693 1693 2201 2201 2439 2439
23 1900 1032 2338 1626 2713 2199 2893 2481

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL72

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

900 11
680 0,75 0,73
520 0,61 0,57
400 0,51 0,46

23

COOLING CAPACITY - FCL82

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 4820 3538 4798 4026 4820 4516 4970 4970 5438 5438 5675 5675
17 6219 3520 6206 4017 6194 4507 6181 4995 6162 5479 6169 5722
19 7731 3492 7712 3990 7693 4483 7675 4974 7656 5456 7643 5699
21 9331 3952 9306 4447 9281 4936 9256 5425 9249 5669
23 11043 4397 11030 4898 10993 5384 10980 5629
15 4158 3216 4253 3739 4433 4267 4742 4742 5219 5219 5456 5456
17 5638 3245 5625 3739 5606 4227 5631 4727 5694 5225 5756 5479
19 7168 3229 7156 3729 7143 4223 7131 4716 7119 5200 7094 5437
21 8793 3703 8768 4197 8756 4691 8737 5181 8731 5425
23 10530 4162 10505 4655 10480 5146 10468 5390
15 3333 2801 3643 3389 3982 3946 4442 4442 4940 4940 5189 5189
17 4794 2860 4785 3353 4863 3869 5017 4407 5224 4945 5361 5217
19 6494 2926 6481 3423 6469 3915 6444 4400 6456 4893 6469 5143
21 8168 3424 8143 3916 8131 4408 8118 4899 8106 5139
23 9930 3896 9918 4393 9893 4883 9880 5126
15 3742 3021 3793 3520 3999 3999 4476 4476 4949 4949 5181 5181
17 5151 3021 5138 3513 5121 4000 5116 4487 5206 4991 5275 5229
19 6656 2999 6644 3496 6631 3990 6606 4472 6600 4958 6581 5195
21 8256 3465 8231 3956 6606 4472 8193 4933 8187 5177
23 9968 3916 9955 4413 9930 4902 9918 5145
15 3089 2692 3359 3248 3750 3750 4244 4244 4730 4730 4966 4966
17 4476 2719 4459 3207 4519 3715 4648 4238 4846 4756 5009 5009
19 6037 2727 6025 3223 6019 3716
21 7668 3209 7656 3705 7643 4195 7618 4678 7612 4920
23 9405 3673 9393 4167 9368 4655 9356 4898
15 2405 2291 2895 2895 3419 3419 3939 3939 4442 4442 4691 4691
17 3376 2245 3574 2803 3832 3370 4128 3932 4476 4472 4700 4700
19 5189 2369 5189 2867 5172 3351 5224 3861 5344 4385 5413 4648
21 6956 2910 6944 3402 6931 3890 6919 4377 6919 4621
23 8743 3397 8731 3890 8706 4375 8706 4623
15 2723 2525 3020 3020 3503 3503 3982 3982 4455 4455 4691 4691
17 4004 2513 3986 2999 4025 3497 4150 4005 4468 4468 4700 4700
19 5519 2507 5506 3001 5494 3489 5477 3971 5464 4454 5473 4701
21 7112 2976 7094 3466 7081 3955 7069 4442 7056 4679
23 8831 3435 8812 3926 8793 4414 8781 4655
15 2238 2206 2732 2732 3243 3243 3746 3746 4236 4236 4476 4476
17 3144 2149 3282 2679 3505 3225 3810 3767 4244 4244 4485 4485
19 4803 2211 4794 2703 4785 3191 4811 3688 4906 4198 4974 4458
21 6456 2707 6444 3198 6431 3684 6419 4169 6412 4408
23 8206 3181 8193 3672 8168 4156 8168 4403
15 1692 1692 2332 2332 2895 2895 3428 3428 3943 3943 4193 4193
17 2036 1654 2526 2292 2981 2896 3437 3437 3952 3952 4201 4201
19 3660 1761 3686 2258 3832 2792 4055 3348 4321 3902 4468 4183
21 5606 2373 5594 2860 5594 3348 5606 3840 5644 4096
23 7456 2889 7443 3377 7431 3864 7418 4103

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

6000 4200

5994 4686 6006 4936

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

24

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL82

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1100 11

830 0,80 0,79
680 0,68 0,66
460 0,47 0,45

COOLING CAPACITY - FCL82

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2021 2021 2524 2524 3011 3011 3488 3488 3965 3965 4201 4201
17 2757 1988 2857 2502 3071 3023 3497 3497 3973 3973 4210 4210
19 4287 2005 4279 2494 4270 2977 4274 3467 4364 3969 4416 4219
21 5894 2485 5881 2973 5869 3457 5856 3939 5850 4177
23 7612 2950 7593 3436 7581 3923 7568 4163
15 1649 1649 2210 2210 2736 2736 3243 3243 3737 3737 3982 3982
17 1899 1601 2302 2194 2741 2741 3247 3247 3746 3746 3991 3991
19 3385 1655 3394 2145 3497 2661 3690 3199 3943 3740 4085 4005
21 5138 2194 5129 2681 5129 3167 5129 3652 5155 3903
23 6906 2681 6906 3172 6881 3652 6881 3895
15 966 966 1735 1735 2354 2354 2908 2908 3437 3437 3694 3694
17 968 968 1744 1744 2358 2358 2917 2917 3445 3445 3699 3699
19 1598 988 2208 1665 2668 2286 3093 2883 3510 3452 3724 3724
21 3995 1774 4004 2263 4124 2784 4313 3324 4425 3594
23 6031 2361 6025 2846 6019 3331 6006 3567
15 1503 1503 2019 2019 2515 2515 2998 2998 3475 3475 3711 3711
17 1624 1487 2023 2023 2521 2521 3003 3003 3484 3484 3720 3720
19 2955 1493 2947 1973 3020 2477 3196 2995 3492 3492 3729 3729
21 4588 1990 4579 2474 4571 2953 4562 3432 4584 3680
23 6306 2461 6300 2948 6281 3427 6275 3666
15 1022 1022 1667 1667 2216 2216 2736 2736 3239 3239 3488 3488
17 1026 1026 1669 1669 2221 2221 2741 2741 3247 3247 3497 3497
19 1606 993 2015 1595 2405 2181 2796 2745 3252 3252 3501 3501
21 3660 1655 3660 2139 3737 2641 3900 3169 3995 3432
23 5506 2176 5494 2657 5481 3135 5481 3376
15 488 488 974 974 1774 1774 2371 2371 2921 2921 3183 3183
17 488 488 974 974 1774 1774 2380 2380 2925 2925 3187 3187
19 503 464 979 979 1795 1782 2384 2384 2930 2930 3196 3196
21 1856 1033 2380 1667 2818 2270 3222 2858 3411 3143
23 4347 1780 4347 2261 4433 2769 4502 3029
15 961 961 1505 1505 2015 2015 2506 2506 2985 2985 3226 3226
17 963 963 1508 1508 2019 2019 2513 2513 2994 2994 3230 3230
19 1405 922 1699 1474 2053 2025 2517 2517 2998 2998 3239 3239
21 3162 1481 3153 1955 3205 2451 3346 2963 3445 3219
23 4910 1970 4906 2451 4889 2925 4884 3162
15 390 390 1056 1056 1677 1677 2221 2221 2736 2736 2990 2990
17 391 391 1056 1056 1679 1679 2225 2225 2741 2741 2994 2994
19 393 391 1065 1065 1684 1684 2229 2229 2749 2749 2998 2998
21 1761 1003 2139 1585 2509 2159 2878 2721 3067 2997
23 3935 1644 3935 2121 3982 2614 4042 2871
15 77 77 488 488 1013 1013 1800 1800 2388 2388 2663 2663
17 77 77 488 488 1013 1013 1804 1804 2393 2393 2668 2668
19 77 77 488 488 1017 1017 1808 1808 2397 2397 2672 2672
21 505 456 1048 1029 1860 1794 2418 2403 2680 2680
23 2088 1057 2569 1666 2981 2253 3179 2541

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL82

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1100 11

830 0,80 0,79
680 0,68 0,66
460 0,47 0,45

25

COOLING CAPACITY - FCL102

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 7230 5611 7197 6383 7230 7161 7455 7455 8158 8158 8513 8513
17 9328 5582 9309 6370 9291 7147 9272 7920 9244 8688 9253 9074
19 11596 5537 11568 6326 11540 7109 11512 7887 11484 8652 11465 9036
21 13996 6267 13958 7052 13921 7827 13883 8602 13874 8990
23 16564 6973 16545 7766 16489 8537 16470 8926
15 6237 5100 6379 5929 6650 6650 7114 7114 7829 7829 8183 8183
17 8456 5145 8438 5929 8410 6703 8447 7495 8541 8285 8634 8634
19 10753 5121 10734 5912 10715 6697 10696 7478 10678 8246 10640 8622
21 13190 5872 13152 6655 13133 7439 13105 8216 13096 8603
23 15795 6600 15758 7381 15720 8159 15702 8546
15 5000 4442 5464 5374 5973 5973 6663 6663 7410 7410 7784 7784
17 7191 4536 7178 5317 7294 6135 7526 6989 7835 7835 8042 8042
19 9740 4640 9722 5427 9703 6208 9665 6977 9684 7759 9703 8155
21 12252 5430 12215 6209 12196 6989 12177 7768 12159 8148
23 14896 6178 14877 6966 14839 7742 14821 8128
15 5612 4791 5690 5582 5999 5999 6714 6714 7423 7423 7771 7771
17 7726 4790 7707 5571 7681 6343 7674 7115 7810 7810 7913 7913
19 9984 4756 9965 5544 9947 6326 9909 7091 9900 7863 9872 8237
21 12384 5494 12346 6274 9909 7091 12290 7823 12281 8209
23 14952 6210 14933 6997 14896 7774 14877 8159
15 4633 4269 5039 5039 5625 5625 6366 6366 7094 7094 7449 7449
17 6714 4312 6688 5085 6779 5891 6972 6721 7268 7268 7513 7513
19 9056 4324 9037 5110 9028 5892 9000 6660 8991 7430 9009 7828
21 11503 5088 11484 5875 11465 6652 11428 7418 11418 7802
23 14108 5824 14090 6608 14052 7382 14033 7767
15 3608 3608 4343 4343 5129 5129 5909 5909 6663 6663 7036 7036
17 5065 3559 5361 4445 5748 5343 6192 6192 6714 6714 7049 7049
19 7784 3757 7784 4546 7758 5314 7835 6122 8016 6954 8119 7371
21 10434 4614 10415 5395 10397 6169 10378 6940 10378 7328
23 13115 5387 13096 6168 13058 6938 13058 7330
15 4085 4004 4530 4530 5255 5255 5973 5973 6682 6682 7036 7036
17 6005 3985 5980 4755 6038 5546 6224 6224 6701 6701 7049 7049
19 8278 3976 8260 4758 8241 5532 8216 6297 8196 7063 8209 7454
21 10668 4719 10640 5497 10622 6271 10603 7044 10584 7419
23 13246 5447 13218 6225 13190 6999 13171 7382
15 3357 3357 4098 4098 4865 4865 5619 5619 6353 6353 6714 6714
17 4717 3407 4923 4248 5258 5114 5715 5715 6366 6366 6727 6727
19 7204 3507 7191 4286 7178 5060 7217 5848 7359 6657 7462 7069
21 9684 4293 9665 5071 9647 5842 9628 6611 9619 6990
23
15 2539 2539 3499 3499 4343 4343 5142 5142 5915 5915 6289 6289
17 3054 2623 3789 3635 4472 4472 5155 5155 5928 5928 6302 6302
19 5490 2792 5528 3581 5748 4427 6083 5308 6482 6188 6701 6633
21 8410 3762 8391 4535 8391 5309 8410 6090 8466 6495
23 11184 4581 11165 5355 11146 6127 11128 6506

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

12309 5045 12290 5823 12252 6591 12252 6982

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

26

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL102

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1350 11
1010 0,78 0,77

830 0,66 0,65
560 0,45 0,44

COOLING CAPACITY - FCL102

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 3031 3031 3785 3785 4517 4517 5232 5232 5947 5947 6302 6302
17 4136 3152 4285 3967 4607 4607 5245 5245 5960 5960 6315 6315
19 6431 3179 6418 3954 6405 4720 6411 5497 6547 6294 6624 6624
21 8841 3940 8822 4715 8803 5481 8784 6246 8775 6623
23 11418 4677 11390 5449 11371 6221 11353 6601
15 2474 2474 3315 3315 4104 4104 4865 4865 5606 5606 5973 5973
17 2848 2539 3454 3454 4111 4111 4871 4871 5619 5619 5986 5986
19 5077 2625 5090 3402 5245 4220 5535 5073 5915 5915 6128 6128
21 7707 3479 7694 4252 7694 5022 7694 5791 7732 6190
23 10359 4251 10359 5030 10322 5790 10322 6177
15 1448 1448 2603 2603 3531 3531 4362 4362 5155 5155 5541 5541
17 1452 1452 2616 2616 3537 3537 4375 4375 5168 5168 5548 5548
19 2397 1566 3312 2641 4001 3624 4639 4572 5264 5264 5586 5586
21 5992 2813 6005 3589 6186 4414 6469 5271 6637 5699
23 9047 3744 9037 4514 9028 5281 9009 5656
15 2255 2255 3028 3028 3773 3773 4497 4497 5213 5213 5567 5567
17 2435 2358 3035 3035 3782 3782 4504 4504 5226 5226 5580 5580
19 4433 2368 4420 3129 4530 3928 4794 4750 5239 5239 5593 5593
21 6882 3155 6869 3924 6856 4683 6843 5442 6875 5835
23 9459 3902 9450 4674 9422 5434 9412 5813
15 1533 1533 2500 2500 3325 3325 4104 4104 4858 4858 5232 5232
17 1539 1539 2503 2503 3331 3331 4111 4111 4871 4871 5245 5245
19 2410 1575 3022 2530 3608 3459 4195 4195 4878 4878 5251 5251
21 5490 2624 5490 3392 5606 4188 5851 5025 5992 5442
23 8260 3450 8241 4213 8222 4971 8222 5353
15 731 731 1461 1461 2661 2661 3557 3557 4381 4381 4775 4775
17 731 731 1461 1461 2661 2661 3570 3570 4388 4388 4781 4781
19 754 736 1468 1468 2693 2693 3576 3576 4394 4394 4794 4794
21 2783 1638 3570 2644 4227 3599 4833 4532 5116 4983
23 6521 2823 6521 3585 6650 4390 6753 4803
15 1442 1442 2258 2258 3022 3022 3760 3760 4478 4478 4839 4839
17 1445 1445 2261 2261 3028 3028 3769 3769 4491 4491 4845 4845
19 2107 1461 2548 2337 3080 3080 3776 3776 4497 4497 4858 4858
21 4742 2348 4729 3101 4807 3886 5019 4698 5168 5105
23 7365 3124 7359 3886 7333 4638 7326 5014
15 585 585 1585 1585 2516 2516 3331 3331 4104 4104 4485 4485
17 587 587 1585 1585 2519 2519 3338 3338 4111 4111 4491 4491
19 590 590 1598 1598 2526 2526 3344 3344 4124 4124 4497 4497
21 2642 1590 3209 2513 3763 3424 4317 4315 4601 4601
23 5902 2607 5902 3364 5973 4145 6063 4552
15 116 116 731 731 1520 1520 2700 2700 3582 3582 3995 3995
17 116 116 731 731 1520 1520 2706 2706 3589 3589 4001 4001
19 116 116 731 731 1526 1526 2713 2713 3595 3595 4008 4008
21 758 723 1572 1572 2790 2790 3628 3628 4021 4021
23 3131 1676 3853 2641 4472 3572 4768 4030

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL102

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1350 11
1010 0,78 0,77

830 0,66 0,65
560 0,45 0,44

27

COOLING CAPACITY - FCL122

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 8836 7135 8797 8118 8836 8836 9112 9112 9970 9970 10404 10404
17 11401 7099 11378 8101 11355 9089 11332 10073 11298 11049 11309 11309
19 14173 7041 14139 8046 14105 9041 14070 10030 14036 11004 14013 11492
21 17106 7970 17060 8968 17014 9955 16968 10940 16957 11433
23 20245 8867 20222 9877 20153 10857 20130 11351
15 7623 6485 7797 7540 8127 8127 8695 8695 9569 9569 10002 10002
17 10336 6543 10313 7541 10278 8524 10324 9532 10439 10439 10553 10553
19 13142 6512 13119 7519 13096 8516 13073 9510 13051 10487 13005 10965
21 16121 7468 16075 8464 16052 9460 16018 10449 16006 10941
23 19305 8393 19260 9387 19214 10377 19191 10869
15 6111 5649 6678 6678 7300 7300 8143 8143 9057 9057 9514 9514
17 8789 5768 8773 6762 8915 7802 9199 8888 9577 9577 9829 9829
19 11905 5901 11882 6903 11859 7895 11813 8873 11836 9868 11859 10372
21 14975 6905 14929 7896 14906 8889 14884 9880 14861 10363
23 18206 7857 18183 8859 18137 9847 18114 10337
15 6859 6093 6954 6954 7332 7332 8206 8206 9073 9073 9498 9498
17 9443 6092 9419 7085 9388 8067 9380 9049 9545 9545 9671 9671
19 12203 6048 12180 7051 12157 8046 12111 9018 12100 9999 12065 10476
21 15136 6987 15090 7979 12111 9018 15021 9949 15010 10440
23 18274 7897 18252 8899 18206 9886 18183 10376
15 5662 5429 6158 6158 6875 6875 7781 7781 8671 8671 9104 9104
17 8206 5484 8175 6467 8285 7492 8521 8521 8884 8884 9183 9183
19 11069 5500 11046 6499 11034 7493
21 14059 6471 14036 7471 14013 8460 13967 9434 13956 9923
23 17243 7406 17221 8404 17175 9388 17152 9877
15 4410 4410 5308 5308 6269 6269 7222 7222 8143 8143 8600 8600
17 6190 4527 6552 5653 7025 6796 7568 7568 8206 8206 8616 8616
19 9514 4777 9514 5781 9482 6758 9577 7786 9797 8843 9923 9374
21 12753 5868 12730 6862 12707 7845 12684 8827 12684 9320
23 16029 6850 16006 7845 15960 8824 15960 9322
15 4993 4993 5536 5536 6422 6422 7300 7300 8167 8167 8600 8600
17 7340 5069 7308 6048 7379 7053 7608 7608 8190 8190 8616 8616
19 10118 5056 10095 6051 10072 7035 10041 8008 10018 8982 10033 9480
21 13039 6001 13005 6990 12982 7975 12959 8958 12936 9436
23 16189 6928 16155 7917 16121 8902 16098 9388
15 4103 4103 5009 5009 5946 5946 6867 6867 7765 7765 8206 8206
17 5765 4333 6017 5403 6426 6426 6985 6985 7781 7781 8222 8222
19 8805 4460 8789 5450 8773 6435 8821 7437 8994 8466 9120 8990
21 11836 5459 11813 6450 11790 7430 11768 8407 11756 8890
23 15044 6416 15021 7405 14975 8382 14975 8879
15 3103 3103 4276 4276 5308 5308 6285 6285 7230 7230 7686 7686
17 3733 3336 4631 4623 5465 5465 6300 6300 7245 7245 7702 7702
19 6710 3550 6757 4554 7025 5630 7434 6751 7923 7869 8190 8190
21 10278 4785 10255 5767 10255 6752 10278 7745 10347 8261
23 13669 5825 13646 6810 13623 7792 13600 8274

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

11000 8470

10989 9450 11011 9955

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

28

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL122

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1750 11
1350 0,81 0,81
1100 0,68 0,68

750 0,49 0,48

COOLING CAPACITY - FCL122

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 3705 3705 4627 4627 5521 5521 6395 6395 7269 7269 7702 7702
17 5055 4008 5237 5045 5631 5631 6411 6411 7285 7285 7718 7718
19 7860 4043 7844 5029 7828 6003 7836 6991 8001 8001 8096 8096
21 10805 5011 10782 5996 10759 6971 10737 7943 10725 8423
23 13956 5949 13921 6930 13898 7912 13875 8395
15 3024 3024 4052 4052 5016 5016 5946 5946 6852 6852 7300 7300
17 3481 3230 4221 4221 5024 5024 5954 5954 6867 6867 7316 7316
19 6206 3338 6221 4326 6411 5367 6765 6452 7230 7230 7490 7490
21 9419 4425 9403 5407 9403 6387 9403 7365 9451 7872
23 12661 5406 12661 6398 12615 7364 12615 7856
15 1770 1770 3181 3181 4316 4316 5332 5332 6300 6300 6773 6773
17 1774 1774 3197 3197 4323 4323 5347 5347 6316 6316 6781 6781
19 2929 1992 4048 3359 4890 4609 5670 5670 6434 6434 6828 6828
21 7324 3578 7340 4564 7560 5614 7907 6704 8112 7248
23 11057 4761 11046 5740 11034 6717 11011 7193
15 2756 2756 3701 3701 4611 4611 5497 5497 6371 6371 6804 6804
17 2977 2977 3709 3709 4623 4623 5505 5505 6387 6387 6820 6820
19 5418 3011 5402 3980 5536 4995 5859 5859 6403 6403 6836 6836
21 8411 4013 8395 4990 8379 5955 8364 6921 8403 7421
23 11561 4963 11550 5945 11516 6911 11504 7393
15 1873 1873 3055 3055 4064 4064 5016 5016 5938 5938 6395 6395
17 1881 1881 3059 3059 4071 4071 5024 5024 5954 5954 6411 6411
19 2945 2003 3693 3218 4410 4398 5127 5127 5962 5962 6418 6418
21 6710 3337 6710 4314 6852 5326 7151 6390 7324 6921
23 10095 4388 10072 5358 10049 6321 10049 6807
15 894 894 1786 1786 3252 3252 4347 4347 5355 5355 5836 5836
17 894 894 1786 1786 3252 3252 4363 4363 5363 5363 5843 5843
19 922 922 1794 1794 3292 3292 4371 4371 5371 5371 5859 5859
21 3402 2083 4363 3362 5166 4577 5906 5764 6253 6253
23 7970 3590 7970 4559 8127 5583 8253 6108
15 1762 1762 2760 2760 3693 3693 4595 4595 5473 5473 5914 5914
17 1766 1766 2764 2764 3701 3701 4607 4607 5489 5489 5922 5922
19 2575 1858 3114 2973 3764 3764 4615 4615 5497 5497 5938 5938
21 5796 2986 5780 3944 5875 4942 6135 5975 6316 6316
23 9002 3973 8994 4942 8962 5898 8954 6377
15 716 716 1937 1937 3075 3075 4071 4071 5016 5016 5481 5481
17 717 717 1937 1937 3079 3079 4079 4079 5024 5024 5489 5489
19 721 721 1953 1953 3087 3087 4087 4087 5040 5040 5497 5497
21 3229 2022 3922 3196 4599 4354 5276 5276 5623 5623
23 7214 3316 7214 4278 7300 5272 7411 5789
15 142 142 894 894 1857 1857 3300 3300 4379 4379 4883 4883
17 142 142 894 894 1857 1857 3307 3307 4386 4386 4890 4890
19 142 142 894 894 1865 1865 3315 3315 4394 4394 4898 4898
21 927 920 1921 1921 3410 3410 4434 4434 4914 4914
23 3827 2131 4709 3359 5465 4543 5828 5125

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL122

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1750 11
1350 0,81 0,81
1100 0,68 0,68

750 0,49 0,48

29

COOLING CAPACITY - FCL34

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1526 1281 1519 1457 1526 1526 1574 1574 1722 1722 1797 1797
17 1969 1274 1965 1454 1961 1631 1957 1808 1951 1951 1953 1953
19 2448 1264 2442 1444 2436 1623 2430 1800 2424 1975 2420 2062
21 2955 1430 2947 1609 2939 1786 2931 1963 2929 2052
23 3497 1591 3493 1773 3481 1948 3477 2037
15 1317 1164 1347 1347 1404 1404 1502 1502 1653 1653 1728 1728
17 1785 1174 1781 1353 1775 1530 1783 1711 1803 1803 1823 1823
19 2270 1169 2266 1349 2262 1528 2258 1707 2254 1882 2246 1968
21 2784 1340 2777 1519 2773 1698 2767 1875 2765 1963
23 3335 1506 3327 1684 3319 1862 3315 1951
15 1056 1014 1154 1154 1261 1261 1407 1407 1564 1564 1643 1643
17 1518 1035 1515 1213 1540 1400 1589 1589 1654 1654 1698 1698
19 2056 1059 2052 1239 2048 1417 2040 1592 2044 1771 2048 1861
21 2587 1239 2579 1417 2575 1595 2571 1773 2567 1860
23 3145 1410 3141 1590 3133 1767 3129 1855
15 1185 1093 1201 1201 1266 1266 1417 1417 1567 1567 1641 1641
17 1631 1093 1627 1271 1621 1448 1620 1620 1649 1649 1670 1670
19 2108 1085 2104 1265 2100 1444 2092 1618 2090 1794 2084 1880
21 2614 1254 2606 1432 2092 1618 2595 1785 2593 1873
23 3156 1417 3153 1597 3145 1774 3141 1862
15 978 974 1064 1064 1188 1188 1344 1344 1498 1498 1573 1573
17 1417 984 1412 1161 1431 1345 1472 1472 1534 1534 1586 1586
19 1912 987 1908 1166 1906 1345
21 2428 1161 2424 1341 2420 1518 2412 1693 2411 1781
23 2978 1329 2974 1508 2967 1685 2963 1773
15 762 762 917 917 1083 1083 1247 1247 1407 1407 1485 1485
17 1069 812 1132 1014 1213 1213 1307 1307 1417 1417 1488 1488
19 1643 857 1643 1037 1638 1213 1654 1397 1692 1587 1714 1682
21 2203 1053 2199 1231 2195 1408 2191 1584 2191 1672
23 2769 1229 2765 1408 2757 1583 2757 1673
15 862 862 956 956 1109 1109 1261 1261 1411 1411 1485 1485
17 1268 910 1262 1085 1275 1266 1314 1314 1415 1415 1488 1488
19 1748 907 1744 1086 1740 1263 1734 1437 1730 1612 1733 1701
21 2252 1077 2246 1254 2242 1431 2238 1608 2234 1693
23 2796 1243 2790 1421 2784 1597 2781 1685
15 709 709 865 865 1027 1027 1186 1186 1341 1341 1417 1417
17 996 778 1039 970 1110 1110 1207 1207 1344 1344 1420 1420
19 1521 800 1518 978 1515 1155 1524 1335 1553 1519 1575 1575
21 2044 980 2040 1157 2037 1333 2033 1509 2031 1595
23 2598 1151 2595 1329 2587 1504 2587 1593
15 536 536 739 739 917 917 1086 1086 1249 1249 1328 1328
17 645 599 800 800 944 944 1088 1088 1251 1251 1330 1330
19 1159 637 1167 817 1213 1010 1284 1211 1368 1368 1415 1415
21 1775 859 1771 1035 1771 1212 1775 1390 1787 1482
23 2361 1045 2357 1222 2353 1398 2349 1485

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

1900 1520

1898 1696 1902 1787

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

30

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL34

Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

600 11
410 0,77 0,82
300 0,61 0,65

COOLING CAPACITY - FCL34

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 640 640 799 799 954 954 1105 1105 1256 1256 1330 1330
17 873 719 905 905 973 973 1107 1107 1258 1258 1333 1333
19 1358 726 1355 902 1352 1077 1353 1255 1382 1382 1398 1398
21 1866 899 1862 1076 1858 1251 1854 1426 1853 1512
23 2411 1068 2405 1244 2401 1420 2397 1506
15 522 522 700 700 866 866 1027 1027 1183 1183 1261 1261
17 601 580 729 729 868 868 1028 1028 1186 1186 1264 1264
19 1072 599 1075 776 1107 963 1168 1158 1249 1249 1294 1294
21 1627 794 1624 970 1624 1146 1624 1322 1632 1413
23 2187 970 2187 1148 2179 1322 2179 1410
15 306 306 550 550 745 745 921 921 1088 1088 1170 1170
17 306 306 552 552 747 747 924 924 1091 1091 1171 1171
19 506 357 699 603 845 827 979 979 1111 1111 1179 1179
21 1265 642 1268 819 1306 1007 1366 1203 1401 1301
23 1910 854 1908 1030 1906 1205 1902 1291
15 476 476 639 639 796 796 949 949 1100 1100 1175 1175
17 514 514 641 641 798 798 951 951 1103 1103 1178 1178
19 936 540 933 714 956 896 1012 1012 1106 1106 1181 1181
21 1453 720 1450 896 1447 1069 1445 1242 1451 1332
23 1997 891 1995 1067 1989 1240 1987 1327
15 324 324 528 528 702 702 866 866 1026 1026 1105 1105
17 325 325 528 528 703 703 868 868 1028 1028 1107 1107
19 509 359 638 577 762 762 886 886 1030 1030 1109 1109
21 1159 599 1159 774 1183 956 1235 1147 1265 1242
23 1744 787 1740 961 1736 1134 1736 1222
15 154 154 308 308 562 562 751 751 925 925 1008 1008
17 154 154 308 308 562 562 754 754 926 926 1009 1009
19 159 159 310 310 569 569 755 755 928 928 1012 1012
21 588 374 754 603 892 821 1020 1020 1080 1080
23 1377 644 1377 818 1404 1002 1426 1096
15 304 304 477 477 638 638 794 794 945 945 1022 1022
17 305 305 477 477 639 639 796 796 948 948 1023 1023
19 445 334 538 533 650 650 797 797 949 949 1026 1026
21 1001 536 998 708 1015 887 1060 1060 1091 1091
23 1555 713 1553 887 1548 1058 1547 1144
15 124 124 335 335 531 531 703 703 866 866 947 947
17 124 124 335 335 532 532 705 705 868 868 948 948
19 125 125 337 337 533 533 706 706 871 871 949 949
21 558 363 677 574 794 781 911 911 971 971
23 1246 595 1246 768 1261 946 1280 1039
15 25 25 154 154 321 321 570 570 756 756 843 843
17 25 25 154 154 321 321 571 571 758 758 845 845
19 25 25 154 154 322 322 573 573 759 759 846 846
21 160 160 332 332 589 589 766 766 849 849
23 661 383 813 603 944 815 1007 920

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL34

Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

600 11
410 0,77 0,82
300 0,61 0,65

31

COOLING CAPACITY - FCL38

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2225 1887 2215 2147 2225 2225 2295 2295 2511 2511 2620 2620
17 2871 1877 2865 2142 2859 2404 2854 2664 2845 2845 2848 2848
19 3569 1862 3560 2128 3552 2391 3543 2653 3534 2910 3529 3039
21 4308 2108 4296 2372 4285 2633 4273 2893 4270 3024
23 5098 2345 5092 2612 5075 2871 5069 3002
15 1920 1715 1963 1963 2047 2047 2189 2189 2410 2410 2519 2519
17 2603 1730 2597 1994 2588 2254 2600 2521 2629 2629 2657 2657
19 3309 1722 3304 1989 3298 2252 3292 2515 3286 2773 3275 2900
21 4059 1975 4048 2238 4042 2502 4034 2763 4031 2893
23 4861 2220 4850 2482 4838 2744 4833 2874
15 1539 1494 1682 1682 1838 1838 2051 2051 2281 2281 2396 2396
17 2213 1525 2209 1788 2245 2063 2316 2316 2412 2412 2475 2475
19 2998 1561 2992 1825 2986 2088 2975 2346 2981 2610 2986 2743
21 3771 1826 3759 2088 3754 2351 3748 2613 3742 2741
23 4585 2078 4579 2343 4567 2604 4561 2734
15 1727 1611 1751 1751 1846 1846 2066 2066 2285 2285 2392 2392
17 2378 1611 2372 1874 2364 2133 2362 2362 2404 2404 2435 2435
19 3073 1600 3067 1865 3061 2128 3050 2385 3047 2644 3038 2770
21 3811 1848 3800 2110 3050 2385 3783 2631 3780 2761
23 4602 2089 4596 2353 4585 2615 4579 2744
15 1426 1426 1551 1551 1731 1731 1959 1959 2183 2183 2293 2293
17 2066 1450 2059 1710 2086 1981 2146 2146 2237 2237 2312 2312
19 2787 1454 2782 1719 2779 1982
21 3540 1711 3534 1976 3529 2237 3517 2495 3514 2624
23 4342 1959 4336 2223 4325 2483 4319 2612
15 1111 1111 1337 1337 1579 1579 1819 1819 2051 2051 2166 2166
17 1559 1197 1650 1495 1769 1769 1906 1906 2066 2066 2170 2170
19 2396 1263 2396 1529 2388 1787 2412 2059 2467 2339 2499 2479
21 3211 1552 3206 1815 3200 2075 3194 2334 3194 2465
23 4036 1812 4031 2075 4019 2334 4019 2465
15 1257 1257 1394 1394 1617 1617 1838 1838 2057 2057 2166 2166
17 1848 1340 1840 1599 1858 1858 1916 1916 2063 2063 2170 2170
19 2548 1337 2542 1600 2536 1861 2529 2118 2523 2375 2527 2507
21 3283 1587 3275 1849 3269 2109 3263 2369 3258 2495
23 4077 1832 4068 2094 4059 2354 4054 2483
15 1033 1033 1261 1261 1497 1497 1729 1729 1955 1955 2066 2066
17 1452 1146 1515 1429 1618 1618 1759 1759 1959 1959 2070 2070
19 2217 1179 2213 1441 2209 1702 2221 1967 2265 2239 2297 2297
21 2981 1444 2975 1706 2969 1965 2963 2223 2960 2351
23 3788 1697 3783 1958 3771 2217 3771 2348
15 781 781 1077 1077 1337 1337 1583 1583 1821 1821 1936 1936
17 940 882 1166 1166 1376 1376 1587 1587 1825 1825 1940 1940
19 1690 939 1702 1204 1769 1489 1872 1785 1995 1995 2063 2063
21 2588 1265 2582 1525 2582 1786 2588 2048 2606 2185
23 3442 1541 3436 1801 3431 2061 3425 2188

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

2770 2240

2767 2499 2773 2633

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

32

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL38

Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

600 11
410 0,75 0,74
300 0,60 0,58

COOLING CAPACITY - FCL38

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 933 933 1165 1165 1390 1390 1610 1610 1830 1830 1940 1940
17 1273 1060 1319 1319 1418 1418 1614 1614 1834 1834 1944 1944
19 1979 1069 1975 1330 1971 1588 1973 1849 2015 2015 2039 2039
21 2721 1325 2715 1586 2709 1844 2704 2101 2701 2228
23 3514 1573 3506 1833 3500 2092 3494 2220
15 761 761 1020 1020 1263 1263 1497 1497 1725 1725 1838 1838
17 877 854 1063 1063 1265 1265 1499 1499 1729 1729 1842 1842
19 1563 883 1567 1144 1614 1419 1704 1704 1821 1821 1886 1886
21 2372 1170 2368 1430 2368 1689 2368 1948 2380 2082
23 3188 1430 3188 1692 3177 1948 3177 2077
15 446 446 801 801 1087 1087 1343 1343 1587 1587 1706 1706
17 447 447 805 805 1089 1089 1347 1347 1590 1590 1707 1707
19 738 527 1019 888 1232 1219 1428 1428 1620 1620 1719 1719
21 1844 946 1848 1207 1904 1485 1991 1773 2043 1917
23 2784 1259 2782 1518 2779 1776 2773 1902
15 694 694 932 932 1161 1161 1384 1384 1604 1604 1713 1713
17 750 750 934 934 1164 1164 1386 1386 1608 1608 1717 1717
19 1364 796 1360 1052 1394 1321 1475 1475 1612 1612 1721 1721
21 2118 1061 2114 1320 2110 1575 2106 1830 2116 1962
23 2911 1312 2908 1572 2900 1828 2897 1955
15 472 472 769 769 1023 1023 1263 1263 1495 1495 1610 1610
17 474 474 770 770 1025 1025 1265 1265 1499 1499 1614 1614
19 742 530 930 851 1111 1111 1291 1291 1501 1501 1616 1616
21 1690 883 1690 1141 1725 1409 1801 1690 1844 1830
23 2542 1160 2536 1417 2531 1672 2531 1800
15 225 225 450 450 819 819 1095 1095 1349 1349 1470 1470
17 225 225 450 450 819 819 1099 1099 1351 1351 1471 1471
19 232 232 452 452 829 829 1101 1101 1352 1352 1475 1475
21 857 551 1099 889 1301 1210 1487 1487 1575 1575
23 2007 949 2007 1206 2047 1477 2078 1615
15 444 444 695 695 930 930 1157 1157 1378 1378 1489 1489
17 445 445 696 696 932 932 1160 1160 1382 1382 1491 1491
19 648 492 784 784 948 948 1162 1162 1384 1384 1495 1495
21 1460 790 1456 1043 1479 1307 1545 1545 1590 1590
23 2267 1051 2265 1307 2257 1560 2255 1686
15 180 180 488 488 774 774 1025 1025 1263 1263 1380 1380
17 181 181 488 488 775 775 1027 1027 1265 1265 1382 1382
19 182 182 492 492 777 777 1029 1029 1269 1269 1384 1384
21 813 535 988 845 1158 1152 1329 1329 1416 1416
23 1817 877 1817 1131 1838 1394 1866 1531
15 36 36 225 225 468 468 831 831 1103 1103 1230 1230
17 36 36 225 225 468 468 833 833 1105 1105 1232 1232
19 36 36 225 225 470 470 835 835 1107 1107 1233 1233
21 233 233 484 484 859 859 1116 1116 1237 1237
23 964 564 1186 888 1376 1201 1468 1355

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL38

Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

600 11
410 0,75 0,74
300 0,60 0,58

33

COOLING CAPACITY - FCL44

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2932 2460 2919 2799 2932 2932 3024 3024 3308 3308 3452 3452
17 3783 2447 3775 2793 3768 3133 3760 3473 3749 3749 3753 3753
19 4703 2427 4692 2774 4680 3117 4669 3458 4657 3793 4650 3962
21 5676 2748 5661 3092 5646 3432 5630 3772 5627 3942
23 6718 3057 6710 3405 6687 3743 6680 3913
15 2530 2236 2587 2587 2697 2697 2885 2885 3175 3175 3319 3319
17 3430 2256 3422 2600 3411 2939 3426 3286 3464 3464 3502 3502
19 4361 2245 4353 2592 4346 2936 4338 3278 4330 3615 4315 3780
21 5349 2575 5334 2918 5326 3261 5315 3602 5311 3772
23 6406 2894 6391 3236 6375 3577 6368 3747
15 2028 1948 2216 2216 2422 2422 2702 2702 3005 3005 3157 3157
17 2916 1989 2911 2331 2958 2690 3052 3052 3178 3178 3261 3261
19 3950 2034 3943 2380 3935 2722 3920 3059 3927 3402 3935 3576
21 4969 2381 4954 2722 4946 3064 4939 3406 4931 3573
23 6041 2709 6033 3054 6018 3395 6011 3564
15 2276 2101 2307 2307 2433 2433 2723 2723 3010 3010 3152 3152
17 3133 2100 3125 2443 3115 2781 3112 3112 3167 3167 3209 3209
19 4049 2085 4042 2431 4034 2774 4019 3109 4015 3447 4004 3612
21 5022 2409 5007 2751 4019 3109 4984 3430 4980 3599
23 6064 2723 6056 3068 6041 3408 6033 3577
15 1879 1872 2043 2043 2281 2281 2582 2582 2877 2877 3021 3021
17 2723 1891 2713 2230 2749 2583 2828 2828 2948 2948 3047 3047
19 3673 1896 3665 2240 3661 2583
21 4665 2231 4657 2576 4650 2917 4635 3252 4631 3421
23 5722 2553 5714 2897 5699 3237 5691 3405
15 1463 1463 1761 1761 2080 2080 2396 2396 2702 2702 2854 2854
17 2054 1561 2174 1949 2331 2331 2511 2511 2723 2723 2859 2859
19 3157 1647 3157 1993 3146 2330 3178 2684 3251 3049 3293 3232
21 4232 2023 4224 2366 4216 2705 4209 3043 4209 3213
23 5319 2362 5311 2704 5296 3042 5296 3214
15 1657 1657 1837 1837 2131 2131 2422 2422 2710 2710 2854 2854
17 2436 1747 2425 2085 2449 2431 2524 2524 2718 2718 2859 2859
19 3357 1743 3350 2086 3342 2425 3332 2761 3324 3097 3329 3268
21 4327 2069 4315 2410 4308 2749 4300 3088 4292 3253
23 5372 2388 5361 2729 5349 3069 5342 3237
15 1361 1361 1662 1662 1973 1973 2279 2279 2577 2577 2723 2723
17 1913 1494 1996 1863 2132 2132 2318 2318 2582 2582 2728 2728
19 2922 1538 2916 1879 2911 2218 2927 2564 2984 2919 3026 3026
21 3927 1882 3920 2224 3912 2561 3905 2898 3901 3065
23 4992 2212 4984 2553 4969 2890 4969 3061
15 1030 1030 1419 1419 1761 1761 2085 2085 2399 2399 2550 2550
17 1239 1150 1537 1537 1814 1814 2091 2091 2404 2404 2556 2556
19 2226 1224 2242 1570 2331 1941 2467 2327 2629 2629 2718 2718
21 3411 1650 3403 1988 3403 2328 3411 2670 3433 2848
23 4536 2008 4528 2348 4520 2686 4513 2852

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

3650 2920

3646 3258 3654 3432

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

34

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL44

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

700 11
530 0,82 0,75
360 0,64 0,58
260 0,50 0,43

COOLING CAPACITY - FCL44

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1229 1229 1535 1535 1832 1832 2122 2122 2412 2412 2556 2556
17 1677 1382 1738 1738 1868 1868 2127 2127 2417 2417 2561 2561
19 2608 1394 2603 1734 2598 2070 2600 2410 2655 2655 2686 2686
21 3585 1728 3578 2067 3570 2403 3563 2738 3559 2904
23 4631 2051 4619 2389 4612 2728 4604 2894
15 1003 1003 1344 1344 1665 1665 1973 1973 2273 2273 2422 2422
17 1155 1113 1401 1401 1667 1667 1976 1976 2279 2279 2428 2428
19 2059 1151 2064 1492 2127 1850 2245 2224 2399 2399 2485 2485
21 3125 1525 3120 1864 3120 2202 3120 2539 3136 2714
23 4201 1864 4201 2206 4186 2539 4186 2708
15 587 587 1056 1056 1432 1432 1769 1769 2091 2091 2247 2247
17 589 589 1061 1061 1435 1435 1774 1774 2096 2096 2250 2250
19 972 687 1343 1158 1623 1589 1881 1881 2135 2135 2266 2266
21 2430 1233 2436 1573 2509 1935 2624 2311 2692 2499
23 3669 1641 3665 1979 3661 2316 3654 2480
15 915 915 1228 1228 1530 1530 1824 1824 2114 2114 2258 2258
17 988 988 1231 1231 1534 1534 1827 1827 2119 2119 2263 2263
19 1798 1038 1793 1372 1837 1722 1944 1944 2125 2125 2268 2268
21 2791 1383 2786 1720 2780 2053 2775 2386 2788 2558
23 3836 1711 3832 2049 3821 2382 3817 2549
15 622 622 1014 1014 1348 1348 1665 1665 1970 1970 2122 2122
17 624 624 1015 1015 1351 1351 1667 1667 1976 1976 2127 2127
19 977 691 1226 1109 1463 1463 1701 1701 1978 1978 2130 2130
21 2226 1151 2226 1487 2273 1836 2373 2203 2430 2386
23 3350 1513 3342 1847 3334 2179 3334 2347
15 297 297 593 593 1079 1079 1442 1442 1777 1777 1936 1936
17 297 297 593 593 1079 1079 1448 1448 1780 1780 1939 1939
19 306 306 595 595 1092 1092 1450 1450 1782 1782 1944 1944
21 1129 718 1448 1159 1714 1578 1960 1960 2075 2075
23 2645 1238 2645 1572 2697 1925 2739 2106
15 585 585 916 916 1226 1226 1525 1525 1816 1816 1962 1962
17 586 586 917 917 1228 1228 1529 1529 1821 1821 1965 1965
19 854 641 1033 1025 1249 1249 1531 1531 1824 1824 1970 1970
21 1923 1029 1918 1360 1949 1704 2036 2036 2096 2096
23 2987 1370 2984 1704 2974 2033 2971 2198
15 237 237 643 643 1020 1020 1351 1351 1665 1665 1819 1819
17 238 238 643 643 1022 1022 1354 1354 1667 1667 1821 1821
19 239 239 648 648 1024 1024 1356 1356 1672 1672 1824 1824
21 1071 697 1301 1102 1526 1501 1751 1751 1866 1866
23 2394 1143 2394 1475 2422 1817 2459 1996
15 47 47 297 297 616 616 1095 1095 1453 1453 1620 1620
17 47 47 297 297 616 616 1097 1097 1455 1455 1623 1623
19 47 47 297 297 619 619 1100 1100 1458 1458 1625 1625
21 308 308 637 637 1131 1131 1471 1471 1631 1631
23 1270 735 1563 1158 1814 1566 1934 1767

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL44

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

700 11
530 0,82 0,75
360 0,64 0,58
260 0,50 0,43

35

COOLING CAPACITY - FCL64

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 3703 2974 3687 3383 3703 3703 3819 3819 4179 4179 4360 4360
17 4778 2958 4768 3376 4759 3788 4749 4198 4735 4605 4740 4740
19 5940 2935 5925 3353 5911 3768 5897 4180 5882 4586 5873 4789
21 7169 3322 7150 3738 7131 4149 7111 4559 7107 4765
23 8484 3696 8475 4116 8446 4525 8436 4731
15 3195 2703 3268 3142 3406 3406 3644 3644 4010 4010 4192 4192
17 4332 2727 4322 3143 4308 3553 4327 3973 4375 4375 4423 4423
19 5508 2714 5498 3134 5489 3549 5479 3963 5469 4371 5450 4570
21 6756 3112 6737 3527 6727 3943 6713 4355 6708 4560
23 8091 3498 8072 3912 8052 4325 8043 4530
15 2561 2354 2799 2799 3060 3060 3413 3413 3796 3796 3987 3987
17 3683 2404 3677 2818 3736 3252 3855 3704 4013 4013 4119 4119
19 4989 2459 4980 2877 4970 3291 4951 3698 4960 4113 4970 4323
21 6276 2878 6257 3291 6247 3705 6238 4118 6228 4319
23 7630 3274 7620 3692 7601 4104 7591 4308
15 2875 2539 2914 2914 3073 3073 3439 3439 3802 3802 3980 3980
17 3957 2539 3947 2953 3934 3362 3931 3771 4000 4000 4053 4053
19 5114 2521 5105 2939 5095 3353 5076 3758 5071 4167 5056 4366
21 6343 2912 6324 3325 5076 3758 6295 4146 6290 4351
23 7659 3291 7649 3709 7630 4120 7620 4324
15 2373 2262 2581 2581 2881 2881 3261 3261 3634 3634 3815 3815
17 3439 2285 3426 2695 3472 3123 3571 3562 3723 3723 3848 3848
19 4639 2292 4629 2709 4624 3123
21 5892 2697 5882 3114 5873 3526 5853 3932 5849 4135
23 7227 3087 7217 3503 7198 3913 7188 4117
15 1848 1848 2224 2224 2627 2627 3027 3027 3413 3413 3604 3604
17 2594 1887 2746 2356 2944 2832 3172 3172 3439 3439 3611 3611
19 3987 1991 3987 2409 3974 2817 4013 3245 4106 3686 4159 3907
21 5345 2445 5335 2860 5325 3270 5316 3679 5316 3884
23 6718 2855 6708 3269 6689 3677 6689 3885
15 2092 2092 2320 2320 2692 2692 3060 3060 3423 3423 3604 3604
17 3076 2112 3063 2520 3093 2939 3188 3188 3433 3433 3611 3611
19 4240 2107 4231 2522 4221 2932 4208 3338 4198 3743 4205 3951
21 5465 2501 5450 2913 5441 3324 5431 3734 5421 3932
23 6785 2887 6770 3299 6756 3710 6746 3913
15 1719 1719 2099 2099 2492 2492 2878 2878 3254 3254 3439 3439
17 2416 1806 2522 2252 2693 2693 2928 2928 3261 3261 3446 3446
19 3690 1859 3683 2272 3677 2682 3697 3100 3769 3528 3822 3747
21 4960 2275 4951 2688 4941 3096 4932 3504 4927 3705
23 6305 2674 6295 3086 6276 3493 6276 3701
15 1300 1300 1792 1792 2224 2224 2634 2634 3030 3030 3221 3221
17 1564 1390 1941 1927 2291 2291 2640 2640 3036 3036 3228 3228
19 2812 1480 2832 1898 2944 2347 3116 2814 3320 3280 3433 3433
21 4308 1994 4298 2404 4298 2814 4308 3228 4336 3443
23 5729 2428 5719 2838 5709 3248 5700 3448

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

4610 3530

4605 3938 4615 4149

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

36

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL64

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

880 11
660 0,79 0,74
500 0,64 0,59
380 0,53 0,49

COOLING CAPACITY - FCL64

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 1553 1553 1939 1939 2314 2314 2680 2680 3046 3046 3228 3228
17 2118 1671 2195 2103 2360 2360 2687 2687 3053 3053 3235 3235
19 3294 1685 3287 2096 3281 2502 3284 2914 3353 3336 3393 3393
21 4528 2088 4519 2499 4509 2905 4500 3311 4495 3511
23 5849 2479 5834 2888 5825 3297 5815 3499
15 1267 1267 1698 1698 2102 2102 2492 2492 2871 2871 3060 3060
17 1459 1346 1769 1769 2106 2106 2495 2495 2878 2878 3066 3066
19 2601 1391 2607 1803 2687 2237 2835 2689 3030 3030 3139 3139
21 3947 1844 3941 2254 3941 2662 3941 3070 3961 3281
23 5306 2253 5306 2666 5287 3069 5287 3274
15 742 742 1333 1333 1809 1809 2234 2234 2640 2640 2838 2838
17 744 744 1340 1340 1812 1812 2241 2241 2647 2647 2842 2842
19 1228 830 1696 1400 2050 1921 2376 2376 2696 2696 2862 2862
21 3069 1491 3076 1902 3168 2340 3314 2794 3400 3021
23 4634 1984 4629 2392 4624 2799 4615 2998
15 1155 1155 1551 1551 1932 1932 2304 2304 2670 2670 2852 2852
17 1247 1247 1554 1554 1937 1937 2307 2307 2677 2677 2858 2858
19 2271 1255 2264 1659 2320 2082 2456 2456 2683 2683 2865 2865
21 3525 1672 3518 2080 3512 2482 3505 2884 3522 3093
23 4845 2068 4840 2478 4826 2880 4821 3081
15 785 785 1280 1280 1703 1703 2102 2102 2489 2489 2680 2680
17 788 788 1282 1282 1706 1706 2106 2106 2495 2495 2687 2687
19 1234 835 1548 1341 1848 1833 2149 2149 2498 2498 2690 2690
21 2812 1391 2812 1798 2871 2220 2997 2663 3069 2884
23 4231 1829 4221 2233 4212 2635 4212 2837
15 375 375 749 749 1363 1363 1822 1822 2244 2244 2446 2446
17 375 375 749 749 1363 1363 1828 1828 2248 2248 2449 2449
19 386 386 752 752 1380 1380 1832 1832 2251 2251 2456 2456
21 1426 868 1828 1401 2165 1907 2475 2402 2621 2621
23 3340 1496 3340 1900 3406 2327 3459 2546
15 739 739 1157 1157 1548 1548 1926 1926 2294 2294 2479 2479
17 740 740 1158 1158 1551 1551 1931 1931 2300 2300 2482 2482
19 1079 775 1305 1239 1578 1578 1934 1934 2304 2304 2489 2489
21 2429 1244 2423 1644 2462 2060 2571 2490 2647 2647
23 3773 1656 3769 2060 3756 2458 3753 2658
15 300 300 812 812 1289 1289 1706 1706 2102 2102 2297 2297
17 301 301 812 812 1290 1290 1710 1710 2106 2106 2300 2300
19 302 302 818 818 1294 1294 1713 1713 2112 2112 2304 2304
21 1353 843 1644 1332 1927 1815 2211 2211 2357 2357
23 3023 1382 3023 1783 3060 2197 3106 2413
15 59 59 375 375 778 778 1383 1383 1835 1835 2046 2046
17 59 59 375 375 778 778 1386 1386 1838 1838 2050 2050
19 59 59 375 375 782 782 1389 1389 1842 1842 2053 2053
21 388 383 805 805 1429 1429 1858 1858 2059 2059
23 1604 888 1974 1400 2291 1893 2442 2136

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL64

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

880 11
660 0,79 0,74
500 0,64 0,59
380 0,53 0,49

37

COOLING CAPACITY - FCL84

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 4820 3538 4798 4026 4820 4516 4970 4970 5438 5438 5675 5675
17 6219 3520 6206 4017 6194 4507 6181 4995 6162 5479 6169 5722
19 7731 3492 7712 3990 7693 4483 7675 4974 7656 5456 7643 5699
21 9331 3952 9306 4447 9281 4936 9256 5425 9249 5669
23 11043 4397 11030 4898 10993 5384 10980 5629
15 4158 3216 4253 3739 4433 4267 4742 4742 5219 5219 5456 5456
17 5638 3245 5625 3739 5606 4227 5631 4727 5694 5225 5756 5479
19 7168 3229 7156 3729 7143 4223 7131 4716 7119 5200 7094 5437
21 8793 3703 8768 4197 8756 4691 8737 5181 8731 5425
23 10530 4162 10505 4655 10480 5146 10468 5390
15 3333 2801 3643 3389 3982 3946 4442 4442 4940 4940 5189 5189
17 4794 2860 4785 3353 4863 3869 5017 4407 5224 4945 5361 5217
19 6494 2926 6481 3423 6469 3915 6444 4400 6456 4893 6469 5143
21 8168 3424 8143 3916 8131 4408 8118 4899 8106 5139
23 9930 3896 9918 4393 9893 4883 9880 5126
15 3742 3021 3793 3520 3999 3999 4476 4476 4949 4949 5181 5181
17 5151 3021 5138 3513 5121 4000 5116 4487 5206 4991 5275 5229
19 6656 2999 6644 3496 6631 3990 6606 4472 6600 4958 6581 5195
21 8256 3465 8231 3956 6606 4472 8193 4933 8187 5177
23 9968 3916 9955 4413 9930 4902 9918 5145
15 3089 2692 3359 3248 3750 3750 4244 4244 4730 4730 4966 4966
17 4476 2719 4459 3207 4519 3715 4648 4238 4846 4756 5009 5009
19 6037 2727 6025 3223 6019 3716
21 7668 3209 7656 3705 7643 4195 7618 4678 7612 4920
23 9405 3673 9393 4167 9368 4655 9356 4898
15 2405 2291 2895 2895 3419 3419 3939 3939 4442 4442 4691 4691
17 3376 2245 3574 2803 3832 3370 4128 3932 4476 4472 4700 4700
19 5189 2369 5189 2867 5172 3351 5224 3861 5344 4385 5413 4648
21 6956 2910 6944 3402 6931 3890 6919 4377 6919 4621
23 8743 3397 8731 3890 8706 4375 8706 4623
15 2723 2525 3020 3020 3503 3503 3982 3982 4455 4455 4691 4691
17 4004 2513 3986 2999 4025 3497 4150 4005 4468 4468 4700 4700
19 5519 2507 5506 3001 5494 3489 5477 3971 5464 4454 5473 4701
21 7112 2976 7094 3466 7081 3955 7069 4442 7056 4679
23 8831 3435 8812 3926 8793 4414 8781 4655
15 2238 2206 2732 2732 3243 3243 3746 3746 4236 4236 4476 4476
17 3144 2149 3282 2679 3505 3225 3810 3767 4244 4244 4485 4485
19 4803 2211 4794 2703 4785 3191 4811 3688 4906 4198 4974 4458
21 6456 2707 6444 3198 6431 3684 6419 4169 6412 4408
23 8206 3181 8193 3672 8168 4156 8168 4403
15 1692 1692 2332 2332 2895 2895 3428 3428 3943 3943 4193 4193
17 2036 1654 2526 2292 2981 2896 3437 3437 3952 3952 4201 4201
19 3660 1761 3686 2258 3832 2792 4055 3348 4321 3902 4468 4183
21 5606 2373 5594 2860 5594 3348 5606 3840 5644 4096
23 7456 2889 7443 3377 7431 3864 7418 4103

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

6000 4200

5994 4686 6006 4936

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

38

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL84

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1100 11

830 0,80 0,79
680 0,68 0,66
460 0,47 0,45

COOLING CAPACITY - FCL84

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2021 2021 2524 2524 3011 3011 3488 3488 3965 3965 4201 4201
17 2757 1988 2857 2502 3071 3023 3497 3497 3973 3973 4210 4210
19 4287 2005 4279 2494 4270 2977 4274 3467 4364 3969 4416 4219
21 5894 2485 5881 2973 5869 3457 5856 3939 5850 4177
23 7612 2950 7593 3436 7581 3923 7568 4163
15 1649 1649 2210 2210 2736 2736 3243 3243 3737 3737 3982 3982
17 1899 1601 2302 2194 2741 2741 3247 3247 3746 3746 3991 3991
19 3385 1655 3394 2145 3497 2661 3690 3199 3943 3740 4085 4005
21 5138 2194 5129 2681 5129 3167 5129 3652 5155 3903
23 6906 2681 6906 3172 6881 3652 6881 3895
15 966 966 1735 1735 2354 2354 2908 2908 3437 3437 3694 3694
17 968 968 1744 1744 2358 2358 2917 2917 3445 3445 3699 3699
19 1598 988 2208 1665 2668 2286 3093 2883 3510 3452 3724 3724
21 3995 1774 4004 2263 4124 2784 4313 3324 4425 3594
23 6031 2361 6025 2846 6019 3331 6006 3567
15 1503 1503 2019 2019 2515 2515 2998 2998 3475 3475 3711 3711
17 1624 1487 2023 2023 2521 2521 3003 3003 3484 3484 3720 3720
19 2955 1493 2947 1973 3020 2477 3196 2995 3492 3492 3729 3729
21 4588 1990 4579 2474 4571 2953 4562 3432 4584 3680
23 6306 2461 6300 2948 6281 3427 6275 3666
15 1022 1022 1667 1667 2216 2216 2736 2736 3239 3239 3488 3488
17 1026 1026 1669 1669 2221 2221 2741 2741 3247 3247 3497 3497
19 1606 993 2015 1595 2405 2181 2796 2745 3252 3252 3501 3501
21 3660 1655 3660 2139 3737 2641 3900 3169 3995 3432
23 5506 2176 5494 2657 5481 3135 5481 3376
15 488 488 974 974 1774 1774 2371 2371 2921 2921 3183 3183
17 488 488 974 974 1774 1774 2380 2380 2925 2925 3187 3187
19 503 464 979 979 1795 1782 2384 2384 2930 2930 3196 3196
21 1856 1033 2380 1667 2818 2270 3222 2858 3411 3143
23 4347 1780 4347 2261 4433 2769 4502 3029
15 961 961 1505 1505 2015 2015 2506 2506 2985 2985 3226 3226
17 963 963 1508 1508 2019 2019 2513 2513 2994 2994 3230 3230
19 1405 922 1699 1474 2053 2025 2517 2517 2998 2998 3239 3239
21 3162 1481 3153 1955 3205 2451 3346 2963 3445 3219
23 4910 1970 4906 2451 4889 2925 4884 3162
15 390 390 1056 1056 1677 1677 2221 2221 2736 2736 2990 2990
17 391 391 1056 1056 1679 1679 2225 2225 2741 2741 2994 2994
19 393 391 1065 1065 1684 1684 2229 2229 2749 2749 2998 2998
21 1761 1003 2139 1585 2509 2159 2878 2721 3067 2997
23 3935 1644 3935 2121 3982 2614 4042 2871
15 77 77 488 488 1013 1013 1800 1800 2388 2388 2663 2663
17 77 77 488 488 1013 1013 1804 1804 2393 2393 2668 2668
19 77 77 488 488 1017 1017 1808 1808 2397 2397 2672 2672
21 505 456 1048 1029 1860 1794 2418 2403 2680 2680
23 2088 1057 2569 1666 2981 2253 3179 2541

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL84

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1100 11

830 0,80 0,79
680 0,68 0,66
460 0,47 0,45

39

COOLING CAPACITY - FCL104

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 5784 4465 5758 5080 5784 5698 5964 5964 6526 6526 6810 6810
17 7462 4442 7447 5069 7432 5687 7417 6303 7395 6914 7402 7221
19 9277 4406 9255 5034 9232 5658 9210 6276 9187 6885 9172 7191
21 11197 4987 11167 5612 11137 6229 11107 6846 11099 7154
23 13251 5549 13236 6180 13191 6794 13176 7103
15 4990 4058 5103 4718 5320 5320 5691 5691 6263 6263 6547 6547
17 6765 4094 6750 4719 6728 5334 6758 5965 6833 6593 6908 6908
19 8602 4075 8587 4705 8572 5329 8557 5951 8542 6562 8512 6861
21 10552 4673 10522 5296 10507 5920 10484 6538 10477 6846
23 12636 5252 12606 5874 12576 6493 12561 6801
15 4000 3535 4371 4276 4779 4779 5330 5330 5928 5928 6227 6227
17 5753 3609 5743 4231 5835 4882 6021 5562 6268 6240 6433 6433
19 7792 3692 7777 4319 7762 4940 7732 5552 7747 6175 7762 6490
21 9802 4321 9772 4941 9757 5562 9742 6182 9727 6484
23 11916 4916 11901 5544 11871 6161 11856 6468
15 4490 3813 4552 4443 4799 4799 5371 5371 5938 5938 6217 6217
17 6181 3812 6165 4433 6145 5048 6139 5662 6248 6248 6330 6330
19 7987 3785 7972 4412 7957 5034 7927 5643 7920 6257 7897 6555
21 9907 4372 9877 4992 7927 5643 9832 6225 9824 6532
23 11961 4942 11946 5568 11916 6186 11901 6493
15 3706 3397 4031 4031 4500 4500 5093 5093 5675 5675 5959 5959
17 5371 3431 5351 4047 5423 4688 5578 5349 5815 5815 6011 6011
19 7245 3441 7230 4067 7222 4689
21 9202 4049 9187 4675 9172 5294 9142 5903 9135 6209
23 11287 4634 11272 5259 11242 5875 11227 6181
15 2887 2887 3474 3474 4103 4103 4727 4727 5330 5330 5629 5629
17 4052 2832 4289 3537 4598 4252 4954 4954 5371 5371 5639 5639
19 6227 2989 6227 3617 6206 4229 6268 4872 6413 5534 6495 5866
21 8347 3672 8332 4294 8317 4909 8302 5523 8302 5832
23 10492 4287 10477 4909 10447 5521 10447 5833
15 3268 3187 3624 3624 4204 4204 4779 4779 5346 5346 5629 5629
17 4804 3172 4784 3784 4830 4413 4980 4980 5361 5361 5639 5639
19 6623 3164 6608 3786 6593 4402 6572 5011 6557 5620 6567 5932
21 8535 3755 8512 4374 8497 4990 8482 5606 8467 5904
23 10597 4335 10574 4954 10552 5570 10537 5875
15 2686 2686 3278 3278 3892 3892 4495 4495 5083 5083 5371 5371
17 3773 2711 3938 3381 4206 4070 4572 4572 5093 5093 5382 5382
19 5763 2791 5753 3410 5743 4026 5773 4654 5887 5298 5969 5625
21 7747 3416 7732 4036 7717 4649 7702 5261 7695 5563
23 9847 4015 9832 4634 9802 5245 9802 5556
15 2031 2031 2799 2799 3474 3474 4113 4113 4732 4732 5031 5031
17 2443 2087 3031 2893 3577 3577 4124 4124 4742 4742 5041 5041
19 4392 2222 4423 2850 4598 3523 4866 4224 5186 4924 5361 5279
21 6728 2994 6713 3609 6713 4225 6728 4846 6773 5169
23 8947 3645 8932 4261 8917 4876 8902 5177

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

7200 5300

7192 5913 7207 6229

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

40

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL104

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1350 11
1010 0,80 0,79

830 0,68 0,67
560 0,49 0,47

COOLING CAPACITY - FCL104

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2425 2425 3028 3028 3613 3613 4186 4186 4758 4758 5041 5041
17 3308 2508 3428 3157 3686 3686 4196 4196 4768 4768 5052 5052
19 5145 2530 5134 3147 5124 3756 5129 4375 5237 5009 5299 5299
21 7073 3136 7058 3752 7043 4362 7028 4971 7020 5271
23 9135 3722 9112 4336 9097 4951 9082 5253
15 1979 1979 2652 2652 3284 3284 3892 3892 4485 4485 4779 4779
17 2278 2021 2763 2763 3289 3289 3897 3897 4495 4495 4789 4789
19 4062 2089 4072 2707 4196 3358 4428 4037 4732 4719 4902 4902
21 6165 2769 6155 3384 6155 3997 6155 4609 6186 4926
23 8287 3383 8287 4003 8257 4608 8257 4915
15 1159 1159 2082 2082 2825 2825 3490 3490 4124 4124 4433 4433
17 1161 1161 2093 2093 2830 2830 3500 3500 4134 4134 4438 4438
19 1917 1246 2649 2102 3201 2884 3711 3638 4211 4211 4469 4469
21 4794 2239 4804 2856 4949 3513 5175 4195 5309 4536
23 7237 2979 7230 3592 7222 4203 7207 4501
15 1804 1804 2423 2423 3018 3018 3598 3598 4170 4170 4454 4454
17 1948 1876 2428 2428 3026 3026 3603 3603 4181 4181 4464 4464
19 3546 1884 3536 2490 3624 3126 3835 3780 4191 4191 4474 4474
21 5505 2511 5495 3122 5485 3726 5474 4331 5500 4643
23 7567 3105 7560 3720 7537 4324 7530 4626
15 1226 1226 2000 2000 2660 2660 3284 3284 3887 3887 4186 4186
17 1231 1231 2002 2002 2665 2665 3289 3289 3897 3897 4196 4196
19 1928 1253 2417 2013 2887 2752 3356 3356 3902 3902 4201 4201
21 4392 2088 4392 2700 4485 3333 4681 3999 4794 4331
23 6608 2746 6593 3352 6578 3956 6578 4260
15 585 585 1169 1169 2129 2129 2845 2845 3505 3505 3820 3820
17 585 585 1169 1169 2129 2129 2856 2856 3510 3510 3825 3825
19 604 585 1174 1174 2155 2155 2861 2861 3515 3515 3835 3835
21 2227 1304 2856 2104 3381 2864 3866 3607 4093 3966
23 5217 2246 5217 2853 5320 3494 5402 3822
15 1153 1153 1807 1807 2417 2417 3008 3008 3583 3583 3871 3871
17 1156 1156 1809 1809 2423 2423 3015 3015 3593 3593 3876 3876
19 1685 1163 2039 1860 2464 2464 3021 3021 3598 3598 3887 3887
21 3794 1868 3784 2468 3845 3093 4016 3739 4134 4063
23 5892 2486 5887 3093 5866 3691 5861 3990
15 468 468 1268 1268 2013 2013 2665 2665 3284 3284 3588 3588
17 470 470 1268 1268 2015 2015 2670 2670 3289 3289 3593 3593
19 472 472 1278 1278 2021 2021 2675 2675 3299 3299 3598 3598
21 2113 1265 2567 2000 3010 2725 3454 3434 3680 3680
23 4722 2075 4722 2677 4779 3299 4851 3623
15 93 93 585 585 1216 1216 2160 2160 2866 2866 3196 3196
17 93 93 585 585 1216 1216 2165 2165 2871 2871 3201 3201
19 93 93 585 585 1221 1221 2170 2170 2876 2876 3206 3206
21 607 576 1257 1257 2232 2232 2902 2902 3217 3217
23 2505 1334 3082 2102 3577 2842 3814 3207

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL104

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1350 11
1010 0,80 0,79

830 0,68 0,67
560 0,49 0,47

41

COOLING CAPACITY - FCL124

Ta

Tw

[°C]

5

7

9

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 7069 5703 7038 6489 7069 7069 7290 7290 7976 7976 8323 8323
17 9121 5674 9102 6475 9084 7265 9066 8051 9038 8831 9047 9047
19 11339 5628 11311 6431 11284 7227 11256 8017 11229 8795 11210 9185
21 13685 6370 13648 7168 13611 7957 13575 8744 13566 9138
23 16196 7088 16178 7895 16123 8678 16104 9073
15 6099 5184 6237 6027 6502 6502 6956 6956 7655 7655 8002 8002
17 8268 5230 8250 6027 8223 6814 8259 7619 8351 8351 8443 8443
19 10514 5205 10495 6010 10477 6807 10459 7601 10440 8382 10404 8764
21 12897 5969 12860 6765 12842 7562 12814 8351 12805 8745
23 15444 6709 15408 7503 15371 8294 15353 8687
15 4889 4515 5343 5343 5840 5840 6515 6515 7245 7245 7611 7611
17 7031 4610 7019 5405 7132 6236 7359 7104 7661 7661 7863 7863
19 9524 4716 9506 5517 9487 6311 9451 7092 9469 7887 9487 8290
21 11980 5519 11943 6311 11925 7105 11907 7897 11888 8283
23 14565 6280 14546 7081 14510 7870 14491 8262
15 5488 4870 5563 5563 5866 5866 6565 6565 7258 7258 7598 7598
17 7554 4869 7535 5663 7510 6448 7504 7233 7636 7636 7737 7737
19 9762 4834 9744 5636 9726 6431 9689 7208 9680 7992 9652 8373
21 12108 5585 12072 6377 9689 7208 12017 7952 12008 8344
23 14620 6312 14601 7113 14565 7902 14546 8294
15 4530 4339 4927 4927 5500 5500 6225 6225 6937 6937 7283 7283
17 6565 4383 6540 5169 6628 5989 6817 6817 7107 7107 7346 7346
19 8855 4396 8837 5195 8827 5989
21 11247 5172 11229 5972 11210 6762 11174 7541 11164 7931
23 13795 5920 13776 6717 13740 7504 13721 7895
15 3528 3528 4246 4246 5015 5015 5777 5777 6515 6515 6880 6880
17 4952 3618 5242 4518 5620 5432 6055 6055 6565 6565 6893 6893
19 7611 3819 7611 4621 7586 5402 7661 6223 7838 7068 7939 7493
21 10202 4690 10184 5484 10166 6271 10147 7055 10147 7449
23 12823 5476 12805 6270 12768 7053 12768 7451
15 3994 3994 4429 4429 5138 5138 5840 5840 6533 6533 6880 6880
17 5872 4051 5847 4834 5903 5637 6086 6086 6552 6552 6893 6893
19 8094 4042 8076 4837 8058 5623 8033 6401 8014 7179 8027 7578
21 10431 4797 10404 5587 10385 6375 10367 7160 10349 7542
23 12952 5537 12924 6328 12897 7115 12878 7504
15 3282 3282 4007 4007 4757 4757 5494 5494 6212 6212 6565 6565
17 4612 3463 4813 4319 5141 5141 5588 5588 6225 6225 6578 6578
19 7044 3565 7031 4356 7019 5143 7056 5945 7195 6767 7296 7186
21 9469 4364 9451 5155 9432 5938 9414 6720 9405 7106
23 12035 5128 12017 5919 11980 6700 11980 7097
15 2482 2482 3421 3421 4246 4246 5028 5028 5784 5784 6149 6149
17 2986 2666 3704 3695 4372 4372 5040 5040 5796 5796 6162 6162
19 5368 2838 5406 3640 5620 4500 5948 5396 6338 6290 6552 6552
21 8223 3825 8204 4610 8204 5397 8223 6190 8278 6603
23 10935 4656 10917 5443 10899 6228 10880 6613

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

8800 6770

8791 7553 8809 7957

Tw [°C] = Inlet water temperature
Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

42

IFCLTY 1112 - 4528511_04

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL124

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

/h] k (Pc) k (Ps)

1750 11
1350 0,83 0,82
1100 0,71 0,69

750 0,52 0,50

COOLING CAPACITY - FCL124

Ta

Tw

[°C]

11

13

15

T [°C]

3

5

7

3

5

7

3

5

7

Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W] Pc [W] Ps [W]

W.B.

[°C]

15 2964 2964 3701 3701 4416 4416 5116 5116 5815 5815 6162 6162
17 4044 3204 4190 4033 4505 4505 5128 5128 5828 5828 6174 6174
19 6288 3231 6275 4020 6263 4798 6269 5588 6401 6398 6477 6477
21 8644 4005 8626 4793 8608 5572 8589 6349 8580 6733
23 11164 4755 11137 5539 11119 6324 11100 6710
15 2419 2419 3241 3241 4013 4013 4757 4757 5481 5481 5840 5840
17 2785 2581 3377 3377 4019 4019 4763 4763 5494 5494 5853 5853
19 4965 2668 4977 3458 5128 4290 5412 5157 5784 5784 5992 5992
21 7535 3537 7523 4322 7523 5105 7523 5887 7560 6292
23 10129 4321 10129 5114 10092 5886 10092 6279
15 1416 1416 2545 2545 3452 3452 4265 4265 5040 5040 5418 5418
17 1419 1419 2558 2558 3459 3459 4278 4278 5053 5053 5425 5425
19 2344 1592 3238 2685 3912 3684 4536 4536 5147 5147 5462 5462
21 5859 2860 5872 3648 6048 4487 6326 5358 6489 5794
23 8846 3806 8837 4588 8827 5369 8809 5749
15 2205 2205 2961 2961 3689 3689 4398 4398 5097 5097 5443 5443
17 2381 2381 2967 2967 3698 3698 4404 4404 5110 5110 5456 5456
19 4335 2407 4322 3181 4429 3992 4687 4687 5122 5122 5469 5469
21 6729 3207 6716 3989 6704 4760 6691 5532 6722 5931
23 9249 3967 9240 4752 9212 5524 9203 5909
15 1499 1499 2444 2444 3251 3251 4013 4013 4750 4750 5116 5116
17 1505 1505 2447 2447 3257 3257 4019 4019 4763 4763 5128 5128
19 2356 1601 2955 2572 3528 3516 4101 4101 4769 4769 5135 5135
21 5368 2668 5368 3448 5481 4257 5721 5108 5859 5532
23 8076 3507 8058 4282 8039 5053 8039 5441
15 715 715 1429 1429 2602 2602 3478 3478 4284 4284 4668 4668
17 715 715 1429 1429 2602 2602 3490 3490 4290 4290 4675 4675
19 738 738 1435 1435 2633 2633 3497 3497 4297 4297 4687 4687
21 2722 1665 3490 2687 4133 3658 4725 4607 5002 5002
23 6376 2869 6376 3644 6502 4463 6603 4882
15 1410 1410 2208 2208 2955 2955 3676 3676 4379 4379 4731 4731
17 1413 1413 2211 2211 2961 2961 3686 3686 4391 4391 4738 4738
19 2060 1485 2492 2376 3011 3011 3692 3692 4398 4398 4750 4750
21 4637 2387 4624 3152 4700 3950 4908 4775 5053 5053
23 7201 3176 7195 3950 7170 4714 7164 5097
15 572 572 1549 1549 2460 2460 3257 3257 4013 4013 4385 4385
17 574 574 1549 1549 2463 2463 3263 3263 4019 4019 4391 4391
19 577 577 1562 1562 2470 2470 3270 3270 4032 4032 4398 4398
21 2583 1616 3137 2555 3679 3480 4221 4221 4498 4498
23 5771 2651 5771 3420 5840 4214 5929 4627
15 113 113 715 715 1486 1486 2640 2640 3503 3503 3906 3906
17 113 113 715 715 1486 1486 2646 2646 3509 3509 3912 3912
19 113 113 715 715 1492 1492 2652 2652 3515 3515 3919 3919
21 741 735 1537 1537 2728 2728 3547 3547 3931 3931
23 3062 1704 3767 2685 4372 3631 4662 4096

21°C Ta D.B. 23°C Ta D.B. 25°C Ta D.B. 27°C Ta D.B. 29°C Ta D.B. 30°C Ta D.B.

Tw [°C] = Inlet water temperature

Ta W.B. [°C] = Inlet air temperature with wet bulb
Ta D.B.[°C] = Inlet air temperature with dry bulb
Pc [w] = Total Cooling capacity
Ps [w] = Sensible Cooling capacity

COOLING CAPACITY CORRECTION FACTORS

The Cooling capacity of the table are at maximum speed (maximum
air flow). To determine the Cooling capacity based on the speed
(air flow), the values shown in the table must be multiplied by the
following factors (k):

Qv [m3/h] = Air flow rate
NB: the output values in bold type indicate the nominal value.
If sensible output values are above the total output, this means that

cooling is carried out without dehumidification.

If this occurs, take into consideration only the sensible output values.

3

Qv [m

FCL124

Speed V4
Speed V3
Speed V2
Speed V1 (Minimum)

IFCLTY 1112 - 4528511_04

/h] k (Pc) k (Ps)

1750 11
1350 0,83 0,82
1100 0,71 0,69

750 0,52 0,50

43

HEATING CAPACITY [kW]
FCL 32

Water flow rate [l/h]

FCL 36

Water flow rate [l/h]

t °C (water inlet temperature - air inlet temperature)

Heating capacity [kW]

t °C (water inlet temperature - air inlet temperature)

FCL 34

t °C (water inlet temperature - air inlet temperature)

Water flow rate [l/h]

0,5 1 1,5 2 2,5

Heating capacity [kW]

FCL 38

t °C (water inlet temperature - air inlet temperature)

Water flow rate [l/h]

3

FCL 42

Water flow rate [l/h]

FCL 62

Heating capacity [kW]

t °C (water inlet temperature - air inlet temperature)

Heating capacity [kW]

t °C (water inlet temperature - air inlet temperature)

0,5 1 1,5 2 2,5

Heating capacity [kW]

FCL 44

t °C (water inlet temperature - air inlet temperature)

Portata acqua [l/h)

0,5 1 1,5 2 2,5 3 3,5

Heating capacity [kW]

FCL 64

t °C (temperatura acqua entrante - temperatura aria entrante]

3

Portata acqua (l/h)

Heating capacity [kW]

Portata acqua (l/h]

0 0,5 1 1,5 2 2,5 3 3,5 4 4,5

Heating capacity [kW]

HEATING CAPACITY CORRECTION FACTORS

The heat yields refer to the maximum speed. For the rest of the speeds the values must be multiplied by the following factors:

FCL 32 34 36 38 42 44 62 64

Speed 4 - - - - 1 1 1 1
Speed 3 1 1 1 1 0,81 0,89 0,80 0,89
Speed 2 0,82 0,84 0,75 0,84 0,61 0,78 0,66 0,81
Speed 1 (minimum)

44

IFCLTY 1112 - 4528511_04

0,71 0,75 0,60 0,75 0,50 0,72 0,55 0,75

HEATING CAPACITY [KW]
FCL 72

t °C (water inlet temperature - air inlet temperature)

Water flow rate [l/h]

Heating capacity [kW]

FCL 82

t °C (water inlet temperature - air inlet temperature)

30°C 40°C 50°C 60°C 70°C20°C

Heating capacity [kW]

Water flow rate [l/h]

1200
1100
1000

900
800
700
600
500
400
300

2 4 6 8 10 12 14 16 18

FCL 84

1200
1100
1000

Water flow rate [l/h]

t °C (water inlet temperature - air inlet temperature)

30°C 40°C 50°C 60°C 70°C20°C

900
800
700
600
500
400
300

2 4 6 8 10 12 14 16 18

Heating capacity [kW]

FCL 102

t °C (water inlet temperature - air inlet temperature)

1600

1400

1200

1000

800

600

Water flow rate [l/h]

400

FCL 122

t °C (water inlet temperature - air inlet temperature)

2000

1800

1600

1400

1200

1000

Water flow rate [l/h]

800

600

400

30°C 40°C 50°C 60°C 70°C20°C

4 6 8 101214161820222426

Heating capacity [kW]

30°C 40°C 50°C 60°C 70°C20°C

4 6 8 101214161820222426283032

Heating capacity [kW]

FCL 104

t °C (water inlet temperature - air inlet temperature)

1600

1400

1200

1000

800

600

Water flow rate [l/h]

400

FCL 124

t °C (water inlet temperature - air inlet temperature)

2000

1800

1600

1400

1200

1000

Portata acqua [l/h)

800

600

400

30°C 40°C 50°C 60°C 70°C20°C

3 4 5 6 7 8 9 10111213141516

Heating capacity [kW]

30°C 40°C 50°C 60°C 70°C20°C

4 6 8 10 12 14 16 18 20

Heating capacity [kW]

HEATING CAPACITY CORRECTION FACTORS

The heat yields refer to the maximum speed. For the rest of the speeds the values must be multiplied by the following factors:

FCL 72 82 84 102 104 122 124

Speed 4 1 1 1 1111
Speed 3

Speed 2 0,67 0,72 0,82 0,70 0,76 0,73 0,78
Speed 1 (minimum)

0,77 0,82 0,85 0,81 0,85 0,85 0,86

0,54 0,54 0,64 0,51 0,62 0,55 0,61

IFCLTY 1112 - 4528511_04

45

MAIN HEATING COIL PRESSURE DROP [kPa] (VL version, without internal valve) - HEATING

The pressure drops are calculated with the following formula:
DP = DP
(Qw

rated

1.8

rated

)*(Qw

1.8

)

Pressure drops [kPa] with water 50°C

Water fl ow rate [l/h] FCL32 FCL36 FCL42 FCL62 FCL72 FCL82 FCL102 FCL122

100 1,07 0,73 0,73
150 2,21 1,51 1,52 1,39 1,40
200 3,71 2,54 2,55 2,33 2,35
250 5,55 3,80 3,81 3,48 3,51 1,79
300 7,71 5,27 5,29 4,84 4,87 2,49
350 10,17 6,96 6,98 6,38 6,43 3,28 1,72 1,63
400 12,93 8,85 8,87 8,12 8,18 4,18 2,19 2,07
500 19,33 13,23 13,26 12,13 12,22 6,24 3,27 3,10
600 26,84 18,37 18,41 16,84 16,97 8,67 4,54 4,30
700 35,42 24,24 24,30 22,23 22,40 11,44 5,99 5,68
750 40,10 27,45 27,51 25,17 25,36 12,95 6,78 6,43
800 28,27 28,48 14,54 7,62 7,22

900 34,95 35,21 17,98 9,42 8,93
1000 42,25 42,56 21,73 11,39 10,79
1050 46,12 46,47 23,73 12,43 11,78
1100 25,80 13,52 12,81
1200 30,17 15,81 14,98
1300 34,85 18,26 17,30
1400 39,82 20,86 19,77
1500 45,09 23,62 22,39
1600 50,64 26,53 25,14
1700 56,48 29,59 28,04
1750 59,51 31,18 29,55
1800 32,80 31,08
1900 36,15 34,26
2000 39,65 37,57
2100 43,29 41,02
2200 47,07 44,60
2300 50,99 48,32
2400 55,05 52,17
2450 57,13 54,14

The table shows the pressure drop for each size with fl ow rate
intervals of 50 and 100l/h

Pressure drops [kPa] with water 70°C

Water fl ow rate [l/h] FCL34 FCL38 FCL44 FCL64 FCL84 FCL104 FCL124

50 0,74 0,74 0,70 0,71
100 2,58 2,58 2,44 2,49
150 5,34 5,34 5,06 5,16 0,81 0,82 0,84
200 8,97 8,97 8,49 8,67 1,36 1,38 1,41
250 13,40 13,40 12,69 12,95 2,03 2,06 2,10
300 18,61 18,61 17,62 17,98 2,82 2,85 2,92
350 24,56 24,56 23,26 23,73 3,72 3,77 3,85
400 31,24 31,24 29,58 30,18 4,73 4,79 4,89
450 5,85 5,92 6,05
500 7,07 7,16 7,31
550 8,39 8,50 8,68
600 9,81 9,94 10,15
650 11,33 11,48 11,72
700 12,95 13,12 13,40
750 14,66 14,85 15,17
800 16,47 16,68 17,04
850 18,37 18,60 19,00
900 20,36 20,62 21,06
950 22,44 22,73 23,21

1000 24,61 24,93 25,46
1050 26,87 27,21 27,80
1100 29,21 29,59 30,23
1150 31,65 32,06 32,74
1200 34,17 34,61 35,35

46

IFCLTY 1112 - 4528511_04

MAIN COOLING COIL PRESSURE DROP [kPa] (VL version, without internal valve) - COOLING

The pressure drops are calculated with the following formula:
DP = DP
(Qw

rated

1.8

rated

)*(Qw

1.8

)

Pressure drops [kPa] with water 7°C

Water fl ow rate [l/h] FCL32 FCL36 FCL42 FCL62 FCL72 FCL82 FCL102 FCL122

100 1,19 0,78 0,80
150 2,46 1,62 1,65 1,56 1,58
200 4,13 2,72 2,77 2,62 2,66
250 6,17 4,07 4,14 3,92 3,97 1,95
300 8,56 5,65 5,75 5,44 5,51 2,70
350 11,30 7,46 7,58 7,18 7,28 3,57 1,93 1,82
400 14,37 9,48 9,64 9,13 9,26 4,54 2,45 2,32
500 21,48 14,17 14,41 13,65 13,83 6,78 3,66 3,46
600 29,82 19,68 20,01 18,95 19,20 9,42 5,08 4,81
700 39,35 25,97 26,41 25,01 25,34 12,43 6,71 6,35
750 44,56 29,41 29,90 28,32 28,69 14,07 7,60 7,19
800 31,81 32,23 15,81 8,53 8,07

900 39,32 39,84 19,54 10,55 9,98
1000 47,53 48,16 23,62 12,75 12,06
1050 51,89 52,58 25,79 13,92 13,17
1100 28,04 15,14 14,32
1200 32,80 17,71 16,74
1300 37,88 20,45 19,34
1400 43,29 23,37 22,10
1500 49,01 26,46 25,02
1600 55,05 29,72 28,10
1700 61,39 33,14 31,34
1750 64,68 34,92 33,02
1800 36,73 34,74
1900 40,49 38,29
2000 44,40 41,99
2100 48,48 45,85
2200 52,71 49,85
2300 57,11 54,01
2400 61,65 58,30
2450 63,98 60,51

The table shows the pressure drop for each size with fl ow rate
intervals of 50 and 100l/h

Pressure drops [kPa] with water 7°C

Water fl ow rate [l/h] FCL34 FCL38 FCL44 FCL64 FCL84 FCL104 FCL124

100 1,19 0,78 0,81

150 2,46 1,63 1,67 1,55

200 4,13 2,73 2,81 2,60

250 6,17 4,08 4,19 3,88 1,95 1,46 1,49

300 8,56 5,66 5,82 5,39 2,70 2,03 2,06

400 14,37 9,51 9,77 9,04 4,54 3,40 3,46

500 21,48 14,20 14,60 13,51 6,78 5,08 5,17

600 29,82 19,72 20,27 18,76 9,42 7,06 7,18

700 39,35 26,03 26,75 24,77 12,43 9,32 9,48

750 44,56 29,47 30,28 28,04 14,07 10,55 10,73

800 34,01 31,49 15,81 11,85 12,05

900 42,05 38,93 19,54 14,65 14,90
1000 50,83 47,06 23,62 17,70 18,01
1050 55,49 51,38 25,79 19,33 19,67
1100 55,87 28,04 21,02 21,38
1200 32,80 24,58 25,01
1300 37,88 28,39 28,88
1400 43,29 32,44 33,01
1500 49,01 36,73 37,37
1600 55,05 41,26 41,97
1700 61,39 46,01 46,81
1750 64,68 48,48 49,32

IFCLTY 1112 - 4528511_04

47

CORRECTION FACTORS WHEN OPERATING USING GLYCOL WATER

Key:

Pressure drops

Air flow rate

Output

COOLING FUNCTION MODE HEATING FUNCTION MODE

GLYCOL WATER AT 10%

1,2

1,1

1,4

1,3

1,2

1,0

0,9

Correction factor

0,8

6 7 8 9 10 11 12 13 14 15 16 17 °C

1,1

1,0

0,9

Correction factor

0,8

30 40 50 60 70 80 90 °C

Medium glycol water temperature

GLYCOL WATER AT 20%

1,2

1,1

1,0

0,9

0,8

0,7

Correction factor

0,6

6 7 8 9 10 11 12 13 14 15 16 17 °C

Medium glycol water temperature

1,4

1,3

1,2

1,1

1,0

Correction factor

0,9

0,8

30 40 50 60 70 80 90 °C

Medium glycol water temperature

Medium glycol water temperature

GLYCOL WATER AT 35%

1,6

1,5

1,4

1,3

1,2

1,1

1,0

0,9

0,8

0,7

Correction factor

0,6

0,5

6789101112131415161718 °C

Medium glycol water temperature

48

IFCLTY 1112 - 4528511_04

1,4

1,3

1,2

1,1

1,0

0,9

Correction factor

0,8

30 40 50 60 70 80 90 °C

Medium glycol water temperature

SOUND POWER LEVEL expressed in db

Speed Central band frequency (Hz) Globale

Mod. 125 250 500 1000 2000 4000 8000 dB dB(A)

FCL32
FCL34

Speed 3 49,6 48,5 45,7 39,1 36,2 20,5 14,0 53 46
Speed 2 38,2 40,2 38,7 31,0 23,9 22,4 18,9 44 38
Speed 1 (Min) 35,2 37,2 35,7 28,0 20,9 19,4 15,9 41 35

FCL36
FCL38

FCL42
FCL44

FCL62
FCL64

FCL72

FCL82
FCL84

Speed 3 49,6 48,5 45,7 39,1 36,2 20,5 14,0 53 46
Speed 2 38,2 40,2 38,7 31,0 23,9 22,4 18,9 44 38
Speed 1 (Min) 35,2 37,2 35,7 28,0 20,9 19,4 15,9 41 35

Speed 4 54,1 54,2 51,7 46,8 44,0 31,2 16,6 59 53
Speed 3 49,6 48,5 45,7 39,1 36,2 20,5 14,0 53 46
Speed 2 38,2 40,2 38,7 31,0 23,9 22,4 18,9 44 38
Speed 1 (Min) 35,2 37,2 35,7 28,0 20,9 19,4 15,9 41 35

Speed 4 60,5 63,7 58,3 55,5 52,3 45,2 31,8 67 61
Speed 3 55,1 55,2 52,7 47,8 45,0 32,2 17,3 60 54
Speed 2 48,9 48,9 46,0 39,3 36,0 19,4 10,6 53 47
Speed 1 (Min) 42,6 43,7 41,4 32,0 23,3 9,1 9,4 48 41

Speed 4 62,5 65,7 60,3 57,5 54,3 47,2 33,8 69 63
Speed 3 57,1 57,2 54,7 49,8 47,0 34,2 19,3 62 56
Speed 2 50,9 50,9 48,0 41,3 38,0 21,4 12,6 55 49
Speed 1 (Min) 44,6 45,7 43,4 34,0 25,3 11,1 11,4 50 43

Speed 4 57,3 49,5 46,2 46,3 39,0 28,3 18,1 59 50
Speed 3 56,4 42,6 42,1 40,1 25,2 7,5 12,9 57 45
Speed 2 55,3 41,2 41,0 35,0 27,8 9,9 12,5 56 43
Speed 1 (Min) 51,5 35,3 36,6 25,9 30,4 11,0 12,2 52 39

Speed 4 61,3 53,5 50,2 50,3 43,0 32,3 19,2 63 54

FCL102
FCL104

FCL122
FCL124

Speed 3 59,4 45,6 45,1 43,1 28,2 11,8 17,6 60 48
Speed 2 58,5 41,0 41,6 37,0 26,5 12,3 12,5 59 45
Speed 1 (Min) 52,2 38,1 37,9 31,9 24,7 7,5 12,9 53 40

Speed 4 63,1 60,1 56,3 55,1 52,5 46,3 36,6 66 60
Speed 3 58,8 53,3 49,8 50,1 45,9 37,0 23,5 61 54
Speed 2 59,6 48,3 46,6 46,2 34,6 21,8 18,1 60 50
Speed 1 (Min) 55,4 41,6 41,1 39,1 24,2 10,1 15,3 56 44

= Acoustic tests certified EUROVENT 8/2 (ISO 3741/2001)

SOUND PRESSURE LEVEL expressed in db (a)

Speed FCL 32 34 36 38 42 44 62 64 72 82 84 102 104 122 124

Speed 4 dB(A) - - - - 44 44 52 52 54 41 41 45 45 51 51
Speed 3 dB(A) 37 37 37 37 37 37 45 45 47 36 36 39 39 45 45
Speed 2 dB(A) 29 29 29 29 29 29 38 38 40 34 34 36 36 41 41
Speed 1 (Min) dB(A) 26 26 26 26 26 26 32 32 34 30 30 31 31 35 35

Level of sound pressure (A-weighted) measured in the room with volume V = 100 m3; reverberation time t = 0.5 s; direction fac-

tor Q = 2; distance r = 2.5m.

IFCLTY 1112 - 4528511_04

49

ACCESSORIES

Consult the compatibility table to make your choice

FCL 32 34 36 38 42 44 62 64 72 82 84 102 104 122 124

Obligatory accessories

Suction and delivery grille units

L10*

GL

✔✔✔✔✔✔✔✔✔

GLL10M
GLL10R
GLL20*
GLL20R

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔

✔✔✔✔✔✔

Standard control panels (electronic and electromechanical)
FMT10**
FMT20AW**
PX**
PX2**
PX2C6**
PXAE**
WMT10**

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6 ✔x6

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

Intake and delivery grille units with electronic thermostat incorporated for the VMF System
GLL10N***
GLL20N***

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔

Wall-mounted control panel for the VMF System
VMF-E4 ***

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

VMF-E4D ***

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

Accessories

Perimeter casing accessory for ceiling installation
FCLMC10

FCLMC20
Accessory for air purifi cation
FEL10
Accessories for air delivery in an adjacent room and for connection to a fresh air intake
KFL
KFL20
KFLD****
KFLD20****
Probe accessories for standard control panels (also consult the control panel documentation)

SW3**

(PXAE)

SW4 *****

(GLL_M/GLL_R/GLL_N)

SWA**

(FMT20AW)

Interface card accessories for standard control panels

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

SIT 3*

SIT 5*

50

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

IFCLTY 1112 - 4528511_04

FCL 32 34 36 38 42 44 62 64 72 82 84 102 104 122 124

Hot water circuit valve accessories for 4-pipe systems
(to combine with the provided control panels and the VMF System)

(H)

VHL1
VHL20
VHL2
VHL22

(H)

(H)

(H)

Electric resistor accessories
(to combine with the provided control panels and the VMF System)

RXLE**

✔✔✔✔

✔✔✔✔

✔✔✔✔✔

✔✔✔

✔✔✔

RXLE20**

✔✔✔

Accessories for VMF System (FCL with GLL_N grille)

Obligatory accessories, essential for unit operation.

The individual or network master units are required to be combined with the VMF-E4 / VMF-E4D control panel.
The Slave network units do not require the VMF-E4 / VMF-E4D control panel, they simply need to be connected (TTL) to the

Master unit.
Each network Master unit can have up to 5 Slave units connected to it.
The Master network units can be connected to a VMF-E5B or VMF-E5N main interface panel to manage the system.
The VMF system includes a variety of accessories and compositions. This table shows only the accessories designed for the opera-

tion of the units, for the selection refer to the compatibility table, the documentation of all the accessories and the fan coil.

VMF System control panel accessory (connected to the individual units or only to the Master units)
VMF-E4 ***
VMF-E4D ***

M

ain interface panel Accessory to manage the VMF System network (connected to the Master units)

VMF-E5B
VMF-E5N

Accessory water temperature probe for a 2-pipe system

(C) (H)

SW4

Accessories water temperature probes for a 4-pipe system

(H)

(C)

VMF-SW1
SW4

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔

✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔✔✔✔✔✔✔✔✔✔✔✔

✔✔✔✔ ✔✔✔

Obligatory accessories, essential for unit operation.

The GLL, GLL_R and GLL_N range intake and delivery grille units with electric box are compulsory accessories as the FCL units

are dispatched without these components

NB>

* The GLL10 and GLL20 grille units have to be combined with an electronic or electromechanical standard control panel.

** Accessories that can only be used in combination with GLL10 and GLL20 grilles.

*** The GLLI10N and GLLI20N grille units have to be combined with a VMF range control panel (see VMF-E4 / VMF-E4D).

**** Up to three KFL20 or KFL20D devices can be assembled on a single unit (refer to the manual)

***** Requires GLL_M, GLL_R or GLL_N

(H)

Hot water circuit

(C)

Cold water circuit

Some accessories may not be applied at the same time on the same fan coil, while others need to be used with other

accessories and/or with a particular fan coil configuration.

Before placing an order, see documentation relating to all accessories and the fan coil.

(they also include the electrical box for the FCL).

IFCLTY 1112 - 4528511_04

51

ACCESSORIES

Obligatory accessories

The GLL range intake and delivery grille

units are compulsory accessories as the
FCL units are dispatched without these
components. The are essential for unit
operation.

These accessories consist of the grille

with central suction and lateral air
delivery fins, all within a frame. The
electrical box for FCL is included in
the kit.

The GLL_ and GLL_R accessories have

GLL10 - GLLI20 INTAKE AND DELIVERY GRILLE UNIT

GLL10 (600x600)
GLL20 (840x840)

Intake and delivery grille unit (obligatory accessory)

The form and opening of the suction louvres were developed in order

to have the best possible distribution of the air, both when functioning
in winter as well as in summer.

Suction occurs through the central grille, and delivery through the

manually adjustable, perimetric slots. It contains the air filter that can
be easily removed for cleaning.

The GLL includes the electric box, with bayonet coupling to the

connector bound to the unit load-bearing structure.
In plastic, colour RAL 9010.
Combined with wall-mounted control panel.

to be combined with a wall-mounted
control panel.

The GLL10M accessory with motorised

fi ns also includes a remote control.

GLL10M INTAKE AND DELIVERY GRILLE UNIT WITH MOTORISED FINS

GLL10M (600x600)

Intake and delivery grille unit with motorised fins and remote control

(obligatory accessory)
The form and opening of the delivery fins were developed in order to

have the best possible distribution of the air, both when functioning

in winter as well as in summer. Motorised fins are adjusted using the

remote control.
Suction occurs through the central grille, and delivery through the

manually adjustable, perimetric slots. It contains the air filter that can

be easily removed for cleaning.
The GLL10M includes the electric box, with bayonet coupling to the

connector bound to the unit load-bearing structure and remote control.
The infrared receiver and emergency operation key are on the grille

frame.
In plastic, colour RAL 9010.

GLL10R - GLL20R INTAKE AND DELIVERY GRILLE UNIT

GLL10R (600x600)
GLL20R (840x840)

Intake and delivery grille unit (obligatory accessory)

The form and opening of the suction louvres were developed in order

to have the best possible distribution of the air, both when functioning

in winter as well as in summer.
Suction occurs through the central grille, and delivery through the

manually adjustable, perimetric slots. It contains the air filter that can

be easily removed for cleaning.
The GLL_R includes the electric box, with bayonet coupling to the

connector bound to the unit load-bearing structure.
The infrared receiver and emergency operation key are on the grille

frame.
In plastic, colour RAL 9010.

52

IFCLTY 1112 - 4528511_04

ACCESSORIES

GLL10N - GLL20N INTAKE AND DELIVERY GRILLE UNIT WITH "VMF System" THERMOSTAT

GLL10N (600x600)
GLL20N (840x840)

Intake and delivery grille unit with "VMF System" advanced electronic

thermostat (obligatory accessory).

The form and opening of the suction louvres were developed in order

to have the best possible distribution of the air, both when functioning
in winter as well as in summer.

Suction occurs through the central grille, and delivery through the

manually adjustable, perimetric slots. In plastic, colour RAL 9010, it
contains the air filter that can be easily removed for cleaning.

The GLL_N includes the electric box with incorporated VMF System

thermostat board, with bayonet coupling to the connector bound to
the unit load-bearing structure.

The GLLI_N needs to be interfaced with a VMF-E4 / VMF-E4D external

control panel if installed on a single FCL unit, or with a "Master"
function in a network with up to 5 other "Slave" fan coils supplied
with "VMF System" thermostat only (GLLI-N and/or GLL-N and/or
VMF-E18 and/or VMF-E1 and/or VMF-E0).

If GLL_N is combined with a VMF-E4 / VMF-E4D control panel

("Master" confi guration), the fan coil can be connected to a VMF-E5B /
VMF-E5N central supervisor system.

The GLL_N accessory consists of :

• Intake and delivery grille unit

• "VMF System" advanced electronic
thermostat board, installed in the
electric box, easily applicable to the
fan coil.

The thermostat board has a protective

fuse, a dip-switch for configuration,
and connectors for connection with:

- the power supply,

- the earthing,

The thermostat is used to control:

WARNING: Not all functions can be

operated simultaneously, see the docu­mentation of the accessory

• Three fan coil speeds in manual mode

• Continuous and thermostat-controlled
ventilation via valve control

• Season visualisation

• Visualisation of alarms and ventilation
request

• Up to two ON/OFF 2- or 3-way valves

• The switch-on of an electric heater

• An air temperature probe

• A water temperature probe, with mini­mum and maximum temperature and
changeover functions

• An additional water probe for control­ling the second coil (4-pipe systems)

• Season change according to the water
or air temperature (4-pipe systems)

• Input for “external contact”. This is a
digital input with the following logic:

- the valve control,

- fan motor supply,

- the ambient air temperature probe,

- the water temperature probe,

- the auxiliary water temperature probe,

- the control panel (user interface),

- the presence sensor,

- the external contact,
the VMF-E5B / VMF-E5N central supervisor

-

system serial,

- When open, the thermostat works nor-

mally;

- When closed, the fan coil is switched

off.

• Anti-freeze function

• Presence sensor to enable the “SLEEP”

function from an external contact
(reduction of ambient set-point by 2 or
5 degrees, depending on the settings, if
a room is unoccupied)

• Input for local serial. The thermostat is

designed to communicate with other
GLLI-N and/or GLL-N and/or VMF­E18 and/or VMF-E1 and/or VMF-E0
type thermostats via a dedicated serial
based on the TTL logic standards. This
serial communication is essential for
the exchange of information within
small fan coil networks (up to 6 ther­mostats and with a maximum length of
30 metres.) It was designed, in fact, for

- the fan coil network serial (TTL).

small areas where the fan coils (more
than one) need to be controlled from
a single control point. More specifi­cally, this network always contains a
Master (to which a user interface VMF­E2, VMF-E4 / VMF-E4D is connected)
which controls the operation of the
Slaves connected to it, according to the
settings made on its user interface.

• Input for supervision serial. In networks
made up of several fan coils subdivided
into independent temperature areas,
the GLL-N (with VMF-E4 / VMF-E4D)
area thermostat allows communication
with a VMF-E5B / VMF-E5N central sys­tem supervisor.

IFCLTY 1112 - 4528511_04

53

ACCESSORIES

FEL10 ELECTROSTATICALLY PRE-CHARGED AIR FILTER

FCLMC SUCTION FLANGE

FEL10

For GLL10, GLL10R and GLL10N grille units.
Electrostatically pre-charged air filter, regenerated with

class-2 fire resistance (UL 900).

Supplied in a sealed package which should only be opened

at the time of use.

The electrostatically pre-charged filter combines the nor-

mal mechanical filtering of the air that passes through
the filter, with an electrostatic attraction of powder that
increases its filtering considerably.

The electrostatic filter charge runs down two years after the

opening of the box; after this period it behaves like a nor­mal filter.

Frequent cleaning, removal (with a vacuum) of the dust that

has built up, and the use of water and detergents con­siderably speeds up the deterioration of the electrostatic
charge.

FCLMC10

FCLMC20

FCLMC10
FCLMC20

The FCLMC10 / FCLMC20 accessory is a galvanised steel

sheet and painted perimeter housing used when the fan
coil is installed outside the suspended ceiling. It is used for
aesthetic and protective purposes. FCL technical features
remain unchanged.

Color: RAL9010

54

IFCLTY 1112 - 4528511_04

ACCESSORIES

KFL DELIVERY FLANGE

KFL

KFLD SUCTION FLANGE

KFLD

Ø 150

KFL20

KFL

Delivery flange for directing air to an

adjacent room.

KFL20 (***)

Delivery flange for directing air to an

adjacent room. Up to three KFL20 can
be assembled on a single unit.

KFLD

Suction flange for connection to a duct,

to introduce fresh air into the room via
an external fan. The fresh air is directly
introduced from the fin corresponding
to the flange position.

The air is not extracted by the fan, so is

not mixed inside the unit with air that
has already been treated.

KFLD20

Ø 150

KFLD20 (***)

Suction flange for connection to a duct,

to introduce fresh air into the room via
an external fan. The fresh air is directly
introduced from the fin corresponding
to the flange position.

The air is not extracted by the fan, so is

not mixed inside the unit with air that
has already been treated.

Up to two KFL20D devices can be

assembled on a single unit.

IFCLTY 1112 - 4528511_04

55

ACCESSORIES

VHL1 - VHL20 3-WAY VALVES KIT

VHL1 - VHL20

Motor-driven three-way valve for the heating battery in

4-pipe systems.

Obligatory accessory for 4-pipe systems.

VHL2 - VHL22 2-WAY VALVES KIT

VHL2 - VHL22

motor-driven two-way valve for the heating battery in

4-pipe systems.

Obligatory accessory for 4-pipe systems with variable flow

rates.

56

IFCLTY 1112 - 4528511_04

ACCESSORIES

RXLE - RXLE20 ELECTRIC RESISTOR FOR HEATER SYSTEM

SIT3 - SIT5 INTERFACE CARDS

RXLE
RXLE20

Electric resistor for heater system to be installed on FCL

This accessory can only be used with the FCL models fitted

with GLL_M, GLL_R or GLL_N range grilles.

units.

SIT 3
SIT 5

15

65

OUTPUT

INPUT

V3

V2

52

V1

V2

V3

DIN

90

V1

N

N

PH

L

SIT

3

Fan coil 1

SIT 3

Each fan coil fitted with a SIT3 card becomes a Slave and can

be controlled from a centralised control panel with electro­mechanical selector or with a SIT 5. Up to ten (FCX range)
fan coils fitted with SIT 3 can be applied to a single central­ised control.

The electronic control panels or those with valve control

must be interfaced with a SIT 5.

The electromechanical control panels with just the speed
control can be fitted directly to the SIT 3 without the SIT 5
interface.

SIT 5

The SIT 5 accessory, a Master interface card, connects to the

electronic control panels with or without valve or electric
resistor valve control.

The SIT5 interface card requires all fan coils connected to it

(up to 10 ) to be fitted with SIT3 Slave interface cards.

SIT

3

Fan coil 1

Fan coils

SIT

5

SIT

3

Fan coil 2

SIT

3

Fan coil 3

SIT

3

Fan coil 4-10

SIT

SIT

SIT

IFCLTY 1112 - 4528511_04

3

Fan coil 2

3

Fan coil 3

3

Fan coil 4-10

57

ACCESSORIES

VMF-SW1 WATER TEMPERATURE PROBE FOR:

- COLD WATER CIRCUIT IN 4-PIPE SYSTEMS

VMF-SW1:

VMF-SW1:

SW3 MINIMUM WATER TEMPERATURE SENSOR

2,5 m

SW4 WATER TEMPERATURE PROBE FOR:

- 2-PIPE SYSTEMS

- HOT WATER CIRCUIT IN 4-PIPE SYSTEMS

0,7 m

Water temperature probe for VMF System thermostats to be used in:

- the cold water circuit in 4-pipe systems

SW3 water temperature probe acces-

to be used with the PXAE control

sory

.

panel

It detects the water temperature in the

heating coil, to prevent the fans from
operating when the water temperature

SW4

Water temperature probe for VMF System thermostats to be used in:

- 2-pipe systems

- the hot water circuit in 4-pipe systems

is lower than 35°C. The SW3 sensors
are fit for 230V single phase power
supply.

The probe is equipped with a 2.5 metre

length cable.

SWA MINIMUM WATER AND AIR TEMPERATURE PROBE

SWA external probe accessory for FMT20AW control panels.

- The probe detects the temperature of the ambient air if

6 m

connected to the connector (A) of the FMT20AW panel; the
ambient air temperature probe incorporated in the panel is
automatically deactivated.

- Detects the temperature of the water in the system for

ventilation consent, if connected to the connector (W) of the
FMT20AW panel.

Two SWA probes can be connected to the panel FMT20AW

simultaneously.

The probe is equipped with a 6 metre length cable.

58

IFCLTY 1112 - 4528511_04

ACCESSORIES VMF SYSTEM CONTROL PANELS

VMF-E4 / VMF-E4D VMF RANGE THERMOSTAT CONTROL PANEL, WALL MOUNTING

Wired control panel, user interface for thermostats incorporated

in GLL10N and GLL20N grille units, and for all other VMF range

thermostats.
The panel must be used with VMF range thermostats and
operates a single or networked fan coil (see characteristics of the

combined thermostat)
Wall mounting with connection cable.
Digital display, "Touch" keyboard, only 11mm thick and mounted

VMF-E4

PANTONE COOL GRAY 1C

VMF-E4 / VMF-E4D

FCL + GLL10N
FCL + GLL20N

VMF-E4D

PANTONE 425C (METAL)

on the wall in Type 503 recessed electrical boxes and compat-

ible with the Type 502 boxes, M20 (see installation manual).
The following can be selected from the control panel:

- Switching the device on and off

- The ventilation speed, in automatic or manual mode

- The room temperature

- The operating mode
The digital display also shows:

- Thermostat On / Off

- The room temperature / set temperature

The ventilation speed with 3 positions displayed by graduated bar

-

- The operating mode
(Automatic / Heating / Cooling)

- The night-time comfort function (Sleep)

- Supervisor controlled operating mode (VMF-E5B / VMF-E5N)

See the accessories manual for complete information on its

features.

Example of a TTL local network consisting only of FCLs Example of a network with VMF-E5B / VMF-E5N supervisor

consisting only of FCLs

VMF-E5B
VMF-E5N

MASTER x

FCL + GLL10N
FCL + GLL20N

FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

FCL + GLL10N
FCL + GLL20N

FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

MASTER 1MASTER 2MASTER 3

FCL + GLL10N
FCL + GLL20N

FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

FCL + GLL10N
FCL + GLL20N

MAX 30m

FCL + GLL10N
FCL + GLL20N

FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

Example of a TTL local network consisting of mixed fan coils Example of a network with VMF-E5B / VMF-E5N supervisor

FCX + VMF-E1
FCXI + VMF-E18

MAX 30m

FCLI + GLLI10N
FCLI + GLLI20N
FCL + GLL10N
FCL + GLL20N

FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

consisting only of mixed fan coils

MASTER x

VMF-E4
VMF-E4D

MASTER 3

FCX + VMF-E1
FCXI + VMF-E18

MASTER 2

FCLI + GLLI10N
FCLI + GLLI20N
FCL + GLL10N
FCL + GLL20N

VMF-E4
VMF-E4D

MASTER 1

FCLI + GLLI10N
FCLI + GLLI20N
FCL + GLL10N
FCL + GLL20N

VMF-E5

VMF-E4
VMF-E4D

FCX + VMF-E1
FCXI + VMF-E18

FCLI + GLLI10N
FCLI + GLLI20N
FCL + GLL10N
FCL + GLL20N

IFCLTY 1112 - 4528511_04

FCLI + GLLI10N
FCLI + GLLI20N
FCL + GLL10N
FCL + GLL20N

59

ACCESSORIES VMF SYSTEM SUPERVISION

VMF-E5B / E5N SYSTEM'S MAIN SUPERVISION INTERFACE

VMF-E5B
VMF-E5N

RS485 MAX 1000m

WARNING: the VMF-E5B / VMF-E5N panel allows the management
of the individual masters; The slave units connected to each master
cannot be individually managed from the VMF-E5B / VMF-E5N
panel, but they acquire the settings of the master to which they
are connected.

MASTER 1

FCL+GLL_N

RS485

RS485

VMF-E4 / VMF-E4D

TTL

MASTER 2

FCL+GLL_N

VMF-E4 / VMF-E4DVMF-E4 / VMF-E4D

TTL

RS485

• Maximum number of MASTER fancoils = 64

• Maximum number of SLAVE fancoils that can be connected to each MASTER = 5

MASTER 64

FCL+GLL_N

TTL

TTL MAX 30m

Recessed supervisor control panel,

available in two colours:

• VMF-E5B white

• VMF-E5N black.
Graphic back-lit LCD display and

capacitive keyboard.

VMF-E5B / VMF-E5N allows for the cen-

tralised control/operation of a complete
hydronic system consisting of:

• Fan coils: up to 64 fan coil zones com­prising 1 master + maximum 5 slaves.

• Chiller/heat pump equipped with
controls Modu_Control, GR3 and
pCO2 / PCO ³ (required accessory RS
485 interface respectively MODU­485A, AER485, AER485P2 / AER485P1)

• Circulators: maximum of 12 configura­ble zone circulators.

• Boiler: boiler consensus management
for hot water production.

• Heat recovery units: consents up to 3
per programmable recovery units based
on the timing and/or by measuring the

60

IFCLTY 1112 - 4528511_04

air quality obtained with the VMF-VOC
accessory.

• Domestic hot water module: complete
management of the domestic hot water
production through the control of:

- Diverting valve/circulator

- Supplementary heater

- Accumulation temperature probe

- Anti-legionella circuit

The main feature is the possibility of

managing the plant through dedicated
algorithms to achieve a comfortable
environment with energy saving in
mind.

See the accessories manual for

complete information on its features.

CONTROL PANEL ACCESSORIES

FMT10 CONTROL PANEL WITH THERMOSTAT

Thermostat for fan coils installed in systems with 4 pipes,

2 pipes and 2 pipes with heater, with the possibility of
connecting two On - Off valves to shut off the water feeding
the coils.

Commands simplified with only two selectors for temperature

106

71

FMT20AW CONTROL PANEL WITH THERMOSTAT AND LCD DISPLAY

106

71

and ventilation control (3 speeds).
Colour: RAL 9016.
Two cover plates supplied, Black and White.
Ambient air probe ( L=6000mm, supplied with probe holder)

to be positioned inside the fan coil.

See the accessories manual for complete information on

its features.

Built-in installation (module 503).

Thermostat with LCD display for fan coils installed in systems

with 4 pipes, 2 pipes and 2 pipes with heater, with the

possibility of connecting two On-Off valves to shut off the

water feeding the coils.

Colour: RAL 9016. Two cover plates supplied, Black and

White.

Air temperature probe inside the panel.
It is possible to connect a probe to measure the ambient air

temperature (SWA accessory) which disables the internal

probe.
It is possible to connect a probe to measure the water

temperature of the system (SWA accessory).

See the accessories manual for complete information on

its features.

Built-in installation (module 503).

WMT10 CONTROL PANEL WITH ELECTROMECHANICAL THERMOSTAT

electromechanical thermostat for fan coils installed in 4-pipe,

2-pipe and 2-pipe with heater systems, with the possibility of

connecting two On-Off valves to shut off the water feeding

the coils.
The panel is electrically protected by an internal fuse.

Continuous or thermostat-controlled ventilation.

See the accessories manual for complete information on

its features.

Wall-mounting.

PX CONTROL PANEL WITH SPEED SELECTOR

PX: control panel with selector.

See the accessories manual for complete information on

its features.

Wall-mounting.

IFCLTY 1112 - 4528511_04

61

CONTROL PANEL ACCESSORIES

PXAE CONTROL PANEL WITH MULTIFUNCTION ELECTRONIC THERMOSTAT

Multifunction electronic room thermo-

stat for fan coils in 2-pipe and 4-pipe
systems.

Simplified controls with only two

selectors to control temperature and
ventilation, 3 speeds + automatic
speed, on-off and automatic summer­winter switching, according to water
temperature.

It can control up to two On-Off valves.

Continuous or thermostat-controlled
ventilation.

PX2 - PX2C6 CONTROL PANEL WITH SPEED SELECTOR

PX2

Control panel for manual control of

ventilation speed, consisting of an
on/off selector and a three position
selector to choose the fan speed.

See the accessories manual for

complete information on its features.

Packaged individually.
Wall-mounting.

The minimum water temperature probe

SW3 is available as an accessory. It
interrupts the heating operation when
the water temperature is below 35°C.

See the accessories manual for

complete information on its features.

Wall-mounting.

PX2C6

Same panel used for PX2 accessory

without bracket for installation on the
fan coil machine.

See the accessories manual for

complete information on its features.

In multiple 6-piece pack, individually

sealed.

Wall-mounting.

62

IFCLTY 1112 - 4528511_04

INSTALLATION

ATTENTION: before carrying out any

intervention, make sure that the elec­tric power supply has been disconnec­ted.

ATTENTION: before carrying out any

work, wear the appropriate individual
protection devices.

ATTENTION: The appliance must be

installed in compliance with national
regulations on this subject.

ATTENTION: the electric connections,

the installation of the fan coils and
their accessories must only be perfor­med by subjects with the technical­professional requisites for enabling
and installation, transformation, exten­sion and maintenance of the systems
and able to check the same for safety
and functionality purposes (in this
manual they will be indicated by the
generic term "staff with specific tech­nical skill").

In particular, for the electric connec-

tions, checks relative to the following
are requested:

- Measurement of the electric plant iso­lation resistance.

- Continuity test of the protection wires.

ATTENTION: Install a device, master

switch or electric plug that allows to
completely interrupt the appliance’s
electric power supply.

Here find the essential indications for

correct installation of the appliance.

SYSTEM EXAMPLES

Key:

SA Room temperature probe
SW Water temperatur probe
RXLE Electric heater (for Module 600 only)

The completion of all operations, accor-

ding to specific requirements, is left to
the experience of the installer.

The water, condensate drainage and

electrical circuit ducts must be provi­ded for.

The fan coil must be installed in a

position such to easily allow routine
maintenance (cleaning the filter) and
extraordinary maintenance, as well as
access to the air vent valve on the side
of the frame (connections side).

Do not install the unit in rooms where

inflammable gases or acid or alkaline
substances are present that can perma­nently damage the copper-aluminium
heat exchangers or internal plastic
components.

Do not install the unit in workshops

or kitchens, where oil vapours mixed
with the treated can deposit on the
heat exchanger coils, reducing their
performance, or on the internal parts
of the unit, thus damaging the plastic
components.

The fan coil must be installed in a posi-

tion such that the air can be distributed
throughout the entire room, that there
are no obstacles (curtains or objects) to
the passage of air from the intake grids.

Choose a position in the centre of the

room if possible; the regulation of the
air output allows the air to be distribu­ted optimally in the room. Generally

the best position of the fins is that that
allows the launch of the air adhering to
the ceiling for the coined effect, during
cold functioning. The side section of
the deflectors (Module 600)shows the
opening positions for proper warm fun­ctioning (opening 20°) and cold fun­ctioning (opening 10°) of the machine.

For the Module 840 units, it is recom-

mended to completely open the deflec­tor in heating mode. In cooling mode,
rotate the deflector to half way.

Depending on the user's requirements, it

is possible to position the louvered fins
in the intermediate of complete closure
positions. Thanks to the special shapes
of the louvered fins the machine can
also function with the deflectors com­pletely closed.

Do not install at height of above three

metres.

The FCL unit is set for connection with

fresh air ducts and for the flow of the
treated air in an adjacent room.

VHL Solenoid valve ( Heating/Cooling)
VHL1 / VHL20 Hot Valve (3-way)
VHL2 / VHL22 Hot Valve (2-way)

2-pipe systemi 4-pipe system

2-pipe system with resistance
(Only for models and confi gu-

rations that envision heating
with resistance)

VHL1
VHL20

VHL1
VHL2

SA

VHL

SW4

SA

RXLE

VHL

SW4

SA

VHL

SW4

SA

RXLE

VHL

SW4

VHL2
VHL22

VHL1
VHL2

SA

VHL

SW4

SA

RXLE

VHL

SW4

SA

VHL

SW4

SA

RXLE

VHL

SW4

4-pipe system with resistance

SA

SA

(Only for models and confi gu­rations that envision heating
with resistance)

IFCLTY 1112 - 4528511_04

63

INSTALLATION OF THE "MODULE 600" UNIT

- Choose where to install the machine
according to the layout of the room,
the number of units to be installed
and any limitations imposed by the
architecture. Check that installation
and maintenance of the machine is
possible in the position chosen.

- Install four M8 threaded rods into the
ceiling to hold the frame.

Proceed as follows to install the FCL

unit:

- Overturn the FCL cassette fan coil box.

- Open the cardboard package.

- Remove the box, it is recommended to
make incisions on the corners of the
box and to remove the cardboard one
piece at a time.

- Remove the upper part of the
packaging shell used to protect the unit
during transport.

- If necessary, mount any accessories
(electric resistances, fresh air kit or flow
to adjacent room, hot water valve).
Carry out these operations before
installing the unit on the ceiling.

ATTENTION: consult the accessory

manuals.

- Do not handle the unit using the
hydraulic connections but use the
appropriate brackets.

- Lift the unit carefully using the brackets
and holding it slightly inclined. Fix it
to the 4 threaded rods using the 8 nuts
of which 4 are self-locking. Act on the
nuts to adjust the height, finally check
that the unit is installed in a horizontal
position.

- Feed the hydraulic lines through the
suspended-ceiling to the attachment
plate on the unit;

- Make the hydraulic connections as
described in the relative chapter.

- Take the condensate drain pipe to the
respective fitting on the attachment
plate;

- Bleed the system, the vent valve for
the two-pipe circuit is external on
the connections plate. The vent valve
for the heating circuit of the 4-pipe
system is internal, to access remove the
polystyrene basin.

- Connect the condensate drain as
described in the relative chapter.

- Take the electric power supply cables
and control cables in proximity of

the electric box; make sure that the
cables are long enough to follow
the movement of the electric box on
the guides during the assembly and
disassembly phases.

- The electric box is supplied with grid
accessories (GLL10, GLL10R and
GLL10 M).

- Consult the grid accessories manuals.
The instructions for mounting and
connection of the electric box are
contained in the manual supplied with
the grid accessory.

- After having completed the
connections and the electric box is
inserted in its housing in the FCL unit,
fix it using the two screws.

ATTENTION: fix the safety cable

to the electric box screw fastener
positioned at the side of the hydraulic
connections. The safety cable snap
hook must then be attached to the grid
frame.

- For GLL10M and GLL10R only: apply
any air probe (SA) to the centre of
the fan grid, fix the cable using the
supplied straps, lay the excess cable in
the grooves made in the polystyrene.

- The grill frame must be positioned in
a way that the AERMEC logo holder
corresponds with the corner of the
electric box.

- Mount the grill to the safety cable.

- For GLL10M and GLL10R only: make
the connections between the electric
box and the receiver.

- Fix the grid using the 4 screws.

ATTENTION!! tighten the screws with

maximum coupling torque of 0.45
Nm. It is advised to use a screwdriver,
do not use non-calibrated electric
screwdrivers. An excessive coupling
torque will damage the tray irreparably.

- Adjust the position of the unit by the
support bracket by means of the nuts,
in a way that the unit is level and the
frame rests slightly in the suspended
ceiling.

- Start the fan coil and carry out a
functioning test. The functions are
described in the user manual.

64

IFCLTY 1112 - 4528511_04

"MODULE 600" INSTALLATION

• INSTALLATION IN PROXIMITY
OF A WALL

If installed in proximity of a wall it is
possible to close the corresponding
flow inlet using the gasket supplied.

IFCLTY 1112 - 4528511_04

65

INSTALLATION OF THE "MODULE 840" UNIT

- Choose where to install the machine
according to the layout of the room,
the number of units to be installed
and any limitations imposed by the
architecture. Check that installation
and maintenance of the machine is
possible in the position chosen.

- Install four M8 threaded rods into the
ceiling to hold the frame.

Proceed as follows to install the FCL

unit:

- Open the cardboard package.

- Overturn the FCL cassette fan coil box.

- Remove the box.

- Remove the packaging shells used to
protect the unit during transport.

- Apply the 4 installation brackets all’
unit. (see figure)

- If necessary, mount any accessories
(electric resistances, fresh air kit or flow
to adjacent room, hot water valve).
Carry out these operations before
installing the unit on the ceiling.

ATTENTION: consult the accessory

manuals.

- Do not handle the unit using the
hydraulic connections but use the
brackets.

- Lift the unit carefully using the brackets
and holding it slightly inclined. Fix it
to the 4 threaded rods using the 8 nuts
of which 4 are self-locking. Act on the
nuts to adjust the height, finally check
that the unit is installed in a horizontal
position.

- Feed the hydraulic lines through the
suspended-ceiling to the attachment
plate on the unit;

- Make the hydraulic connections as
described in the relative chapter.

- Take the condensate drain pipe to the
respective fitting on the attachment
plate;

- Connect the condensate drain as
described in the relative chapter.

- Bleed the system, the vent valves are
external on the connections plate.

- Take the electric power supply cables
and control cables in proximity of
the electric box; make sure that the
cables are long enough to follow
the movement of the electric box on
the guides during the assembly and
disassembly phases.

- The electric box is supplied with grid

66

IFCLTY 1112 - 4528511_04

accessories (GLL20 and GLL20R)).

- Consult the grid accessory manuals.
The instructions for mounting and
connection of the electric box are
contained in the manual supplied with
the accessory.

- After having completed the
connections and the electric box is
inserted in its housing in the FCL unit,
fix it using the two screws.

- For GLL20R only: apply any air probe
(SA) to the centre of the fan grid, fix the
cable using the supplied straps, lay the
excess cable in the grooves made in
the polystyrene.

- The grill frame must be positioned in

a way that the AERMEC logo holder
corresponds with the corner of the
electric box.

- Fix the grid using the 4 screws.

ATTENTION!! tighten the screws

with maximum coupling torque
of 0.45 Nm. It is advised to use a
screwdriver, do not use non calibrated
electric screwdrivers. An excessive
coupling torque will damage the tray
irreparably.

- ATTENTION: fix a safety cable snap
hook must then be attached to the grid
frame and the other snap hook to the
fan protection grid.

- Fix the intake grill to the safety cable.

- For GLL20R only: make the
connections between the electric box
and the receiver.

- Adjust the position of the unit by the
support brackets by means of the nuts,
in a way that the unit is level and the
frame rests slightly on the suspended
ceiling.

- Start the fan coil and carry out a
functioning test. The functions are
described in the user manual.

SA

SA

• Installation in proximity of a wall

If installed in proximity of a wall it is

possible to close the corresponding
flow inlet using the gasket supplied.

• Disassembly for maintenance

- Before performing any operation on
the unit, the electric power supply
must be interrupted.

- To access the inside of the unit,
remove the two cross-members fixed
to the frame with the screws. It is now
possible to remove the fan protection
grid and the polystyrene basin. (see
figure)

- DANGER!! Before re-applying voltage
to the unit, all components, especially
the protection grid, must have been
re-mounted correctly.

• Electric box maintenance

If the electric box must be accessed for

maintenance, follow the indications
below:

- Open the filter grid (turn the two

1

ratchets by ¼ of a turn).

- Remove the lock screw on the corner
door with the Aermec logo.

- Remove the 2 lock screws from the
electric box.

23

IFCLTY 1112 - 4528511_04

- Slide the electric box downwards.

- Carry out the necessary maintenance.

- Re-mount everything performing the
disassembly procedure in reverse order.

67

CONNECTIONS

The water, condensate drainage and electrical circuit ducts must be provided for.

HYDRAULIC CONNECTIONS

600x600

Out

The hydraulic attachments are with flat stroke

fittings complete with supplied gaskets.

In the 4-pipe version of the unit, it is

mandatory to install the hot water coil
valve accessory. For this purpose use the

supplied gaskets, the accessory has gaskets
for connection to the system.

Information for the correct installation of

the valve is contained in the accessory's
instructions.

The flow and return pipes must be equal,

suitably dimensioned and insulated to
avoid heat dispersion and dripping during
functioning in cooling mode

840x840

Out

Air out

Air out

(2) in

(2) out

CONNECTIONS

Air out

(4) in

600x600

Mod. FCL 32 36 42 62 72 82 102 122 34 38 44 64 84 104 124

Standard coil connections (2) ø 3/4”F 3/4”F
Additional coil connections (4) ø -- 1/2”F

CONDENSATE DRAIN CONNECTIONS

During functioning in cooling mode the

internal unit removes humidity from
the air. The condensate water must
be eliminated by linking the proper
drainage pipe attachment with the
condensate system drain pipe.

In the "Module 600" unit, the

polystyrene basin has a hole that
allows to empty the condensate, useful
in the case of disassembly.

The draining hole must always be closed

again using the rubber cap.

The units are supplied as standard with

a number of floating pump-floats for
lifting the condensate from the basin to
the drainage consisting of one electric
card, one electric pump with non­return valve and float with three-level
sensors: ON, OFF and Alarm.

(4) out

(2) = Standard coil connections
Air = Standard coil air vent valve
(4) = Hot water coil connections

The electrical supply to the pump-float

device must never be interrupted.

In the case of alarm the lifting device,

interrupts the flow of water in the coil.

The basin is fitted with an overflow hole

to ensure that the condensate water
runs off if the pump-float device is not
working. In this case dripping can be
seen from the grid.

The pump allows a maximum head of

80 cm from the level of the suspended
ceiling. If this height is not sufficient
an aux. device must be used.

It is advised to use heat-insulated rigid

piping in order to avoid condensation
on the outer surfaces.

(2) in

(4) in

840x840

SC = Condensate drain (male Ø 16mm)

(2) out

(4) out

1/50 ~ 1/100

MAX. 800mm

MAX. 3000mm

CONNECTIONS FOR THE INTAKE OF EXTERNAL FRESH AIR

The unit can be connected to a fresh

air intake duct through the circular
flange accessory, applied to the vent.

The application of the flange requires
the opening of a hole on the side.
Connection to the outside is direct and

The accessory also includes a deflector

CONNECTION FOR THE AIR FLOW CONDITIONED IN AN ADJOINING ROOM

The unit can be connected to a pipe for

conditioned air flow into an adjacent

68

IFCLTY 1112 - 4528511_04

room, via the circular flange. The
application of the flange requires the

independent from unit ventilation.

to be mounted inside the unit.

opening of a hole on the side.

ELECTRIC CONNECTIONS

The unit must be connected directly

to an electrical outlet or to an
independent circuit.

The FCL cassette fan coils must be

powered with 230V ~ 50Hz current
and have an earth connection. The
line voltage must remain within the
tolerance of ±10% with respect to the
nominal value.

In order to protect the unit against short

circuits, mount a max. 2A 250V (IG)

GLL10
GLL20

magnet circuit breaker omnipolar
switch on the power supply line with
a minimum contact opening distance
of 3 mm.

The electrical power supply cable must

be of the H07 V-K or N07 V-K type with
450/750V insulation if inside a tube
or raceway. Use cables with double
H5VV-F type insulation for visible
cable installation.

Refer to the wiring diagrams of the

appliance and the control panel.

230VAC

GLL10M - GLL10R - GLL20R - GLL10N - GLL20N

L

N

230VAC

L

N

230VAC

- L - N
> 650mm

GLL10N - GLL20N

VMF-SW1

CN3

230VAC

- L - N
> 650mm

IFCLTY 1112 - 4528511_04

69

INSTALLAZIONE E SOSTITUZIONE DEL FILTRO "Modulo 600"
INSTALLATION AND REPLACEMENT OF THE "Module 600" FILTER
INSTALLATION ET REMPLACEMENT DU FILTRE "Module 600"
INSTALLATION UND AUSTAUSCH DES FILTERS "Modul 600"
INSTALACIÓN Y SUSTITUCIÓN DEL FILTRO "Módul 600"

70

PERICOLO: Togliere tensione prima d’iniziare le operazioni di pulizia del filtro e/o dell’unità.
DANGER: Switch off power supply before cleaning filter and/or unit.
DANGER: Couper la tension avant de commencer les opérations de nettoyage du filtre et/ou de l'unité.
GEFAHR: Vor der Reinigung des Filters und/oder des Gerätes die Strom versorgung abschalten.
PELIGRO: Quitar la tensión antes de iniciar las operaciones de limpieza del filtro o de la unidad.

IFCLTY 1112 - 4528511_04

INSTALLAZIONE E SOSTITUZIONE DEL FILTRO "Modulo 840"
INSTALLATION AND REPLACEMENT OF THE "Module 840" FILTER
INSTALLATION ET REMPLACEMENT DU FILTRE "Module 840"
INSTALLATION UND AUSTAUSCH DES FILTERS "Modul 840"
INSTALACIÓN Y SUSTITUCIÓN DEL FILTRO "Módul 840"

PERICOLO: Togliere tensione prima d’iniziare le operazioni di pulizia del filtro e/o dell’unità.
DANGER: Switch off power supply before cleaning filter and/or unit.
DANGER: Couper la tension avant de commencer les opérations de nettoyage du filtre et/ou de l'unité.
GEFAHR: Vor der Reinigung des Filters und/oder des Gerätes die Strom versorgung abschalten.
PELIGRO: Quitar la tensión antes de iniciar las operaciones de limpieza del filtro o de la unidad.

IFCLTY 1112 - 4528511_04

71

DATI DIMENSIONALI • DIMENSIONS • DONNÉES DES LES DIMENSIONS • ABMESSUNGEN •
DATOS DIMENSIONALES [mm]

FCL 32
FCL 34
FCL 36

KFL

IN

FCL 38
FCL 42
FCL 44
FCL 62
FCL 64
FCL 72

GLL 10
GLL 10 R
GLL 10 M
GLL 10 N

KFLD

SC

OUT

SC

FCL 32 34 36 38 42 44 62 64 72

FCL_ kg 20,5 21,0 20,5 21,0 20,5 21,0 22 22,5 22
FCL_V2 kg 20,5 21,0 20,5 21,0 20,5 21 21 22,5 21
FCL_VL kg 20,0 20,5 20,0 20,5 20,0 20,5 21,5 22 21,5

616

587

16

72

30 9

IFCLTY 1112 - 4528511_04

587

273==

DATI DIMENSIONALI • DIMENSIONS • DONNÉES DES LES DIMENSIONS • ABMESSUNGEN •
DATOS DIMENSIONALES [mm]

FCL 82
FCL 84
FCL 102
FCL 104
FCL 122
FCL 124

820

500110 210 38

965

GLL 20
GLL 20 R
GLL 20 N

GLL20
GLL20R

965

Ø 150

110

500210

10

OUT

SC

IN

OUT

846

820

KFLD20

KFLD20

52
40

194

52 78

307

102

KFL20

89

IN

OUT

FCL 82 84 102 104 122 124

FCL_ kg 36 36 36 36 36 36
FCL_V2 kg 36 36 36 36 36 36
FCL_VL kg 36 35 35 35 35 35

820

210 110 38

13

500

820

307

30753

10

846

820

13

500

820

210110

IFCLTY 1112 - 4528511_04

73

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

LEGENDA • READING KEY • LEGENDE • LEGENDE • LEYENDA

AL = Alimentatore

Power supply
Alimentation electrique
Spannung
Alimentador

AMP=Contatto allarme pompa scarico condensa
Contact alarm condensate pump discharge
Contact d'alarme de décharge de pompe

condensat
Kontakt Alarm Kondensatpumpe Entlastung
Contacto de alarma de bomba de descarga de

condensados

CE = Contatto esterno
EX External contact

Contact extérieur
Externer Kontakt
Contacto externo

CN = Connettore
Connector
Connecteur
Schütz
Conector

F = Fusibile • Fuse • Fusible
Sicherung • Fusible

IG = Interruttore generale • Main switch
Interupteur général • Hauptschalter
Interruptor general

M = Morsettiera • Terminal board
Boitier • Klemmleiste
Placa de bornes

DM = Motore aletta
Louvre motor
Moteur defl ecteur
Motor- Umlenkklappe
Lamas motorizadas

MP = Pompa scarico condensa
Condensate drain pump
Pompe de vidange du condensat
Kondensatablass Pumpe
Bomba de desagüe de condensado

MV = Motore ventilatore • Fan motor
Moteur ventilateur • Ventilatormotor
Motor del ventilador

PE = Collegamento a terra
GND Earth connection

Mise à terre
Erdanschluss
Toma de tierra

RE = Resistenza elettrica
RXLE Electric heater

Résistance électrique
Elt. Heizregister
Resistencia eléctrica

SA = Sonda ambiente
Room sensor
Sonde ambiante
Raumtemperaturfuhler
Sonda ambiente

SC = Scheda di controllo
Electronic control board
Platine de contrôle • Steuerschaltkreis
Tarjeta electrónica de control

SIT = Scheda interfaccia termostato
Thermostat interface card
Carte d'interface thermostat
Thermostat-Schnittstellenkarte
Tarjeta interfaz termostato

SR = Sonda resistenza elettrica
Electric heater sensor
Sonde résistance eléctrique
El. Heizregister sensor
Sonda de la resistencia eléctrica

SW = Sonda minima temperatura acqua
Water low temperature sensor

Sonde minimum temp. eau
Wasserfühler
Sonda temperatura mínima del agua

SWA= (FMT20AW)
Sonda temperatura acqua / ambiente
Water / Room temperature sensor
Sonde temp. eau / ambiante
Wasserfühler / Raumtemperaturfuhler
Sonda temperatura del agua / ambiente

VHL =Valvola solenoide • Solenoid valve
Vanne solenoide • Magnetventil
Válvula solenoide

= Componenti non forniti

Components not supplied
Composants non fournis
Nicht lieferbare Teile
Componentes no suministrados

= Componenti forniti optional

Optional components
Composants en option
Optionsteile
Componentes opcionales

= Collegamenti da eseguire in loco
On-site wiring
Raccordements à effectuer in situ
Vor Ort auszuführende Anschlüsse

Cableado in situ

AR = Arancio • Orange • Orange • Orange • Naranja
BI = Bianco • White • Blanc • Weiss • Blanco
BL = Blu • Blue • Bleu • Blau • Azul
GR = Grigio • Grey • Gris • Gray • Gris
MA = Marrone • Brown • Marron • Braun • Marrón
NE = Nero • Black • Noir • Schwarz • Negro
RO = Rosso • Red • Rouge • Rot • Rojo
VE = Verde • Green • Vert • Grün • Verde
VI = Viola • Violet • Violet • Violet • Violeta

VHL20
VHL22

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

74

IFCLTY 1112 - 4528511_04

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10 / GLL20

+ VHL1 / VHL2
+ VHL20 / VHL22

VHL1 / VHL2
VHL20 / VHL22

VHL1 / VHL2
VHL20 / VHL22

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

IFCLTY 1112 - 4528511_04

75

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL VL
GLL10 / GLL20

+ VHL1 / VHL2
+ VHL20 / VHL22

VHL1 / VHL2
VHL20 / VHL22

VHL1 / VHL2
VHL20 / VHL22

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

76

IFCLTY 1112 - 4528511_04

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10M

+ VHL1 / VHL2
+ RXLE
+ SW

00-NC

V4

V1

V2

V3

/

RXLE

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

IFCLTY 1112 - 4528511_04

77

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10R / GLL20R

+ VHL1 / VHL2
+ RXLE
+ SW

00-NC

V4

V1

V2

V3

RXLE

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

78

IFCLTY 1112 - 4528511_04

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10 / GLL20

WMT10

+ VHL1 / VHL2
+ VHL20 / VHL22

VHL1
VHL2

L

N

VHL20
VHL22

FCL
GLL10 / GLL20

PXAE
+ VHL1 / VHL2
+ VHL20 / VHL22
+ SW

VHL1
VHL2
VHL20

L

N

VHL22

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

IFCLTY 1112 - 4528511_04

79

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10 / GLL20

FMT10

+ VHL1 / VHL2
+ VHL20 / VHL22

SA

VHL1
VHL2
VHL20

L

N

VHL22

FCL
GLL10 /GLL20

FMT20AW

+ VHL1 / VHL2
+ VHL20 / VHL22

VHL1
VHL2

L

N

VHL20
VHL22

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

80

IFCLTY 1112 - 4528511_04

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL
GLL10N / GLL20N

230V 50Hz

+ VHL1 / VHL2
+ VHL20 / VHL22
+ RXL

SW4

LED

SA

GND-TTL

TX/RX

MODE

5V

TX/RX
GND

TTL

M22

1
2
3
4
5
6

WMF-SW1

CN1

CN3

CN2

1

CE
GND

2

CF

3
4

A

5

B

6

GND

M15

RS485

M16

SW1

L17

M19

M20

M18

M17

RL1 RL2 RL3

M21

IG

NL

L

TR1

M27

M25

+

C1

M28

1

RL4 RL5 RL6

M3

RL7

F2 F3

MA 1,5

BL

F 10A F 2A

PE

N

1234

1234

E4

M14

NEMAGR

NE

11

1313

3
3

GR

12
12

66

RO

RO

1111

55

MA

10
10

44

BL

BL

1414

22

NE

1818

4

NE

Y2Y1

N

N1V3V2V1

VI

5

1717

BL

MA

AR

1515

5

1

2

3

66

VHL

VHL1
VHL20
VHL2
VHL22

AUX/RE

16
16

7
7

LNN

BL 1,5

9
9

BL1,5

MA 1,5

8
8

MA1,5

BL

4
4

4

4

MP

M

1

MA

3
3

BI

BI

3

22

11

3

2

1

2

1

AMP

4

Dis.4818570_03

NE

MAX

MIN

MED

M

ALTA

MAROGR BL

1

2

3

1

MV

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

SR

RXL

IFCLTY 1112 - 4528511_04

81

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

FCL _ VL
GLL10N / GLL20N

230V 50Hz

+ VHL1 / VHL2
+ VHL20 / VHL22
+ RXL

SW4

LED

SA

TX/RX

GND-TTL

MODE

5V

TX/RX
GND

TTL

M22

1
2
3
4
5
6

WMF-SW1

CN1

CN3

CN2

1
2
3
4
5
6

CE
GND
CF
A
B
GND

M15

M16

RS485

SW1

L17

M19

M20

M18

M17

RL1 RL2 RL3

M21

IG

NL

L

TR1

M27

M25

+

C1

M28

1

RL4 RL5 RL6

M3

RL7

F2 F3

MA 1,5

BL

F 10A F 2A

PE

N

1234

1234

E4

M14

NEMAGR

NE

11

3
3

1313

GR

12
12

66

RO

RO

1111

55

MA

10
10

44

BL

BL

1414

22

NE

1818

4

NE

AUX/RE

16

66

16

1717

VI

N

5

BL

MAY2Y1N1V3V2V1

AR

1515

5

VHL1
VHL20
VHL2
VHL22

1

2

3

7
7

LNN

BL 1,5

9
9

BL1,5

MA 1,5

8
8

MA1,5

BL

4
4

4

4

MP

M

1

MA

3
3

BI

BI

3

22

11

3

2

1

2

1

AMP

4

Dis.4818571_03

NE

MAX

MIN

MED

M

ALTA

MAROGR BL

1

2

3

1

MV

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

82

IFCLTY 1112 - 4528511_04

SR

RXL

FCL_VL

SCHEMI ELETTRICI • WIRING DIAGRAMS • SCHEMAS ELECTRIQUES • SCHALTPLÄNE • ESQUEMAS ELÉCTRICOS

ATTENZIONE: Spostare il terminale del fi lo

FCL
GLL10
GLL20

PXAE
SIT3
SIT5

marrone singolo dal morsetto 5 al morsetto 6

WARNING: Move the end of the individual

brown wire from clamp 5 to clamp 6

ATTENTION: Déplacer l'extrémité du câble

marron simple de la borne 5 à la borne 6

ACHTUNG: Ende des braunen Einzeldrahtes von

Klemme 5 ab- und an Klemme 6 anklemmen

ATENCIÓN: Mueva el terminal del cable
marrón individual desde la borna 5 a la 6

+ VHL1/2
+ VHL20/22

ATENCIÓN: La instalación se detie-

ne si se quita la tensión a la unidad

Master.

PELIGRO: Quite la tensión a toda la

unidad cuando se realicen interven-

ciones técnicas.

ACHTUNG: Bei Unterbrechung

der Spannung an der Master-Einheit

stoppt die gesamte Anlage.

GEFAHR: Bei technischen Eingriffen

sämtliche Einheiten von der Span-

nungsversorgung trennen.

ATTENTION: La fait de retirer la ten-

sion de l'unité Maître arrête toute

l'installation.

DANGER: En cas d'interventions

techniques, retirer la tension à toutes

les unités.

WARNING: By removing voltage

from the Master unit the entire system

stops.

DANGER: Remove voltage from the

entire unit if technical interventions

ATTENZIONE: Togliendo tensione

all’unità Master si ferma tutto l’im-

pianto.

PERICOLO: In caso di interventi tec-

nici togliere tensione a tutte le unità.

Gli schemi elettrici sono soggetti ad un continuo aggiornamento, è obbligatorio quindi fare riferimento a quelli a bordo macchina.
All wiring diagrams are constantly updated. Please refer to the ones supplied with the unit.
Nos schémas électriques étant constamment mis à jour, il faut absolument se référer à ceux fournis à bord de nos appareils.
Die Schaltpläne werden ständig aktualisiert, deswegen muss man sich stets auf das mit dem Gerät gelieferte Schaltschema beziehen.
El cableado de las máquinas es sometido a actualizaciones constantes. Por favor, para cada unidad hagan referencia a los esquemas suministrados con la misma.

IFCLTY 1112 - 4528511_04

83

must be carried out.

IFCLTY 1112 - 4528511_04

AERMEC S.p.A.

I-37040 Bevilacqua (VR) - Italia
Via Roma, 996 - Tel. [phone]
Telefax ([phone] - ([phone]
www .aermec. com

I dati tecnici riportati nella presente documentazione non sono impegnati

vi.

AERMEC S.p.A. si riserva la facoltà di apportare in qualsiasi momento tutte le modifiche ritenute necessarie per il miglioramento del prodotto.
Les données mentionnées dans ce manuel ne constituent aucun engagement de notre part. Aermec S.p.A. se réserve le droit de modifier à tous moments les

données considérées nécessaires à l’amelioration du produit.
Technical data shown in this booklet are not binding.

Aermec S.p.A. shall have the right to introduce at any time whatever modifications deemed necessary to the improvement of the product.
Im Sinne des technischen Fortsschrittes behält sich Aermec S.p.A. vor, in der Produktion Änderungen und Verbesserungen ohne Ankündigung dur-

chzuführen.
ILos datos técnicos indicados en la presente documentación no son vinculantes.

Aermec S.p.A. se reserva el derecho de realizar en cualquier momento las modificaciones que estime necesarias para mejorar el producto.

AERMEC
partecipa al Programma EUROVENT:

FCU

I prodotti interessati figurano sul sito
www .eurovent-certification. com