Nibe F2120-16 User manual

Air/water heat pump
NIBE F2120
NIBE F2120 is an inverter-controlled air/water heat pump
which represent a real breakthrough when it comes to
efficiency. With a seasonal performance factor in excess
of 5.0* , the heat pump provides more than five times as
much heat per year as an electric heater with the same
energy consumption. NIBE F2120 provides optimized
savings since the heat pump automatically adapts to your
home’s output requirements all year round.
NIBE F2120 has a class leading working range and deliver a supply tem-
perature of up to 65°C. Even at outdoor temperatures of as low as -25°C,
it still provides a supply temperature of up to 63°C, while the noise level
stays low. NIBE F2120 has three-phase connection, which simplifies
electrical installation.
Thanks to smart technology, the product gives you control over your
energy consumption and will be a key part of your connected home. The
efficient control system automatically adjusts the indoor climate for high
comfort, and you do nature a favour at the same time.
•Breakthrough in efficiency with a seasonal performance factor
of over 5.0.*
•Class leading working range, supply temperature of up to 65°C,
and 63°C at an outdoor temperature of -25°C.
•Low noise level, even at full output.
*NIBE F2120 has a rating of SCOP > 5.0 (Average climate, Low temperature) and SCOP
4.3 (Colder climate, Low temperature) in accordance with European standard EN
14825:2013, i.e. the standard for determining the reference seasonal performance
factor, SCOP. Applies to F2120-16 and -20.

Installation method
F2120 – a part of your climate system where F2120 is inten-
ded to be combined with one of the indoor modules VVM or
the control modules SMO.
Together with an indoor module, F2120 creates a complete
heating/cooling and hot water unit. Our flexible indoor
modules provide efficient heating and high hot water per-
formance. VVM indoor modules are complete with a smart
and user-friendly control system, hot water heater, addition-
al heat, self-regulating circulation pump, etc.
The control modules, SMO, offer a flexible system solution
that can be easily customised. For systems with SMO, differ-
ent components such as water heaters, additional heat and
other accessories can be selected to suit the installation's
requirements. Up to eight F2120 can be connected to a
SMO 40.
There is a wide range of system solutions and accessories
for NIBE indoor modules and control modules.
2 NIBE F2120
This is how NIBE F2120 works

COMPATIBLE INDOOR MODULES (VVM) AND CONTROL MODULES (SMO)
SMO S40VVM S320
XXF2120-16
XF2120-20
SMO 40SMO 20VVM 500VVM 310
XXXXF2120-16
XXXF2120-20
INDOOR MODULES
UN
VVM S320
Enamel, 3x400 V
Part no. 069 206
VVM S320
Stainless steel, 3x230 V
Part no. 069 201
VVM S320
Stainless steel, 3x400 V
Part no. 069 196
APH
APH
VVM 310
Stainless steel, 3x400 V
With integrated EMK 310
Part no. 069 084
VVM 310
Stainless steel, 3x400 V
Part no. 069 430
VVM 500
Stainless steel, 3x400 V
Part no. 069 400
CONTROL MODULES
SMO S40
UN
Control module
Part no. 067 654
SMO 20
LEK
Control module
Part no. 067 224
SMO 40
LEK
Control module
Part no. 067 225
NIBE F2120 3

Principle of operation
Principle of operation with hot water and a heating system.
The heating medium side and the domestic hot water side
must be fitted with the necessary safety equipment in ac-
cordance with the applicable regulations.
SYMBOL KEY
MeaningSymbol
Shut-off valve
Tapping valve
Non-return valve
Circulation pump
Expansion vessel
Filterball
Pressure gauge
Safety valve
Trim valve
Reversing valve/shunt
Control module
Air/water heat pump
Radiator system
Domestic hot water
Water heater
-EB101-QM1
XL1
XL2
-EB101-QM40
-EB101-QZ2
-EB101-FL10
-EB101-RM1
Heating medium connection, supply (from F2120)XL1
Heating medium connection, return (to F2120)XL2
4 NIBE F2120

Transport
F2120 must be transported and stored vertically.
Ensure that the heat pump cannot fall over during transport.
Check that the heat pump has not been damaged during
transport.
LIFT FROM THE STREET TO THE SET UP
LOCATION
If the surface allows, the easiest method is to use a pallet
truck to move the heat pump to the installation area.
The centre of gravity is offset to one side (see print on the
packaging).
LEK
C:a 180 kg
Approx. 180 kg
If the heat pump needs to be transported across soft ground,
such as a lawn, we recommend using a crane truck that can
lift it to the installation location. When the heat pump is lifted
with a crane, the packaging must be intact.
If a crane truck cannot be used, the heat pump can be
transported on an extended sack truck. The heat pump must
be taken hold of from its heaviest side and two people are
required to lift it.
LIFT FROM THE PALLET TO FINAL POSITIONING
Before lifting remove the packaging and the securing strap
to the pallet.
Place lifting straps around each machine foot. Lifting from
the pallet to the base requires four persons, one for each
lifting strap.
Installation and positioning
•Place F2120 outdoors on a solid level base that can take
the weight, preferably a concrete foundation. If concrete
slabs are used they must rest on asphalt or shingle.
•The lower edge of the evaporator must not be lower than
the level of the average local snow depth. The base should
be at least 70 mm tall.
•F2120 should not be positioned next to noise sensitive
walls, for example, next to a bedroom.
•Also ensure that the placement does not inconvenience
the neighbours.
•F2120 must not be placed so that recirculation of the
outdoor air is possible. Recirculation entails reduced power
and impaired efficiency.
•The evaporator must be sheltered from direct wind / ,
which negatively affects the defrosting function. Place
F2120 protected from wind / against the evaporator.
•Small amounts of condensation water, as well as melt
water from defrosting, may be produced. Condensation
water must be led off to a drain or equivalent.
•Care must be exercised so that the heat pump is not
scratched during installation.
LEK
F2120
min 300 mm
LEK
F2120
LEK
min
70 mm
Do not place F2120 directly on the lawn or other non solid
surface.
NIBE F2120 5
Good to know about NIBE F2120

If there is a risk of snow slip from roof, a protective roof or
cover must be erected to protect the heat pump, pipes and
wiring.
Installation area
The distance between F2120 and the house wall must be at least 350 mm, but not more than 500 mm in locations that are
exposed to the wind. The free space above F2120 must be at least 1,000 mm. The free space in front must be at least
1,000 mm for any future servicing.
350 mm
Fritt utrymme bakom
Fritt utrymme framför
dock 1000 mm för ev. framtida service
Min. avstånd
vid användning
av flera F2300
600 mm
1000 mm
400 mm
Minimalt
fritt utrymme
600mm
Minimalt
fritt utrymme
Minimum free
space Minimum free space
Minimum distance during use
of several F2120
600 mm
600 mm
At least 1,000
mm
Free space behind*
350 – 500 mm
400 mm
Free space in front for any future servicing
* The space behind must not exceed 500 mm in locations that are exposed to the wind.
6 NIBE F2120

Supplied components
Local differences in the enclosed kit may occur. See relevant
installer manual for more information.
F2120-16, F2120-20
Filterball (G1 1/4").
LEK
LEK
2 x flexible pipes (DN25, G1 1/4")
with 4 x gaskets.
NIBE F2120 7

Inspection of the installation
Current regulations require the heating installation to be
inspected before it is commissioned. The inspection must
be carried out by a suitably qualified person and must be
documented. The above applies to closed heating systems.
If the heat pump is replaced, the installation must be inspec-
ted again.
Condensation water trough
The condensate drain pan collects and leads away the con-
densation water.
It is important for the heat pump’s function that the con-
densation water is led away and that the outlet for the
condensation water pipe is positioned so as to prevent
damage to the building. Condensation run-off should be
checked regularly, especially during the autumn. Clean if
necessary.
Pipe with heating cable for draining the condensate drip
tray is not included. To ensure the function, the accessory
KVR 11 should be used.
•The condensation water (up to 50 litres/24 hrs) that col-
lects in the trough should be routed away by a pipe to an
appropriate drain, it is recommended that the shortest
outdoor stretch possible is used.
•The section of the pipe that can be affected by frost must
be heated by the heating cable to prevent freezing.
Pipe with heating cable for draining the condensation
water trough is not included.
To ensure the function, the accessory KVR 11 should be
used.
•Route the pipe downward from the heat pump.
•The outlet of the condensation water pipe must be at a
depth that is frost free or alternatively indoors (with reser-
vation for local ordinances and regulations).
•Use a water trap for installations where air circulation may
occur in the condensation water pipe.
•The insulation must seal against the bottom of the con-
densation water trough.
DRAINAGE OF CONDENSATION
Stone caisson
LEK
Frostfritt djup
F2120
Frost proof
depth
If the house has a cellar the stone caisson must be posi-
tioned so that condensation water does not affect the house.
Otherwise the stone caisson can be positioned directly under
the heat pump.
Drain indoors
Water seal
The condensation water is lead to an indoor drain (subject
to local rules and regulations).
When routing pipes indoors, condensation water pipes must
be insulated against condensation.
Route the pipe downward from the heat pump.
The condensation water pipe must have a water seal to
prevent air circulation in the pipe.
8 NIBE F2120
Installation

Gutter drainage
LEK
F2120
Frostfritt
djup
Frost free
depth
Water seal
Route the pipe downward from the heat pump.
The condensation water pipe must have a water seal to
prevent air circulation in the pipe.
If none of the recommended alternatives is used good lead
off of condensation water must be assured.
Pipe connections
Pipe installation must be carried out in accordance with
current norms and directives.
The pipe dimension should not be less than the recommen-
ded pipe diameter according to the table. However, each
system must be dimensioned individually to manage the
recommended system flows.
MINIMUM SYSTEM FLOWS
The installation must be dimensioned to manage at least
the minimum defrosting flow at 100% pump operation, see
table.
Minimum re-
commended
pipe dimen-
sion (mm)
Minimum re-
commended
pipe dimen-
sion (DN)
Minimum flow
duringdefrost-
ing
(100% pump
speed (l/s)
Air/water
heat pump
28250.38
F2120-16
(3x400V)
35320.48
F2120-20
(3x400V)
An undersized system can result in damage to the product
and lead to malfunctions.
F2120 can only operate up to a return temperature of about
55 °C and an outgoing temperature of about 65 °C from the
heat pump.
F2120 is not equipped with shut-off valves on the heating
medium side, rather these must be installed to facilitate any
future servicing. The return temperature is limited by the
return line sensor.
WATER VOLUMES
Depending on the size of your F2120, an available water
volume is required to prevent short operating times and to
enable defrosting. For the optimum operation of F2120, a
minimum available water volume of 10 litres multiplied by
the size number is recommended. E.g. F2120-12: 10 litres x
12 = 120 litres. This applies individually to heating and cooling
systems.
NIBE F2120 9

PIPE COUPLING, HEATING MEDIUM
You can find a list of compatible products in the section
"Compatible indoor modules (VVM) and control modules
(SMO)".
There is a difference between connection to a control
module compared with connection to an indoor module.
See the Installer Manual for the indoor module/control
module.
Vent the heat pump by the "heating medium supply" con-
nection (XL1) using the venting nipple on the enclosed flex-
ible hose.
Install as follows:
•expansion vessel
•pressure gauge
•safety valves
•drain valve
For draining the heat pump during prolonged power fail-
ures.
•non-return valve
Installations with only one heat pump: a non-return valve
is only required in those cases where the placement of
the products in relation to each other can cause self-cir-
culation.
Cascade installations: each heat pump must be fitted with
a non-return valve.
•charge pump
•shut-off valve
To facilitate any future servicing.
•enclosed filterball
Installed before connection "heating medium return" (the
lower connection) on the vacuum pump.
•reversing valve.
When connecting to the control module, and if the system
is to be able to work with both the climate system and the
hot water heater.
•trim valve
When connecting to control module and hot water heater.
Vent the heat pump by the "heating medium supply" con-
nection (XL1) using the venting nipple on the enclosed flex-
ible hose.
P
XL1
XL2
The image shows connection to the control module.
Charge pump
The charge pump (not included in the product) is powered
and controlled from the control module. It has a built-in frost
protection function and, for this reason, must not be
switched off when there is a risk of freezing.
At temperatures below +2 °C the charge pump runs period-
ically, to prevent the water from freezing in the charge cir-
cuit. The function also protects against excess temperatures
in the charge circuit.
Pressure drop, heating medium side
F2120
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
00,05 0,1 0,15 0,2 0,25 0,3 0,35 0,4 0,45 0,5 0,55 0,6 0,65 0,7 0,75 0,8 0,85 0,9
Tryckfall
[kPa]
Flöde [l/s]
Tryckfall F2120
Pressure drop
(kPa)
Flow
(l/s)
Pipe insulation
LEK
Heat insulation
All outdoor pipes must be insulated with at least 19 mm thick
pipe insulation.
Installation alternative
F2120 can be connected in several ways. The necessary
safety equipment must be installed in accordance with
current regulations for all installation options.
See nibe.eu for more detailed installation options.
10 NIBE F2120

Electrical connections
•Electrical installation and wiring must be carried out in
accordance with national provisions.
•Disconnect F2120 before insulation testing the house
wiring.
•If a miniature circuit breaker is used, this must have at
least triggering characteristic "C". See section "Technical
specifications" in the Installer Manual for F2120.
•If the building is equipped with an earth-fault breaker,
F2120 should be equipped with a separate one.
•F2120 must be installed via an isolator switch. The cable
area has to be dimensioned based on the fuse rating used.
The RCD should have a nominal tripping current of no
more than 30 mA. The incoming supply must be 400V 3N~
50Hz via an electrical distribution unit with fuses.
•The routing of cables for heavy current and signals should
be made out through the cable glands on the heat pump's
right-hand side, seen from the front.
•The communication cable must be a screened cable with
three conductors.
•Connect the charge pump to the control module. See
where the charge pump is to be connected in the Installer
Manual for your control module.
NIBE F2120 11

When your heat pump is located outdoors some external
maintenance is required.
Insufficient maintenance can cause serious damage to
F2120, which is not covered by the guarantee.
Checking grilles and bottom
panel on F2120
Check regularly throughout the year that the grille is not
clogged by leaves, snow or anything else.
You should be particularly vigilant during windy conditions
and/or in the event of snow, as the grille can become
blocked.
Also check that the drain holes in the bottom panel are free
from dirt and leaves.
Regularly check that condensation is routed away correctly
through the condensation pipe. Ask your installer for assist-
ance if required.
KEEP FREE OF SNOW AND ICE
F2120 F2120
F2120 F2120
LEK
LEK
LEK
LEK
Prevent snow from building up and covering the grilles and drain holes on
F2120.
F2120 F2120
F2120 F2120
LEK
LEK
LEK
LEK
Keep free of snow and/or ice.
Cleaning the outer casing
If necessary the outer casing can be cleaned using a damp
cloth.
Care must be exercised so that the heat pump is not
scratched when cleaning. Avoid spraying water into the
grilles or the sides so that water penetrates into F2120.
Prevent F2120 coming into contact with alkaline cleaning
agents.
12 NIBE F2120
Maintenance

When connection to NIBE indoor module / control module
(VVM / SMO) is ready, you can control your unit via the indoor
module / control module.
Control, general
The indoor temperature depends on several different factors.
Sunlight and heat emissions from people and household
machines are normally sufficient to keep the house warm
during the warm seasons. When it gets colder outside, the
climate system needs to help heat the house. The colder it
is outside, the warmer radiators and underfloor heating
systems have to be.
Control of the heat production is performed based on the
"floating condensing" principle, which means that the tem-
perature level needed for heating at a specific outdoor
temperature is produced based on collected values from
the outdoor and supply temperature sensors. The room
sensor can also be used to compensate the deviation in
room temperature.
Heat production
The supply of heat to the house is regulated in ac-
cordance with the selected heating curve setting.
After adjustment, the correct amount of heat for
the current outdoor temperature is supplied. The
supply temperature of the heat pump will oscillate around
the theoretically required value.
OWN CURVE
The indoor module/control module have pre-programmed,
non-linear heating curves. It is also possible to create your
own defined curve. This is a partially linear curve with a
number of break points. You select break points and the
associated temperatures.
Hot water production
Hot water charging starts when the temperature
has fallen to the set start temperature. Hot water
charging stops when the hot water temperature at
the hot water sensor has been reached.
For temporary higher hot water demand, there is a function
called “More hot water”.
For temporary higher hot water demand, there is a function
that allows the temperature to be raised temporarily for up
to 12 hours or by a one time increase (can be selected in
the menu system).
It is also possible to put the installation in holiday mode,
which means that the lowest possible temperature is main-
tained without the risk of freezing.
Additional heat only
The indoor module (VVM), which is connected to
F2120, can be used with the additional heat alone
(electric boiler) to produce heating and hot water,
for example before the outdoor module is installed.
Alarm indications
If there is an alarm, the status lamp lights red on
the indoor module’s / control module’s (HWM / SMO)
display. Detailed information, depending on the
fault, is shown in the display. An alarm log is created
with each alarm, containing a number of temperatures, times
and operating status.
The display
The indoor module / control module (HWM / SMO)
is controlled using a clear and easy-to-use display.
Instructions, settings and operational information
are shown on the display. You can easily navigate between
the different menus and options to set the comfort or obtain
the information you require.
Visit myuplink.com and click the "Software" tab to download
the latest software for your installation.
myUplink
With myUplink you can control the installation –
where and when you want. In the event of any
malfunction, you receive an alarm directly to your
e-mail or a push notification to the myUplink app,
which allows you to take prompt action.
Visit myuplink.com for more information.
SPECIFICATION
You need the following in order for myUplink to be able to
communicate with your system:
•wireless network or network cable
•Internet connection
•account on myuplink.com
We recommend our mobile apps for myUplink.
NIBE F2120 13
Functions

RANGE OF SERVICES
myUplink gives you access to various levels of service. The
base level is included and, apart from this, you can choose
two premium services for a fixed annual fee (the fee varies
depending on the functions selected).
Premium
change set-
tings
Premiumex-
tended his-
tory
BasicService level
XXXViewer
XXXAlarm
XXXHistory
-X-Extended history
X--Manage
MOBILE APPS FOR MYUPLINK
The mobile apps can be downloaded free of charge from
where you usually download your mobile apps. Logging into
the mobile app is performed using the same account details
as on myuplink.com.
NIBE SMART PRICE ADAPTION™
Smart Price Adaption is not available in all countries.
Contact your NIBE dealer for more information.
Smart Price Adaption adjusts the heat pump's
consumption according to the time of day that electricity
prices are lowest. This allows for savings, provided that the
hourly rate subscription has been signed with the electricity
supplier.
The function is based on hourly rates for the coming day
being downloaded via myUplink. To use the function, an In-
ternet connection and account on myUplink are necessary.
SMART HOME
When you have a smart home system that can communicate
with myUplink, you can control the installation via an app
by activating the "smart home" function.
By allowing connected units to communicate with myUplink,
your heating system becomes a natural part of your
homesmart home and gives you the opportunity to optimise
the operation.
Remember that the “smart home” function requires myUplink
in order to work.
NIBE SMART ENERGY SOURCE™
Smart Energy Source™ prioritises how / to what
extent each docked energy source will be used.
Here you can choose if the system is to use the
energy source that is cheapest at the time. You can
also choose if the system is to use the energy source that
is most carbon neutral at the time.
14 NIBE F2120

Dimensions
F2120
F2120
1280
1205 40
Ø52
65 85
470
35 - 65 1130
18047570
110
612
Ø40
NIBE F2120 15
Technical data

Sound levels
F2120 is usually placed next to a house wall, which gives a
directed sound distribution that should be considered. Ac-
cordingly, you should always attempt when positioning to
choose the side that faces the least sound sensitive neigh-
bouring area.
The sound pressure levels are further affected by walls,
bricks, differences in ground level, etc and should therefore
only be seen as guide values.
2 m
6 m
10 m
LEK
2016F2120
5555LW(A)Sound power level (LWA), according to EN12102 at 7 / 45 (nominal)
4141dB(A)Sound pressure level (LPA) at 2 m*
31.531.5dB(A)Sound pressure level (LPA) at 6 m*
2727dB(A)Sound pressure level (LPA) at 10 m*
* Free space.
16 NIBE F2120

Technical specifications
WORKING RANGE, HEATING
Returledningstemperatur
Framledningstemperatur
10
15
20
25
30
35
40
45
50
55
60
65
70
75
-30 -25 -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45
Framledningstemperatur
(°C)
Utomhustemperatur
(°C)
Arbetsområde F2120-16 / F2120-20
Supply temperature
(°C)
Supply temperature
Return temp
Outdoor temperature
(°C)
WORKING RANGE, COOLING
510 20 30 40
35 45
25
15
10
15
20
25
30
35
Framledningstemperatur
(°C)
Utomhustemperatur
(°C)
Returledningstemperatur
Framledningstemperatur
Supply temperature
(°C)
Return temp
Supply temperature
Outdoor temperature
(°C)
The working temperature of the heating medium is allowed
to be lower for a short period, e.g. at start-up.
POWER DURING HEATING OPERATION AND COP
Maximum capacity during continuous operation. Defrosting
is not included.
F2120-16
2
4
6
8
10
12
14
-25 -20 -15 -10 -5 0 5 10 15
F2120-16 Max och min uppvärmningskapacitet
Framledningstemperatur (35 °C)
Framledningstemperatur (45 °C)
Framledningstemperatur (55 °C)
Utomhustemperatur
(°C)
Uppvärmningskapacitet
(kW)
Heating capacity
(kW)
Supply temperature (35°C)
Outdoor temperature
(°C)
Supply temperature (45°C)
Supply temperature (55°C)
0
1
2
3
4
5
6
-25 -20 -15 -10 -5 0 5 10 15
COP
Utomhustemperatur
(°C)
Framledningstemperatur (35 °C)
Framledningstemperatur (45 °C)
Framledningstemperatur (55 °C)
F2120-16 COP
Supply temperature (35°C) Outdoor temperature
(°C)
Supply temperature (45°C)
Supply temperature (55°C)
COP
NIBE F2120 17

F2120-20
2
4
6
8
10
12
18
16
14
-25 -20 -15 -10 -5 0 5 10 15
F2120-20 Max och min uppvärmningskapacitet
Framledningstemperatur (35 °C)
Framledningstemperatur (45 °C)
Framledningstemperatur (55 °C)
Utomhustemperatur
(°C)
Uppvärmningskapacitet
(kW)
Heating capacity
(kW)
Supply temperature (35°C)
Supply temperature (45°C)
Supply temperature (55°C)
Outdoor temperature
(°C)
-25 -20 -15 -10 -5 0 5 10 15
F2120-20 COP
Utomhustemperatur
(°C)
Framledningstemperatur (35 °C)
Framledningstemperatur (45 °C)
Framledningstemperatur (55 °C)
0
1
2
3
4
5
6
COP
Outdoor temperature
(°C)
Supply temperature (35°C)
Supply temperature (45°C)
Supply temperature (55°C)
COP
POWER DURING COOLING OPERATION
F2120-16
2,0
3,0
4,0
5,0
6,0
10,0
9,0
8,0
7,0
15 20 25 30 35 40 45
Utomhustemperatur
(°C)
F2120-16 Max och min kylningskapacitet
Kylningskapacitet
(kW)
Framledningstemperatur (25 °C)
Framledningstemperatur (18 °C)
Framledningstemperatur (7 °C)
Cooling capacity
(kW)
Supply temperature (25°C)
Outdoor temperature
(°C)
Supply temperature (18°C)
Supply temperature (7°C)
F2120-20
1,0
2,0
3,0
4,0
5,0
6,0
11,0
10,0
9,0
8,0
7,0
15 20 25 30 35 40 45
Utomhustemperatur
(°C)
F2120-20 Max och min kylningskapacitet
Kylningskapacitet
(kW)
Framledningstemperatur (25 °C)
Framledningstemperatur (18 °C)
Framledningstemperatur (7 °C)
Cooling capacity
(kW)
Supply temperature (25°C)
Outdoor temperature
(°C)
Supply temperature (18°C)
Supply temperature (7°C)
18 NIBE F2120

2016F2120
3 x 400 VVoltage
Output data according to EN 14 511, partial load 1
13.50 / 4.70 / 2.8710.13 / 3.33 / 3.04-7 / 35 °CHeating
Capacity / power input / COP (kW/kW/-) at nominal flow
Outdoor temp: / Supply temp.
9.95 / 2.36 / 4.227.80 / 1.79 / 4.362 / 35 °C
10.41 / 2.88 / 3.617.97 / 2.24 / 3.562 / 45 °C
5.17 / 1.01 / 5.115.17 / 1.01 / 5.117 / 35 °C
5.49 / 1.33 / 4.145.49 / 1.33 / 4.147 / 45 °C
8.10 / 3.50 / 2.317.09 / 2.72 / 2.6135 / 7 °CCooling
Capacity / power input / EER (kW/kW/-) at maximum flow
Outdoor temp: / Supply temp.
9.26 / 3.64 / 2.548.19 / 2.83 / 2.9035 / 18 °C
SCOP according to EN 14825
11.00 / 12.3011.00 / 12.30kWNominal heat output (Pdesignh) average climate 35 °C / 55 °C (Europe)
13.00 / 14.0013.00 / 14.00kWNominal heat output (Pdesignh) cold climate 35 °C / 55 °C
13.00 / 13.0013.00 / 13.00kWNominal heat output (Pdesignh) warm climate 35 °C / 55 °C
5.05 / 3.905.05 / 3.90SCOP average climate, 35 °C / 55 °C (Europe)
4.25 / 3.534.25 / 3.53SCOP cold climate, 35 °C / 55 °C
5.50 / 4.505.50 / 4.50SCOP warm climate, 35 °C / 55 °C
Energy rating, average climate 2
A+++ / A+++The product’s room heating efficiency class 35 °C / 55 °C 3
A+++ / A+++The system’s room heating efficiency class 35 °C / 55 °C 4
Electrical data
400 V 3N ~ 50 HzRated voltage
8068WMax. power, fan
1310Arms Fuse
IP24Enclosure class
Refrigerant circuit
R410AType of refrigerant
2088GWP refrigerant
3.0kgVolume
ScrollType of compressor
6.26tCO2-equivalent (The cooling circuit is hermetically sealed.)
Airflow
4,5004,150m3/hMax airflow
Working area
-25 / 38°CMin./max. air temperature, heating
15 / 43°CMin./max. air temperature, cooling
Heating medium circuit
0.45 (4.5)MPaMax system pressure heating medium
-MPaCut-off pressure, heating medium
0.19 – 0.750.15 – 0.60l/sRecommended flow interval, heating operation
0.480.38l/sMin. design flow, defrosting (100% pump speed)
26 / 65°CMin./max. HM temp, continuous operation
G1 1/4” external threadConnection heating medium F2120
G1 1/4” external threadConnection heating medium flex pipe
32 (35)25 (28)DN (mm)Min. recommended pipe dimension (system)
Dimensions and weight
1,280mmWidth
612mmDepth
1,165mmHeight
185kgWeight
Miscellaneous
064 141064 139Part no.
1Power statements including defrosting according to EN 14511 at heating medium supply corresponding to DT=5 K at 7 / 45.
2The reported efficiency of the package also takes the controller into account. If an external supplementary boiler or solar heating is added to the package, the
overall efficiency of the package should be recalculated.
3Scale for the product’s room heating efficiency class A++ to G. Control module model SMO S
4Scale for the system’s room heating efficiency class A+++ to G. Control module model SMO S
NIBE F2120 19

Accessories
Detailed information about the accessories and complete
accessories list available at nibe.eu.
Not all accessories are available on all markets.
Condensation water pipe
Condensation water pipe, different lengths.
LEK
KVR 11-10
1 metres
Part no. 067 823
KVR 11-30
3 metres
Part no. 067 824
KVR 11-60
6 metres
Part no. 067 825
20 NIBE F2120