Carrier 50FF 020 Manual

INSTALLATION, OPERATION AND
MAINTENANCE INSTRUCTIONS
Translation of the original document 80185, 03.2022
Packaged rooftop units
50FF/FC 020-093
Nominal cooling capacity R-410A 22.3 - 90.2 kW
Nominal heating capacity R-410A 21.9 - 89.7 kW
Nominal cooling capacity R-454B 36.0 - 90.4 kW
Nominal heating capacity R-454B 35.9 - 89.6 kW

2
CONTENT
1 - INTRODUCTION............................................................................................................................................................................3
2 - SAFETY ADVISE........................................................................................................................................................................... 3
2.1 - General safety advise..................................................................................................................................................................3
2.2 - Safety standards for refrigerant...................................................................................................................................................4
3 - POSSIBLE TYPES OF ASSEMBLIES ..........................................................................................................................................5
4 - TRANSPORT.................................................................................................................................................................................7
4.1 - Transport ..................................................................................................................................................................................... 7
4.2 - Receipt of goods .........................................................................................................................................................................7
4.3 - Unit identification......................................................................................................................................................................... 7
5 - HANDLING ....................................................................................................................................................................................7
5.1 - Discharge via forklift truck ........................................................................................................................................................... 8
5.2 - Discharge via crane.....................................................................................................................................................................8
6 - OPERATION LIMITS ...................................................................................................................................................................10
7 - POSITIONING AND INSTALLATION .......................................................................................................................................... 10
7.1 - Storage......................................................................................................................................................................................10
7.2 - Choice of location......................................................................................................................................................................10
7.3 - Antivibrators assembly (silent-blocks) .......................................................................................................................................12
7.4 - Pre-assembly roofcurb (optional) .............................................................................................................................................. 13
7.5 - Change in the airflow direction.................................................................................................................................................. 17
7.6 - Centres of gravity, weight and reactions in the supports:..........................................................................................................19
7.7 - Recommended service clearance.............................................................................................................................................27
8 - ELECTRICAL CONNECTION ..................................................................................................................................................... 30
8.1 - Installation norms ...................................................................................................................................................................... 30
8.2 - Power supply.............................................................................................................................................................................30
8.3 - Wire sizing.................................................................................................................................................................................30
8.4 - Electrical cabinet ....................................................................................................................................................................... 30
8.5 - “50FC” electronic control...........................................................................................................................................................31
8.6 - Location of sensors on the machine..........................................................................................................................................32
8.7 - Sensors connection by the costumer ........................................................................................................................................ 32
9 - FANS AND AIR DUCTS............................................................................................................................................................... 34
9.1 - Checks in the axial fans ............................................................................................................................................................. 34
9.2 - Checks in the EC plug-fans ....................................................................................................................................................... 34
9.3 - Checks in the centrifugal fans (optional) ................................................................................................................................... 34
9.4 - Air ducts connections ................................................................................................................................................................ 35
10 - CONDENSATE DRAIN .............................................................................................................................................................. 36
10.1 - Siphon installation norms ........................................................................................................................................................ 36
11 - SAFETY ELEMENTS.................................................................................................................................................................37
12 - FACTORY OPTIONS AND ACCESSORIES ............................................................................................................................. 39
12.1 - Dampers hoods.......................................................................................................................................................................39
12.2 - Droplet eliminator at the fresh air intake..................................................................................................................................39
12.3 - Fresh air housing (B3, BX, BP, BA, BW, RP 070 to 093, RW assemblies) .............................................................................40
12.4 - Heat recovery wheel module (BW and RW assemblies)......................................................................................................... 41
12.5 - Enclosure for lower return (models 052 to 062 with R2 assembly).........................................................................................43
12.6 - Return fans module (models 052 to 062 with RP assembly) .................................................................................................. 43
12.7 - Air filters................................................................................................................................................................................... 44
12.8 - Heat recovery coil....................................................................................................................................................................45
12.9 - Electrical heaters.....................................................................................................................................................................46
12.10 - Droplet eliminator after the indoor coil...................................................................................................................................46
12.11 - Preheater module .................................................................................................................................................................. 47
12.12 - Hot water coil.........................................................................................................................................................................48
12.13 - Gas-fired condensing boiler (only with R-410A)....................................................................................................................49
12.14 - Warm air heater module with gas burner ..............................................................................................................................56
12.15 - Cooling recovery circuit (BA and BB assemblies) ................................................................................................................. 65
12.16 - Zoning of the air flow............................................................................................................................................................. 66
13 - COMMISSIONING ..................................................................................................................................................................... 67
13.1 - Checks prior to commissioning ............................................................................................................................................... 67
13.2 - Possible problems at commissioning ...................................................................................................................................... 68
13.3 - Operational checks..................................................................................................................................................................68
14 - MAINTENANCE.........................................................................................................................................................................69
14.1 - General recommendations......................................................................................................................................................69
14.2 - Servicing..................................................................................................................................................................................69
14.3 - Access to the main components..............................................................................................................................................70
15 - CONTROL AND ANALYSIS OF BREAKDOWNS..................................................................................................................... 77
16 - FINAL SHUTDOWN...................................................................................................................................................................78

3
1 - INTRODUCTION
The 50FF/FC packaged rooftop range consists of autonomous
compact air-air units of horizontal design, rooftop type.
■50FF series R-410A: for cooling-only operation.
■50FC series R-410A and R-454B: for reversible heat pump
operation.
These units are designed to be installed outdoors, in a free field-
type, well ventilated area. It is user’s responsibility to ensure that
the final installation respects all local, national and international
regulations.
The unit is connected directly to an air distribution ductwork without
additional elements or equipment, pipes, cables, etc. taking no
floor space at all. This design reduces the cost of installation,
facilitates a quick connection and ensures reliable operation.
■The units comply with European Directives:
- Machinery Directive 2006/42/EC (MD)
- Electromagnetic Compatibility Directive 2014/30/EU (EMC)
- Pressure Equipment Directive 2014/68/EU (PED):
• R-410A: Category 2
• R-454B: Category 3
- RoHS Directive 2011/65/EU (RoHS)
- Eco-design Directive 2009/125/EC (ECO-DESIGN)
- Energy Labelling Directive 2017/1369/EU (ECO-LABELLING)
- Harmonised Standard: EN 378-2:2012 (Refrigerating systems
and heat pumps - Safety and environmental requirements).
After manufacturing, all units are charged with the selected
refrigerant: R-410A or R-454B, and are tested at the factory,
verifying the correct operation of all their components within
the operating range for which they are intended.
Technicians who install, commission, operate and service the unit
must possess the necessary training and certifications, understand
the instructions given in this manual and be familiar with the
specific technical characteristics of the installation site.
2 - SAFETY ADVISE
2.1 - General safety advise
Units are designed to provide a very high level of safety during
installation, start-up, operation and maintenance.
They will provide safe and reliable service when operated within
their application range.
It is required to follow the recommendations and instructions
in this brochure, the labels, and the specific instructions.
Compliance with the norms and regulations in effect is mandatory.
It is recommended to consult the competent authorities regarding
the applicable regulations for users of units or components under
pressure. The characteristics of these units or components are
included on the plates of characteristics or in the regulatory
documentation provided with the product.
To avoid any risk of accident during installation, commissioning
or maintenance, it is obligatory to take into consideration the
following specifications for the units: refrigerated circuits under
pressure, refrigerant presence, electrical voltage presence and
implantation place.
All operations on the unit must be carried out by authorized,
qualified and trained people to do it using appropriate tools.
All refrigerant charging, removal and draining operations
must be carried out by a qualified technician and with the
correct equipment for the unit. Any inappropriate handling
can lead to uncontrolled fluid or pressure leaks.
All persons who have to work with the equipment must wear
personal protective equipment adapted to the intervention on
the unit:
■Safety shoes.
■Safety gloves or specific hand protection (cut resistant gloves,
chemical gloves, thermic gloves, …).
■Head protection.
■Ears protection.
■Eyes or face protection (safety glasses, goggles, facial shed).
■A2L detector, in units with A2L gas (R-454B).
The compressor and line surfaces can reach temperatures
above 100ºC causing burns to the body. In the same
fashion, under certain conditions these surfaces can
reach very cold temperatures that can cause freezing
risks.
Caution: Before intervening in the unit, verify that the
main power to the unit is cut off. An electric shock can
cause personal damage. The main disconnect switch is
located in the unit’s electrical cabinet.
No combustible matter should be placed within 6.5
metres of the unit.
Risk of explosion: Never exceed the specified maximum
operating pressures.
Verify the allowable maximum high-side and low-side test
pressures by checking the instructions in this manual and
the pressures given on the unit name plate.
Additional equipment may be required, depending on the risk
analysis that must be done prior to any intervention.
The unit must be installed in a place that is not accessible
to the public or protected against access by non-authorized
persons.
Do not modify or bypass any of the safety guards or switched
in the system.
Risk of falling: No part of the unit must be used as a
walk-way, rack or support. Use a platform, or staging to
work at higher levels.
Periodically check and repair or if necessary replace any
component or piping that shows signs of damage. The
refrigerant lines can break under the weight and release
refrigerant, causing personal injury.

4
2 - SAFETY ADVISE
2.2 - Safety standards for refrigerant
Important: These units contain a fluorinated greenhouse gas
covered by the Kyoto protocol.
All interventions on the refrigerating circuit must be performed in
accordance with applicable legislation.
Within the European Union, it is necessary to observe regulation
(EU) No.517/2014, known as F-Gas, over Certain greenhouse
effect fluoride gases.
The operator is bound by the obligation to perform periodical
sealing tests on the refrigerating circuit according to the regulation
(EU) No.517/2014. Please, consult the frequency of tests in
chapter of “Maintenance”.
Important: the type of refrigerant included in the unit can be
consulted on the name plate, see section 4.3.
Type of refrigerant R-410A R-454B
Global warming potential (GWP) 2.088 466
Flammability class A1 A2L
Ensure that refrigerant is never released to the atmosphere
when the equipment is installed, maintained or sent for disposal.
It is prohibited to deliberately release refrigerant into the
atmosphere. The operator must ensure that any refrigerant
recovered is recycled, regenerated or destroyed.
Always remember that refrigeration systems contain pressurised
liquids and vapours. All necessary provisions must be made
when the system is partially opened: ensure the part of the circuit
concerned is not pressurised.
Ensure good ventilation, as accumulation of refrigerant in an
enclosed space can displace oxygen and cause asphyxiation or
explosions.
Inhalation of high concentrations of vapour is harmful and may
cause heart irregularities, unconsciousness, or death. Vapour
is heavier than air and reduces the amount of oxygen available
for breathing. These products cause eye and skin irritation.
Decomposition products are hazardous.
Avoid contact with liquid refrigerant. Wash any spills from the
skin with soap and water. If liquid refrigerant enters the eyes,
immediately and abundantly flush the eyes with water and consult
a doctor.
The accidental releases of the refrigerant, due to small leaks
or significant discharges following the rupture of a pipe or an
unexpected release from a relief valve, can cause frostbites and
burns to personnel exposed. Do not ignore such injuries. Installers,
owners and especially service engineers for these units must:
■Seek medical attention before treating such injuries.
■Have access to a first-aid kit, especially for treating eye injuries.
Refrigerant R-410A
According to EN 378-1, R-410A belongs to the A1/A1 group, i.e.
with high safety both in the mix and also in the case of a leak.
Although it is not flammable, keep them away from open flames
(e.g. cigarettes) as temperatures of over 300°C cause their
vapours to break down and form phosgene, hydrogen fluoride,
hydrogen chloride and other toxic compounds. These compounds
may produce severe physiological consequences if accidentally
inhaled or swallowed.
In case of a leak:
■To detect leaks, an electronic leak detector, an ultraviolet lamp
or soapy water must be used. Flame detectors do not help.
■If a leak occurs or if the refrigerant becomes contaminated (e.g.
by a short circuit in a motor) remove the complete charge using
an specific recovery unit for R-410A.
■The refrigerant must be stored in mobile certified containers.
■Repair the leak detected and recharge the circuit with the total
refrigerant charge, as indicated on the unit name plate. Only
charge liquid refrigerant at the liquid line.
Refrigerant R-454B
According to EN 378-1, refrigerant R-454B belongs to the A2L
group, that is, non-toxic and low flammability, so it only requires
minimal precautions for a completely safe operation.
Always use tools qualified for A2L refrigerants according to EN
378 or ISO 817.
Risk of flammability: with A2L refrigerant, always use an A2L
refrigerant detector when near the unit. Default ATEX zone is
0.6 metres around the unit. See section 7.2.
Never apply an open flame or live steam to a refrigerant container.
Dangerous overpressure can result.
In case of combustion of refrigerant, do not clean combustion by-
products with water, the mixture is highly corrosive.
In case of a leak:
■To detect leaks, an electronic leak detector, must be used.
■If a leak occurs or if the refrigerant becomes contaminated
(e.g. by a short circuit in a motor) remove the complete charge
using an specific recovery unit for A2L flammable refrigerants.
■The refrigerant must be stored in mobile certified containers.
In this case a special bottle shall be used, with the top painted
in red and threaded to the left (opposite direction to R-410A).
Vacuum the recovery bottle to remove the air before filling it
with flammable refrigerant.
■Use a vacuum pump, dual effect and anti-spark based on DIN
8975.
■Do not mix flammable refrigerants with other types of
refrigerants in a recovery bottle. Label the recovery bottle to
show that it contains a flammable substance.
■Check that there are no hazardous or combustible objects
nearby and make sure that in case of fire the extinguisher is
nearby. The fire extinguisher must be appropriate to the system
and the refrigerant type.
■Always check that there is no refrigerant in the cooling circuit,
rinsing with nitrogen before welding, and checking that the
nitrogen flows correctly.
■Repair the leak detected and recharge the circuit with the total
refrigerant charge, as indicated on the unit name plate. Only
charge liquid refrigerant at the liquid line.

5
3 - POSSIBLE TYPES OF ASSEMBLIES
Depending on the indoor airflow direction
B1 assembly
Standard
B3 assembly
Economizer, 3 dampers:
fresh air damper and exhaust air damper
BA assembly
Plug-fan in return section +
Cooling recovery circuit (active recovery)
BW assembly
Plug-fan in return section + Heat recovery
wheel module (passive recovery)
B2 assembly
Economizer, 2 dampers: fresh air damper
interlocked with return damper
BX assembly
Axial return fan
BT assembly
Return top box with plug-fan or centrifugal fan
BL assembly (upon request)
Return top box with plug-fan or centrifugal fan +
Heat recovery wheel module (passive recovery)
BF assembly
100% fresh air
BP assembly
Plug-fan in return section
BB assembly
Return top box with plug-fan or centrifugal fan
+ Cooling recovery circuit (active recovery)
Legend
SLower air supply RLower air return
S’ Lateral air supply R’ Lateral air return
S’’ Upper air supply R’’ Upper air return
FFresh air intake EExhaust air outlet
Note: only one of the three possible options
(lower, lateral or upper) can be selected for both,
supply and return.
The airflow direction selected for supply and
return (lower or lateral) is easily interchangeable
on site.
RS
S’ R’
R’’S’’
RS
S’ R’
R’’S’’
F
RS
F
E
S’
RS
F
E
S’
S’
RS
F
E
R’
S
E
F
S’
R’
S
E
F
S’
RS
F
E
S’
F
E
R’
S
S’
S
S’
F
RS
F
E
S’
B assemblies: “Standard” (all models): R-410A and R-454B
Indoor airflow direction
0Lower supply and lower return 3Lateral supply and lateral return 6Upper supply and lateral return
1Lateral supply and lower return 4Upper supply and lower return 7Lower supply and upper return
2Lower supply and lateral return 5Lateral supply and upper return 8Upper supply and upper return

6
3 - POSSIBLE TYPES OF ASSEMBLIES
Depending on the indoor airflow direction
Indoor airflow direction
0Lower supply and lower return
2Lower supply and lateral return
R1 assembly, Direction 0
“In-line” standard
R1 assembly, Direction 2
“In-line” standard
R2 assembly, Direction 0
Economizer, 2 dampers: fresh air damper
interlocked with return damper
R2 assembly, Direction 2
Economizer, 2 dampers: fresh air damper
interlocked with return damper
Legend
SLower air supply RLower air return FFresh air intake
S’ Lateral air supply R’ Lateral air return EExhaust air outlet
RP assembly, Direction 0
Lower return plug-fan
RW assembly, Direction 0
Lower return plug-fan + Rotary heat
exchanger (passive recovery)
R1 assembly, Direction 0
“In-line” standard
R1 assembly, Direction 2
“In-line” standard
R2 assembly, Direction 0
Economizer, 2 dampers: fresh air damper
interlocked with return damper
R2 assembly, Direction 2
Economizer, 2 dampers: fresh air damper
interlocked with return damper
RP assembly, Direction 0
Lower return plug-fan
RW assembly, Direction 0
Lower return plug-fan + Rotary heat
exchanger (passive recovery)
RS
F
E
RS
E
F
RS
F
E
S
F
R
E
S
F
R
S
F
R
S
F
R
S
F
R
SR
R
S
SR
R
S
R assemblies: “in-line” (models 052 to 062): R-410A only
R assemblies: “in-line” (models 070 to 073): R-410A only

7
Always check the weight of the unit and verify that the
discharging method used is approved for handling that
weight.
5 - HANDLING
Fresh air housing
Heat recovery wheel
Unit
These machines must be unloaded and positioned by
a specialist handling company using the appropriate,
standardised tools.
The unit must be handled with care to avoid transport damage.
Do not remove the protective packaging and the transport guards
until the unit is in its final location.
Important: The transport of two stacked units is allowed, but not
the simultaneous handling of both units.
Before handling, check that the path leading to the installation
location is accessible and free from obstacles.
Optional modules, such us the fresh air housing (B3, BX, BP, BA,
BW, RP and RW assemblies) and the heat recovery wheel (BW
and RW assemblies), are supplied disassembled with the unit,
for installation on site.
It is always mandatory to grasp the unit by the points intended for
that purpose, as described in this chapter.
Any handling of the unit by other means or by gripping points
different from those described here may be dangerous for both
the unit and the personnel who are carrying out the discharging
or transport work.
Legend
1Year of manufacture
2Commercial product name
3Serial number
4Description of the product
5Purchase order number
6Sales order number
7Work order number
8Power supply
9Power output of the auxiliary electrical heaters kit (optional) (kW)
10 Maximum absorbed current under full load (A) ( including the
electrical kit)
11 Type of refrigerant: R-410A or R-454B
12 Refrigerant content (kg) and Environment impact (CO2Teq.)
13 Maximum service pressure in the high pressure side
(R-410A = 42 bar/ R-454B = 40,5 bar)
14 Maximum service pressure in the low pressure side
(R-410A = 24 bar/ R-454B = 40,5 bar)
15 Maximum operating temperature (refer to “Operation limits”)
Maximum shipment and storage temperature: +50ºC
Electrical protection rating: IP54
16 Operation weight (kg) (empty weight + fluid + refrigerant)
4 - TRANSPORT
4.1 - Transport
Caution: If the unit contains refrigerant R-454B (A2L
fluid) specific transport safety standards must be
complied with:
■Road transport: UN 3358 Refrigerating machines, containing
flammable, non-toxic, liquefied gas.
Transport through the Eurotunnel and through tunnels with
category D and E is not permitted.
■Maritime transport: IMDG (International Maritime Dangerous
Goods) code: DS 291.
■Air transport: not permitted.
The container must be identified according to UN 3358.
Do not approach the container or truck in the presence of an open
flame, an electrical power source, a mobile phone, or any other
heat source.
Important: the type of refrigerant included in the unit can be
consulted on the name plate, see section 4.3.
Name plate
All units bear, legibly and indelibly, a name plate located in a prime
space, as appears in the attached image:
4.3 - Unit identification
Markings (name plate, punch marks, labels) must remain visible.
They must not be altered, removed or modified.
Important: The serial number reflected in the name plate
must be used in all correspondence regarding the unit.
4.2 - Receipt of goods
At the time of receipt, the condition of the material must be
reviewed.
Check that the unit and the accessories have not been damaged
during transport and that no parts are missing. If equipment has
been damaged, or there is a shortfall in delivery, notify accordingly.
it is necessary to check on the name plate that this is the model
ordered.
Año\An.Year Ref\Reference No Serie\serial Nbr.
Producto\Product\Produit
Ref. Produit\Item Nbr
Tension\Voltage Kit Elec. Max.Intensidad\Intensité\Current
Refrigerant/GWP(PCA) Refrig.KG (Fábrica\Factory\Usine)/Co2 Teq.
PSmax(AP\HP) PSmax(BP\LP) Peso\Poids\Weight
CARRIER SCS Route de Thil
01120, MONTLUEL, France 0056 9999
UK Importer: Toshiba Carrier UK Ltd, Porsham Close,
Roborough, Plymouth, PL6 7DB
Contient des gaz à effet de serre fluorés \ Contains fluorinated greenhouse gases regulated by the Kyoto protocol
Contiene gases fluorados de efecto invernadero regulados por el protocolo de Kyoto
Temp. Max./ IP
1
16
23
4
5 67
8 9 10
11 12
13 14 15

8
5 - HANDLING
5.1 - Discharge via forklift truck
The unit is designed to be transported safely by using a forklift
truck. The base features guide rails to accommodate the forks
of the fork-lift truck. These guide rails ensure that the centre of
gravity of the unit remains within the forks, and at the same time,
avoid the possible introduction of the truck’s fork into functional
parts that may cause damage to the unit.
Note: the module with the heat recovery wheel (BW and RW
assemblies) also includes these guides in its base frame with the
same dimensions.
The recommended length for the forks will be bigger than the unit
width (refer to the following table), so that the entire weight-bearing
structure of the unit can be supported on the forklift truck.
The standards and recommendations of the forklift truck must also
be respected with regards to the maximum load, inclination of the
fork carriage, elevation of the load for transport, and, in particular,
the maximum speed.
Discharge of stacked units
The fixation set factory-installed for the transport of two stacked
units ensures the safe fixation of units and the stability of units
during transport.
The discharge of the units on-site will be done via fork-lift truck
with the forks accommodated in the guide rails of the lower unit.
The units must be unstacked after discharging. The simultaneous
handling of both units is not allowed.
The 6 fixation pieces are fixed to the units using 4 M8 screws (hex.
key 13). First, unscrew all the screws attaching the pieces to the
upper unit. Raise the upper unit with the fork-lift truck to save the
pieces height and then, set down it carefully on the floor. Finally,
remove the fixing pieces from the lower unit by unscrewing the
rest of the screws.
5.2 - Discharge via crane
Important: This discharge method is not allowed in the case of
two stacked units.
It is mandatory to follow the lifting instructions given in the drawings
provided on the next page.
Approved textile slings, suitable for the dimensions and weight
of the unit, must be used. A structure with centre of
gravity adjustment must also be used to separate the
slings from the top of the unit.
Important: slings must be attached to all the marked
rigging points (grips). These points are clearly
identified by labels.
The slings hooks should be fixed on top of the grips.
All models are provided with 2 lifting grips on each beam, except
the 052 to 093 models with BA and BB assemblies that are
provided with three lifting grips per beam.
Raise and set down the unit carefully. Take care not to tilt it by
more than 15°, as this could adversely affect its operation.
Safety when lifting can only be guaranteed if all these instructions
are followed. Otherwise, there is a risk of equipment damage or
injury to personnel.
Lifting grip
Transport guard
50FF/
FC
B1, B2, BF. B3, BX, BP,
BA, BW assemblies
BT, BB
assemblies
R1, R2, RP, RW
assemblies
Length
(mm)
Width
(mm)
Height
(mm)
Length
(mm)
Width
(mm)
Height
(mm)
Length
(mm)
Width
(mm)
Height
(mm)
020 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
028 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
037 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
040 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
045 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
047 2.225 1.750 1.230 2.230 1.760 1.975 -- -- --
052 3.000 2.200 1.230 3.000 2.210 1.995 3.000 2.200 1.230
058 3.000 2.200 1.230 3.000 2.210 1.995 3.000 2.200 1.230
062 3.000 2.200 1.230 3.000 2.210 1.995 3.000 2.200 1.230
070 3.650 2.200 1.230 3.655 2.210 1.995 3.650 2.200 1.230
074 3.650 2.200 1.230 3.655 2.210 1.995 3.650 2.200 1.230
086 3.650 2.200 1.230 3.655 2.210 1.995 3.650 2.200 1.230
093 3.650 2.200 1.230 3.655 2.210 1.995 3.650 2.200 1.230
Units dimensions for transportation (*):
(*) Consult the overall dimensions of the available assemblies in paragraph
7.7 “Recommended service clearance”.
Fixation pieces
Upper
unit
raised
Guide rails for forks
206
mm
750mm
206
mm

9
5 - HANDLING
Detail A
Expander
Sling
Stretcher
3700 min
See detail A
Detail A
Expander
Sling
A B C
3000
3700 min
A B CD
3000
See detail A
50FF/FC Assemblies Configuration
No. riggings
points x
beam
Unit
width
(mm)
Beam
length
(mm)
Distance between riggings points
(mm)
ABCD
020 / 028 B1, B2, BF, B3, BX, BP, BA, BT, BB, BW 1 2 1750 2215 300 1600 315 -
037 / 040 / 045 / 047 B1, B2, BF, B3, BX, BP, BA, BT, BB, BW 2 2 1750 2215 300 1600 315 -
052 / 058 / 062 B1, B2, BF, B3, BX, BP, BT, BW 3 2 2200 2985 732,5 1520 732,5 -
052 / 058 / 062 R1, R2, RP, RW 4 2 2200 2985 732,5 1520 732,5 -
052 / 058 / 062 BA, BB 5 3 2200 2985 732,5 665 855 732,5
070 / 074 / 086 / 093 B1, B2, BF, B3, BX, BP, BT, BW 6 2 2200 3639 779,5 2130 729,5 -
070 / 074 / 086 / 093 R1, R2, RP, RW 7 2 2200 3639 779,5 2130 729,5 -
070 / 074 / 086 / 093 BA, BB 8 3 2200 3639 779,5 995 1135 729,5
Configurations 1, 2, 3, 4, 6 and 7
Configurations 5 and 8
After the placing of the unit, it is recommended to remove the grips as they can be a hindrance for maintenance. The grips are fixed
to the beams using M10 screws (hex. key 17). Put the grips back in case of unit transport (tightening torque of screws 25 Nm).
Important: The centre of gravity is not necessarily in the middle of the unit and the forces applied to the slings are not always identical.
Please consult the weight and the centre of gravity of each model stated in paragraph 7.6.
Important: all rigging points must be used

10
6 - OPERATION LIMITS
7 - POSITIONING AND INSTALLATION
7.1 - Storage
Important: It is prohibited to store and install the machine in an
explosive atmosphere zone (ATEX).
If it is necessary to store the unit for a period of time before its
installation, the following recommendations should be followed:
■Do not remove the protective packaging and the transport
supports. The unit packed with plastic protective film should not
remain exposed to the sun for long, as prolonged exposure of
the protective film can deteriorate the unit’s paint.
■Store the unit on a flat and horizontal surface.
■It is highly recommended to store the unit in a dry place and
protected from the weather.
■Supplied accessories must be stored in a dry and clean place
for future unit assembly.
■The unit should always be stored under the following
environmental conditions:
- Minimum ambient temperature: -30°C
- Maximum ambient temperature: 50°C
- Maximum relative humidity: 95% (to avoid condensation).
7.2 - Choice of location
When choosing the location, whatever may be the selected fashion,
the following precautions have to be taken into consideration:
■It is mandatory to comply with norm EN 378-3 on Safety and
Environmental Requirements
■Important: In units with R-454B refrigerant consult the “Rooftop
A2L Installation guide” (Nb. 10714), which includes a set of
recommendations for choosing the most suitable site. It is the
customer’s responsibility to carry out the risk analysis of the
installation.
■. Part 3: “In situ” installation and protection to people.
■Important: The unit performance is not guaranteed in case of
installation at an altitude of more than 1000 meters.
■It is necessary to check that the structure supports the unit’s
weigh (please consult the weight in section 7.6).
■The area where the unit will be located must be perfectly
accessible for cleaning and maintenance operations (please
consult the “Recommended service clearance” in section 7.7).
■Since the unit is designed to work outdoors, some specific
installation norms must be followed:
- The unit will be located on the roof of the premises. If it is
foreseen that it will work more on heating than on cooling, it
is preferable to direct the coil towards the sun. If little work
on heating is foreseen, choose North direction.
- Avoid placing obstacles in the air supply or return. No obstacle
may impede the air aspiration into the coils. Do not fix the
outdoor coil side in the predominant wind direction.
- Do not install the unit in a closed enclosure or in conditions
that originate air recirculation.
- The chosen location must not flood and must be above the
average height the snow reaches in that region.
(1) With a condensation pressure control disabled operation up to
+12ºC.
(2) When the outdoor temperature is usually below 5ºC WB, the
installation of a support element is recommended.
Inlet air conditions Cooling Heating
50FF 50FC 50FC
Indoor coil Minimum temperature 9,7ºC WB 10ºC
Maximum temperature 24ºC WB 27ºC
Outdoor coil Minimum temperature -10ºC (1) -15ºC WB (2)
Maximum temperature 52ºC 48ºC 15ºC WB
Positioning of ATEX zones around the unit
In units with refrigerant R-454B, due to the nature of this refrigerant
(A2L fluid), ATEX zones have been identified and positioned
around the units, as shown in the diagram opposite.
The ATEX zones, as defined, must only be entered by suitably
trained personnel equipped with the appropriate detection
material and tools for working in an ATEX zone.
ATEX zone 2 is involved.
These units are designed to be installed outdoors, in a free field-
type, well ventilated area.
In the ATEX zones, the presence of ignition sources (electrical
power source, mobile phone, or any other heat source) is
prohibited, even temporarily. They also cannot be installed in or
near the duct network of the unit.
In these zones, the installation of fresh air vents or extractors of
the building is also prohibited.
0,6m
0,6m
0,6m
0,6m
0,6m
0,6m
0,6m
0,6m
50FC 020 - 047
50FC 052 - 093

11
Minimum area for indoor air distribution
The unit with refrigerant R-454B (A2L fluid) needs a minimum
surface in the room where the air supplied by its indoor circuit will
be distributed, according to EN-378-1:
Important: It is the customer’s responsibility to carry out the risk
analysis of the installation and, as a result of that analysis, to take
the necessary measures according to standard EN-378-1. Consult
the recommendations given in the “A2L rooftop installation guide”
(Nb. 10714).
These units are equipped as standard with a leak detector that
from a certain concentration of gas (parametrizable) activates
a PROTECTION MODE until the mitigation of the leak (see the
chapter on “Safety elements”.
50FC 020 028 037 040 045 047
Refrigerant charge per
circuit (kg) comming soon 9,9 10,2 10,4
Minimum area (m2) comming soon 65,2 68,8 72,5
50FC 052 058 062 070 074 086 093
Refrigerant charge per
circuit (kg) comming soon 9,1 9,1 9,2
Minimum area (m2) comming soon 55,5 55,5 56,6
Sound Level
These units are designed to work with a low acoustic level. In any
case, the following must be taken into account for the design of
the installation: the outdoor environment for acoustic radiation, the
type of building for the noise transmitted by air, the solid elements
for the transmission of vibrations.
To reduce transmission through solid surfaces to the maximum, it
is very advisable to install shock absorbers between the ground
or structure and the unit frame. If necessary, a study must be
commissioned to an acoustic technician.
Sound power level (LW)
Sound pressure level (LP)
Measurement conditions: in a clear field, measured at a distance
of 5 metres, directivity 2 and at 1,5 metres from the ground.
Note: The sound pressure level depends on the installation conditions
and, as such, it only indicated as a guide. Values obtained according to
the ISO 3744 standard.
50FF/FC 020 028 037 040 045 047
Total dB(A) 51,0 55,5 56,0 56,0 56,5 57,5
50FF/FC 052 058 062 070 074 086 093
Total dB(A) 58,3 58,8 59,3 59,3 59,1 59,1 59,6
50FF/FC 020 028 037 040 045 047
63 Hz 55,2 60,8 61,4 60,9 61,3 63,1
125 Hz 64,2 66,7 68,9 66,1 70,0 71,1
250 Hz 71,8 74,8 76,1 72,9 76,3 76,4
500 Hz 70,2 76,7 76,4 76,8 77,1 78,3
1000 Hz 72,0 76,2 76,3 77,5 77,3 78,2
2000 Hz 69,7 73,5 74,3 75,3 74,1 75,5
4000 Hz 62,6 69,2 70,3 70,6 70,4 72,2
8000 Hz 59,0 63,7 65,5 65,8 65,6 67,5
Total dB(A) 77,5 82,0 82,5 82,5 83,0 84,0
50FF/FC 052 058 062 070 074 086 093
63 Hz 64,3 64,5 64,9 64,8 64,6 64,6 65,3
125 Hz 69,6 69,9 71,5 72,4 71,3 71,4 74,0
250 Hz 77,0 77,7 78,9 79,7 78,4 77,9 79,3
500 Hz 79,5 80,1 80,4 79,9 80,1 80,2 80,9
1000 Hz 79,4 79,9 80,2 79,8 80,4 80,6 80,7
2000 Hz 77,0 77,4 77,8 77,7 78,3 78,1 77,7
4000 Hz 73,1 73,4 73,7 73,8 73,9 74,2 74,4
8000 Hz 67,9 68,2 68,6 68,9 69,1 69,4 69,6
Total dB(A) 85,0 85,5 86,0 86,0 86,0 86,0 86,5
Foresee appropriate damping devices in these fixings to
ensure that noise and vibration transmission is avoided
(consult the reactions in the support in paragraph 7.6).
Preparation of the ground
It is necessary to ensure that the surface where the unit is going
to be installed in completely flat. Any defect in the preparation of
the unit support surface translates into stresses on the structure,
which may result in its deformation. The unit must be perfectly
level when installed.
These units can be installed on the floor or on a brick curb or
steel profile. Based on the fixing solution defined in the installation
project, it will be necessary to plan the placement in the base of
threaded rods in the expectation that the unit supports can be fixed
later on. To do so, it is recommended that a template be made
with the heights corresponding to the fixings.
Removing forklift guards
On units with lower supply and return, the fork-lift truck guards
must be removed. This is also the case when the units are to be
connected onto a roofcurb.
These guide rails are designed to be removed from both sides of
the unit, as required. They are secured to the unit using 4 clamping
pieces with M8 screws.
Attention: a free space equal to the width of the machine is
required for revoming the rails, bigger than the “Recommended
service clearance”.
Important: the transport guards also must be removed before
installling. These guards are fixed with M4.8 self-tapping screws.
7 - POSITIONING AND INSTALLATION
Clamping piece and M8 screw
Transport guards
Forklift guards

12
7 - POSITIONING AND INSTALLATION
Silent-block
7.3 - Antivibrators assembly (silent-blocks)
Although the installer is the one who must decide on a case-by-
case basis the best way to place the unit in the ultimate location,
always in observation of the handling standards that have been
described, below is a proposed assembly sequence that may
facilitate the operation, keeping in mind that the sequence
performed in the installation shall be the one most suitable to the
solution chosen for each particular case based on the existence
(or lack thereof) of brick curb, type of silent-blocks used, etc.
In the event of assembling directly on silent-blocks to the ground,
it is recommended that a template of the unit’s footprint with the
anchoring points of the silent-blocks be made, as described in the
paragraph “Preparation of the ground”.
With the help of the crane or the forklift truck, the unit will be raised
to a sufficient height that the silent-blocks can be screwed into its
base (see Chapter 5).
M12 metric threads have been provided for their placement in the
supports (consult the fixing for antivibrators in paragraph 7.7). All
models will use M12 screws with a maximum length of 60 mm.
A hex key 19 or Allen wrench 10 will be used for this operation
based on the type of screw used.
The optional silent-blocks that can be
supplied for these units must be placed
perpendicular to the unit, as shown in the
following image.
50FF/FC A (mm)
020 to 047 182
052 to 062
B1 / R1 / RW 182
B2 / B3 / BX / BP / BA / BT / BB / BW / R2 / RP 240
070 to 093 240
The screws required for the installation of the silent-blocks are
not supplied from the factory.
These screws must have an adequate quality to withstand the
stresses to which they will be subjected, and they must be adapted
to the installation site, either on a brick curb or a steel profile.
Note: If the silent-block hole has a diameter greater than M12, a
washer can be used to adjust the size.
Max. 60mm
M12
40mm
72mm
A

13
7 - POSITIONING AND INSTALLATION
7.4 - Pre-assembly roofcurb (optional)
The “Standard” assemblies can rest on standardised pre-assembly roofcurbs with adjustable height, built in galvanised steel panelling
with polyester paint and thermal insulation.
The levelling system uses angle pieces that allow adjustments in the X and Y axes. As a result, the unit will be perfectly levelled on
a sloping roof.
These roofcurbs can also incorporate a gas burner. For more information consult the paragraph 12.14 “Gas burner”.
Note: units with “In-line” assemblies have a wide range of adaptation roofcurbs that are ready for direct replacement on site of units
from different manufacturers (upon request).
Sealing
upsweep
Condensate
evacuation
Supply
air duct
Thermal insulation
of ducts
Steel pan
Self-tapping screw
Building joist
Reinforcing angle pieces
Return air
Return
air duct
Supply air
Adjustable angle pieces
fixed to the joist
Adjustable
roofcurb
Joist
Insulation
Self adhesive sealing
foam rubber gasket
Rainwater
evacuation pan
Caution: it is strictly forbidden
to stand on the roofcurb

14
7 - POSITIONING AND INSTALLATION
Installation on the roof
The following picture shows the roofcurb elements that enable
adjusting and levelling it:
The roofcurb will be supported on some joists placed for this
purpose in the roof (check the location of ducts for the air supply
and air return).
Joists
A
B
A
B
Joists
50FF/FC
roofcurb
A
(mm)
B
(mm)
020 to 047 1968 1485
052 to 052 2738 1934
070 to 093 3391 1934
Slide the four adjustable angle pieces below the steel pan on top
of the joists.
The adjustable angle pieces are fixed to the joists using self-
tapping screws or electric spot welding.
Check that the adjustable angle pieces are in the correct position
on the joists before the roofcurb is fitted. Next, provisionally attach
the adjustable angle pieces to the joists with one or two self-tapping
screws per angle part.
Handling
For transport and lifting up to the roof using a crane, a rocker arm
as well as approved slings, both suitable for the dimensions and
weight of the roofcurb, must be used. These slings will be hooked
on the eyebolts fitted to the roofcurb.
Check that the eyebolts are perfectly screwed in before attaching
the slings.
Reinforcing angle piecesAdjusting angle pieces
100
50
Joist
Self-tapping screw
or spot weld
Tightening bolts
with blind rivet
nuts (M10)
Adjustable
angle piece
After the above operation remove the four reinforcing angle pieces
to position them in the roofcurb. Attach them to the roofcurb with
two screws without screwing them completely.
Reinforcing angle piece
Tightening screws
JoistReinforcing angle piece
Eyebolts
After the placing of the roofcurb, it is necessary to remove the
eyebolts. Put the eyebolts back in case of transport.
Note: All roofcurb are supplied with a return safety grille intended
for plenum installations. For installations with ducted return, the
grille must be removed prior to place the machine on the roofcurb.
Safety grille
Important: Check that the roofcurb is installed in the
right direction.
Lay the roofcurb. The reinforcing angles prevent the roofcurb from
moving. The roofcurb should slide into the 4 adjusting angle pieces.

15
Position the remaining screws on the four corners of the roofcurb.
Use a screwdriver to line up the roofcurb, adjustable angle pieces
and reinforcing angle piece holes opposite each other. Do not
tighten the screws fully.
After levelling the roofcurb perfectly, secure the adjustable angle
piece to the roofcurb using self-tapping screws or spot welds.
Tighten the reinforcing angle pieces down onto the joists.
Insulation and waterproof sealing
Following insulation is standard for the roofcurb:
■Self-adhesive rubber gasket of 9 mm around its entire perimeter
and the crossbeams.
■Thermal insulation of 9 mm on the outer faces of the ducts of
supply and return. It is only placed inside the supply duct in the
case of burner roofcurb (in which case the optional insulation
A2-s1, d0 (M0) can be selected).
■Insulation of 3 mm on the panels that support the outdoor unit
to prevent condensation build-up.
Note: Acoustic and thermal insulation in this part of the roofcurb
is recommended.
7 - POSITIONING AND INSTALLATION
Downward direction of the slope
Position A Position B
Position C Position D (NO)
Supply
Return Supply
Return
Supply
Return
Supply
Return
Note: Position A is best suited for gas burner roofcurb. In this
position it is easier to access the burner register. It is also the
most optimal solution in areas where snow can accumulate.
Self-adhesive rubber
gasket of 9 mm
Insulation of 9 mm
on the ducts of
supply and return
Insulation of 3 mm
on the outdoor unit
Upper profile of 40
mm for waterproof
sealing
Self-adhesive
rubber gasket
of 9 mm
(standard)
External insulation
(to be carried
out by the installer)
Sealing upsweep, that must be
performed on all sides of the roofcurb
(to be carried out by the installer)
Insulation of 9 mm on
the ducts of supply
and return (standard)
Upper profile
of 40 mm for
waterproof
sealing
■Detail of the roofcurb installed on the roof (position C):
Important: It’s the responsibility of the installer the insulation and
sealing upsweep around the roofcurb to ensure that water does
not penetrate the roof.
The recommendations given on the following images should also
be followed:
Drop edge
The upstream of the sealing must
always end below the drop edge of
the roofcurb.
This sealing must be continuous
around the roofcurb. Check all joints.

16
A
CB
D
E
β
B
E
F
A
C
D
β
7 - POSITIONING AND INSTALLATION
Side view after installation on roof (position C):
Standard roofcurb
Burner roofcurb
β= maximum slope
β= maximum slope
Air ducts connections
For units with vertical airflow, the ducts must be connected to the
profiles from underneath the roofcurb.
In order to carry out the air ducts follow the recommendations in
the paragraph 9.4 “Air ducts connections”.
The thickness of the sheet metal profiles to connect the discharge
and/or return ducts to the roofcurb are shown in the following
tables:
A
EDC
AAA
B
A
B
A
A
A
Dimensions (mm) A B C D E
Standard
roofcurb
020 to 047 50 798 321 619 243
052 to 062 50 1234 470 745 410
070 to 093 50 1575 470 715 410
Burner roofcurb
Dimensions (mm) A B C D E F G H I J
Burner
roofcurb
020 to 047 50 797 373 0 275 631 52 155 770 89
052 to 062 50 1229 470 376 207 619 85 155 1219 101
070 to 093 50 1570 470 373 126 704 85 155 1491 198
Standard roofcurb
GEDC
F
AA
IH
B
A
A
J
Important: Check that the roofcurb height is sufficient to respect
the minimum sealing height required according to local regulations
(example: 150 mm minimum sealing height in France according
to DTU).
To do this, check that the “D” dimension of the roofcurb exceeds
the thickness of the roof plus the insulation plus the minimum
sealing distance required.
150mm min.
50FF/FC unit
Steel panJoist
Roofcurb
Sealing
upsweep
D
Insulation
Dimensions (mm) ABCDE F β
Burner
roofcurb
020 to 047 782 750 103 679 34 490 3º (5,1%)
052 to 062 822 750 103 719 34 490 3º (5,5%)
070 to 093 855 752 103 752 34 490 2º (4,0%)
Dimensions (mm) ABCDE β
Standard
roofcurb
020 to 047 472 440 103 369 34 3º (5,1%)
052 to 062 510 440 103 407 34 3º (5,5%)
070 to 093 486 440 103 383 34 2º (4,0%)

17
7 - POSITIONING AND INSTALLATION
7.5 - Change in the airflow direction
Depending on the unit assembly, is possible to convert on-site a
unit from lower airflow to horizontal.
■Supply: all “Standard” assemblies, except when it incorporates
the options of gas burner or boiler.
■Return: in B1, B2, R1 assemblies and models 070 to 093 with
R2 asembly.
Note: on units with the “Very low outdoor temperature” option, air
supply only may be lateral (factory-configured).
Supply
The side panel for supply air is supplied closed. The two parts
required to change direction are connected to the inside of this
panel: the locking part and the profile for the outlet.
Locking partProfile for outlet
Positioning the unit on the roofcurb
Once the previous work has been carried out, the machine can
be mounted on the roofcurb. The machine fits perfectly on the
roofcurb, no connecting element is necessary.
Important: All roofcurb are supplied with a return safety grille
intended for plenum installations. For installations with ducted
return, the grille must be removed prior to place the machine on
the roofcurb.
This grille is fastened using 4.8 self-tapping hex screws.
Important: It’s the responsibility of the installer the insulation and
sealing upsweep around the roofcurb, as explained above.
Electric
cabinet
Electric power supply
The power cables can be routed into the electric cabinet of the unit
via the panel located under the electric cabinet or via the base of
the unit, depending on the client’s requirements.
If the connection of the power cables is to be carried out via the
machine base they will have to go through the roofcurb using the
sheet metal precuts for this purpose.
These precuts are located in the roofcurb area below the electric
cabinet. Its position can be consulted in the dimensional drawings.
Safety grille
Detail of
the precuts
Important: The installer must ensure the sealing in all
the precuts after passing through them the hoses of the
power supply.

18
Step 2: Then the outlet profile and the closing plate must be
dismantled from this panel.
Step 3: Place the interchangeable closing plate at the base of
the unit. For this, the screws used to fasten it to the lateral panel
must be reused.
7 - POSITIONING AND INSTALLATION
Return
The access panel to the return outlet features
dual locks which can serve as a hinge or can
be used to remove the panel.
Check that the locks are not blocked. Open the
locks with a 4 mm Allen key (in an anticlockwise
direction).
Note: the screws securing this structure are used to fix the locking
part to the base of the unit. The screws required to secure the
profile for the outlet are supplied in a bag.
Step 1: Remove the lateral panel completely. To do this it is
necessary to remove the screws that attach the panel to the pillars
(2 per side) as well as those which join the top panel. Also, it is
necessary to loosen other two screws on the top panel ( indicated
in the picture). All screws are M6 Allen type.
Remove these screw
on the top panel
Loosen Loosen
Step 4: Replace the lateral supply panel.
Step 5: Assemble the outlet profile (2 L-shaped brackets), using the
4 screws supplied in a bag (self-tapping screws M4.8).
Profile for outlet
Closing plate
The procedure is the same as that used for supply, except with
the B2 assembly and models 070 to 093 with R2 assembly (*),
in which it’s also required to change the position of the damper.
Step 1: Remove the screws (M6 Allen) connecting the rod of the
return damper to the drive. Then disassemble the return damper.
Part 1 with horizontal damper
Part 1 with vertical damper
Part 2 (removable)
Rotated rod
Rod in the
initial position
Return damper in horizontal position
Fresh air
damper
Return damper in
vertical position
Position 1
Position 2
Step 2: Fit the damper on the panel, placing the panel on the side
of the unit, followed by the profile for the outlet.
Step 3: Rotate the rod on the axis so that the drive crosses between
the return and fresh air dampers (see image below).
Step 4: The drive of the damper for the horizontal position is
composed of two parts (1 and 2). Disassembly the lower part
(2) secured with M6 Allen screws. The upper part (1) is the drive
necessary for the vertical position. Screw the part (1) to the
rotated rod.
(*) If the unit includes the optional “Freeze protection OAT + spring
shut-offdampers ”, it is not necessary to change the transmission,
since the return damper incorporates a servomotor.

19
50FF Distances (mm)
AB
020 to 047 958 1.657
50FF
B1 assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.083 779 554 594 93 154 84 70 131 61
028 1.066 791 567 617 98 158 83 77 137 62
037 1.048 761 572 699 119 183 95 87 151 63
040 1.050 762 572 698 118 183 95 86 151 64
045 1.049 763 579 704 119 185 96 87 153 64
047 1.049 761 576 701 119 184 96 87 152 64
50FF
B3 assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.162 868 629 682 82 165 99 79 162 96
028 1.145 876 638 705 87 169 98 86 169 97
037 1.120 841 631 796 108 197 111 97 185 99
040 1.120 841 631 796 108 197 111 97 185 99
045 1.119 841 640 796 109 196 110 97 185 99
047 1.119 840 635 798 109 197 111 97 185 99
50FF
BX assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.183 890 615 713 79 169 104 82 173 107
028 1.165 896 624 736 83 174 103 89 179 108
037 1.134 857 621 815 105 199 114 99 192 107
040 1.134 857 621 815 105 199 114 99 192 107
045 1.133 857 630 815 105 198 113 99 192 107
047 1.133 856 625 817 106 199 114 99 192 107
50FF
B2 and BF assemblies
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.104 803 558 609 90 155 87 72 137 69
028 1.087 814 570 632 94 159 86 79 144 70
037 1.065 783 571 718 116 185 98 89 159 71
040 1.065 783 571 718 116 185 98 89 159 71
045 1.064 784 581 718 116 185 98 89 159 71
047 1.064 782 575 720 116 186 98 89 159 71
50FF
BT assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.222 804 796 774 91 197 134 67 174 111
028 1.205 813 800 797 96 202 133 74 180 112
037 1.177 787 779 882 117 228 145 84 195 113
040 1.177 787 779 882 117 228 145 84 195 113
045 1.176 788 787 882 117 228 145 84 195 113
047 1.176 787 782 884 118 228 146 85 195 113
50FF
BB assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.200 850 780 832 98 206 132 84 193 119
028 1.184 857 782 855 103 211 131 91 199 120
037 1.138 849 764 951 124 234 135 112 222 123
040 1.138 849 764 951 124 234 135 112 222 123
045 1.138 850 772 951 124 234 135 113 222 123
047 1.137 848 767 953 125 234 135 113 222 123
50FF
BP assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.187 897 617 723 78 170 105 83 176 110
028 1.170 903 626 746 83 175 104 90 182 112
037 1.144 863 621 831 104 202 117 100 197 112
040 1.144 863 621 831 104 202 117 100 197 112
045 1.138 862 631 828 105 201 115 100 196 110
047 1.143 862 625 833 105 202 117 100 197 112
50FF
BW assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.301 1.243 719 976 87 242 182 72 226 167
028 1.286 1.240 724 999 94 248 183 77 231 166
037 1.258 1.188 713 1.088 130 249 211 89 240 170
040 1.258 1.188 713 1.088 130 249 211 89 240 170
045 1.257 1.189 719 1.088 130 249 211 89 240 170
047 1.257 1.187 715 1.091 131 250 211 89 240 170
50FF
BA assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
020 1.163 934 613 781 83 178 103 101 196 120
028 1.148 939 620 804 88 183 102 108 203 121
037 1.102 926 614 900 112 207 106 129 224 123
040 1.102 926 614 900 112 207 106 129 224 123
045 1.101 927 622 897 111 206 105 129 223 122
047 1.101 925 618 902 112 208 106 129 224 123
7 - POSITIONING AND INSTALLATION
7.6 - Centres of gravity, weight and reactions in the supports: 50FF series (“Standard”)
Note: This is the weight of the standard unit and it can be increased depending on the selected options. Check the total weight on the unit’s data plate.

20
50FF
Distances (mm)
AB
052 to 062 1.356 2.108
50FF
B1 assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.377 1.046 564 914 147 227 106 132 211 91
058 1.377 1.046 564 929 150 230 108 134 215 92
062 1.369 1.040 563 936 154 233 108 136 215 90
50FF
B2 and BF assemblies
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.396 1.067 562 946 146 232 110 136 222 100
058 1.393 1.070 561 967 150 236 111 140 227 102
062 1.387 1.066 561 969 152 237 111 141 227 101
50FF
B3 assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.476 1.138 622 1.047 135 245 126 147 257 138
058 1.476 1.138 622 1.062 137 248 128 149 260 140
062 1.467 1.131 620 1.070 141 252 128 151 261 138
50FF
BX assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.494 1.153 608 1.090 135 253 132 152 270 149
058 1.491 1.155 607 1.111 137 257 133 156 275 152
062 1.485 1.151 606 1.112 140 258 133 156 275 150
50FF
BP assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.512 1.167 609 1.120 132 257 137 155 280 160
058 1.509 1.170 608 1.141 135 261 138 159 285 163
062 1.503 1.165 607 1.142 137 262 138 159 285 161
50FF
BT assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.565 1.047 796 1.213 154 302 184 132 280 162
058 1.565 1.047 796 1.228 156 305 186 134 283 163
062 1.556 1.042 792 1.236 161 309 186 136 284 161
50FF
BB assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.523 1.068 789 1.304 172 320 183 157 305 168
058 1.520 1.070 787 1.319 174 323 184 160 309 169
062 1.514 1.067 785 1.327 177 326 184 162 310 168
50FF
BW assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.661 1.515 696 1.470 146 350 233 150 354 237
058 1.658 1.516 695 1.491 149 355 236 153 359 239
062 1.652 1.509 694 1.493 152 357 236 153 358 237
50FF
BA assembly
Centre of gravity (mm) Weight
(kg)
Reactions in the supports (kg)
X Y Z R1 R2 R3 R4 R5 R6
052 1.487 1.204 607 1.211 141 271 135 180 310 174
058 1.484 1.206 606 1.232 144 275 137 184 315 177
062 1.479 1.201 605 1.233 146 276 137 185 315 175
7 - POSITIONING AND INSTALLATION
7.6 - Centres of gravity, weight and reactions in the supports: 50FF series (“Standard”)
Note: This is the weight of the standard unit and it can be increased depending on the selected options. Check the total weight on the unit’s data plate.