Navantia AVANTE 2200 User manual

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
1
PROJECT: AVANTE 2200
SHIPYARD:
SYSTEM: HVAC
FAN COILS
REF.: D-MO5462-001
REV
DESCRIPTION
DATE
ISSUED
BY
CHECKED
BY
APPROVED
BY
0
For information / and comments
03/03/2017
ALR
AMF
MRH
A
For information / and comments.
Item list included
18/07/2017
ALR
AMF
MRH
B
Updated
10/08/2018
JMC
AMF
MRH
C
Updated
30/07/2019
JMC
AMF
MRH

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
2
SAFETY WARNING
Before carrying out any operation on the machine, please read this
installation and operation manual carefully.
Installation and maintenance must be carried out only by qualified
personnel that is familiar with the provisions of law and local regulations
and has been trained properly or has experience with this type of
equipment.
SAFETY WARNING
Avoid installing the machine in a place that could be dangerous during
maintenance operations, such as (but not only) platforms without railings
or areas not complying with the clearance requirements.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
3
TABLE OF CONTENTS
1. PARTS OF BASIC UNIT ..........................................................................................4
2. TRANSPORT AND HOISTING..............................................................................5
2.1 SAFETY PRESCRIPTIONS ........................................................................................................ 5
2.2 SCOPE OF DELIVERY.............................................................................................................. 5
2.3 PACKAGING........................................................................................................................... 5
2.4 TRANSPORT –HOISTING INSTRUCTIONS..................................................................................5
2.5 PRESERVATION METHOD ........................................................................................................6
2.6 DISPOSAL.............................................................................................................................. 6
3. INSTALLATION .......................................................................................................6
3.1 INSTALLATION LOCATION .......................................................................................................6
3.2 UNIT INSTALLATION................................................................................................................7
3.3 CONNECTING THE CHILLED WATER ......................................................................................... 7
3.4 CONNECTING THE CONDENSATE DRAIN ................................................................................... 8
3.5 ELECTRICAL CONNECTION......................................................................................................8
4. COMMISSIONING....................................................................................................8
4.1 SAFETY INSPECTION .............................................................................................................. 9
4.2 CHECKING THE UNIT............................................................................................................... 9
4.3 SWITCH ON UNIT .................................................................................................................... 9
5. TROUBLESHOOTING ...........................................................................................10
6. MAINTENANCE .....................................................................................................11
6.1 PREVENTIVE MAINTENANCE..................................................................................................11
6.1.1 QUARTERLY MAINTENANCE...............................................................................................12
6.1.1.1 Check noise and vibration............................................................................................................12
6.1.1.2 Clean or replace the filter..............................................................................................................12
6.1.1.3 Check the V-belt tension...............................................................................................................12
6.1.1.4 Check the alignment of motor and fan pulleys...........................................................................12
6.1.2HALF-YEARLY MAINTENANCE ............................................................................................12
6.1.2.1 Checking the fan............................................................................................................................12
6.2 CORRECTIVE MAINTENANCE .................................................................................................13
6.2.1 REPLACING PULLEY..........................................................................................................13
6.2.2 REPLACING V-BELTS ........................................................................................................13
6.2.3 TENSIONING V-BELTS .......................................................................................................13
6.2.4 REPLACING FAN ...............................................................................................................13
6.2.5 REPLACING MOTOR...........................................................................................................14
7. MAINTENANCE DATA RECORD ..........................................................................14
7.1 GENERAL ............................................................................................................................14
7.2 PERIODICAL INSPECTIONS....................................................................................................14
7.3 REPAIR AND MAINTENANCE..................................................................................................14
7.4 REPLACEMENT OF COMPONENTS AND REVISION OF INSTALLATION .........................................14
7.5 PARTICULAR EVENTS ...........................................................................................................15

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
4
1. PARTS OF BASIC UNIT
Various unit parts are described in detailbelow.
CASING
The structure of the fan-coil will be both resistant and lightweight, will be suitably
thermal and acoustic insulated and a special attention will be paid to an easy drain and
correct insulation of the drain tray. The side of each section will be such that it enables
unshipping through hatches of standard dimensions. The upper section will be
arranged as an intake discharge plenum to improve connection to the ducting network.
Closing panels of the bodies forming the fan-coil, will be removable to facilitate its
maintenance and will be suitably insulated.
COOLING SECTION
The cooling section includes a water-cooling coil with air drain valves, drain plugs,
condensate tray and cooled water inlet and outlet connection flanges, capable of being
removed from both sides. Elements will be provided to protect coil tubes in way of tube
separation plates and coil frame. Tubes and fins will be copper and the coil frame
design will help condensate water drain.
The cooling section also includes a tray with drain connections to which the drain tubes
are connected and through the other end to the ship’s drain system. The tray design
will include arrangements to avoid spillage caused by ship movements, will be made of
stainless steel plate AISI 316L.
FAN SECTION
The motor turns the fan through a provisional set of variable V-pulleys with their
corresponding belts so that flow can be adjusted to the demands of the zone to be
served. Belt tension can be adjusted sliding the motor base.
The fan-motor will be mounted on antivibration mounts and will be connected to the
discharge mouth through a flexible coupling.
FILTERING SECTION
The filtering section includes all necessary filters. Filters will be of the washable type,
easy to be replaced and for extraction through the fan-coil front.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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2. TRANSPORT AND HOISTING
2.1 Safety prescriptions
In this section, general safety prescriptions are indicated for carrying out
transport operations of the equipment. Other safety prescriptions are indicated in
different sections of this document.
DANGER DUE TO OVERHEAD LOADS
It is extremely dangerous to stand under overhead loads.
Make sure that no-one is standing under an overhead load.
DAMAGE TO THE UNIT
Improper transport can cause damage to the fan coil unit.
If damage has been caused by impacts to the unit or by dropping it, carefully
check thatthe fan coil unit is working correctly.
Take care when transporting the unit.
2.2 Scope of delivery
As soon as the unit has been delivered, remove the packaging and check the unit
for any damage caused in transit (if so, submit a complaint to the carrier), and
check that theshipment is complete and correct. To do so, compare the details of
the unit nameplate with the detailson the delivery note.
This also applies to all accessories. Missing parts or damage in transit can only
beclaimed against the transport insurance if the damage has been confirmed by
thecarrier.
2.3 Packaging
The unit is shipped on pallets and packaged in shrink wrap The protective cap on
theunit discharge port should only be removed when the unit isinstalled.
2.4 Transport –Hoisting instructions
DAMAGE TO UNIT AND PERSONAL INJURY
Use protective gloves to avoid injury due to sharp edges.
Ensure that at least two people carry the unit to avoidinjury.
In the case of palletized deliveries, use only lifting and transport vehicles

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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with sufficient carrying capacity.
Secure the load during transit to prevent it from tipping or falling
2.5 Preservation method
When storing the unit for a temporary period, the following points must benoted:
Store the unit in its original packaging.
The storage location must be protected from the elements, dry and free of
dust.
DAMAGE TO THE UNIT
Any residual water must be removed from the heat exchanger!
Frost risk!
The unit must be protected from impacts, vibrations et
2.6 Disposal
RECYCLING
Ensure that operating supplies, packaging and replacement parts are disposed of in a
safe and environmentally friendly manner. Use any available local recycling facilities
and observe recycling regulations.
During disposal, the parts of the units should be separated as far is possible and sorted
by material type.
3. INSTALLATION
DANGER FROM ELECTRICAL CURRENT
Ensure that the intended drilling area is free from electrical cables or pipes before
drilling.
PERSONAL INJURY
There is a risk of accidents due to installation. When installing the unit, wear a helmet,
safety footwear and protective gloves. Installation should always be performed at least
by twopeople.
NOTE:
You must ensure that no mechanical deformation or twisting occurs during
installation ofall models in all installationlocations.
3.1 Installation location
This paragraph gives the conditions under which the units may bestored:
The type, condition and ambient temperature of the installation location must be
suitable forthe unit in question.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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Observe the following points:
Only install the unit in enclosed spaces.
Mounting systems must be capable of bearing the weight of the unit,
including any accessories.
Ensure that suitable fixings (screws, plugs, etc.) are used which correspond.
3.2 Unit installation
The foundation for the fan coil unit must be level. This is to avoid torsion of the base
frame andunit casing. Torsion of the unit casing would affect the built-in components
in a way they arenot designed for.
Fasten the base frame to the foundation by means of bolts. Galvanized steel frame
withholes are provided for securing the units.
3.3 Connecting the chilled water
Before the on-site piping and the unit chilled water connection is set up, the chilled
water system should be shut off and secured against being opened unintentionally.
Connection to the pipe system is made by the pipe contractor. Cooling coils must
always be connected in counter flow (supply and discharge pipes are marked) and so
that the expansibility or own weight of the pipe system does not load the pipe
connections of the coils. The connections of the cooling coils are designed as flanged
pipes. Fixing set (bolts + washers+ safety washers + nuts), AISI 304 will be delivered
for each flange
Cooling coils are provided with drip pan with drain through the base frame for
condensate extended through the access side. Clean cooling coils by flushing with
water, and drip pan as well as drain must be kept clean to avoid formation of algae.
All on-site pipes for the cooling medium must be insulated against condensate
formation.
When all connections have been completed, all screw connections should be
tightened and checked that they are free of mechanical stress.
During fitting, the connection nut on the cooling coil should be countered using a
suitable tool.
At the beginning of the fitting procedure, remove the covers of the water inlet
and outlet pipes.
Fit the connections, ensuring they are free of mechanical stress.
Lead the pipes off at a right angle to the side or to the rear.
Seal the connections.
Screw on the connections.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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3.4 Connecting the condensate drain
In order for the condensate to be drained off properly, the condensate drain by others
must be connected to the drip pan.
Connect a hose or a copper pipe on to the appropriate drip pan connector and
seal it
When connecting the condensate drain to the wastewater system, observe the
wastewater regulations.
This must drain freely into a drain via a water trap with a sufficient liquid head under
the bottom of the casing. The height of the head must be greater than the partial
vacuum prevailing at the cooling coil. The water trap must be filled with water before
the equipment is put into operation. Water trap with closing valve can be also used.
Check this water level regularly, particularly when the cooling operation STArs.
3.5 Electrical connection
DANGER FROM ELECTRICAL CURRENT
The electrical installation of the fan coil unit must only be carried out by qualified
electriciansin observance of these operation manual and the regulations inforce:
National or local regulations, including safety regulations.
Accident prevention regulations.
Installation instructions.
The electrical connection of the unit is directly on the terminal box of themotor.
4. COMMISSIONING
DANGER FROM ELECTRICAL CURRENT!
Before performing any work on the unit, ensure that it is powered down. Ensure that
the unitis secured against being switched back on at an appropriate point of the on-
site powersupply.
DANGER FROM ROTATING UNIT PARTS!
Rotating fan wheels can cause injury! Before performing any work on the unit,
ensure that it is powered down. Ensure that the unit is secured against being
switched back on at an appropriate point of the on-site powersupply.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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4.1 Safety inspection
Before commissioning, ensure that the following conditions aretrue:
The entire system of which this unit is part has been installed both
mechanicallyand electrically.
The system, and thus this unit, is powered down.
All medium pipes have been rinsed and are free from residues and foreign
bodies.
The system is properly filled with the correct chilled water.
The filter is clean.
4.2 Checking the unit
The following checks should be made beforecommissioning:
Check that the unit has been properly mounted.
Check that all connections on the water side and on the air side are
properly sealed.
Tighten all screw connections of the coil connections.
Check all electrical connections and check the terminal strip screws
for tightness.
Remove the protective cover from the air outlet of the unit (already
possibly removed during installation of ducting or accessories).
Check that any devices used to secure the equipment in transit have
been removed.
Check that the belt transmission is still properly aligned and that belts
are correctly tensioned. It must be possible to turn belt a quarter turn
between the thumb and index finger.
Make sure there is no rubbish left in the fan and that the impeller
turns freely.
Check whether the shut-off valves are open.
Any valves fitted on site should be checked in accordance with the
manufacturer's guidelines.
Check that the connection of the drip pan is laid such that the
condensate water can drain away without obstruction. You should
ensure that the pipe is laid at a suitable incline and the siphon is
installed.
4.3 Switch on unit
Switch the supply voltage on.

·PROJECT:AVANTE 2200
·SHIPYARD:NAVANTIA S.A.
·SYSTEM:HVAC
D-MO5462-001_RevC
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5. TROUBLESHOOTING
Deviations from normal operating states of the fan coil units are evidence of
malfunctions and must be investigated by maintenance personnel.
The following table should serve as a starting point for maintenance personnel
regarding possible causes of trouble and their correction:
Fault
Possible cause of fault
Remedy
Fan does not work
Unit not switched on
Switch on unit
No electrical voltage
Check fuse/power supply
(technical personnel only)
Electrical cables no
connected
Connect electrical cables
(technical personnel only)
Protection devices
Replace fuses
(technical personnel only)
Broken belt
Replace belt
(technical personnel only)
Unit too noisy/
excessive vibration
Noisy fan bearings
Replace the faulty fan
(technical personnel only)
Pulley not aligned
Align pulleys
Filter dirty
Clean/replace the filter
Unit does not cool/
cools insufficiently
Fan not switched on
Switch on the fan
Air intake or discharge
area blocked
Un obstruct or clean airways
Fan blocked/faulty
Check fan, replace if necessary
(technical personnel only);
Filter dirty
Clean/replace the filter
Cooling medium is not
cold
Check chilled water system
Water flow rate too low
Check chilled water system
Set point temperature too
high
Check chilled water system
Control valve does not
open
Check chilled water system
Main drip pan drain
blocked
Clean the main drip pan and the condensate
drain
Water leakage in unit
area
Drip pan drain blocked
Clean condensate drain and check for
sufficient gradient, clean and fill the water
trap if necessary (performed by technical
personal,if required)
Chilled water pipes not
(correctly) insulated
Insulate the chilled water pipes
(performed by technical personal, if
required)
Water leakage in unit
area
Unit not suspended
horizontally
Align the unit and hang it horizontally
(technical personnel only)
Cooling coil or hydraulic
connections leaking
Check the cooling coil, bleeding and valve
connections for leaks
If necessary, retighten connections, clean
screw insert or reseal the connections