Trane HFCF-SVX01A-EN Installation Operation & Maintenance

Trane
Marka
Trane
Model
HFCF-SVX01A-EN
Typ
Installation Operation & Maintenance
Installation
Operation
Maintenance
Chilled
Water Fan Coil Unit
Airflow 200
～
1400CFM
HFCF-SVX01A-EN
Table Of Contents
General Information
3
General / Motor / Coil / Drain Pan
Figure 1 : General Illustration Of Unit
HFCF Model Designation
5
Installation
6
Receiving And Handling
Installation Considerations
Mounting
Duct Connections
Piping
Electrical Connections
Figure 2 :
Typical Installation
Figure 3 : Duct
Work
Dimension Data and
Weights
9
Figure 4 : HFCF Without Reture Plenum
Figure 5 : HFCF
With Bottom Return Plenum
Figure 6 : HFCF
With Rear Return Plenum
Wiring Diagrams
10
Figure 7 : Model HFCF
Wiring Diagrams
Installation Checklist
11
Start Up/Operation
12
Maintenance
13
Figure 8 : Fan Board Assembly
Periodic Maintenance Checklist
Maintenance Procedures
Maintenance Contract
Training
2
HFCF-SVX01A-EN
General Information
This service manual covers the installation,
operation and maintenance of the
Trane
HFCF chilled water Fan Coil. It should be
read thoroughly before installing the fan coil
unit.
General
/
Motor
/
Coil
/
Drain Pan
General
• Fabricated with a rigid galvanized steel
casing.
•
The DIDW centrifugal fans have balanced
with static and dynamic test, galvanized
steel, and forward curved blades.
•
The fan board and the top of coil casing were
insulated with high-density non-flammable
foam.
• An optional return air plenum is available to
allow the connection different types of filter.
•
Figure 1 : General Illustration Of Unit
Motor
• Motor is of permanent split capacitor type
for maximum efficiency and low noise with
sealed ball bearing and permanent
lubrication.
•
The motor capacitor is totally enclosed in a
metal shield, and attached to the motor. The
motor lead-out wires are enclosed by flexible
metal conduit and providing protection
against damage.
Coil
•
The coil can have 2, 3 or 4 rows, with copper
tubes mechanically bonded into slit
aluminum fin collars.
•
Water inlet / outlet connections are
3/4-inch female pipe thread. Header
assembly is a one-piece casting, which
enables to connect steel pipe directly.
• Coil assembly is tested over 25 kg/cm
2
(25
Bar) and are recommended for operation
up to 16 kg/cm
2
(16 Bar) working pressure.
• A manual air vent is fitted with a drain line
to the drain pan to avoid any water drips
when venting.
• A water drain is located at the bottom of
the coil header.
Drain Pan
The drain pan is 25mm depth with 0.8mm
thickness galvanized steel c/w internal
epoxy resin coating.
For sure without leakage occur, the
fabrication of drain pan by one-piece
stamping process with seamless and no
joint.
The standard insulation material is
6mm thickness and high-density no-
flammable foam. The drain pan has one
3/4-inch male pipe thread connection.
3
HFCF-SVX01A-EN
HFCF Model Designation
Digit 1： H = Horizontal unit; V = Vertical unit;
Digit 2： F = Fan Coil Unit
Digit 3： C = Concealed
Digit 4： F=Design Sequence
Digit 5,6： Size / Nominal Airflow
02 =200 CFM
03 =300 CFM
04 =400 CFM
05 =500 CFM
06 =600 CFM
08 =800 CFM
10 =1000 CFM
12 =1200 CFM
14 =1400 CFM
Digit 7： Connection Side
L = Left Connection
R =Right Connection
Digit 8： Coil Rows
2 = 2 rows cooling
3 = 3 rows cooling
4 = 4 rows cooling
A = 2 rows cooling，1row heating
B = 3 rows cooling，1row heating
Digit 9： Electric Heater （Size）
N = None A = 0.5KW Heater (02) B = 1.0KW Heater(03) C =1.4KW Heater(04) D = 1.6KW Heater(05)
E =1.8KW Heater(06) F = 2.8KW Heater(08) G = 3.2KW Heater(10) H = 3.6KW Heater(12) J = 4.6KW
Heater(14)
Digit 10： Motor Type
N = Normal
H = High Static
A =DCBL Normal（ w/ LCD thermostat）
B =DCBL High Static（w/ LCD thermostat）
C =Hermetic Motor Normal Type
D =Hermetic Motor High Static Type
Digit 11： Voltage/Hz/Phase
1 = 220/50/1
2＝230/60/1
3=115/60/1
Digit 12： Control Package
N =None
A =2-pipe, with 2-way Valve
B =2-pipe, with 3-way Valve
C =4-pipe, with 2-way Valves
D =2-pipe, with 2-way Valve & LCD Thermostat
E =2-pipe, with 2-way Valve & LCD Thermostat(VWV System)
F =2-pipe, with 3-way Valve & LCD Thermostat
G =4-pipe, with 2-way Valves & LCD Thermostat
H =2-pipe，with 2-way Valve & ZN510 w/ Zone Sensor
J =2-pipe，with 3-way Valve & ZN510 w/ Zone Sensor
K =4-pipe，with 2-way Valves & ZN510 w/ Zone Sensor
L =2-pipe，with 2-way Valve & ZN520 w/ Zone Sensor
M =2-pipe，with 3-way Valve & ZN520 w/ Zone Sensor
N =4
-
pipe
，
with 2
-
way Valves & ZN520 w/ Zone Sensor
H
F
C
F
0
3
L
3
0
N
1
0
A
0
A
0
0
A
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
R =4-pipe，with 2-way Floating Valves & ZN520 w/ Zone Sensor
Digit 13： Terminal Box
A =Standard Wiring w/ Terminal Box
B =Electric Heater Wiring w/ Terminal Box
C =DCBL Wiring w/ Terminal Box
D =ZN Wiring w/ Terminal Box
E =VWV w/ Terminal Box
Digit 14： Return Plenum/Filters
N =None
A =with Rear Plenum Only
B =with Rear Plenum/ 6mm Nylon Filter
C =with Rear Plenum/ 20mm Aluminum Filter
D =with Bottom Return Plenum Only
E =with Bottom Return Plenum/ Nylon Filter
F =with Bottom Return Plenum/ 20mm Aluminum Filter
Digit 15 ： Drain Pan Length and Materials
A =STD. Galvanized Steel w/ 7mm PE Insulation
B =STD. Galvanized Steel w/ 7mm PE Insulation & Extended 200mm
C =STD. Galvanized Steel w/ 7mm PE Insulation & Extended 310mm
D =Stainless Steel w/ 7mm PE Insulation
E =Stainless Steel w/ 7mm PE Insulation & Extended 200mm
F =Stainless Steel w/ 7mm PE Insulation & Extended 310mm
G =STD. Galvanized Steel w/ 6mm Non-flammable Close Cell Insulation
H =STD. Galvanized Steel w/ 6mm Non-flammable Close Cell Insulation & Extended 200mm
J =STD. Galvanized Steel w/ 6mm Non-flammable Close Cell Insulation & Extended 310mm
K =Stainless Steel w/ 6mm Non-flammable Close Cell Insulation
L =Stainless Steel w/ 6mm Non-flammable Close Cell Insulation & Extended 200mm
M =Stainless Steel w/ 6mm Non-flammable Close Cell Insulation & Extended 310mm
N =STD. Galvanized Steel w/ 10mm Non-flammable Close Cell Insulation
P =STD. Galvanized Steel w/ 10mm Non-flammable Close Cell Insulation & Extended 200mm
Q =STD. Galvanized Steel w/ 10mm Non-flammable Close Cell Insulation & Extended 310mm
R =Stainless Steel w/ 10mm Non-flammable Close Cell Insulation
S =Stainless Steel w/ 10mm Non-flammable Close Cell Insulation & Extended 200mm
T =Stainless Steel w/ 10mm Non-flammable Close Cell Insulation & Extended 310mm
U =STD. Galvanized Steel w/ 25mm Non-flammable Close Cell Insulation
V =STD. Galvanized Steel w/ 25mm Non-flammable Close Cell Insulation & Extended 200mm
W =STD. Galvanized Steel w/ 25mm Non-flammable Close Cell Insulation & Extended 310mm
X =Stainless Steel w/ 25mm Non-flammable Close Cell Insulation
Y =Stainless Steel w/ 25mm Non-flammable Close Cell Insulation & Extended 200mm
Z =Stainless Steel w/ 25mm Non-flammable Close Cell Insulation & Extended 310mm
Digit 16 ： Trane Digital Grille(TDG)
N =None
A =with Remote Controller Only
B =with LCD Thermostat Only
C =with LCD Thermostat & Remote Controller
D =with Remote Controller & UV Light
E =with LCD Thermostat & UV Light
F =with LCD Thermostat,Remote Controller & UV Light
G =with DCBL Command, LCD Thermostat Only
H =with DCBL Command, Remote Controller & LCD Thermostat
J =with DCBL Command, Remote Controller & LCD Thermostat & UV Light
Digit 17 ： Future Use
N＝None
Digit 18 ： Region
V =China
A =APR
B =MAIR
C =LAR
Installation
CAUTION:
The installation must be
conducted by a qualified technician.
Receiving And Handling
Trane HFCF Fan Coil units are packaged in
individual cartons for maximum protection
during shipment, as well as for easy handling
and storage on the job site.
To protect against loss from in-transit damage,
complete the following upon receipt of the units:
1. Inspect individual pieces of the shipment
before accepting it. Check for rattles, bent
corners on cartons or other visible
indications of shipping damage.
2. If a carton has apparent damage, open it
immediately and inspect the contents
before accepting the unit. Do not refuse the
shipment. Make specific notations
concerning the damage on the freight bill.
Check the unit casing, fan rotation, coils,
drain pan, filters and all options.
3. Inspect the unit for concealed damage
before it is stored and as soon as possible
after delivery.
4. Do not remove damaged material from the
receiving location if possible. It is the
receiver's responsibility to provide
reasonable evidence that concealed
damage was not incurred after delivery.
5. If concealed damage is discovered, stop
unpacking the shipment. Retain all internal
packing and cartons.
Take photos of the
damaged material if possible.
6. Notify the carrier's terminal of damage
immediately by phone and mail if any
damage is found. Request an immediate
joint inspection of the damage by the
carrier and consignee.
7. Notify the
Trane sales representative of
the damage and arrange for repair. Do not
repair the unit yourself, however, until
damage is inspected by the carrier's
representative.
Installation Considerations
For proper installation and operation, check
each of the following before mounting the
units:
1. Allow adequate space for the unit and free
air or service clearances reference Figure 2.
See Figures4, 5 and 6 for general unit
dimensions. For servicing and routine
maintenance, provide access to the unit
through removable panels in the ceiling.
2. Before installing any unit make sure proper
preparation has been made at each unit
location for piping and electrical
connections.
3. Check that the supporting structure is
strong enough to support unit weights, as
given on Figures4, 5 and 6.
4. All units must be mounted LEVEL to
assure proper drainage and operation.
5. Ducting connected to units (where
applicable) should not exceed the external
static pressure rating of the unit.
6. Condensate protection for the chilled water
valves and piping must be provided by
installer. A drain pan extension provided by
installer should be located under the valves
or else the valves and piping should be
thoroughly insulated.
7. Units with valve package are equipped
with long drain pan which can carry the
condensation from water valves.
Insulation of valve package is not required.
Mounting
The
Trane model HFCF units are designed to
be suspended from the ceiling on 3/8-16
threaded rods furnished by the installer. Holes
are provided at the top of the unit, see Figures
4, 5 and 6 for cutout dimensions and locations.
To install the
Trane model HFCF, complete
the following:
6
1. Install the suspension rods or other
suspension devices which must be
provided by the installer.
2. Put the upper
W3/8 nuts and
W3/8 lock
washers on suspension rods to prevent
unit from upward tilting during unit
operation or duct installation, as shown on
Figure 2
Typical Installation.
3. Hoist the unit into position. See Figures 4, 5
and 6 for unit weights.
4. Put on the lower
W3/8 lock washers and
then
W3/8 nuts to secure the unit, as
shown on Figure 2
Typical Installation.
5. Level the unit casing to avoid poor
condensate drainage by adjusting lower
nuts up/down, and then tighten the upper
nuts.
Note: Level the unit by checking on the
unit casing. Do not use the coil or drain
pan for leveling as they are pitched to
provide proper drainage.
Duct Connections
Minimum 24 gauge galvanized sheet metal
duct (supplied by the installer) can be
attached to duct collars provided at the unit
air outlet and inlet, see Figures 4, 5 and 6
for duct collar dimensions.
To attach, slip the
duct over the outlet collar and fasten the
duct and collar together with screws. Filed-
supplied transition fittings should be used in
installations where unit duct collars do not
match discharge air-grille collars.
One approaches can be used to attach an
Air Supply Chamber and flexible ducts.
The approach is to slip the duct over the unit
outlet collar and then fasten the duct and
collar together with screws or rivets, as
shown on Figure 3 Duct
Work - A.
A return duct can be attached to the return
air collar provided at the unit.
To attach, slip
the return duct over the return air collar and
fasten the duct and collar together with
screws.
HFCF-SVX01A-EN
Piping
Coil connections
To complete piping connections, attach the
water piping with 3/4-inch MPT connection to
the coil.
The water inlet is on the bottom and
water outlet on the top of the coil. Coil
connection size and coil connection locations
are given on Figure 4,5,6.
Water inlet/
outlet connections of unit with valve package
are 3/4-inch MPT. 3/4-inch FPT union
should be provided by installer.
Condensate Drain Connections
Either PVC pipe or steel pipe with 3/4-inch
FPT connection can be used as a drain line.
Attach the drain line to the drain connection
with tape-sealant to prevent leakage. A drain
line pitch with a minimum slope of 1:50 is
recommended.
Installation
Electrical Connections
For wiring and Installation, refer to the wiring
diagram decals on each unit. Also see
Figure 7 for wiring diagrams.
A grounding point, which must be properly
connected to the building grounding system,
has been provided with a mark on the vertical
side of the inlet collar.
All electrical connections are to be made in
accordance with local electrical codes and
ordinances.
WARNING: Disconnect electrical power
source and secure in disconnected
position before servicing the unit. Failure
to do so may result in personal injury or
death from electrical shock.
CAUTION: Use only copper conductors
for wiring connections. Unit terminals are
not designed to accept other types of
wiring. Aluminum or other conductors
may cause overheating and unit damage.
Notice:
The reserved space for power
supply cords is 20 mm in diameter.
Notice:
Table shows the range of the fan
coil units with different heater options.
Please refer to the current and use the
proper power supply cords.
7
HFCF-SVX01A-EN
Dimension Data and Weights
Figure 2 :
Typical Installation
Figure 3 : Duct
Work
8
8
HFCF-SVX01A-
EN
Dimension Data and Weights
Figure 4: HFCF Without Return Plenum Figure 5: HFCF With Bottom Plenum
Figure 6: HFCF With Rear Plenum
Without Plenum Net Weight(Kg) With Plenum Net Weight(Kg)
Size mm
Normal Static High Static Normal Static High Static
Unit
Model
A B C D
Motor
Qty
Fan
Qty
2
Rows
3
Rows
4
Rows
2
Rows
3
Rows
4
Rows
2
Rows
3
Rows
4
Rows
2
Rows
3
Rows
4
Rows
HFCF02
458
485
648
547
1 1 12 13 14 13 14 15 15 16 17 16 17 18
HFCF03
693
720
883
782
1 2 16 18 20 17 19 21 20 22 24 21 24 25
HFCF04
793
820
983
882
1 2 17 19 21 18 20 22 21 23 25 22 25 26
HFCF05
913
940
1103
1002
1 2 19 21 23 20 22 24 24 26 28 24 28 28
HFCF06
963
990
1153
1052
1 2 20 22 24 21 23 25 25 27 29 25 29 29
HFCF08
1243
1270
1433
1332
2 3 28 30 32 29 31 33 34 36 38 35 38 39
HFCF10
1493
1520
1683
1582
2 4 30 33 36 32 35 38 37 40 43 39 43 45
HFCF12
1663
1690
1853
1752
2 4 35 38 41 36 39 42 43 46 49 44 49 50
HFCF14
1793
1820
1983
1882
2 4 37 40 43 38 41 44 45 48 51 46 51 52
6
111
10
145
24
27014
211
12
43
A
B
C 29
11
18
14
View A
543
520
248
248
198
D
Outlet water Collar
3/4-inch female pipe thread(FPT)
Inlet water Collar
3/4-inch female pipe thread(FPT)
Header of drain water
(3/4 MPT)
Hanger Holes(Qty.6) See View A
Coil
Return Plenum
Control Box
Drain Pan
216
230
Bottom return
intake
Outlet
Outlet
MotorCentrifugal Fan
188
147
Unit: mm
6
487
464
192
111
10
145
24
27014
211
12
A
B
C 29
11
18
14
View A
Outlet water Collar
3/4-inch female pipe thread(FPT)
Inlet water Collar
3/4-inch female pipe thread(FPT)
Header of drain water
(3/4 MPT)
43
Coil
Centrifugal
Fan
Motor
Hanger Holes(Qty.4) See View A
Control Box
216
230
Drain Pan
Outlet
147
Outlet
Unit: mm
6
522
499
111
10
145
24
270
14
211
12
43
A
B
C 29
11
18
14
View A
243
198
226
D
Hanger Holes(Qty.6) See View A
Header of drain water
(3/4 MPT)
Outlet water Collar
3/4-inch female pipe thread(FPT)
Inlet water Collar
3/4-inch female pipe thread(FPT)
Coil
216
230
Outlet
Rear return
intake
Outlet
Drain Pan
Centrifugal Fan
Motor
Return Plenum
Filters
188
147
Control Box
Unit: mm
Wiring Diagram
Figure 7 : Model HFCF Wiring Diagrams
10
Installation Checklist
The following checklist is provided as an
abbreviated guide to the detailed installation
procedures given in this manual.
This list
should be used by the installer to ensure that
all necessary procedures have been
completed. For more complete information,
refer to the appropriate sections in this
manual.
WARNING: Disconnect electrical power
source and secure in disconnected
position before servicing the unit. Failure
to do so may result in personal injury or
death from electrical shock.
• Units are checked for shipping damage.
• Unit location is prepared for weight,
leveling and service access.
• Unit is mounted securely to the ceiling
support rods.
• Ductwork connections are complete.
• Coil connections are complete and tight.
• Condensate drain pan connections are
complete and tight.
• Electrical connections completed (fan
switches, thermostats, heaters).
• Ground connection completed. Unit casing
is level. Motor-blower assembly rotates
freely.
• Debris on the fan wheel and drain pan are
cleared.
• Start-up preparation is complete and unit is
in the proper operating mode.
• Owner-operator is instructed on unit
operation.
CAUTION: Use only copper conductors
for wiring connections. Unit terminals are
not designed to accept other types of
wiring. Aluminum or other conductors
may cause overheating and unit damage.
11
HFCF-SVX01A-EN
Start Up / Operation
Preparation
Before starting the unit, complete the above
mentioned INSTALLATION CHECKLIST to
ensure the proper start-up preparation is
completed.
Operation
Fan coil operation can be controlled by a
simple motor speed switch or a thermostat
unit.
The wall-mounted thermostat unit usually
includes a motor speed switch, an on/off
switch and a thermostat.
The on/off switch
turns the unit on and off and the motor
speed switch controls the fan speed.
The
thermostat controls the water valve and
usually has a dial to select an approximate
setting temperature.
If the associated thermostat is not used for
control, the installer should choose other
type of thermostat which complies with the
safety codes.
The simple motor speed switch, labeled Off-
Hi-Med-Low, controls the fan coil by turning the
switch to different speed for adjusting the air
flow.
For the unit with electric heater option, a
high temperature cutout with automatic reset
(105
℃
cutout, 85
℃
auto reset) is provided
to de-energize electric heat in
the event of an overheat condition. In addition
to the automatic reset cutout, the unit also
equipped with another high temperature
cutout with manual reset (130
℃
cutout).
These two temp. cutouts provide double
protection for electric heat operation.
Coil Venting
When water is first introduced into a coil, air
is sometimes trapped in the coil tubing.
This
trapped air has a tendency to collect at the
highest point in the coil.
Therefore, a manual
air vent is installed at the highest point of the
header.
When there appears to be air trapped
in the coil, resulting in "bubbling" or
"clanking" noises within the unit, release air
from the manual air vent by rotating the knob.
A pair of pliers can be used if the knob is too
tight to turn by hand.
Turn knob counter
clockwise 1-2 turns and allow air to flow out
of the air vent until a steady stream of water
appears.
Then retighten knob.
Coil drainage
When the coil need to maintenance, or
protected the water frozen in the low
temperature condition, you should turn the
water vent for drainage the water in the coil.
The operator manner just like as the air vent.
12
HFCF-SVX01A-EN
Figure 8 : Fan Board Assembly
Maintenance
Periodic Maintenance
Checklist
The following checklist is
provided as a recommended maintenance
schedule. Detailed instructions for specific
maintenance procedures are given after the
checklist.
WARNING: Disconnect electrical
power source and secure in
disconnected position before
servicing the unit. Failure to do
so may result in personal injury
or death from electrical shock.
Every month:
• Inspect the unit air filter. Clean or
replace clogged filter element.
• Check the drain pan to be sure that it
is clean and free to carry the flow of
condensate through the drain line.
Every year:
• Inspect the unit casing for corrosion.
Clean or repair to provide unit protection.
• Inspect the fan wheel and housing for
damage. Rotate the fan wheel manually to
be sure no obstructions block its
movement.
• Inspect the coil fins for excessive dirt or
damage. Remove dirt and straighten fins.
• Clean and tighten all electrical
connections.
• Drain and treat the whole system to
control pipe scaling.
CAUTION:
The use of untreated or
improperly treated water in this
equipment may result in scaling, erosion,
corrosion, algae or slime.
The services of
a qualified water treatment specialist
should be engaged to determine what
treatment if any, is advisable.
The
Trane
Company assumes no liability for the
results of the use of untreated or
improperly treated water.
Maintenance
Maintenance Procedures
Change/Clean Filters
Change or clean air filters at least twice a year.
Filters will require more frequent care under
high load conditions or dirty air. A clogged air
filter reduces airflow, cooling capacity and
increases energy usage. Permanent (cleanable),
or replaceable media filters are acceptable for
all units.
To change filters with replaceable media:
1. Disconnect electrical power source.
2. Loosen two screws and brackets at the
rear of return plenum.
3. Pull out the filter and frame from the
return plenum.
4. Remove two screws from the frame.
5. Replace media in the frame.
6. Follow the opposite procedure to re-install
the filter frame
7. Re-connect the electrical power source. To
clean permanent filters, remove the filter
media and wash it in water to remove dust, dirt
and lint; allow to dry thoroughly before re-
installing in the unit.
Change Entire Fan Board
The entire fan board can be changed by
completing the following steps:
1.
Turn off the electrical power source and then
disconnect the motor wires. Allow the rotating
fan wheel to stop.
2. Disconnect the grounding wire.
3. Remove the return plenum, if applicable.
4. Loosen the screws fastened on the keyholes
at four corners of the fan board, as shown
on Figure 8-1.
5. Remove other screws from the upper side of
the fan board, if applicable, as shown on
Figure 8-2.
6. Lift up the fan board about 14mm and then
pull the entire fan board from the unit through
the keyholes.
1
4
CAUTION: Due to the dimensions and weights of
the fan board, at least two installers is
recommended to do this step for safety.
7. Follow the opposite procedures to reinstall the
new fan board.
Clean up debris on the coil and the inside of unit
casing before installing the fan board. Also check for
debris on the fan wheel before start-up.
Change Fan Housing/Fan
Wheel
The fan housing/fan wheel can be replaced, without
removing the entire fan board from the unit, by
completing the following steps:
1.
Turn off the electrical power source and then
disconnect the motor wires. Allow the rotating
fan wheel to stop.
2. Remove the filter and return plenum from the unit,
if applicable.
3. Loosen the bolt, located in the center of the fan
wheel, which fastens the fan wheel and motor
shaft together.
4. Remove the four screws that fasten the fan
housing and fan board together, as shown on
Figure 8-3.
5
．
Unscrew the nuts fixing fan blade and motor
shaft in the middle of fan blade.
6. Pull out the fan housing about 20mm from the fan
board and then remove the fan housing and
wheel from the motor shaft.
7. Once the fan housing is separated from the
fan board and motor shaft, the fan wheel can
then be taken out of the fan housing by the
following steps.
• Remove two screws on top panel of the fan
housing, as shown on Figure 8-4.
• Lift up the flexible top panel and then
remove the fan wheel out of the fan housing.
8. After replacing the fan housing or fan wheel,
follow the opposite procedures to re-install.
When reassembling the fan housing, make
sure the fan wheel is balanced and centered in
the fan housing and not rubbing on either side.
Clean up debris on the fan wheel before start-
up.
Change Motor
The Fan Coil will not operate properly without
a functionally normal motor. If the motor fails,
order a replacement from the Trane
Company.
The motor should be replaced by
completing the following steps:
1.
Turn off the electrical power source and
then disconnect the motor wires. Allow
the rotating fan wheel to stop.
2. Disconnect the grounding wire on motor
shell.
3. For the motor with two fans, the fans must
be removed first before changing the motor.
Follow the "Change Fan Housing/Fan
Wheel" steps to remove one fan out of the
unit and motor shaft.
4. Loosen the bolt, on the other fan wheel,
from the motor shaft.
5. Loosen the screw and nut on two clamps
which hold the motor and motor seat
together, as shown on Figure 8-5 & 6.
6. Open the clamps and then remove the
clamps out of motor seats, as shown on
Figure 8-7. Hold the motor with one hand,
when removing the second clamp, to
prevent the motor from dropping off.
7. Follow the opposite procedures to reinstall
the new motor.
After replacing the motor, make sure the fan
wheel is balanced and centered in the fan
housing and not rubbing on either side.
Motor oil
Bearings are sealed for life and do not
require periodic lubrication.
Maintenance
Coil Reversing
1. Unscrew the bolt fixing the drain pan and
units.
2. Remove the drain pan.
3. Unscrew the bolt fixing the bottom plate
and units.
4. Remove the bottom plate.
5. Unscrew the bolt fixing the coil and units.
6. Rotate the coil for 180°.
7. Reinstall the coil on the opposite
procedure.
Notes: The coil reversing should be completed
before hoisting.
Coil Cleaning
Clogged or dirty coil will reduce the cooling
capacity. Followings are the cleaning steps:
1. Disconnect the power and motor wire and
stop the fan.
2. Remove the whole fan seat and clean from
the air inlet.
3. Clean the coil fin using rigid nylon brush.
4. Clean it with dust collector.
5. Clean with high-pressure nozzle if there is
any compressed air.
6. Straighten the bended fin.
7. Connect the power again.
No need clean the coil if the filter is used and
periodically cleaned.
Drain Pan
The drain pan should be cleaned to allow
condensate flow. If it is clogged, steps
should be taken to clear the debris so that
condensate will flow out easily.
1
5
Control
Controls such as thermostats, control
valves, and motor speed switch may be
repaired locally; repair should be supervised
by the control manufacturer's representative.
Service Parts
The replacement parts are available through
the
Trane Company or local Sales
Representative.
When ordering parts, the
service part number and description must be
provided.
Maintenance Contract
It is strongly recommended that you sign a
maintenance contract with your local
Trane
Service Agency.
This contact provides regular maintenance
of your installation by a specialist trained in
servicing Trane
equipment.
Regular maintenance ensure that most
malfunctions are detected and corrected in
good time, and minimizes the possibility that
serious damage will occur. Regular
maintenance ensures the maximum
operating life and efficiency of your
equipment.
Training
The equipment described in this manual is
the result of many years of research and
continuous development.
To assist you in
maintaining your equipment at peak
operating levels,
Trane has operation training
available through the local
Trane Sales Office.
This training could be provided at
nominal charge.
The principle aim of this is to
give operators and maintenance technicians a
better knowledge of the equipment they are
using, or that is under their charge.
For further information, contact your nearest
Trane Sales Office.
HFCF-SVX01A-EN
www.trane.com
For more information, contact you local Trane office or e-mail
us at comfort@trane.com
Literature Order Number
Date
Supersedes
HFCF-SVX01A-EN
March 2008
New
Trane has a policy of continuous product and product data improvement and reserves the right to change design
and specifications without notice.
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Trane HFCF-SVX01A-EN Installation Operation & Maintenance

Trane
Marka
Trane
Model
HFCF-SVX01A-EN
Typ
Installation Operation & Maintenance
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