Trane CXPA Series Owner's manual

Installation
Operation
Maintenance
Split System Evaporator Unit - 5 to 50 Ton
Fan and Coil Modules
Onix Split System - CXPA
60 Hz
SSC-SVN001H-EN
December 2017
SAFETY WARNING
Only qualied personnel should install and service the equipment. The installation, starting
up, and servicing of heating, ventilating, and air-conditioning equipment can be hazardous and
requires specic knowledge and training. Improperly installed, adjusted or altered equipment by
an unqualied person could result in death or serious injury. When working on the equipment,
observe all precautions in the literature and on the tags, stickers, and labels that are attached to
the equipment.

2SSC-SVN001H-EN
Important Notice
Refrigerant Emission Control
Gas conservation and emission re-
duction should be accomplished by
adhering to operational and servi-
ce procedures recommended by
Trane, with special attention to the
following:
The refrigerant used in any type of
AC equipment must be always re-
covered and/or recycled for reuse,
reclaimed or completely destroyed
after being removed from the unit.
Never release the refrigerant to
the atmosphere.
Always consider the possibility of re-
cycling or reprocessing the refrige-
rant before starting the reclaim pro-
cess by any method.
The ARI 700 Standard covers ques-
tions about recovered refrigerant
and acceptable quality.
Use only approved and safe cylin-
ders. All applicable safety and shi-
pping standards must be met during
the transportation of refrigerant con-
tainers.
Recycling equipment should be
used to minimize emissions during
the transfer of refrigerant gas. Alwa-
ys use methods that generate the
lowest possible vacuum during the
recovery and condensation of refri-
gerant into the cylinder.
Literature Change History
This manual describes the installa-
tion, operation and maintenance
procedures for the CXPA evaporator
units of the Trane Onix Split System.
Important:
Trane has a policy of continuous product development and reserves the right to change design and spe-
cications without notice. Only qualied technicians or technicians authorized by Trane should perform the
installation and servicing of equipment referred to in this publication. Failure to comply with and/or adhere to
the procedures in this manual may void the product warranty.
IMPORTANT:
Dimensional measuring units on
this catalog are on milimiters (mm).
(Exept for those locally referencied).

SSC-SVN001H-EN 3
Table of Contents
Important Notice 2
General Data 4
Unit Inspection 6
Transport and Handling 7
Installation Procedures 8
Refrigeration Piping (Interconnection) 9
Operation 10
Maintenance Procedures 11
Periodical Preventive Maintenance 13
Electrical Data 15
Wiring Diagram 16
Dimensional Data 17
Conversion Table 36

4SSC-SVN001H-EN
General
Data 050 to 500
Tab. 01 - General Data - Coil and Fan Modules - CXPA 050 to 500
Tab. 01a - Nominal Weight - Coil and Fan Modules - CXPA 050 to 500
Note:
(1) CXPA equipment nominal weight varies according to the transmission option selected for the model.
Notes:
(1) Length, depth and height data showed in this table 1 (above) are nominal reference values, that may vary depending on fan discharge and module mounting options. Refer to dimensional
drawings for the modules in this publication.
(2) Capacity are based on ARI 210 for equipments up to 5,0 TR and ARI 340 for equipmentes exceeding 5,0 TR.
CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA
050 075 100 125 150 200 250 300 350 400 500
Rated Capacity Ton 5 7.5 10 10 12.5 15 15 20 20 25 25 30 35 40 50
Coil Module
Number of circuits 1 1 1 2 2 1 2 1 2 1 2 2 2 2 2
Length mm 950 1135 1420 1420 1470 1470 1470 1920 1920 1870 1870 2200 2770 2770 2770
Depth mm 485 565 660 660 580 580 580 670 670 800 800 800 800 900 900
Height mm 510 590 585 585 770 940 940 880 880 1100 1100 1100 1100 1220 1490
Copper Pipe Dia. in. 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 1/2" 1/2" 1/2" 1/2" 1/2" 1/2"
Rows 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
FPF Fins per foot) 132 144 132 132 132 144 144 156 156 156 156 156 156 156 156
Finned Face Area m20.37 0.56 0.71 0.71 0.93 1.11 1.11 1.47 1.47 1.83 1.83 2.21 2.61 2.97 3.72
Air Filters
Size 1 mm 457 x457 457 x 508 457 x 508 457 x 508 356 x 356 356 x 356 356 x 356 381 x 778 381 x 778 305 x 508 305 x 508 381 x 508 457 x 508 457 x 508 483 x 686
Qty 1 2 1 3 3 8 4 4 4 4 12 12 8 10 5 10
Size 2 mm -- 508 x 635 -- -- -- 356 x 508 356 x 508 305 x 778 305 x 778 -- -- 305 x 508 406 x 508 406 x 508 305 x 686
Qty 2 -- 1 -- --- 4 4 1 1 -- -- 4 2 1 2
Size 3 mm -- -- -- --- -- -- --- -- -- -- -- 457x610 -
Qty 3 -- -- -- -- -- -- -- -- -- -- -- -- -- 5 --
Size 4 mm -- -- -- -- -- -- -- -- -- -- -- -- -- 406 x 610 --
Qty 4 -- -- -- -- -- -- -- -- -- -- -- -- -- 1 --
Fan Module
Length mm 950 1135 1420 1420 1470 1470 1470 1920 1920 1870 1870 2200 2770 2770 2770
Depth mm 485 565 660 660 580 580 580 670 670 800 800 800 800 900 900
Height mm 510 590 690 690 830 830 830 1000 1000 1100 1100 1100 1100 1220 1220
Transmission Option
Number of Fans 1 1 1 1 2 2 2 2 2 2 2 2 3 3 3
Standard HP 0.75 1.0 1.5 1.5 2.0 3.0 3.0 4.0 4.0 4.0 4.0 5.0 7.5 7.5 7.5
Opção 1 HP 1.0 2.0 2.0 2.0 3.0 4.0 4.0 6.0 6.0 6.0 6.0 7.5 10.0 10.0 12.5
Opção 2 HP 1.5 3.0 4.0 4.0 5.0 5.0 5.0 7.5 7.5 10.0 10.0 10.0 12.5 12.5 15.0
Air Flow - Min m3/h 2720 4080 5440 5440 6800 8160 8160 10880 10880 13600 13600 16320 19040 21760 27200
Air Flow - Nom. m3/h 3400 5100 6800 6800 8500 10200 10200 13600 13600 17000 17000 20400 23800 27200 34000
Air Flow - Max m3/h 4000 6000 8000 8000 10000 12000 12000 16320 16320 20400 20400 24480 28560 32640 40000
CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA CXPA
050 075 100 125 150 200 250 300 350 400 500
Nominal Cap. To n 5 7.5 10 12.5 15 20 25 30 35 40 50
Nominal weight (kg) accordingto the transmission option selected.
Transmission - Standard 108 145 156 221 237 362 400 439 578 682 724
Transmissio n - Optio n 1 113 148 159 225 245 372 410 464 590 694 744
Transmissio n - Optio n 2 113 152 171 235 247 377 427 476 598 702 748

SSC-SVN001H-EN 5
Tab. 02 - General Data - Condensing Units TRAE - 050 to 250
General
Data TRAE/TRCE
Note:
(1) RLA = Rated Amps - 220V / 60 Hz. (2) FLA = Full Load Amps - 220V / 60 HZ (3) Voltagem variation: +/- 10%
Tab. 03 - Dados gerais unidade condensadora TRCE050 a 150 (60Hz)
Model 50 75 100 150 200 250
Nominal Cap. Ton 57,5 10 15 20 25
Dimensions
Width mm 920 930 1140 1590 1067 1067
Depth mm 420 620 800 800 1096 1096
Height mm 818 920 1021 1275 1452 1452
Compressor
Type Scroll Scroll Scroll Scroll Scroll Scroll
Qty. To n 1/5 1/7,5 1/10 2x5 1/15 2x7,5 1/20 2x10 1/25 or 2x12,5
Condensing Coil
Rows 2 2 2 2 2 2 2 2
FPF (Fins perfoot) 228 216 216 216 216 204 204
Fin Side Area m20,8 1,01 1,67 1,67 2,24 2,97 3,33
Condensing Fan
Quantity 1 1 1 1 2 1 1
Propellerdiameter mm 22" 26" 30" 30" 26" 35" 35"
Air Flow m3/h 7234 9180 11900 11900 18360 23800 30600
Pipe Diameters
Numberof Circuits 1 1 1 2 1 2 1 2 1 2
Liquid Line in. 1/2" 1/2" 5/8" 1/2" 7/8" 1/2" 7/8" 5/8" 11/8" 5/8"
Suction Line in. 7/8" 11/8" 13/8" 7/8" 15/8" 11/8" 15/8" 13/8" 2 1/8" 13/8"
Equipment Weight kg 108 127 198 196 335 275 355 359 360 368
Model 050 075 100 150
Nom inal Cap. Ton 5 7,5 10 15
Dimensions
Width mm 993 1217 1491 1712
Depth mm 560 560 560 560
Height mm 1393 1494 1 545 1849
Compressor
Type Scroll Scro ll Scroll Scroll
Qty/Ton To n 1/5 1/7,5 1/10 2/5 1/15 2/7,5
Condensing Coil
Rows 4 4 4 4
FPF (Fin pe r Feet) ft 144 144 144 144
Fin Side Area m20,55 0,83 0,99 1,72
Quantity 1 1 1 1
Condensing Fan
Motor CV 1 ,5 3 4 5
N° Phases 3 3 3 3
Motor Rotation / No of Poles RPM 1700 / 4 1710 / 4 1720 / 4 1730 /4
Air Flow m3/h 5500 8250 9950 15750
Equipment Weigth kg 184 210 305 310 400 400

6SSC-SVN001H-EN
Unit Inspection
After the unit is delivered at the job
site:
- Verify that the nameplate data mat-
ches the data on the sales order, in-
voice and shipping documents (inclu-
ding electrical data).
- Verify that the power supply matches
the unit nameplate specications.
- Inspect the unit carefully for any
shipping damage.
If any damage or material shortage
is found it must be reported imme-
diately to the carrier. Specify the
type and extent of the damage on
the carrier’s delivery receipt before
signing.
- Notify Trane and/or the contrac-
tor about the damages and actions
to repair the unit. Do not attempt to
repair the unit until the damages are
inspected.
Storage
If it is not possible to install the unit
after delivery, it should be stored in
a safe location, protected from the
weather and other damages. Impro-
per equipment storage or handling
will void the equipment warranty.
Instructions for proper installa-
tion
Please consider the following items
required for proper installation befo-
re placing the unit at the mounting
location:
Unit Inspection
- The mechanical room should be
provided with proper lighting for ser-
vicing and maintenance.
- Make sure that the oor or founda-
tion is levelled, solid, and sufcient
to support the unit and accessory
weights. Level or repair the oor be-
fore positioning the unit.
- Provide the units with rubber pads
or vibration isolators.
- Install the hydraulic components
required to drain the water from the
condensate tray.
- Allow minimum recommended cle-
arances for routine maintenance
and service (see page 20).
- The same clearances should be
observed in case of several units to-
gether or condensing units.
- Provide electrical installation. The
unit has electrical inputs on both si-
des.
- Provide enough clearance to ac-
cess piping and remove covers.
The power supply must comply with
local codes and/or NEC.
- The contractor should provide and
install the refrigeration piping - both
for the liquid line and the suction
line - in order to interconnect evapo-
rator and condensing units.
General Safety
The Trane equipment is de-
signed for safe and re-
liable operation, as long
as units are operated according to
the applicable safety rules. The sys-
tem uses electrical and mechanical
parts, as well as gas pressures, that
may injury people or damage the
equipment if safety rules are not
followed. Therefore, the installation,
start-up and maintenance of this
equipment must be performed only
by qualied personnel or personnel
approved by Trane. Follow all safe-
ty standards related to the task and
warnings on unit labels, and always
use proper tools and equipment.
Hazard Identication
WARNING!
!
Warnings appear at appropriate
intervals and sections throughout
this manual to warn operators
and service personnel about a
potentially hazardous situation
which MAY result in serious injury
or equipment damage if safety
rules are not met.
CAUTION:
!
Cautions appear at appropriate
intervals and sections throughout
this manual to warn operators
and service personnel about a
potentially hazardous situation
which may result in damage to
the equipment and/or environ-
ment.

SSC-SVN001H-EN 7
Upper wooden
base
Lower wooden
base
Lifting sling
Spreader
bar
Wooden
box
Lower wooden
base
WITH BOXWITHOUT BOX
Transport and
Handling
Handling and Displacement Ins-
tructions
Proceed as follows to transport and
handle the unit:
1. Check the manual or nameplate
for the actual equipment weight.
2. For all units, place lifting cables
or chains under the skid. Other lif-
ting methods may cause serious in-
juries or equipment damage.
3. Do not allow chains, slings or ste-
el cables to touch the unit in order
to avoid damages or accidents. Use
suitable spreader bars as shown in
the gure.
4. The module packaging material
should only be removed after the
unit is placed at the nal mounting
location. Take proper care while
handling the equipment.
5. During transportation, do not
swing the unit more than 15º (fte-
en grades) in relation to the vertical
position.
6. Always test-lift the unit to ensure
proper balance and stability before lif-
ting the unit to the mounting location.
7. For horizontal displacement, use
rollers of equal diameter under the
wooden base.
Fig. 01 - Transport and Handling Instructions.
TRANSPORT
WARNING!
!
Each of the cables, chains or slings
used to lift the unit must be capable
of supporting the entire weight of
the unit.
WARNING!
!
The lifting equipment capacity
must exceed the unit weight by
a proper safety factor in order to
avoid death or equipment damage.

8SSC-SVN001H-EN
Installation Checklist
Complete this checklist after ins-
talling the unit to verify that all re-
commended installation procedures
are complete before start-up.
This checklist does not replace the
detailed instructions in the appro-
priate sections of this manual. Alwa-
ys read the entire section carefully
to become familiar with the procedu-
res.
Receiving
The unit and parts have been
inspected to check for shipping
damages.
The unit has been checked for
missing controls and materials.
The nameplate data matches the
order data.
Unit Location
The unit package has been re-
moved from the unit. Do not re-
move the skid until the unit is at
its nal location.
The unit location is appropriate
for the size of the unit and all air
ducts, refrigeration pipings and
electrical ducts.
There are proper access and
maintenance clearances provi-
ded around the unit.
Unit Handling
Proceed according to instruc-
tions on of this manual.
Unit Installation
The unit is located at its nal po-
sition.
The skid and screws have been
removed.
The unit is properly installed and
the drain slope is correct.
Rubber pads or isolators are
properly adjusted (if installed).
Compressor pad screws have
been re-tightened.
Component Review
Fan and motor shafts are paral-
lel.
Fan and motor sheaves are alig-
ned.
The fan belt tension is correct.
Rotors can be freely turned.
Locking screws, bearing screws
and sheaves are tightened.
Bearings do not oscillate when
turned.
Air Ducts
The unit return duct (if used) is
secured and at least 8 cm of e-
xible duct or canvas are availab-
le.
The air supply duct must not be
changed or reduced, and its di-
rection must not be altered. The
distance to the air supply dis-
charge should be at least three
times the duct diameter. Place
at least 8 cm of exible duct or
canvas.
Installation
Procedures
WARNING!
!
Disconnect the power supply to
avoid injuries or death caused by
electrical shock.
The main duct is connected to
terminal units and there are no
leaks.
All ducts comply with standards
or codes.
Refrigerant Piping
Siphons have been installed in
the suction line, if required.
Pipings have been leak-tested.
Refrigerant pipings are not tou-
ching any other objects.
Controls
The control thermostat is pro-
perly installed in an area away
from lamp heat, warm or cold
air ows, direct sun light and not
behind any doors.
Wiring Diagrams
Check the wiring diagram on the
internal cover of the electrical
panel.
Power is supplied to the AC unit
by disconnecting switches or cir-
cuit breakers.
Verify that all electrical terminals
are re-tighten.
Check phase sequencing and
unit connections.

SSC-SVN001H-EN 9
Refrigerant Piping
Units should be interconnected pre-
ferably by copper pipes.
The Table 04 presents connection
sizes for Onix units and remote
TRCE/TRAE condensing units, as
well as liquid and suction piping si-
zes recommended for the intercon-
nection.
The equivalent lengths indicated al-
ready include losses due to valves,
curves, elbows, reductions, etc.
Maximum Distances
(Recommended)*
Distance between units: 46m
Difference between unit levels: 18m
(*) – Calculated distance, considering equivalent
length of connection elements.
Contact Trane for distances above
the recommended ones.
Refrigeration Piping
(Interconnection)
Instructions for Fixing the Expan-
sion Valve Thermostatic Bulb
- In the suction line, as closest as
possible to the evaporator outlet.
- Before external equalization, in an
horizontal line run.
Tab. 04 - Connection and Pipe Sizes Recommended by Circuit.
Note: For equivalent lengths above the values indicated, please contact Trane or an authorized installer.
- The copper tube must be comple-
tely clean.
- At the 12h position for pipes smal-
ler than 7/8”, and 4h or 8h position
for 7/8” or larger pipes.
- Then insulate the pipes using ther-
mal sheets.
MOUNTING DIAGRAM
DRIER FILTER AND LIQUID SIGHT GLASS
CAUTION:
!
Do not operate the unit without
air lters.
MOUNTING DIAGRAM
DRIER FILTER
DRIER FILTER -
Ø1/2” AND Ø5/8” THREAD
WELDED DRIER FILTER
Ø5/8” Ø7/8” Ø1.1/8”
Welded filter Ø5/8”
only for CXPA 25
DRIER FILTER -
Ø1/2” AND 5/8” THREAD
LIQUID SIGHT GLASS
WITH HUMIDITY INDICATOR
WELDED DRIER FILTER
Ø5/8”Ø7/8”Ø1.1/8”
Welded filter Ø5/8”
only for CXPA 25
Connection Size (in.) Equivalent Pipe Length
CXS Mod. TRCE/TRAE <12m 12~18m 18~24m 24~30m 30~36m 36~46m
Line(Ton) Liq. Suct. Liq. Suct. Liq. Suct. Liq. Suct. Liq. Suct. Liq. Suct. Liq. Suct. Liq. Suct.
5 1/2 7/8 1/2 7/8 1/2 7/8 1/2 7/8 1/2 7/8 1/2 1-1/8 5/8 1-1/8 5/8 1-1/8
7,5 5/8 1-1/8 1/2 1-1/8 1/2 7/8 1/2 1-1/8 5/8 1-1/8 5/8 1-1/8 5/8 1-1/8 7/8 1-3/8
10 5/8 1-3/8 5/8 1-3/8 5/8 1-1/8 5/8 1-1/8 5/8 1-1/8 7/8 1-3/8 7/8 1-3/8 7/8 1-3/8
12,5 5/8 1-3/8 5/8 1-3/8 5/8 1-1/8 7/8 1-3/8 5/8 1-5/8 7/8 1-5/8 7/8 1-5/8 7/8 1-5/8
15 5/8 1-5/8 7/8 1-3/8 5/8 1-3/8 7/8 1-3/8 7/8 1-3/8 7/8 1-5/8 7/8 1-5/8 7/8 1-5/8
20 5/8 1-5/8 1 1/8 1-5/8 7/8 1-3/8 7/8 1-5/8 7/8 1-5/8 7/8 1-5/8 7/8 1-5/8 1-1/8 2-1/8
25 7/8 2-1/8 1 1/8 1-5/8 7/8 1-3/8 7/8 1-5/8 7/8 1-5/8 1-1/8 2-1/8 1-1/8 2-1/8 1-1/8 2-1/8
EXPANSION VALVE
EQUALIZATION
SUCTIONPIPE
OR SUCTION HEADER
THERMAL BULB
INSULATION BULB
EVAPORATOR
COIL
BULB FIXED AT 12H POSITION
FOR PIPES UP TO DIA. 3/4”
AND 4H POSITION OR 8H POSITION
FOR 7/8”-DIA. PIPES AND LARGER
12H 8H 4H

10 SSC-SVN001H-EN
EVAPORATING UNIT
INCLINATION
SUCTION
LIQUID
CONDENSING
UNIT
EVAPORATING UNIT
INCLINATION
LIQUID
CONDENSING
UNIT
SUCTION
MAX. 10 m
Fig. IV-02 - Assembly Condensing Unit over Evaporating Unit.
Fig. IV-01 - Assembly Evaporating Unit over Condensing Unit.
Refrigerant Piping
Units should be interconnected with
copper pipes.
Connection gauges of evaporating
units and remote condensing units
TRAE or TRCE, and suction and
liquid piping gauges recommended for
interconnecting both are indicated on
Table 04.
The corresponding lengths already in-
clude losses generated by valves, cur-
ves, elbows, reductions, etc.
Maximum distance (recommended)*
distance between units: 46 m.
difference in levels between units: 18 m.
(*) – Calculated distance, considering equivalent
length of connection elements.
For distances higher than the recom-
mended value, please contact Trane.
Evaporating Unit above the
Condensing Unit
- Build a 20 cm inverted siphon in the
suction line at the evaporating unit
outlet, after the regular oil accumulation
siphon.
- Horizontal sections in the suction line
should be inclined by 45 mm at every 10
m of line towards condensing unit.
Condensing Unit above the
Evaporating Unit
- Build a 10 cm siphon at rising and a
siphon at every 7.5 m of vertical line.
- Horizontal sections in the suction line
should be inclined by 45 mm at every 10
m of line towards condensing unit.
Refrigerating Tubing -
Interconnection TRAE/TRCE
7,5 m
- 20 cm

SSC-SVN001H-EN 11
Maintenance Procedures
These sections describe maintenance procedu-
res to be performed as part of the normal unit
maintenance program.
Air Filters
The washable permanent lters provided with
the AC units should be cleaned using a solution
of water and neutral detergent.
Put the lters into the solution, brush them,
ush with cold water and then apply a compres-
sed air jet.
Replace throwaway lters.
Do not operate the unit without lters.
Sheaves and Belts
Check if the sheaves are properly aligned and
operating correctly.
1. Turn the sheaves with the hand in order to
check if they can move freely.
2. Check motor and fan shafts. Both shafts
should be parallel to each other.
3. Verify that fan and motor sheaves are alig-
ned. In case of sheaves with different widths,
align sheave centers, as shown in Fig. 2.
4. Make sure the belt tension is correct. This will
increase the life of motor and fan bearings.
Maintenance
Procedures
Fig. 06 - Belt Alignment
CAUTION:
!
Do not operate the unit without air lters.
Tab. 05 - Nominal load of refrigerant R410a and oil load -
Condensing Units + Onix
Indoor Outdoor R410a(kg) Oil(L)
Ckt1 Ckt2 Ckt1 Ckt2
CXPA050 1C TRAE050 1C 2,99 1,57
CXPA075 1C TRAE075 1C 3,40 3
CXPA100 1C TRAE100 1C 5,95 3,3
CXPA100 2C TRAE100 2C 2,99 2,99 1,57 1,57
CXPA125 2C TRAE 075 + TRAE 050 4,59 2,99 3 1,57
CXPA150 1C TRAE150 1C 8,76 3,6
CXPA150 2C TRAE150 2C 4,59 4,59 3 3
CXPA200 1C TRAE200 1C 10,46 6,7
CXPA200 2C TRAE200 2C 7,07 7,07 3,3 3,3
CXPA250 1C TRAE250 1C 13,01 6,7
CXPA250 2C TRAE250 2C 7,07 7,07 3,3 3,3
CXPA300 2C TRAE150 1C + TRAE150 1C 8,76 8,76 3,6 3,6
CXPA350 2C TRAE200 1C + TRAE150 1C 10,46 8,76 6,7 3,6
CXPA400 2C TRAE200 1C + TRAE200 1C 10,46 10,46 6,7 6,7
CXPA500 2C TRAE250 1C + TRAE250 1C 13,01 13,01 6,7 6,7
CXPA050 1C TRCE050 1C 1,36 1,57
CXPA075 1C TRCE075 1C 2,08 3
CXPA100 1C TRCE100 1C 2,72 3,3
CXPA100 2C TRCE100 2C 1,36 1,36 1,57 1,57
CXPA125 2C TRCE 075 + TRCE 050 2,08 1,36 3 1,57
CXPA150 1C TRCE150 1C 4,17 3,6
CXPA150 2C TRCE150 2C 2,08 2,08 3 3
CXPA200 2C TRCE100 1C + TRCE100 1C 2,72 2,72 3,3 3,3
CXPA250 2C TRCE150 1C + TRCE100 1C 4,17 2,72 3,6 3
CXPA300 2C TRCE150 1C + TRCE150 1C 4,17 4,17 3,6 3,6

12 SSC-SVN001H-EN
Fig. 08 - Belt Tension Adjustment
Fig. 07 - Belt Tension Meter
Unbalanced Voltage
An excessive unbalance between pha-
ses in a 3-phase system will lead to mo-
tor overheating and failures.
The maximum allowable unbalance is
2%. Voltage unbalance can be dened
as 100 times the maximum offset of the
three voltages (i.e. three phases) minus
the average (regardless of the sign), di-
vided by the average.
Example:
If the three voltages measured in a line
are 221 V, 230 V and 227 V, the avera-
ge will be:
(221 + 230 + 227)/3 = 226 volts
The unbalance percentage is:
100 x (226 - 221)/226 = 2.2%
This result indicates the presence
of an unbalance above the maximum
allowable value of 0.2%. The phase
unbalance can result in a current unba-
lance of 20%, leading to an increase in
motor winding temperature and reducing
motor life.
Maintenance
Procedures
Belt Tension Measurement
A tension meter such as the one
showed in Fig. 3 will be required to
measure the belt tension. The pro-
per deection is determined by the
result of the division of the distan-
ce between sheaves by 64 (inches).
If a tension meter is not available,
press the belt with the thumb. The belt
should present a deection of approx.
10 mm. If replacement for a new one
is required, set tension to the belts and
allow them to work for several hours un-
til they adapt to the sheave channels,
then set tension again.
Liquid Sight Glass
When the sight glass displays bubbles,
one or more of the following problems
may be present:
a. Lack of refrigerant.
b. Clogged drier lter.
c. Expansion valve is too open.
d. Low subcooling.
e. Presence of non-condensables.
A yellow color indicates the presence of
residual humidity in the refrigerant circuit.
During normal operation the sight
glass display should be green with no
bubbles, indicating that the refrigerant
load in the refrigeration circuit is correct
and that the refrigerant is dehydrated.
Condenser Coil
The condenser coil should be cleaned
with a soft brush and compressed air
jets or low pressure water jets in the
opposite direction of normal air ow.
Move the hose vertically and adjust the
hose pressure so that it doesn’t damage
the ns.
CAUTION:
!
Do not crush the ns during
the cleaning process. This will
reduce the heat exchange.

SSC-SVN001H-EN 13
Preventive Maintenance
Periodical Preventive
Maintenance
Record operation conditions for
this unit monthly. The operation da-
tasheet can be a precious diagnos-
tic tool for service personnel. By no-
ticing trends in operating conditions
the operator can often anticipate
and prevent problem situations be-
fore they become serious.
If the unit is not operating proper-
ly, refer to the section on abnormal
conditions at the end of this manual.
Weekly Maintenance
When the equipment is operating for
approx. 30 minutes and the system
is stable, check the operating condi-
tions and perform the following che-
cking procedures:
Clean permanent air lters more
regularly, depending on the job
site.
Monthly Maintenance
Clean the permanent air lter.
Throwaway lters should be re-
placed.
Check fan belt tension, align-
ment and condition.
Clean the fan volute.
Re-tighten all terminal screws.
Clean the evaporator tray, the
hose and the condensate water
drain.
Check the liquid line sight glass.
Leak-test and repair, if required.
When the liquid sight glass and
the operational conditions indi-
cate lack of gas, measure the
system superheating and subco-
oling.
When operational conditions in-
dicate overload, remove the re-
frigerant slowly (to minimize oil
losses) through the Schrader
service valve in the liquid line.
Inspect the system to detect ab-
normal conditions. Use a reading
sheet to record unit conditions. A
reading sheet can be a precious
tool for service personnel.
Quarterly Maintenance
Perform all monthly maintenance
tasks.
Check bearing and shave xing
screws and adjust then, if requi-
red.
Clean the condenser more often,
depending on the job site.
Clean the evaporator more of-
ten, depending on the job site.
Check and write down fan motor
and compressor operation volta-
ges and currents.
Test safety controls.
Check and write down evapora-
tor entering and leaving dry bulb
and wet bulb temperatures.
Check suction and discharge
pressures with the manifold.
Measure and record the system
superheating.
Measure and record the system
subcooling.
Annual Maintenance
Perform all recommended mon-
thly and quarterly maintenance
tasks.
Have a qualied technician to
check the adjustment and opera-
tion of each control, and inspect
and replace contactors or con-
trols, if required.
Remove the cabinet panels and
remove rust spots.
Replace the thermal insulation
and defective gaskets.
Repair the external and internal
painting, if required.
Remove rust.
Inspect and clean the condenser
pipes, if required.
Inspect the expansion valve
bulb. Clean it, if required. The
contact between the bulb and
the suction line should be excel-
lent, and the bulb should the pro-
perly insulated.
Measure the electrical insulation
of the compressor motor.
IMPORTANT
Not Performing preventive mainte-
nance tasks in the equipment may
lead to impaired performance and
even void the equipment warranty.
IMPORTANT
Perform all inspections and mainte-
nance services at the recommended
intervals. This will increase equip-
ment life and reduce possible equi-
pment failures.

14 SSC-SVN001H-EN
Motor
Electrical Data
Tab. 06 - Electrical Data - 4-Poles Motor Forward-Curved (60 Hz) - CXPA Evaporator Module
Note:
(1) RLA = Rated Load Amps (A) - 220 V / 60 Hz.
(2) FLA = Full Load Amps (A) - 220 V / 60 Hz.
(3) LRA = Locked Rotor Amps (A) - 220V / 60 Hz.
(4) Voltage variation: +/- 10%
60Hz
Tab. 07 - Electrical Data - Compressor Module
Nominal
capacity
Kw (Nominal) Kw (Maximum) RLA FLA LRA
220V / 380V / 440V 220V / 380V / 440V 220 380 440 220 380 440 220 380 440
5 5,7 7,18 16,8 11,0 7,9 20,5 13,2 9,5 170,0 96,0 82,0
7,5 8,57 10,83 26,2 16,3 13,2 31,6 19,7 15,9 203,0 124,0 98,0
10 9,96 12,51 31,3 19,0 15,3 37,5 22,8 18,3 267,0 160,0 142,0
12,5 12,94 16,22 38,8 23,8 19,0 46,8 28,8 22,9 304,0 168,0 147,0
15 16,45 20,45 50,0 29,8 25,0 59,8 35,7 29,9 351,0 239,0 197,0
20 22,56 28,18 74,6 40,9 31,2 86,5 49,5 38,6 485,0 260,0 215,0
25 27,21 34,29 81,3 48,7 39,2 98,7 59,6 48,0 560,0 310,0 260,0
Motors Cap. 0,5 0,75 11,5 234 5 67,5 10 12,5 15 20 25 30 40
N Poles 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4
Protection Level IP21 IP21 IP21 IP21 IP21 IP21 IP55 IP55 IP55 IP55 IP55 IP55 IP55 IP55 IP55 IP55 IP55
Rated RPM 1730 1735 1720 1710 1710 1740 1715 1735 1740 1740 1760 1760 1760 1765 1765 1765 1770
Nom. Power (KW) 0,30 0,44 0,60 0,88 1,20 1,76 2,40 2,96 3,60 4,40 6,00 7,36 8,80 12,00 14,80 17,60 24,00
Máx. Power (KW) 0,37 0,55 0,75 1,10 1,50 2,20 3,00 3,70 4,50 5,50 7,50 9,20 11,00 15,00 18,50 22,00 30,00
220 V
CNO (A) 1,54 2,26 2,84 3,85 5,18 7,94 8,88 10,96 13,20 16,16 20,64 25,12 29,76 42,08 51,68 59,20 79,36
CMO (A) 1,92 2,82 3,55 4,81 6,48 9,93 11,10 13,70 16,50 20,20 25,80 31,40 37,20 52,60 64,60 74,00 99,20
CRT (A) 9,62 15,00 19,20 27,42 37,58 77,45 71,04 109,60 102,30 127,26 203,82 251,20 305,04 357,68 439,28 473,60 615,04
380 V
CNO (A) 0,89 1,30 1,64 2,22 2,99 4,58 5,12 6,32 7,62 9,32 11,91 14,49 17,17 24,28 29,82 34,16 45,79
CMO (A) 1,11 1,63 2,05 2,78 3,74 5,73 6,40 7,90 9,52 11,66 14,89 18,12 21,46 30,35 37,27 42,70 57,24
CRT (A) 5,55 8,66 11,08 15,82 21,69 44,69 40,99 63,24 59,03 73,43 117,60 144,94 176,01 206,38 253,46 273,27 354,88
440 V
CNO (A) 0,77 1,13 1,42 1,92 2,59 3,97 4,44 5,48 6,60 8,08 10,32 12,56 14,88 21,04 25,84 29,60 39,68
CMO (A) 0,96 1,41 1,78 2,41 3,24 4,97 5,55 6,85 8,25 10,10 12,90 15,70 18,60 26,30 32,30 37,00 49,60
CRT (A) 4,81 7,50 9,60 13,71 18,79 38,73 35,52 54,80 51,15 63,63 101,91 125,60 152,52 178,84 219,64 236,80 307,52
460 V
CNO (A) 0,73 1,08 1,36 1,84 2,48 3,80 4,25 5,24 6,31 7,73 9,87 12,01 14,23 20,13 24,72 28,31 37,95
CMO (A) 0,92 1,35 1,70 2,30 3,10 4,75 5,31 6,55 7,89 9,66 12,34 15,02 17,79 25,16 30,90 35,39 47,44
CRT (A) 4,60 7,17 9,18 13,11 17,97 37,04 33,98 52,42 48,93 60,86 97,48 120,14 145,89 171,06 210,09 226,50 294,15
Motors
Capacity (cv)
Single-phase - IP21 CNO CMO CRT
N. Polos rpm kW 220 440 220 440 220 440
0,25 8 800 0,18 1,8 - - 1,79 - - 3,4 - -
0,75 8 800 0,55 4,3 - 2 4,3 - 2 12,9 - 6
1 8 800 0,75 4,9 - 2,4 4,9 - 2,4 14,20 - 6,70
Tab. 08 - Motors and Condensers Electrical Characteristics - TRAE (60 Hz)

SSC-SVN001H-EN 15
Fig.09 - Crankcase Heater
Recommended for position
xing
Crankcase Heater
Trane recommends the use of
crankcase when the load of the sys-
tem refrigerant load exceeds the
refrigerant compressor limit (RCL).
The needs of crankcase heater are
directly related to the possibility of
liquid migration to the compressor,
and consequently causing poor lu-
brication of it. Migration can occur
during long periods of compressor
shutdown (over 8 hours). The crank-
case heater is recommended to eli-
minate the liquid migration when
these downtime long periods.The
crankcase heater must be installed
on the compressor housing and be-
low the removal oil point. The crank-
case heater must remain energized
while the compressor is off.
This will prevent the dilution of oil
and the bearings overload in the
initial compressor starts. When the
compressor is off, the crankcase
Tab. 08 - Crackcase Heaters
Electrical Data
temperature should be kept at least
10°C above the refrigerant tempera-
ture in the suction side (low pressu-
re side). This requirement ensures
that the refrigerant will not be retai-
ned in the compressor crankcase.
Tests can be done to ensure that
the appropriate temperature of the
oil is maintained below the ambient
conditions (temperature and wind).
Therefore, for a temperature below
-5°C and an over 5m/s wind speed,
it is recommended that the resis-
tors be thermally isolated to limit the
energy loss to the environment.
Attention:
The strength of crankcase must
be energized at least 12 hours be-
fore the startup of the compressor
(with the service valves open) and
should be maintained until the
compressor energized startup.
!
Crankcase Heater
Power Voltage Trane Code Mnemonico Code
Quantity
Diameter (mm) Length (mm)
W V X1314 min. máx. Conexion Cable Resistance Fixing Chape
70
240 X13140710-11 HTR00199B 1 185 210 520 460 60
480 X13140710-12 HTR00200B 1 185 210 520 460 60
100
240 X13140712-05 HTR12361 1 230 290 460 740 60
480 X13140712-08 HTR00002B 1 230 290 460 740 60
160
230 X13140712-11 HTR12523 2 300 375 560 890 60
460 X13140712-14 HTR12525 2300 375 560 890 60

16 SSC-SVN001H-EN
Fig. 10 - Wiring Diagram - Start - CXPA 050 to 500
Wiring
Diagram
POWER SUPPLY
3 PHASES
TERMINAL STRIP
MOTOR CONTACTOR
EVAPORATOR STATUS
3-PHASE
CAPACITOR
(OPTIONAL)
EVAPORATOR
OPTIONAL START
CAPACITOR
WIRING WHEN CAPACITOR IS
USED
BY CLIENT (CONTRACTOR)
BY TRANE
START PANEL CONTROL
TERMINALS

SSC-SVN001H-EN 17
PowerInput
Dia. 27 mm
Control
Dia. 27 mm
Access Covers
Electrical
Panel
Motorand
Electrical Panel
Access Cover
FRONT
FRONT
FRONT
FILTERS
DRAIN
(external)
Dimensional
Data Fan/Coil
Fig. 11 - Dimensional Data - Fan Module - 050 to 100
Fig. 12a - Vertical Discharge Fig. 12c - Downow Discharge
Fig. 12b - Horizontal Discharge
Fig. 13 - Dimensional Data - Coil Module - 050 to 100
Unit: mm
Unit: mm
Model 050 075 100
A 950 1135 1420
B 485 565 660
C 510 590 690
D 290 341 403
B 326 386 473
C 167 224 373
D 457 525 574
Modelo 050 075 100
A 950 1135 1420
B 485 565 660
C 510 590 585
D 140 140 245

18 SSC-SVN001H-EN
Motor and
Electrical Panel
Access Cover
PowerInout
Dia. 27 mm
Control
Dia. 27 mm
Access Covers
Electrical
Panel
FRONT
FRONT
FILTERS
DRAIN
(external)
Dimensional
Data
Fig. 14 - Dimensional Data - Fan Module - 125 and 150
Fig. 16 - Dimensional Data - Coil Module - 125 and 150
Fig. 15a - Vertical Discharge Fig. 15b - Horizontal Discharge Fig. 15c - Downow Discharge
Unit: mm
Fan/Coil
Modelo 125 150
A 1470 1470
B 580 580
C 770 940
D 155 155

SSC-SVN001H-EN 19
PowerInput
Dia. 27 mm
Control
Dia. 27 mm
Access Covers
FRONT
FRONT
FRONT
Electrical
Panel Motorand
Electrical Panel
Access Cover
FILTERS
DRAIN
(external)
Model 200 250 300
A 1920 1870 2200
B 670 800 800
C 1000 1100 1100
Model 200 250 300
D 402 480 480
E 473 428 556
F 381 457 457
G 296.5 278.5 315.5
Model 200 250 300
E 478 433 561
F 376 452 452
G 294 276 313
H 407 485 485
Dimensional
Data
Fig. 17 - Dimensional Data - Fan Module - 200 to 300
Fig. 19 - Dimensional Data - Coil Module - 200 to 300
Unit: mm
Unit: mm
Fig. 18a - Vertical Discharge Fig. 18c - Downow Discharge
Fig. 18b - Horizontal Discharge
Horizontal/Downow Discharge
Vertical Discharge
Dimensions - Fan Module
Fan/Coil
Model 200 250 300
A 1920 1870 2200
B 670 800 800
C 880 1100 1100
D 140 140 140

20 SSC-SVN001H-EN
PowerInput
Dia. 27 mm
Control
Dia. 27 mm
Access Covers
FRONT
FRONT
FRONT
Electrical Panel
Motorand
Electrical Panel
Access Cover
FILTERS
DRAIN
(external)
Model 350 400 500
A 800 900 900
B 1100 1220 1220
Model 350 400 500
C 402 480 480
D 473 556 556
E 384 316 316
F 291.5 235 235
Model 350 400 500
D 478 561 561
E 379 311 311
F 289 232.5 232.5
G 401 423 423
H 407 485 485
Fig. 20 - Dimensional Data - Fan Module - 350 to 500
Fig. 22 - Dimensional Data - Coil Module - 350 to 500
Dimensional
Data
Unit: mm
Unit: mm
Fig. 21a - Vertical Discharge Fig. 21c - Downow Discharge
Fig. 21b - Horizontal Discharge
Horizontal/Downow Discharge
Vertical Discharge
Dimensions - Fan Module
Fan/Coil
Model 350 400 500
A 2770 2770 2770
B 800 900 900
C 1100 1220 1490
D 140 140 140