Trane Technologies RTAG 225 Owner's manual

RTAG-SVX001H-EN
Models: RTAG
225-500 ton units (60Hz)
Feb. 2022
572598690001
SAFETY WARNING
Installation, Operation and Maintenance
RTAG Air-Cooled Helical
Rotary Liquid Chillers
Confidential and proprietary Trane information

RTAG-SVX001H-EN 1
Note that warnings,
cautions and notices appear at appropriate intervals
throughout this manual. Warnings are provide to alert
installing contractors to potential hazards that could re-
sult in death or personal injury. Cautions are designed to
alert personnel to hazardous situations that could result
in personal injury, while notices indicate a situation that
could result in equipment or property-damage-only acci-
dents.
Your personal safety and the proper operation of this
machine depend upon the strict observance of these pre-
cautions.
Read this manual thoroughly before operating or servic-
ing this unit.
ATTENTION: Warnings, Cautions and Notices appear
at appropriate sections throughout this literature. Read
these carefully:
WARNING Indicates a potentially hazardous
situation which, if not avoided, could
result in death or serious injury.
Indicates a potentially hazardous
situation which, if not avoided, could
result in minor or moderate injury.
It could also be used to alert against
unsafe practices.
Indicates a situation that could result
in equipment or property-damage
only
Scientific research has shown that certain man-made
chemicals can affect the earth’s naturallyoccurring strato-
spheric ozone layer when released to the atmosphere.
In particular, several of the identified chemicals that may
affect the ozone layer are refrigerants that contain Chlo-
rine, Fluorine and Carbon (CFCs) and those containing
Hydrogen, Chlorine, Fluorine and Carbon (HCFCs). Not
all refrigerants containing these compounds have the
same potential impact to the environment. Trane advo-
cates the responsible handling of all refrigerants-includ-
ing industry replacements for CFCs such as HCFCs and
HFCs.
Trane believes that responsible refrigerant practices are
important to the environment, our customers, and the
air conditioning industry. All technicians who handle
refrigerants must be certified. The Federal Clean Air Act
(Section 608) sets forth the requirements for handling,
reclaiming, recovering and recycling of certain refriger-
ants and the equipment that is used in these service pro-
cedures. In addition, some states or municipalities may
have additional requirements that must also be adhered
to for responsible managementof refrigerants. Know the
applicable laws and follow them.
WARNING
-
WARNING
-
-
WARNING

2 RTAG-SVX001H-EN
-
-
1. RTAG-SVX001H-EN (March 2022 )
New manual.
Unchanging refrigerant before welding, filled with nitro-
gen for protection, and use cooling method to protect-
ing the electron component. TRANE is not responsible
for the equipment damage due to improper welding.

RTAG-SVX001H-EN
1
7
CHHP Compressor Model Number ............. 9
CHHW Compressor Model Number ............ 9
10
Preface............................................................ 10
Warranty ........................................................ 10
Unit Description............................................. 10
Inspection Checklist ...................................... 10
Storage........................................................... 10
Unit Identification - Nameplates .................. 11
Unit Nameplate.............................................11
Figure 1. Unit Nameplate .............................. 11
Compressor nameplate................................11
General Data .................................................. 12
Table 1. General data — 225 - 460 Ton 380
Volt -60Hz Premium efficiency (variable
speed compressor) 12
Table 2. General data — 225 - 460 Ton 460
Volt -60Hz Premium efficiency (variable
speed compressor)
Table 3.
13
General data — 400 - 500 Ton 380
Volt -60Hz Premium efficiency (variable
speed compressor) .......................................... 14
Table 4. General data — 400 - 550 Ton 400
Volt -60Hz Premium efficiency (variable
speed compressor)
15
Table 5. General data — 400 - 550 Ton 460
Volt -60Hz Premium efficiency (variable
speed compressor)
16
17
Figure 2. Dimension - RTAG 190/205/225 Ex-
tra/ Premium efficiency unit ........................... 17
Figure 3. Dimension - RTAG 225 Extra effi-
ciency unit ....................................................... 18
Figure 4. Dimension - RTAG 255/285 High/
Premium efficiency unit ................................. 19
..........................................
Attention Items .............................................. 23
Figure 8. Installation clearance ..................... 24
Storage Requirement ................................... 24
Clearances...................................................... 24
Figure 9. Installation clearance ..................... 25
Drainage......................................................... 25
Unit Lifting ..................................................... 25
Figure 10. Unit lifting schematic (4 points) .... 26
Figure 11. Unit lifting schematic (6 points) ... 26
Figure 12. Unit lifting schematic (8 points) ... 26
Table 7. Lifting Weights and CG Dimensions.
......................................................... 27
Isolator Installation........................................ 28
Figure 13. Isolator location.............................. 29
Figure 14. Rubber isolator dimension ............ 30
Table 8. Unit lsolators..................................... 30
Table 9. Unit lsolators Part Extension Num-
ber ......................................................... 31
Evaporator Water Piping .............................. 32
Figure 15. Water side heat exchanger typical
piping connection schematic ......................... 32
Entering Chilled Water Piping......................33
Leaving Chilled Water Piping.......................33
System Minimum Water Volume ................33
Water Flow Switch........................................33
Figure 16. Water flow switch installation sche-
matic ......................................................... 33
Table 10. Target slice length.......................... 34
Figure 23. Water flow- pressure drop curve .. 34
Water Treatment...........................................36
Table 11. Water quality requirements........... 36
Freeze Protection ..........................................35
36
General Recommendations...........................36
Table 12. General data — 400 - 500 Ton 380
Volt -60Hz Premium efficiency (variable
speed compressor)
.......................................... 36
Table 13. Electrical data – High Efficiency at
all ambient operation ...................................... 37
Installer-Supplied Components ................... 38
..........................................
..........................................
..........................................
Figure 5. Dimension - RTAG 255 Extra effici-
ency unit, 310/340 High/ Premium efficiency
unit .................................................................... 20
Figure 6. Dimension - RTAG 375/400 High/
Premium efficiency unit ................................. 21
Figure 7. Dimension - RTAG 375/400 Extra
efficiency unit, 440 High/ Premium efficiency
unit
.................................................................... 22
23
Installation Responsibilities.......................... 23
Table 6. Installation Responsibilities........... 23
3

4 RTAG-SVX001H-EN
Power Supply Wiring .................................... 38
Figure 18. Power Entrance of fixed panel ...... 39
Figure 19. Power Entrance of AFD panel ....... 39
Control Power Supply................................... 40
Interconnecting Wiring ................................. 40
Heater Power Supply....................................40
Chilled Water Flow (Pump) Interlock...........40
Chilled Water Pump Control ........................40
Table 14. Pump Relay Operation................... 40
Alarm and Status Relay Outputs (Program-
mable Relays)................................................40
Table 15. Alarm and Status Relay Output Con-
figuration Table................................................ 41
Relay Assignments Using Tracer TU ..........41
Table 16. Default Assignments...................... 41
Low Voltage Wiring ......................................41
Emergency Stop ............................................ 41
External Auto/Stop ........................................ 41
External Chilled Water Setpoint (ECWS) Op-
tion .................................................................42
External Current Limit Setpoint (ECLS) Op-
tion .................................................................42
Figure 20. Wiring Examples for ECLS and
ECWS ......................................................... 42
Chilled Water Reset (CWR) ........................... 43
Communications Interface Options ............. 44
Optional Tracer Communications Interface44
Table 17. Wire Size ......................................... 44
LonTalk Communications Interface for
Chillers (LCI-C)...............................................44
Installation Recommendations .................... 44
Table 18. LonTalk Points List ......................... 45
BACnet Communications Interface for
Chillers (BCI-C) ..............................................45
BACnet Data Points and Configuration Prop-
erty Definitions ..............................................45
BACnet Protocol Implementation Confor-
mance Statement (PICS) ..............................55
Object Types .................................................. 47
Table 19. Descriptions and configurations ... 47
BACnet Protocol............................................50
Object Data Points and Diagnostic Data
Points with Corresponding Chiller Models.50
Table 20. Analog Output ................................ 50
Table 21. Analog Input ................................... 51
Table 22. Multistate Output ........................... 51
Table 23. Multistate Input .............................. 52
Table 24. Binary Output ................................. 53
Table 25. Binary Input .................................... 53
54
Overview ........................................................54
UC800 Specifications....................................54
Figure 21. Wiring locations and connection
ports ......................................................... 54
Communication Interfaces...........................55
Rotary Switches............................................55
LED Description and Operation...................55
Figure 22. LED locations .................................. 55
Table 26. LED behavior .................................. 55
Tracer AdaptiView TD7 Display ...................55
Operator Interface.........................................55
Figure 23. TD7 screens .................................... 56
Home Screen.................................................56
Figure 24. Home screen................................... 56
Table 27. Home screen items ........................ 56
Viewing Operating Modes ...........................56
Figure 25. Chiller operating modes ................ 56
Table 28. Operating modes — chiller............ 57
Table 28. Operating modes — circuit............ 58
Table 30. Operating modes — compressor.. 59
Alarms............................................................60
Viewing the Alarms Screen..........................60
Figure 26. Alarm screen................................... 60
Reports...........................................................60
Viewing the Reports Screen.........................60
Figure 27. Report screen.................................. 60
Editing a Custom Report..............................60
Figure 28. Edit custom report screen ............. 61
Figure 29. Report evaporator screen .............. 61
Table 31. Report evaporator screen items.... 61
Figure 30. Report condenser screen............... 61
Table 32. Report condenser screen items .... 61
Figure 21. Report compressor screen ............ 61
Table 33. Report compressor screen items.. 62
Figure 32. Report motor screen ..................... 62
Table 34. Report motor screen items............ 62
Equipment Settings .......................................62
Contents

RTAG-SVX001H-EN 5
Viewing the Settings Screen........................ 62
Figure 33. Setting screen................................. 62
Viewing and Changing Equipment Settings
........................................................................ 62
Figure 34. Equipment setting screen (Chiller
setting shown)................................................. 63
Figure 35. Chilled water reset type screen..... 63
Figure 36. Changed chilled water setpoint
screen ......................................................... 63
Keypad Features........................................... 63
Table 35. Settings screen items..................... 64
Service Settings............................................ 64
Figure 37. Warning message.......................... 64
Figure 38. Service settings screen.................. 64
Display Settings............................................ 64
Viewing and Changing Display Preferences...
........................................................................ 65
Figure 39. Display preference screen............. 65
Figure 40. Date format page............................ 65
Figure 41. Language page............................... 65
Figure 42. Date and time screen..................... 66
Cleaning the Display..................................... 66
Figure 43. Countdown screen......................... 66
Security Settings........................................... 66
Disabling/Enabling Security......................... 66
Figure 44. Security screen - disable................ 67
Figure 45. Security settings screen................. 67
Logging In...................................................... 67
Figure 46. Log in screen.................................. 67
Logging Out................................................... 67
Figure 47. Log out confirmation screen......... 67
Tracer TU ....................................................... 68
Figure 48. Tracer TU........................................ 68
Sequence of Operation ................................. 68
Software Operation Overview..................... 68
Figure 49. Software operation overview........ 69
Timelines....................................................... 70
Power Up Diagram....................................... 70
Figure 50. Sequence of operation: power up
diagram ......................................................... 70
Power Up to Starting.................................... 71
Figure 51. Sequence of events: power up to
starting ......................................................... 71
Stopped to Starting...................................... 72
Figure 52. Sequence of events: stopped to
starting ......................................................... 72
Running (Lead Compressor/Circuit Start and
Run)................................................................ 73
Figure 53. Sequence of operation: running (lead
compressor/circuit start and run)................... 73
Running (Lag Compressor/Circuit Start and
Run)................................................................ 74
Figure 54. Sequence of operation: running (lag
compressor/circuit start and run)................... 74
Satisfied Setpoint.......................................... 75
Figure 55. Sequence of events: satisfied set-
point ......................................................... 75
Unloading Unstaging ................................... 76
Figure 56. Sequence of events: Unloading un-
staging ......................................................... 76
Normal Shutdown to Stopped or Run Inhibit
........................................................................ 77
Figure 57. Sequence of events: normal shut-
down to stopped or run inhibit....................... 77
Immediate Shutdown to Stopped or Run
Inhibit............................................................. 78
Figure 58. Sequence of events: immediate
shutdown to stopped or run inhibit............... 78
Diagnostics .................................................... 79
Diagnostic Name (Text) and Source: .......... 79
AFD Diagnostics............................................ 80
Table 40. AFD diagnostics.............................. 80
Starter Diagnostics ....................................... 80
Table 41. Starter diagnostics......................... 80
Main Processor Diagnostics......................... 82
Table 42. Main processor diagnostics .......... 82
Communication Diagnostics...................... 90
Table 43. Communications diagnostics...... 91
95
Refrigerant Circuit .......................................95
Figure 65. System Schematic ........................ 95
Refrigerant Cycle .........................................95
Figure 66. Pressure Enthalpy (P-h) diagram of
RTAG ....................................................... 95
Figure 67. Pressure Enthalpy (P-h) diagram of
RTAG with Economizer ................................. 96
R134a Refrigerant ........................................96
Compressor .................................................96
Figure 68. Compressor inner configuration . 97
Contents

6 RTAG-SVX001H-EN
Figure 69. Compressor with Auxiliary Inlet Port
....................................................... 97
Condenser and Fan ..................................... 97
Evaporator ................................................... 97
Expansion Valve .......................................... 98
Oil Separator ................................................ 98
Oil system .................................................... 98
99
Installation Checklist ................................... 99
Check Procedure .......................................... 99
Figure 70. Ball Valve Open/Close status....... 99
Unit Voltage Power Supply ........................100
Unit Voltage Imbalance ..............................100
Unit Voltage Phasing ..................................100
Water System Flow Rates ...........................101
Water System Pressure Drop .....................101
102
Start Up ........................................................102
Table 44. Unit Running Status..................... 102
Seasonal Unit Startup Procedure ..............102
System Restart after Extended Shutdown 102
Temporary Shutdown and Restart ............103
Extended Shutdown Procedure .................103
Seasonal Unit Startup Procedure ..............103
104
Weekly Maintenance ..................................104
Monthly Maintenance .................................104
Annual Maintenance ...................................104
Table 45. RTAG Start-up Test Log............... 105
Table 46. RTAG Unit Configuration............. 106
Table 47. RTAG Chiller Log.......................... 106
109
Refrigerant and Oil Charge Management . 109
R134a Field Charging Procedure ................109
Vacuum Procedure ..................................... 109
Factory (initial) Refrigerant Charging Proce-
dure .............................................................109
Adding charge............................................. 110
Refrigerant recovery................................... 110
Refrigerant Filter Replacement Procedure.110
Compressor Oil............................................ 111
Oil Separator Oil Level Check ....................111
Figure 71. Oil Level Measure of Oil Separator...
....................................................... 111
Compressor Oil Charging...........................111
Figure 72. Oil Charge of Compressor ........... 112
Draining Compressor oil ...........................112
Oil Loss Troubleshooting ..........................112
Figure 73. Oil Filter Replacement ................. 112
Evaporator Oil Return Pipe Filter Replace-
ment.............................................................113
Coil cleaning ................................................ 113
Water-side Heat Exchanger Maintenance . 113
Chemical Cleaning of Water-side Heat Ex-
changer........................................................113
Figure 74. Chemical Cleaning ....................... 114
Mechanical Cleaning of Water-side Heat Ex-
changer........................................................114
Tubes Replacement of Water-side Heat Ex-
changer........................................................114
Compressor Replacement .......................... 114
Fan Replacement ........................................ 115
Coil Assembly or Single Coil Replacement ...
......................................................................115
Water side heat exchanger replacement ..116
Contents
CA300 series Drive Overview ..................... 118
Nameplate and model description ............118
Description of Parts ....................................119
Figure 75. AC drive components (160 kW)... 119
Figure 76. AC drive components (200 kW)... 119
Technical Specifications .............................120
Table 48. Product models and electrical pa-
rameters ....................................................... 120
Table 49. Technical specifications ............... 120
Outline Dimensions ....................................122
Figure 77. Outline dimensions (160 kW) ...... 122
Figure 78. Outline dimensions (200 kW) ...... 122
Wiring ..........................................................123
Figure 79. Standard electrical wiring............ 123
Panel Operation ..........................................125
Figure 80. Details of the operating panel ..... 125
Table 50. Indicators on the operating panel126
118
Drive ..............................................................

Troubleshooting..........................................127
Symptoms and Diagnostics .......................131
Maintenance................................................132
Function code..............................................133
Contents
RTAG-SVX001H-EN 7

An example of a typical unit model number is:
RTAG 190 A 0 0 S N X F N 2 S T X X X X 0 X F R V 0 1 N N I X N
1~4 5~7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42
Model number digits are selected and assigned in accordance with the following definitions using the model number
example shown above.
RTAG -Air cooled Screw Chiller
=
=
=
=
=
=
=
=
=
=
E
F
G
= 380V/60Hz/3Ph
460V/60Hz/3Ph
400V/60Hz/3Ph
=
=
C = Taicang, China
A0 = Factory Assigned
H = High Efficiency
0 = No Safety Agency Listing
A = ASME Pressure Vessel Code
S = Standard
X = Medium low noise ( compressor or tube
sound attenuation )
L = Low noise(compressor +tube sound wrap)
M = Low noise + night noise set back
N = Standard Ambient 14ºF~114.8ºF(-10ºC~46ºC)
H = High Ambient 14ºF~125ºF(-10ºC~52ºC)
S = Single Relief Valve
D = Dual Relief Valve With 3 Way Valve
X = No Flow Switch
F = Field Installed Flow Switch
F = Flange
N = Standard Cooling(4ºC~20ºC)
L = 150psi
2 = 2 Pass Evaporator
1 = 1 Pass Evaporator
S = Standard Thermal Insulation
B = Copper tube/Al Fin Coil, with Black Coated
C = Copper tube/Copper Fin Coil
X = No Heat Recovery
X = Pump Signal On/Off
X = None
E = English
X = None
B = BACnet Interface
M = Modbus Interface
L = Lontalk Interface
8 RTAG-SVX001H-EN
225 Nominal Tons
230 Nominal Tons
285 Nominal Tons
310 Nominal Tons
340 Nominal Tons
375 Nominal Tons
400 Nominal Tons
440 Nominal Tons
460 Nominal Tons
500 Nominal Tons
225
230
285
310
340
375
400
440
460
500
Digit 8 - Unit Power Supply
Digit 12 - Efficiency
P = Premium Seasonal Efficiency

0 = Without
X = None
S = Rapid restart-NoUPS
A = External Set Points & Capacity Outputs
B = Rpd rst-NoUPS, Ext.Set Pts & Cap.Output
F = Full Charge (R134a)
N = Nitrogen (R134a)
P = 12kg Charge (R134a)
R = Standard Functional Test
P = Non-witnessed Performance Test, With Report
W = Customer-witnessed Performance Test, With
Report
Unit Model Number
V = VFD
Y = Wye-delta closed transition
0 = None
T = Terminal Block Connection
D = Mech Disconnect Switch
C = Circuit Breaker
1 = Single Point Power Connection
2 = Dual Point Power Connection
A = Alarm Relay Outputs
N = No Appearance Options
X = None
I = Neoprene Isolators
X = None
N = None glycol charge in factory
Model number discretion here only list RTAG standard
units available option. There will be more option in fu-
ture.
Main options implementation scheme:
Medium low noise option of Sound Treatment use
sound wrap depends compressor configuration: N5, N6
use tube sound wrap, N6E2 use compressor sound box.
this option is only for unit nominal tonnage >225.
Low noise option of Sound Treatment use sound wrap
to reduce the compressor, suction and discharge line,
oil separator noise; low noise with night noise setback
is implement with both sound wrap and variable speed
fan, adjust fan speed.
For Unit Application, High Ambient option is added
oil cooler base on Standard ambient configuration But
units with VFD or economizer always have oil cooler.
Alarm relay outputs can be connected to the sound &
light alarm warning elements. It is highly recommended
that users install the corresponding alarm elements with
this function, so that when the unit encounters a fault,
they can get the information in time and go to the trou-
bleshooting.
RTAG-SVX001H-EN 9

CHHP = GP2 compressor series
0N2 = 120 TON
0N1 = 100 TON
0M2 = 85 TON
0M1
Unit Model Number
= 70 TON
0L2 = 60 TON
0L1 = 50 TON
0K2 = 40 TON
0K1 = 35 TON
A = 200-60-3
R = 220-50-3
C = 230-60-3
D = 380-60-3
H = 575-60-3
T = 460-60-3 OR 400-50-3
K = 450 psid
** = Factory assigned
N = Standard Capacity Controls
112 = 112 kW (N2/50Hz)
093 = 093 kW (N1/50Hz)
077 = 077 kW (M2/50Hz)
065 = 065 kW (M1/50Hz)
058 = 058 kW (L2/50Hz)
048 = 048 kW (L1/50Hz)
041 = 041 kW (K2/50Hz)
036 = 036 kW (K1/50Hz)
A = High Volume Ratio
10 RTAG-SVX001H-EN
N = Low Volume Ratio
CHHW= GP2.5 Compressor Family
0 = All compressors
N = N Frame
5 = GP2.5 Smaller capacity (minor)
6 = GP2.5 Larger capacity (major)
T = 400/460-50/60-3 used for 380-50-3
K = 460-60-3 (N6 only)
K = 450 psid
** = Factory assigned
N = Standard capacity
093 = N5 50Hz
112 = N5 60Hz
112 = N6 50Hz
134 = N6 60Hz
A = HighVolume Ratio

This manual includes RTAG air cooled screw chiller
installation, operation and maintenance.Related services
shall be done by a qualified professional and technical
personnel.
Warranty scope is suitable for the TRANE company's
general terms and conditions.If without Trane’s written
authorization, any equipment repair, modification, or
operation beyond the operating limits of equipment, or
modification of the equipment control system, and elec-
trical wiring, the consequences are out of place in the
warranty.User’s wrong operation, lack of maintenance
and the guidance of the TRANE companybreach will lose
the warranty rights.
RTAG air cooled screw chiller (60Hz) have models:
premium seasonal efficiency 225, 230, 285, 310, 340, 375,
400, 440 and 460; high efficiency 400 and 500. All models
have dual refrigerant cycle, which shares one water loop
460 Ton PSE unit is two 230 Ton PSE units put together.
RTAG Units are helical-rotary type, air-cooled liquid
chillers, with efficient brass finned air side heat exchang -
er, TRANE patent CHIL water side heat exchanger, and
TRANE proprietary UC800 control. The compressor cir-
cuits are completely assembled, hermetic packages that
are factory-piped, wired, leak-tested, dehydrated, and
tested for proper control operation before shipment.
Chilled water inlet and outlet openings are covered for
shipment. Each compressor has a separate compressor
motor starter. The RTAG series features Trane's exclusive
Adaptive Control™ logic, which monitors the control
variables that govern the operation of the chiller unit.
For fixed speed compressor unloaders are solenoid actu-
ated and oil pressure operated. For variable speed com-
pressor has one more VFD unloader. Each refrigerant
circuit is provided with filter, electronic expansion valve,
and charging valves.
Variable speed compressor installation has requirement
about elevation, temperature and relative humidity.
Elevation should be lower than 1000meter; temperature
should be within the range of -18ºC ~ +52ºC; relative hu-
midity should be smaller than95%RH, no water condens-
es, the detail measurement for the application of exceed
these limitation and other information please refer to the
drive section. And variable speed unit Total Harmonic
Distortion of Current at rating point full load < 40%.
The shell-and-tube type evaporator is manufactured in
accordance with ASME standards. Each evaporator is
fully insulated and is equipped with water drain and
vent connections. Packaged units have heat tape and
plug-in heater protection to -20ºC as standard.
In order to avoid the unnecessary losses in the transport
process of goods, please complete the following check
when the arrival of the Unit:
when the unit arrival, please make sure the unit
nameplate is consistent with order.
check the appearance of arrival goods and packag-
ing materials have obvious damage or not.If there is
damage, notify the carrier immediately, and indicate
unit damaged status on carriers shipping records.
Before storage, please check whether the unit is
internal damage as soon as possible. deliver written
report to the carrier about the discovered internal
damage within 15 days from arrival of the goods.
If discover the inner damage, please stop to remove
the packing, also don't move away the damage the
parts from the scene, try to take photos of the related
damage. At the same time provide actively evidence
that damage is not occurred after the arrival of the
goods.
Notify carriers immediately about founded damage,
check the damage with combination of the carrier.
Inform TRANE local office at the same time.Please
DON’T repair or install any damaged units before
carriers check it.
The attachment check. Follow the delivery list, check
the accessories and detachable parts, including spec-
ifications and other documents, and other options
which are placed in electrical control cabinet.If found
any missing or damaged, please notify the carrier
and TRANE local offices.
Extended storage of the outdoor unit prior to installation
requires the following pre-cautionary measures:
Store the outdoor unit in a secure area.
At least every three months (quarterly), check the
pressure in the refrigerant circuits to verify that the
refrigerant charge is intact. If it is not, contact a qual-
ified service organization and the appropriate Trane
sales office.
RTAG-SVX001H-EN 11

RTAG nameplates: unit nameplate, compressor name-
plate, evaporator nameplate and oil separator name-
plate.
RTAG nameplate stick on the outer surface of the control
panel, compressor nameplate stick on the compressor
housing, evaporator nameplate stick on the heat ex-
changer shell, where its insulation has been open to look
at it, oil separator nameplate stick on oil separator shell.
Unit nameplate include following information, as Figure
1Unit Nameplate:
Model number
Serial number
Nominal tonnage
Compressor quantity
Fan quantity
Rated Voltage / frequency / phase
Rated power
Refrigerant charge and type
Oil charge and type
Unit weight
Unit dimension
Compressor model number.
Compressor serial number.
Compressor electrical characteristics.
12 RTAG-SVX001H-EN
Utilization range.
Recommended refrigerant.
Overview

1. Date Containing: Temperature of Inlet/outlet: 54/44ºF, Ambient Temperature: 95ºF, Scaling factor: 0.001 ft² ºF h/Btu.
2. Minimum start-up / operating ambient based on a 5 mph wind across the condenser.
3. Detail components structure / location please see Dimension sector.
4. Electric type could selected according unit voltage, but the current value in table is base on 380V/60HZ/3Ph.
RTAG-SVX001H-EN 13
Note:
Model RTAG 225 230 285 310 340 375 400 440 460
Refrigerant R134a
Compressor
Model CHHW
(N6E2,
N6E2)
CHHW
(N6E2,
N6E2
CHHW
(N5+N5,
N6)
CHHW
(N6+N5,
N6E2)
CHHW
(N6E2+
N5,N6E2)
CHHW
(N5+N5,
N5+N5
CHHW
(N6+N5,
N6+N5)
CHHW
(N6E2+
N5,
N6E2+
N5)
CHHW
(N6E2+
N6E2;
N6E2+
N6E2)
Type Horizontal semienclosed screw compressor
Starter VFD
Circuits 2 2 2 2 2 2 2 2 2
Min load % 18% 18% 12% 12% 12% 9% 9% 9% 9%
Must hold cur-
rent(1A/1B)
A 253/- 253/- 212/243 253/243 253/243 212/243 253/243 253/243 253/253
Must hold cur-
rent(2A/2B)
A 253/- 253/- 253/- 253/- 253/- 212/243 253/243 253/243 253/253
Evaporator
Type Shell & Tube (CHIL)
gpm 511 524 664 735 764 864 926 1012 1047.6
Rating WPD psid 4.7 4.2 5.4 5.3 5.7 5.7 5.4 4.3 4.2
gpm 256 262 332 367 382 432 463 506 524
gpm 767 786 995 1102 1146 1295 1390 1518 1571
Water storage lb 263 289 265 301 301 332 369 455 578
tube size inch 6“ 8“ 6“
Fan type
Quantity 12 14 14 16 16 18 18 20 28
power 1,5 1.65
Fan speed RPM 910/200 970/200
Single fan Airflow
Fan current
CFM 10036
1,5
910/200
1003611772
A
Unit Max RLA(Max Compr+Fan+Control)
Control panel 1 A 534.1 541,7
3,8 3,8
496.9 540.2 540.2 496.9 530.8 535.5 541.7
4.7 4.7 4.7 4.7 4.7 4.7 3.8
Control panel 2 A - - 269 269 269 496.9 530.8 535.5 541.7
Unit start up amps
Control panel 1 A 534.1 541.7 677.9 721.2 721.2 677.9 711.8 716.5 541.7
Control panel 2 A - - 269 269 269 677.9 711.8 716.5 541.7
Refrigerant charge
ckt 1 Lb 216 229 309 348 384 326 326 403 458
ckt 2 Lb 216 229 152 165 165 326 326 403 458
Oil charge (the oil type show on unit nameplate)
ckt 1 gal 2.1 2.1 4.2 4.2 4.2 4.2 4.2 4.2 4.2
ckt 2 gal 2.1 2.1 2.1 2.1 2.1 4.2 4.2 4.2 4.2
Dimension
Length inch 296
88.4
98,5
width inch
height inch
Shipping weight lb 12642
Operation weight lb 12904
88.4
98,5
16956
17221
88.4
98,5
18470
18772
344
88.4
98.5
14134
14423
88.4
98,5
18506
18808
88.4
98,5
21410
21779
88.4
98,5
22922
23376
698
88.4
98,5
28268
28846
88.4
98.5
21080
21413
Table 1. General data — 225 - 460 Ton 380 Volt -60Hz premium seasonal efficiency (variable speed fan)
General Data
467,5
456 456 410
410
364
Overview

Model RTAG 225 230 285 310 340 375 400 440 460
Refrigerant R134a
Compressor
Model CHHW
(N6E2,
N6E2)
CHHW
(N6E2,
N6E2
CHHW
(N5+N5,
N6)
CHHW
(N6+N5,
N6E2)
CHHW
(N6E2+
N5,N6E2)
CHHW
(N5+N5,
N5+N5
CHHW
(N6+N5,
N6+N5)
CHHW
(N6E2+
N5,
N6E2+
N5)
CHHW
(N6E2+
N6E2;
N6E2+
N6E2)
Type Horizontal semienclosed screw compressor
Starter VFD
Circuits 2 2 2 2 2 2 2 2 2
Min load % 18% 18% 12% 12% 12% 9% 9% 9% 9%
Must hold cur-
rent(1A/1B)
A 253/- 253/- 212/201 253/201 253/201 212/201 253/201 253/201 253/253
Must hold cur-
rent(2A/2B)
A 253/- 253/- 253/- 253/- 253/- 212/201 253/201 253/201 253/253
Evaporator
Type Shell & Tube (CHIL)
gpm 511 524 664 735 764 864 926 1012 1047.6
Rating WPD psid 4.7 4.2 5.4 5.3 5.7 5.7 5.4 4.3 4.2
gpm 256 262 332 367 382 432 463 506 524
gpm 767 786 995 1102 1146 1295 1390 1518 1571
Water storage lb 263 289 265 301 301 332 369 455 578
tube size inch 6“ 8“ 6“
Fan type
Quantity 12 14 14 16 16 18 18 20 28
power 1,5 1.65
Fan speed RPM 910/200 970/200
Single fan Airflow
Fan current
CFM 10036
1,5
910/200
1003611772
A
Unit Max RLA(Max Compr+Fan+Control)
Control panel 1 A 441 447
3,8 3,8
410 446 446 410 438 442 447
4.7 4.7 4.7 4.7 4.7 4.7 3.8
Control panel 2 A - - 222 222 222 410 438 442 447
Unit start up amps
Control panel 1 A 441 447 560 596 596 560 588 592 447
Control panel 2 A - - 222 222 222 560 588 592 447
Refrigerant charge
ckt 1 Lb 216 229 309 348 384 326 326 403 458
ckt 2 Lb 216 229 152 165 165 326 326 403 458
Oil charge (the oil type show on unit nameplate)
ckt 1 gal 2.1 2.1 4.2 4.2 4.2 4.2 4.2 4.2 4.2
ckt 2 gal 2.1 2.1 2.1 2.1 2.1 4.2 4.2 4.2 4.2
Dimension
Length inch 296
88.4
98,5
width inch
height inch
Shipping weight lb 12642
Operation weight
1. Date Containing: Temperature of Inlet/outlet: 54/44ºF, Ambient Temperature: 95ºF, Scaling factor: 0.001 ft² ºF h/Btu.
2. Minimum start-up / operating ambient based on a 5 mph wind across the condenser.
3. Detail components structure / location please see Dimension sector.
4. Electric type could selected according unit voltage, but the current value in table is base on 460V/60HZ/3Ph.
14 RTAG-SVX001H-EN
Note:
lb 12904
88.4
98,5
16956
17221
88.4
98,5
18470
18772
344
88.4
98.5
14134
14423
88.4
98,5
18506
18808
88.4
98,5
21410
21779
88.4
98,5
22922
23376
698
88.4
98,5
28268
28846
88.4
98.5
21080
21413
Table 2. General data — 225 - 460 Ton 460 Volt -60Hz premium seasonal efficiency (variable speed fan)
467,5
456
456
410
410
364

1. Date Containing: Temperature of Inlet/outlet: 54/44ºF, Ambient Temperature: 95ºF, Scaling factor: 0.001 ft² ºF h/Btu.
2. Minimum start-up / operating ambient based on a 5 mph wind across the condenser.
3. Detail components structure / location please see Dimension sector.
4. Electric type could selected according unit voltage, but the current value in table is base on 380V/60Hz/3Ph.
Model
Refrigerant
Compressor
Model
Type
Starter
Circuits
Min load
Must hold current(1A/1B)
Must hold current(2A/2B)
Evaporator
Type
Rating flow
Rating WPD
Min flow
Max flow
Water storage
tube size
Air side heat exchanger
Fan type
Quantity
Power
Fan speed
Single fan Airflow
Fan current
Unit Max RLA(Max Compr+Fan+Control)
Control panel 1
Control panel 2
Unit start up amps
Control panel 1
Control panel 2
Refrigerant charge
ckt 1
ckt 2
Oil charge (the oil type show on unit nameplate)
ckt 1
ckt 2
Dimension
Length
Width
Height
Shipping weight
Operation weight
RTAG
R134a
%
A
A
gpm
psid
gpm
gpm
lb
inch
kW/per
RPM
CFM
A
A
A
A
A
Lb
Lb
gal
gal
inch
inch
inch
lb
lb
400
R134a
CHHW
(N5+N5, N5+N5)
YDEL
2
7,50%
243/243
243/243
Shell & Tube (CHIL)
1154
5,6
577
1730
369
8"
Axial flow
18
2
860
11478
4,7
530,8
530,8
711,8
711,8
326,3
326,3
4,2
4,2
88,4
97,6
20640
21008
500
R134a
CHHW
(N6E+N6E;N6E+N6E)
YDEL
2
7,50%
318/318
318/318
Shell & Tube (CHIL)
944
5,6
472
1416
455
8"
Axial flow
20
2
860
11478
4,7
685,5
685,5
791,5
791,5
406,0
406,0
4,2
4,2
88,4
97,6
22481
22935
Horizontal semienclosed screw compressor
Note:
Table 3. General data — 400 - 500 Ton 380 Volt -60Hz high efficiency (fixed speed fan)
467,5
456
Overview
RTAG-SVX001H-EN 15

1. Date Containing: Temperature of Inlet/outlet: 54/44ºF, Ambient Temperature: 95ºF, Scaling factor: 0.001 ft² ºF h/Btu.
2. Minimum start-up / operating ambient based on a 5 mph wind across the condenser.
3. Detail components structure / location please see Dimension sector.
4. Electric type could selected according unit voltage, but the current value in table is base on 400V/60HZ/3Ph.
16 RTAG-SVX001H-EN
Model
Refrigerant
Compressor
Model
Type
Starter
Circuits
Min load
Must hold current(1A/1B)
Must hold current(2A/2B)
Evaporator
Type
Rating flow
Rating WPD
Min flow
Max flow
Water storage
tube size
Air side heat exchanger
Fan type
Quantity
Power
Fan speed
Single fan Airflow
Fan current
Unit Max RLA(Max Compr+Fan+Control)
Control panel 1
Control panel 2
Unit start up amps
Control panel 1
Control panel 2
Refrigerant charge
ckt 1
ckt 2
Oil charge (the oil type show on unit nameplate)
ckt 1
ckt 2
Dimension
Length
Width
Height
Shipping weight
Operation weight
RTAG
R134a
%
A
A
gpm
psid
gpm
gpm
lb
inch
kW/per
RPM
CFM
A
A
A
A
A
Lb
Lb
gal
gal
inch
inch
inch
lb
lb
400
R134a
CHHW
(N5+N5, N5+N5)
YDEL
2
7,50%
231/231
231/231
Shell & Tube (CHIL)
1154
5,6
577
1730
369
8"
Axial flow
18
2
860
11478
4,7
504
504
676
676
326,3
326,3
4,2
4,2
88,4
97,6
20640
21008
500
R134a
CHHW
(N6E+N6E;N6E+N6E)
YDEL
2
7,50%
302/302
302/302
Shell & Tube (CHIL)
944
5,6
472
1416
455
8"
Axial flow
20
2
860
11478
4,7
651
651
752
752
406,0
406,0
4,2
4,2
88,4
97,6
22481
22935
Horizontal semienclosed screw compressor
Note:
Table 4. General data — 400 - 500 Ton 400 Volt -60Hz high efficiency (fixed speed fan)
467,5
456

1. Date Containing: Temperature of Inlet/outlet: 54/44ºF, Ambient Temperature: 95ºF, Scaling factor: 0.001 ft² ºF h/Btu.
2. Minimum start-up / operating ambient based on a 5 mph wind across the condenser.
3. Detail components structure / location please see Dimension sector.
4. Electric type could selected according unit voltage, but the current value in table is base on 460V/60HZ/3Ph.
5. 400Ton HE unit with 460V/60Hz/3Ph is not available now in Trane Select Assist (TSA).
Model
Refrigerant
Compressor
Model
Type
Starter
Circuits
Min load
Must hold current(1A/1B)
Must hold current(2A/2B)
Evaporator
Type
Rating flow
Rating WPD
Min flow
Max flow
Water storage
tube size
Air side heat exchanger
Fan type
Quantity
Power
Fan speed
Single fan Airflow
Fan current
Unit Max RLA(Max Compr+Fan+Control)
Control panel 1
Control panel 2
Unit start up amps
Control panel 1
Control panel 2
Refrigerant charge
ckt 1
ckt 2
Oil charge (the oil type show on unit nameplate)
ckt 1
ckt 2
Dimension
Length
Width
Height
Shipping weight
Operation weight
RTAG
R134a
%
A
A
gpm
psid
gpm
gpm
lb
inch
kW/per
RPM
CFM
A
A
A
A
A
Lb
Lb
gal
gal
inch
inch
inch
lb
lb
400
R134a
CHHW
(N5+N5, N5+N5)
YDEL
2
7,50%
201/201
201/201
Shell & Tube (CHIL)
1154
5,6
577
1730
369
8"
Axial flow
18
2
860
11478
4,7
438
438
588
588
326,3
326,3
4,2
4,2
88,4
97,6
20640
21008
500
R134a
CHHW
(N6E+N6E;N6E+N6E)
YDEL
2
7,50%
263/263
263/263
Shell & Tube (CHIL)
944
5,6
472
1416
455
8"
Axial flow
20
2
860
11478
4,7
566
566
654
654
406,0
406,0
4,2
4,2
88,4
97,6
22481
22935
Horizontal semienclosed screw compressor
Note:
Table 5. General data — 400 - 500 Ton 460 Volt -60Hz high efficiency (fixed speed fan)
467,5
456
Overview
RTAG-SVX001H-EN 17

Compressor 1
Compressor 2
(With fan/coil removed)
Locate Customer Power
Lifting Point
Outlet
Inlet
Lifting Point
Installation
Installation Point
Control Panel
TD7
Unit Water
Box
H1
(mm)
H2
(mm)
W1
(mm)
W2
(mm)
L1
(mm)
L2
(mm) Water pipe
L
(High eff)
(Extra eff)
(mm)
L
(Premium Seasonal eff)
(mm)
RTAG225P 150psi 450 465 1275 970 3938 3938 7380 7510
6"
Figure 2. Dimension - RTAG 225 Premium efficiency unit
18 RTAG-SVX001H-EN

Dimension
Unit Water
Box
H1
(mm)
H2
(mm)
W1
(mm)
W2
(mm)
L1
(mm)
L2
(mm)
L
(mm) Water pipe
RTAG 230P 150psi 450 465 1275 970 5118 5118 8732 6“
Figure 3. Dimension - RTAG 230 Premium efficiency unit
RTAG-SVX001H-EN 19