Model Number Description; Unit Model Number - Trane AFDH Installation Instructions Manual

Model Number Description

Unit Model Number

For service purposes, Trane Model
AFDH Air-Cooled drive upgrade
packages are assigned a multiple
character alphanumeric model
number that precisely identifies each
unit.
An explanation of the identification
code that appears on the unit
nameplate is shown below. Use of
the service model number will
enable the owner/operator, installing
contractors, and service technicians
to define the operation, components,
and options for any specific unit.
Refer to the model number printed
on the nameplate when ordering
replacement parts or requesting
service.
Digit 1, 2, 3 — Air Cooled
Adaptive Frequency Drive
AFD = Air Cooled Adaptive Frequency
Drive
Digit 4 — Development
Sequence
H
Digit 5, 6, 7, 8 — Starter Size
(Performance RLA rating)
Performance RLA = Performance RLA
Digit 9 — Chiller Voltage
D = 380V 60 Hz 3 Phase
E = 440V 60 Hz 3 Phase
F = 460V 60 Hz 3 Phase
G = 480V 60 Hz 3 Phase
H = 575V 60 Hz 3 Phase
J = 600V 60 Hz 3 Phase
R = 380V 50 Hz 3 Phase
T = 400V 50 Hz 3 Phase
U = 415V 50 Hz 3 Phase
Digit 10, 11 — Design Sequence
** = Factory assigned
Digit 12 — New Short Circuit
Rating
C = 35K Short Circuit Rating
A = 65K Short Circuit Rating
B = 100K Short Circuit Rating
AFDH-SVN005B-EN
Digit 13,14 — Maximum RLA
1B = 190 Maximum RLA - 60 Hz
(460/480V)
1C = 240 Maximum RLA - 60 Hz
(460/480V)
0C = 302 Maximum RLA 60 Hz
(460/480V)
0D = 361 Maximum RLA 60 Hz
(460/480V)
0E = 443 Maximum RLA 60 Hz
(460/480V)
1A = 535 Maximum RLA 60 Hz
(460/480V)
0H = 590 Maximum RLA 60Hz
(460/480V)
0J = 678 Maximum RLA 60Hz
(460/480V)
0K = 730 Maximum RLA 60Hz
(460/480V)
01 = 780 Maximum RLA 60Hz
(460/480V)
02 = 890 Maximum RLA 60Hz
(460/480V)
1D = 131 Maximum RLA 60 Hz
(575/600V)
1E = 155 Maximum RLA 60 Hz
(575/600V)
1F = 192 Maximum RLA 60 Hz
(575/600V)
0L = 242 Maximum RLA 60 Hz
(575/600V)
0M = 290 Maximum RLA 60 Hz
(575/600V)
0N = 344 Maximum RLA 60 Hz
(575/600V)
0P = 400 Maximum RLA 60 Hz
(575/600V)
0R = 450 Maximum RLA 60 Hz
(575/600V)
0T = 500 Maximum RLA 60 Hz
(575/600V)
0U = 570 Maximum RLA 60 Hz
(575/600V)
0V = 630 Maximum RLA 60 Hz
(575/600V)
03 = 729 Maximum RLA 60 Hz
(575/600V)
04 = 850 Maximum RLA 60 Hz
(575/600V)
1G = 212 Maximum RLA 50 Hz
(380/400V)
1H = 260 Maximum RLA 50Hz
(380/400V)
0W = 315 Maximum RLA 50 Hz
(380/400V)
0X = 395 Maximum RLA 50 Hz
(380/400V)
0Y = 480 Maximum RLA 50 Hz
(380/400V)
0Z = 588 Maximum RLA 50 Hz
(380/400V)
05 = 658 Maximum RLA 50 Hz
(380/400V)
06 = 745 Maximum RLA 50 Hz
(380/400V)
07 = 800 Maximum RLA - 50 Hz
(380/400V)
08 = 880 Maximum RLA - 50 Hz
(380/400V)
09 = 990 Maximum RLA 50 Hz
(380/400V)
Digit 15 — Chiller Control Type
3 = AdaptiView Controls Only
Digit 16 — Agency Listing
1 = UL Listing (includes Canada
and California)
0 = No Listing
Digit 17 — AFD Type
C = NEMA 1 Upgrade Enclosure
Digit 18 — Mounting Type
C = Remote Mount
A = Transition Mount
L = LiquiFlo Mount
p = Direct Mount 440E, 5000, 5800
Frame
T = Direct Mount 400 Frame
Digit 19 — AFD to Motor
Transition
0 = No Motor Transition
A = 6 in. Sheetmetal Transition
B = 18 in. Sheetmetal Transition
C = 12 in. Sheetmetal Transition
Digit 20— Frame Size
D = D - Frame
E = E - Frame
Digit 21 — Evaporator Shell Size
0 = For Transition, LiquiFlo, or
Remote
5 = 050S (Short) Evaporator Shell
6 = 050L (Long )Evaporator Shell
7 = 080S (Short) Evaporator Shell
8 = 080L (Long) Evaporator Shell
A = 142E (Extended) Evaporator
Shell
B = 142M (Medium) Evaporator Shell
C = 142L (Long) Evaporator Shell
E = 210L (Long) Evaporator Shell
Digit 22 — Replacement Bracket
for LF1.0/LF1.5
0 = No Bracket Needed
1 = Replacement Bracket Kit Needed
Digit 23 - Not Used
0
Digit 24 — Lug Size
0 = All Applicable Lugs
N = Two Wire 3/0 - 250 KCmil
B = Two Wire 400 - 500 KCmil
C = Four Wire 4/0 - 400 KCmil
D = Three Wire 4/0 - 400 KCmil
E = Three Wire 500 - 750 KCmil
F = Two Wire 2/0 - 250 KCmil
G = One Wire 2/0 - 500 KCmil
H = Three Wire 3/0 400 KCmil
J = Two Wire 500 - 750 KCmil
K = One Wire 200 - 500 KCmil
L = Two Wire 3/0 - 350 KCmil
M = Two Wire 2AWG - 500 KCmil
P = Three Wire 4/0 - 500 KCmil
Q = Four Wire 4/0 - 500 KCmil
R = Four Wire 3/0 - 400 KCmil
7