Ohm’s Law + - R E I E = I * R I = E / R R = E / I E = Voltage I = Current R = Resistance.
F R I G E RA NT N4H3 COMMERCIAL S O U Y N D R E ...
32
428 71 5102 02 2/17/14 Specifications subject to change without notice. EFFICIENT 13 SEER HEAT PUMP ENVIRONMENTALLY SOUND R−410A REFRIGERANT 1−1/2 THRU 5 TONS SPLIT SYSTEM 208−230 Volt, 1−phase, 60 Hz 208−230 & 460 Volt, 3−phase, 60 Hz REFRIGERATION CIRCUIT S Scroll compressors on all models S Suction line accumulator factory installed S Bi−flow filter−drier included for field installation S Integrated solid state control with Time−Temperature Defrost S High and Low pressure switches S Copper tube / aluminum fin coil EASY TO INSTALL AND SERVICE S Easy Access service valves on all models S External high and low refrigerant service ports S Only two screws to access control panel S Factory charged with R−410A refrigerant BUILT TO LAST S Baked−on powder coat finish over galvanized steel S Post−painted (black) coil fins S Coated, weather−resistant cabinet screws S Coated inlet grille with 2” (51mm) wire spacing, or 3/8” (10mm) “hail guard” wire spacing (3/8” standard on 3−phase models) WARRANTY* S 5 year compressor limited warranty Use of the AHRI Certified TM Mark indicates a manufacturer’s participation in the program. For verification of certification for individual products, go to www.ahridirectory.org . S 5 year parts limited warranty (including compressor and coil) − With timely registration, an additional 5 year parts limited warranty (including compressor and coil) * For owner occupied, residential applications only. See warranty certificate for complete details and restrictions, including warranty coverage for other applications. Model Number Size (tons) Nominal Btu/hr Min. Circuit Ampacity Max. Fuse or Breaker Operating Dimensions length x width x height in. (mm) Operating/ Ship Weight (lbs) N4H318*KF 1−1/2 18,000 11.8 20 23−1/8 x 23−1/8 x 28−7/16 (587 x 587 x 722) 119/137 (54/62) N4H324*KF 2 24,000 16.8 25 23−1/8 x 23−1/8 x 31−13/16 (587 x 587 x 808) 124/142 (56/65) N4H330*KF 2−1/2 30,000 21.1 30 31−3/16 x 31−3/16 x 28−7/16 (792 x 792 x 722) 149/170 (68/77) N4H330GHF 2−1/2 30,000 13.6 20 N4H336*KF 3 36,000 20.6 35 31−3/16 x 31−3/16 x 31−13/16 (792 x 792 x 808) 169/189 (78/86) N4H336GHF 3 36,000 14.1 20 N4H336GLF 3 36,000 7.9 10 N4H342*KF 3−1/2 42,000 23.9 40 31−3/16 x 31−3/16 x 31−13/16 (792 x 792 x 808) 180/200 (82/91) N4H342GHF 3−1/2 42,000 18.4 30 N4H348*KF 4 48,000 28.7 45 31−3/16 x 31−3/16 x 28−7/16 (792 x 792 x 722) 208/228 (96/104) N4H348GHF 4 48,000 18.7 30 N4H348GLF 4 48,000 8.5 10 N4H360*KF 5 60,000 34.1 50 35 x 35 x 28−15/16 (889 x 889 x 735) 250/282 (113/128) N4H360GHF 5 60,000 21.1 30 N4H360GLF 5 60,000 10.4 15 * A = 2” (51mm) spacing inlet grille or G = 3/8” (10mm) spacing inlet grille . COMMERCIAL ™ N4H3 Performance Series Product Specifications E N V I R O N M E N T A L L Y S O U N D R E F R I G E R A N T
Transcript of F R I G E RA NT N4H3 COMMERCIAL S O U Y N D R E ...
428 71 5102 02 2/17/14Specifications subject to change without notice.
EFFICIENT 13 SEER HEAT PUMPENVIRONMENTALLY SOUND R−410A REFRIGERANT1−1/2 THRU 5 TONS SPLIT SYSTEM208−230 Volt, 1−phase, 60 Hz208−230 & 460 Volt, 3−phase, 60 HzREFRIGERATION CIRCUIT� Scroll compressors on all models� Suction line accumulator factory installed� Bi−flow filter−drier included for field installation� Integrated solid state control with Time−Temperature
Defrost� High and Low pressure switches� Copper tube / aluminum fin coilEASY TO INSTALL AND SERVICE� Easy Access service valves on all models� External high and low refrigerant service ports� Only two screws to access control panel� Factory charged with R−410A refrigerantBUILT TO LAST� Baked−on powder coat finish over galvanized steel� Post−painted (black) coil fins� Coated, weather−resistant cabinet screws� Coated inlet grille with 2” (51mm) wire spacing, or 3/8”
(10mm) “hail guard” wire spacing (3/8” standard on3−phase models)
WARRANTY*� 5 year compressor limited warranty
Use of the AHRI Certified TM Mark indicates amanufacturer’s participation in the program. Forverification of certification for individual products,go to www.ahridirectory.org .
� 5 year parts limited warranty (including compressor and coil)− With timely registration, an additional 5 year parts limited warranty (including compressor and coil)
* For owner occupied, residential applications only. See warranty certificate for complete details and restrictions,including warranty coverage for other applications.
ModelNumber
Size(tons)
NominalBtu/hr
Min. CircuitAmpacity
Max. Fuseor Breaker
Operating Dimensionslength x width x height
in. (mm)
Operating/Ship Weight
(lbs)
N4H318*KF 1−1/2 18,000 11.8 20 23−1/8 x 23−1/8 x 28−7/16(587 x 587 x 722)
119/137(54/62)
N4H324*KF 2 24,000 16.8 25 23−1/8 x 23−1/8 x 31−13/16(587 x 587 x 808)
124/142(56/65)
N4H330*KF 2−1/2 30,000 21.1 30 31−3/16 x 31−3/16 x 28−7/16(792 x 792 x 722)
149/170(68/77)N4H330GHF 2−1/2 30,000 13.6 20
N4H336*KF 3 36,000 20.6 3531−3/16 x 31−3/16 x 31−13/16
(792 x 792 x 808)169/189(78/86)
N4H336GHF 3 36,000 14.1 20N4H336GLF 3 36,000 7.9 10N4H342*KF 3−1/2 42,000 23.9 40 31−3/16 x 31−3/16 x 31−13/16
(792 x 792 x 808)180/200(82/91)N4H342GHF 3−1/2 42,000 18.4 30
N4H348*KF 4 48,000 28.7 4531−3/16 x 31−3/16 x 28−7/16
(792 x 792 x 722)208/228(96/104)
N4H348GHF 4 48,000 18.7 30N4H348GLF 4 48,000 8.5 10N4H360*KF 5 60,000 34.1 50
35 x 35 x 28−15/16(889 x 889 x 735)
250/282(113/128)
N4H360GHF 5 60,000 21.1 30N4H360GLF 5 60,000 10.4 15
* A = 2” (51mm) spacing inlet grille orG = 3/8” (10mm) spacing inlet grille.
COMMERCIAL™ N4H3
Performance Series
Product SpecificationsENVIRONM
ENTA
LLY S
OU
ND R
EFRIG
ERANT
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
2 428 71 5102 02Specifications subject to change without notice.
OUTDOOR UNIT MODEL NUMBER IDENTIFICATION GUIDE (single phase)Digit Position: 1 2 3 4 5, 6 7 8 9 10 11 12
Example Part Number: N 4 H 3 18 A K F 1 0 0H = ICP Commercial Mainline
N = ICP Commercial Entry BRANDING
4 = R−410A REFRIGERANTA = Air ConditionerH = Heat Pump TYPE3 = 13 SEER4 = 14 SEER NOMINAL EFFICIENCY18 = 18,000 BTUH = 1−1/2 tons24 = 24,000 BTUH = 2 tons30 = 30,000 BTUH = 2−1/2 tons36 = 36,000 BTUH = 3 tons42 = 42,000 BTUH = 3−1/2 tons48 = 48,000 BTUH = 4 tons60 = 60,000 BTUH = 5 tons NOMINAL CAPACITYA = 2” (51mm) spacing inlet grilleG = 3/8” (10mm) spacing inlet grilleC = Coastal FEATURES
K = 208−230−1−60
H = 208−230−3−60
L = 460−3−60 VOLTAGE
Sales Code
Engineering Revision
Extra Digit
Extra Digit
ACCESSORIES PART NUMBER IDENTIFICATION GUIDEDigit Position: 1 2 3 4 5 6, 7 8, 9 10, 11
Example Part Number: N A S A 0 0 1 01 C H
N = Non−Branded BRANDING
A = Accessory PRODUCT GROUP
S = Split System (AC & HP) KIT USAGEA = OriginalB = 2nd Generation MAJOR SERIES0 = Generic or Not Applicable
2 = R−22
4 = R−410A REFRIGERANTProduct Identifier Number
Package Quantity
Type of Kit (Example: CH = Crankcase Heater)
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 3Specifications subject to change without notice.
SD
5166−
4 R
EV
D
1.A
llow
24”
cle
aran
ce to
ser
vice
sid
e of
uni
t. 48
” ab
ove
unit,
6“
on o
ne s
ide,
12”
on
rem
aini
ng s
ides
and
18”
bet
wee
n un
its fo
r pr
oper
airf
low
.2.
Min
imum
out
door
ope
ratin
g am
bien
t in
cool
ing
mod
e is
55º
F, m
ax 1
25ºF
.
3.C
ente
r of
Gra
vity
Mod
el
Dim
ensi
on
s In
ches
(E
ng
lish
)
AB
CD
EF
GK
LM
NP
Min
imu
m G
rou
nd
Mo
un
ting
Pad
X
Min
imu
mR
oo
fto
pM
ou
ntin
g P
adY
Sh
ipp
ing
Dim
ensi
on
sL
x W
x H
N4H
418*
ǂF
23−
1/8
28−
7/16
3−3/
45/
84−
7/16
18−
1/16
7−13
/16
2−13
/16
1/2
11−
1/2
10−
1/2
11−
1/2
23−1
/8 x
23−
1/8
17−3
/4 x
17−
3/4
25−1
/4 x
25−
1/4
x 33−1
/4
N4H
424*
ǂF
23−
1/8
31−
13/1
63−
3/4
3/4
4−7/
1618−
1/16
7−13
/16
2−13
/16
1/2
11−
1/2
10−
1/2
12−
1/2
23−1
/8 x
23−
1/8
17−3
/4 x
17−
3/4
25−1
/4 x
25−
1/4
x 36−5
/8
N4H
430*
ǂF
31−
3/16
28−
7/16
3−3/
43/
46−
9/16
24−
11/1
69−
1/8
2−15
/16
5/8
1515
11−
1/2
31−3
/16
x 31−3
/16
23 x
23
33−3
/8 x
33−
3/8
x 33−1
/4
N4H
436*
ǂF
31−
3/16
31−
13/1
63−
7/8
7/8
6−9/
1624−
11/1
69−
1/8
2−15
/16
5/8
1515
12−
1/2
31−3
/16
x 31−3
/16
23 x
23
33−3
/8 x
33−
3/8
x 36−5
/8
N4H
442*
ǂF
31−
3/16
31−
13/1
63−
7/8
7/8
6−9/
1624−
11/1
69−
1/8
2−15
/16
5/8
1515
12−
1/2
31−3
/16
x 31−3
/16
23 x
23
33−3
/8 x
33−
3/8
x 36−5
/8
N4H
448*
ǂF
31−
3/16
2/−
7/16
3−7/
87/
86−
9/16
24−
11/1
69−
1/8
2−15
/16
5/8
1515
11−
1/2
31−3
/16
x 31−3
/16
23 x
23
33−3
/8 x
33−
3/8
x 33−1
/4
N4H
460*
ǂF
3528−
15/1
63−
7/8
7/8
6−9/
1628−
7/16
9−1/
82−
15/1
65/
817
1612
35 x
35
26−3
/4 x
26−
3/4
37−1
/8 x
37−
1/8
x 33−1
/4
* =
A 2
” (5
1mm
) sp
acin
g in
let g
rille
, G 3
/8”
(10m
m)
spac
ing
inle
t gril
leǂ
= K
208−
230
1−ph
ase,
H 2
08−
230
3−ph
ase,
L 4
60 3−
phas
e
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
4 428 71 5102 02Specifications subject to change without notice.
SD
5166−
4 R
EV
D
1.A
llow
610
mm
cle
aran
ce to
ser
vice
sid
e of
uni
t. 12
19 m
m a
bove
uni
t, 15
2 m
m o
n on
e si
de, 3
05 m
m o
n re
mai
ning
sid
es a
nd 4
57 m
m b
etw
een
units
for
prop
er a
irflo
w.
2.M
inim
um o
utdo
or o
pera
ting
ambi
ent i
n co
olin
g m
ode
is 1
3ºC
, max
52º
C.
3.C
ente
r of
Gra
vity
Mod
el
Dim
ensi
on
s m
m (S
I Met
ric)
AB
CD
EF
GK
LM
NP
Min
imu
mG
rou
nd
Mo
un
tin
g P
adX
Min
imu
mR
oo
fto
pM
ou
nti
ng
Pad
YS
hip
pin
g D
imen
sio
ns
L x
W x
H
N4H
418*
ǂF
587
722
9516
113
459
198
7113
292
267
292
587
x 58
745
1 x
451
642
x 64
2 x
844
N4H
424*
ǂF
587
808
9519
113
459
198
7113
292
267
317
587
x 58
745
1 x
451
642
x 64
2 x
931
N4H
430*
ǂF
792
722
9519
167
627
232
7516
381
381
292
792
x 79
258
3 x
583
847
x 84
7 x
844
N4H
436*
ǂF
792
808
9822
167
627
232
7516
381
381
318
792
x 79
258
3 x
583
847
x 84
7 x
931
N4H
442*
ǂF
792
808
9822
167
627
232
7516
381
381
318
792
x 79
258
3 x
583
847
x 84
7 x
931
N4H
448*
ǂF
792
722
9822
167
627
232
7516
381
381
292
792
x 79
258
3 x
583
847
x 84
7 x
844
N4H
460*
ǂF
889
735
9822
167
722
232
7516
432
406
305
889
x 88
968
0 x
680
943
x 94
3 x
844
* =
A 2
” (5
1mm
) sp
acin
g in
let g
rille
, G 3
/8”
(10m
m)
spac
ing
inle
t gril
leǂ
= K
208−
230
1−ph
ase,
H 2
08−
230
3−ph
ase,
L 4
60 3−
phas
e
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 5Specifications subject to change without notice.
PHYSICAL DATA (1−phase)
MODEL SIZE18AKF 24AKF 30AKF 36AKF 42AKF 48AKF 60AKF
18GKF 24GKF 30GKF 36AKF 42GKF 48GKF 60GKF
Nominal Cooling Capacity (BTU/hr) 18,000 24,000 30,000 36,000 42,000 48,000 60,000
Nominal SEER 13.0 13.0 13.0 13.0 13.0 13.0 13.0
Sound Rating (dBA)** 69 73 74 73 77 80 77
ELECTRICAL DATA (208−230−1−60, voltage range 197V−253V)
Minimum Circuit Ampacity − MCA (amps) 11.8 16.8 21.1 20.6 23.9 28.7 34.1
Maximum OverCurrentProtective device − MOCP (amps) 20 25 30 35 40 45 50
Compressor RLA (Rated Load Amps)LRA (Locked Rotor Amps)
9.048
12.858.3
16.077
15.670
18.096
21.899
26.3134
FAN MOTOR
Fan Motor FLA (Full Load Amps) 0.5 0.77 1.1 1.1 1.4 1.4 1.2
PSC Fan Motor HP 1/12 1/10 1/5 1/5 1/4 1/4 1/4
Fan RPM 1100 1100 1100 1100 1100 1100 800
Fan CFM 1800 2100 3000 3000 3400 3400 4000
REFRIGERANT DATA
Liquid Line Connection Size in. (mm) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10)
Vapor Line Connection Size in. (mm) 5/8 (16) 3/4 (19) 3/4 (19) 7/8 (22) 7/8 (22) 7/8 (22) 7/8 (22)
Recommended Line Set Liquid TubeDiameter in. (mm) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10)
Recommended Line Set Vapor TubeDiameter in. (mm) 5/8 (16)* 3/4 (19)* 3/4 (19)* 7/8 (22)* 7/8 (22)* 7/8 (22)*
1−1/8(29)*
Piston Size − Indoor Cooling(shipped loose with heat pump) 49 57 67 70 76 80 TXV
Piston Size − Outdoor Heating(shipped in liquid service valve) 42 49 55 57 63 65 76
Factory Charge R−410A lbs. (kg)4.00
(1.81)5.11
(2.32)5.83
(2.64)6.06
(2.75)6.75
(3.06)7.72
(3.50)11.00(4.99)
Required Subcooling ° F (° C) 13 (7) 13 (7) 9 (5) 14 (8) 15 (8) 17 (9) 15 (8)
Coil Face Area ft2 (m2)9.8
(1.07)11.2
(1.04)15.0
(1.39)17.2
(1.60)17.2 (1.60)
15.0 (1.39)
17.6(1.64)
Coil Rows − fins per inch 1 − 20 1 − 20 1 − 20 1 − 20 1 − 20 2 − 20 2 − 20
Low Pressure SwitchOpen Pressure PSIGClose Pressure PSIG
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
High Pressure SwitchOpen Pressure PSIGClose Pressure PSIG
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
* Recommended Vapor Tube Line size is for standard installations. These recommendations may not apply to “Long Line” installa-tions. When the total equivalent line length exceeds 80 feet (24.4m) or there is more than 20 feet (6.1m) vertical separation betweenindoor and outdoor units, consult the Long Line Application Guideline document before purchasing/installing line sets.
**Sound Rating tested in accordance with AHRI Standard 270−2008 (not listed with AHRI).
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
6 428 71 5102 02Specifications subject to change without notice.
PHYSICAL DATA (3−phase)MODEL SIZE 30GHF 36GHF 36GLF 42GHF 48GHF 48GLF 60GHF 60GLF
Nominal Cooling Capacity (BTU/hr) 30,000 36,000 36,000 42,000 48,000 48,000 60,000 60,000
Nominal SEER 13.0 13.0 13.0 13.0 13.0 13.0 13.0 13.0
Sound Rating (dBA)** 74 75 75 79 80 80 77 77
ELECTRICAL DATA (208−230−3−60, voltage range 197V−253V) (460−3−60, voltage range 414V−506V)
Minimum Circuit Ampacity − MCA(amps) 13.6 14.1 7.9 18.4 18.7 8.5 21.1 10.4
Maximum OverCurrentProtective device − MOCP (amps) 20 20 10 30 30 10 30 15
Compressor RLA (Rated Load Amps)LRA (Locked Rotor Amps)
10.071
10.473
5.838
13.683.1
13.883.1
6.241
15.9110
7.852
FAN MOTOR
Fan Motor FLA (Full Load Amps) 1.1 1.1 .6 1.4 1.4 0.7 1.2 .6
PSC Fan Motor HP 1/5 1/5 1/5 1/4 1/4 1/4 1/4 1/4
Fan RPM 1100 1100 1100 1100 1100 1100 800 800
Fan CFM 3000 3000 3000 3400 3400 3400 4000 4000
REFRIGERANT DATA
Liquid Line Connection Size in. (mm) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10)
Vapor Line Connection Size in. (mm) 3/4 (19) 7/8 (22) 7/8 (22) 7/8 (22) 7/8 (22) 7/8 (22) 7/8 (22) 7/8 (22)
Recommended Line Set Liquid TubeDiameter in. (mm) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10) 3/8 (10)
Recommended Line Set Vapor TubeDiameter in. (mm) 3/4 (19)* 7/8 (22)* 7/8 (22)* 7/8 (22)* 7/8 (22)* 7/8 (22)*
1−1/8(29)*
1−1/8(29)*
Piston Size − Indoor Cooling(shipped loose with heat pump) 67 73 73 76 82 82 TXV TXV
Piston Size − Outdoor Heating(shipped in liquid service valve) 55 57 57 63 65 65 76 76
Factory Charge R−410A lbs. (kg)5.83
(2.64)6.06
(2.75)6.06
(2.75)6.75
(3.06)7.72
(3.50)7.72
(3.50)11.00(4.99)
11.00(4.99)
Required Subcooling ° F (° C) 12 (7) 9 (5) 9 (5) 9 (5) 13 (7) 13 (7) 15 (8) 15 (8)
Coil Face Area ft2 (m2)15.0
(1.39)17.2
(1.60)17.2
(1.60)17.2
(1.60)19.40(1.80)
15.0(1.39)
15.0(1.39)
17.60(1.64)
Coil Rows − fins per inch 1 − 20 1 − 20 1 − 20 1 − 20 2 − 20 2 − 20 2 − 20 2 − 20
Low Pressure SwitchOpen Pressure PSIGClose Pressure PSIG
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
23 � 555 � 5
High Pressure SwitchOpen Pressure PSIGClose Pressure PSIG
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
670 � 10470 � 25
* Recommended Vapor Tube Line size is for standard installations. These recommendations may not apply to “Long Line” installa-tions. When the total equivalent line length exceeds 80 feet (24.4m) or there is more than 20 feet (6.1m) vertical separation betweenindoor and outdoor units, consult the Long Line Application Guideline document before purchasing/installing line sets.
**Sound Rating tested in accordance with AHRI Standard 270−2008 (not listed with AHRI).
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 7Specifications subject to change without notice.
R−410A COOLING CAPACITY LOSS FOR VARIOUS LINE LENGTHS & TUBE DIAMETERS
UnitNominal Size
MaximumLiquid LineDiametersin. (mm)
AcceptableVapor Line
Sizesin. (mm)
Cooling Capacity Loss (%)Total Equivalent Line Length, ft (m)
StandardApplication Long Line Application Requires Accessories
25 50 80 81−100 101−125 126−150 151−175 176−200 201−225 226−250(7.6) (15.2) (24.4) (25−30) (31−38) (38−46) (46−53) (54−61) (61−69) (69−76)
181 Stage
R−410A HP3/8 (10)
1/2 (13) 1 2 3 3 4 6 7 8 9 105/8 (16) 0 0 1 1 1 1 2 2 3 33/4 (19) 0 0 0 0 0 0 0 1 1 1
241 Stage
R−410A HP3/8 (10)
5/8 (16) 0 1 2 2 2 3 4 4 5 53/4 (19) 0 0 0 0 1 1 1 1 2 27/8 (22) 0 0 0 0 0 0 0 1 1 1
301 Stage
R−410A HP3/8 (10)
5/8 (16) 1 2 2 2 3 4 5 6 7 83/4 (19) 0 0 0 1 1 1 2 2 2 37/8 (22) 0 0 0 0 0 1 1 1 1 1
361 Stage
R−410A HP3/8 (10)
5/8 (16) 1 2 4 4 5 6 8 9 10 123/4 (19) 0 1 1 1 2 2 3 3 4 47/8 (22) 0 0 0 0 1 1 1 1 2 2
421 Stage
R−410A HP3/8 (10)
3/4 (19) 0 1 2 2 2 3 4 4 5 67/8 (22) 0 0 1 1 1 1 2 2 2 3
1−1/8 (29) 0 0 0 0 0 0 0 0 0 048
1 StageR−410A HP
3/8 (10)3/4 (19) 1 2 2 2 3 4 5 6 7 77/8 (22) 0 1 1 1 2 2 2 3 3 4
1−1/8 (29) 0 0 0 0 0 0 1 1 1 160
1 StageR−410A HP
3/8 (10)3/4 (19) 1 2 3 3 4 6 7 8 9 117/8 (22) 0 1 1 1 2 2 3 4 4 5
1−1/8 (29) 0 0 0 0 0 0 0 1 1 1* Applications are considered “Long Line” if the total equivalent tubing length exceeds 80 feet (24.4m) or there is more than 20 foot (6.1m) vertical separationbetween indoor and outdoor units. These applications require additional accessories and system modifications for reliable system operation.Applications in this area are “Long Line”. Accessories are required as shown recommended on Long Line Applications Guideline.Applications in shaded area may have height restrictions that limit allowable total equivalent length when outdoor unit is below indoor unit. See Long LineApplications Guideline.
A-Weighted Sound Power Level - Without Sound Shield
ModelStandard
Rating (dBA)
Typical Octave Band Spectrum (dBA without pure tone adjustment)125 250 500 1000 2000 4000 8000
Unit Size - Standard Typical Octave Band Spectrum (dBA without pure tone adjustment)Series Rating (dBA) 125 250 500 1000 2000 4000 8000
N4H318A(G)KF 69 49.0 57.0 63.0 65.0 61.0 57.5 52.5N4H324A(G)KF 73 51.0 59.5 66.0 68.5 63.5 59.0 53.0N4H330A(G)KF 74 52.5 64.0 68.0 69.0 67.0 64.5 58.5
N4H330GHF 74 52.5 64.0 68.0 69.0 67.0 64.5 58.5N4H336A(G)KF 73 50.5 62.5 67.0 68.5 66.5 63.5 58.0N4H336AH(L)F 75 53.5 63.0 69.0 71.0 67.0 63.5 58.0N4H342A(G)KF 77 55.0 65.0 71.0 72.0 70.0 67.0 59.5
N4H342GHF 79 55.0 67.0 71.0 74.5 70.0 67.0 60.0N4H348A(G)KF 80 59.0 67.0 72.5 75.0 73.5 69.5 61.5N4H348GH(L)F 80 59.5 69.5 74.0 76.0 72.5 69.5 64.5
N4H360A(G)K(H)(L)F 77 55.0 63.0 67.5 71.5 68.0 64.0 60.5Note: Tested in accordance with AHRI Standard 270-2008 (not listed in AHRI).
A-Weighted Sound Power Level - With Sound ShieldN4H318A(G)KF 69 50.0 57.0 63.0 64.5 61.0 57.0 51.0N4H324A(G)KF 71 51.5 59.0 65.5 67.5 63.0 58.5 53.0N4H330A(G)KF 73 53.0 64.0 68.0 68.0 66.5 63.5 57.0
N4H330GHF 73 53.0 64.0 68.0 68.0 66.5 63.5 57.0N4H336A(G)KF 73 52.0 63.0 66.5 68.0 65.5 62.5 56.5N4H336AH(L)F 74 54.0 63.5 68.5 70.0 66.0 63.0 57.0N4H342A(G)KF 77 55.0 65.5 71.0 72.0 70.0 66.0 59.5
N4H342GHF 78 56.0 67.0 71.0 73.5 69.5 66.5 60.0N4H348A(G)KF 79 60.0 66.5 72.5 74.5 73.5 69.0 61.0N4H348GH(L)F 79 58.5 69.0 73.5 74.5 71.5 68.0 62.0
N4H360A(G)K(H)(L)F 74 55.0 63.5 67.0 69.0 66.5 62.0 57.0Note: Tested in accordance with AHRI Standard 270-2008 (not listed in AHRI).
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
8 428 71 5102 02Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(1−
1/2
ton
s)
Co
olin
g
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PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
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1.37
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.48
1.45
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519
.85
1.47
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 9Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
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*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
10 428 71 5102 02Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(2
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
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tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
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tal
Sys
tem
KW
Cap
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y M
Btu
hTo
tal
Sys
tem
KW
Cap
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y M
Btu
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Sys
tem
KW
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ens
Tota
lS
ens
Tota
lS
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Tota
lS
ens
Tota
lS
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r S
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or
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8220
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0118
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18.5
52.
2517
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32.
5115
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02.
8162
23.1
720
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1.63
22.0
220
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1.83
20.5
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2.03
18.5
818
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2.25
17.0
617
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2.51
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215
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2.81
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16.9
61.
6322
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1.66
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317
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1.86
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2.32
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2.55
16.5
514
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2.83
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7026
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61.
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11.2
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92
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5723
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1.66
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1.86
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321
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19.5
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2.29
17.8
917
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2.55
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716
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2.85
6324
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18.0
11.
6722
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17.4
71.
8721
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0819
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15.9
32.
2917
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14.9
72.
5414
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82.
8267
26.1
418
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1.69
24.8
718
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1.90
23.4
017
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2.13
21.7
817
.03
2.37
19.3
616
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2.59
16.9
315
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2.87
7228
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14.8
71.
7327
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14.4
81.
9425
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14.0
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1724
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13.4
92.
4322
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12.8
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5724
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1.69
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1.89
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020
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2.34
18.6
418
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2.60
16.8
116
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19.0
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6923
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81.
9021
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17.8
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32.
3217
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52.
5715
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32.
8567
26.5
419
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1.72
25.2
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1.93
23.7
618
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2.16
22.1
018
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2.41
19.7
417
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2.63
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716
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2.90
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15.4
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7627
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9726
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12.
2024
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13.5
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23.
01
Hea
tin
g
IND
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R A
IR
OU
TD
OO
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EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S d
eg F
(C
)-3
(−1
9)7
(−14
)17
(−1
8)27
(−3
)37
(3)
47 (
8)57
(14
)67
(19
)
ED
BC
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Cap
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tal
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tal
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gN
4H32
4A(G
)KF
Ou
tdo
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Sec
tio
n W
ith
FE
M4P
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r S
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1.45
10.5
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51.
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9190
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4710
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10.0
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5513
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6715
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1.68
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1.75
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1.82
18.5
916
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1.91
21.3
921
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1.98
24.6
124
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2.08
27.5
127
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2.17
800
7.24
6.66
1.59
9.86
9.06
1.68
12.5
711
.46
1.75
15.4
513
.73
1.81
18.8
117
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1.88
21.6
621
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1.95
24.9
124
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2.02
27.6
227
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2.10
900
7.38
6.79
1.60
10.0
39.
221.
6912
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11.6
31.
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21.
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17.2
81.
8721
.90
21.9
01.
9225
.11
25.1
11.
9927
.65
27.6
52.
06
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 11Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
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24**
A*
1.00
1.00
FC
M4X
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031.
01F
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(A,D
)4X
30*1
7**
1.03
0.96
*9M
X*0
6017
14A
**
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EN
H4X
24*1
7**
1.03
0.98
*9M
X*0
6017
14A
**E
NH
4X30
*17*
*1.
030.
96*9
MX
*060
1714
A**
EH
D4X
30A
**1.
031.
01*9
MV
*040
1410
A**
EA
*4X
24*1
7A*
1.03
0.96
*9M
V*0
6017
14A
**E
A*4
X30
*17A
*1.
030.
96*9
MV
*060
1714
A**
EH
D4X
24A
**1.
030.
98*9
MV
*060
1714
A**
EH
D4X
30A
**1.
030.
96*9
MV
*060
1714
A**
EN
(A,D
)4X
24*1
7**
1.02
0.97
*9M
V*0
6017
14A
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N(A
,D)4
X30
*17*
*1.
030.
96*9
MV
*060
1714
A**
EN
H4X
24*1
7**
1.02
0.97
*9M
V*0
6017
14A
**E
NH
4X30
*17*
*1.
030.
96*9
MV
*060
1714
A**
EA
*4X
24*1
7A*
1.03
0.96
*9M
V*0
8017
16A
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A*4
X30
*17A
*1.
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96*9
MV
*080
1716
A**
EH
D4X
24A
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96*9
MV
*080
1716
A**
EH
D4X
30A
**1.
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96*9
MV
*080
1716
A**
EN
(A,D
)4X
24*1
7**
1.03
0.96
*9M
V*0
8017
16A
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N(A
,D)4
X30
*17*
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030.
96*9
MV
*080
1716
A**
EN
H4X
24*1
7**
1.03
0.96
*9M
V*0
8017
16A
**E
NH
4X30
*17*
*1.
030.
96*9
MV
*080
1716
A**
EH
D4X
30A
**1.
030.
96*9
MV
*080
2120
A**
EH
D4X
24A
**1.
030.
96*9
MV
*100
2120
A**
EH
D4X
30A
**1.
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96*9
MV
*100
2120
A**
EH
D4X
24A
**1.
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96*9
MV
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2422
A**
EH
D4X
30A
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96*9
MV
*120
2422
A**
EA
*4X
24*1
7A*
1.03
0.98
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6017
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EH
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24A
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MA
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1714
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MA
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1714
A**
EN
(A,D
)4X
24*1
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1.03
0.98
*9M
A*0
6017
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N(A
,D)4
X30
*17*
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030.
96*9
MA
*060
1714
A**
EN
H4X
24*1
7**
1.03
0.98
*9M
A*0
6017
14A
**E
NH
4X30
*17*
*1.
030.
96*9
MA
*060
1714
A**
EA
*4X
24*1
7A*
1.03
0.96
*9M
A*0
8017
14A
**E
A*4
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*1.
030.
96*9
MA
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1714
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EH
D4X
24A
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96*9
MA
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1714
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EH
D4X
30A
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MA
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1714
A**
EN
(A,D
)4X
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0.97
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A*0
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N(A
,D)4
X30
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96*9
MA
*080
1714
A**
EN
H4X
24*1
7**
1.02
0.97
*9M
A*0
8017
14A
**E
NH
4X30
*17*
*1.
030.
96*9
MA
*080
1714
A**
EH
D4X
24A
**1.
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96*9
MA
*080
2120
A**
EH
D4X
30A
**1.
030.
96*9
MA
*080
2120
A**
EH
D4X
24A
**1.
030.
96*9
MA
*100
2122
A**
EH
D4X
30A
**1.
030.
96*9
MA
*100
2122
A**
EH
D4X
24A
**1.
030.
96*9
MA
*120
2422
A**
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EH
D4X
30A
**1.
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96*9
MA
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2422
A**
EH
D4X
24A
**1.
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98*9
MA
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2120
A**
EH
D4X
30A
**1.
030.
96*9
MA
*060
2120
A**
EA
*4X
24*1
7A*
1.03
0.96
NO
MV
106D
12*
EA
*4X
30*1
7A*
1.03
0.96
NO
MV
106D
12*
EH
D4X
24A
**1.
030.
96N
OM
V10
6D12
*E
HD
4X30
A**
1.03
0.96
NO
MV
106D
12*
EN
(A,D
)4X
24*1
7**
1.03
0.98
NO
MV
106D
12*
EN
(A,D
)4X
30*1
7**
1.03
0.96
NO
MV
106D
12*
EN
H4X
24*1
7**
1.03
0.98
NO
MV
106D
12*
EN
H4X
30*1
7**
1.03
0.96
NO
MV
106D
12*
EA
*4X
24*1
7A*
1.03
0.96
OLV
098A
12A
EA
*4X
30*1
7A*
1.03
0.96
OLV
098A
12A
EN
(A,D
)4X
24*1
7**
1.03
0.98
OLV
098A
12A
EN
(A,D
)4X
30*1
7**
1.03
0.96
OLV
098A
12A
EA
*4X
24*1
7A*
1.03
0.98
OM
V09
8J12
AE
A*4
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030.
96O
MV
098J
12A
EH
D4X
24A
**1.
030.
98O
MV
098J
12A
EH
D4X
30A
**1.
030.
96O
MV
098J
12A
EN
(A,D
)4X
24*1
7**
1.03
0.98
OM
V09
8J12
AE
N(A
,D)4
X30
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*1.
030.
96O
MV
098J
12A
EN
H4X
24*1
7**
1.03
0.98
OM
V09
8J12
AE
NH
4X30
*17*
*1.
030.
96O
MV
098J
12A
EA
*4X
24*1
7A*
1.03
0.96
OM
V11
2K14
AE
A*4
X30
*17A
*1.
030.
94O
MV
112K
14A
EH
D4X
24A
**1.
030.
96O
MV
112K
14A
EH
D4X
30A
**1.
030.
96O
MV
112K
14A
EN
(A,D
)4X
24*1
7**
1.03
0.96
OM
V11
2K14
AE
N(A
,D)4
X30
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*1.
030.
94O
MV
112K
14A
EN
H4X
24*1
7**
1.03
0.96
OM
V11
2K14
AE
NH
4X30
*17*
*1.
030.
94O
MV
112K
14A
EA
*4X
24*1
4A*
1.03
0.96
MV
08**
14C
*E
A*4
X24
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*1.
030.
96M
V12
**17
C*
EA
*4X
30*1
4A*
1.03
0.96
MV
08**
14C
*E
A*4
X30
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*1.
030.
94M
V12
**17
C*
EH
D4X
24A
**1.
030.
96M
V08
**14
C*
EH
D4X
24A
**1.
030.
96M
V12
**17
C*
EH
D4X
30A
**1.
030.
94M
V08
**14
C*
EH
D4X
30A
**1.
030.
94M
V12
**17
C*
EN
(A,D
)4X
24*1
4**
1.03
0.96
MV
08**
14C
*E
N(A
,D)4
X24
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*1.
030.
96M
V12
**17
C*
EN
(A,D
)4X
30*1
4**
1.03
0.96
MV
08**
14C
*E
N(A
,D)4
X30
*17*
*1.
030.
94M
V12
**17
C*
EN
H4X
24*1
7**
1.03
0.96
MV
12**
17C
*E
NH
4X30
*17*
*1.
030.
94M
V12
**17
C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
12 428 71 5102 02Specifications subject to change without notice.
HE
AT
ING
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
*FE
M4P
24**
A*
1.00
1.00
FC
M4X
24**
**0.
960.
94F
EA
4X24
**A
*1.
000.
98F
EA
4X30
**A
*1.
000.
97F
EM
4P30
**A
*1.
000.
96F
EM
4X24
**A
*0.
980.
96F
EM
4X24
**B
*1.
001.
00F
EM
4X30
**A
*0.
980.
93F
EM
4X30
**B
*1.
000.
95F
S(M
,U)4
P24
**A
*1.
000.
99F
VM
4X24
****
0.94
0.92
FX
M4X
24**
A*
1.00
0.96
FX
M4X
30**
A*
1.00
0.96
EA
*4X
24*1
4A*
0.99
0.97
*8M
X*0
4514
08**
EA
*4X
30*1
4A*
0.99
0.96
*8M
X*0
4514
08**
EH
D4X
24A
**0.
990.
97*8
MX
*045
1408
**E
HD
4X30
A**
1.00
0.96
*8M
X*0
4514
08**
EN
(A,D
)4X
24*1
4**
0.99
0.97
*8M
X*0
4514
08**
EN
(A,D
)4X
30*1
4**
0.99
0.96
*8M
X*0
4514
08**
EA
*4X
24*1
4A*
0.98
0.98
*8M
V*0
7014
12**
EA
*4X
30*1
4A*
0.98
0.97
*8M
V*0
7014
12**
EH
D4X
24A
**0.
990.
97*8
MV
*070
1412
**E
HD
4X30
A**
0.99
0.96
*8M
V*0
7014
12**
EN
(A,D
)4X
24*1
4**
0.98
0.97
*8M
V*0
7014
12**
EN
(A,D
)4X
30*1
4**
0.98
0.97
*8M
V*0
7014
12**
EA
*4X
24*1
7A*
0.98
0.97
*8M
V*0
9017
16**
EA
*4X
30*1
7A*
0.98
0.95
*8M
V*0
9017
16**
EH
D4X
24A
**0.
990.
96*8
MV
*090
1716
**E
HD
4X30
A**
0.99
0.95
*8M
V*0
9017
16**
EN
(A,D
)4X
24*1
7**
0.98
0.95
*8M
V*0
9017
16**
EN
(A,D
)4X
30*1
7**
0.98
0.95
*8M
V*0
9017
16**
EN
H4X
24*1
7**
0.98
0.95
*8M
V*0
9017
16**
EN
H4X
30*1
7**
0.98
0.95
*8M
V*0
9017
16**
EH
D4X
24A
**0.
990.
97*8
MV
*110
2120
**E
HD
4X30
A**
0.99
0.95
*8M
V*1
1021
20**
EH
D4X
24A
**0.
990.
97*8
MV
*135
2422
**E
HD
4X30
A**
0.99
0.95
*8M
V*1
3524
22**
EA
*4X
30*1
4A*
1.00
0.99
*9M
X*0
4014
10A
**E
HD
4X30
A**
1.02
1.00
*9M
X*0
4014
10A
**E
A*4
X24
*17A
*0.
980.
97*9
MX
*060
1714
A**
EA
*4X
30*1
7A*
0.99
0.96
*9M
X*0
6017
14A
**E
HD
4X24
A**
0.98
0.98
*9M
X*0
6017
14A
**E
HD
4X30
A**
0.99
0.96
*9M
X*0
6017
14A
**E
N(A
,D)4
X24
*17*
*0.
980.
97*9
MX
*060
1714
A**
EN
(A,D
)4X
30*1
7**
0.99
0.96
*9M
X*0
6017
14A
**E
NH
4X24
*17*
*0.
980.
97*9
MX
*060
1714
A**
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EN
H4X
30*1
7**
0.99
0.96
*9M
X*0
6017
14A
**E
HD
4X30
A**
0.99
0.99
*9M
V*0
4014
10A
**E
A*4
X24
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*0.
970.
97*9
MV
*060
1714
A**
EA
*4X
30*1
7A*
0.98
0.95
*9M
V*0
6017
14A
**E
HD
4X24
A**
0.97
0.97
*9M
V*0
6017
14A
**E
HD
4X30
A**
0.98
0.95
*9M
V*0
6017
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N(A
,D)4
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970.
97*9
MV
*060
1714
A**
EN
(A,D
)4X
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7**
0.98
0.95
*9M
V*0
6017
14A
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NH
4X24
*17*
*0.
970.
97*9
MV
*060
1714
A**
EN
H4X
30*1
7**
0.98
0.95
*9M
V*0
6017
14A
**E
A*4
X24
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*0.
970.
96*9
MV
*080
1716
A**
EA
*4X
30*1
7A*
0.98
0.94
*9M
V*0
8017
16A
**E
HD
4X24
A**
0.97
0.96
*9M
V*0
8017
16A
**E
HD
4X30
A**
0.98
0.94
*9M
V*0
8017
16A
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N(A
,D)4
X24
*17*
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970.
96*9
MV
*080
1716
A**
EN
(A,D
)4X
30*1
7**
0.98
0.94
*9M
V*0
8017
16A
**E
NH
4X24
*17*
*0.
970.
96*9
MV
*080
1716
A**
EN
H4X
30*1
7**
0.98
0.94
*9M
V*0
8017
16A
**E
HD
4X30
A**
0.98
0.94
*9M
V*0
8021
20A
**E
HD
4X24
A**
0.97
0.97
*9M
V*1
0021
20A
**E
HD
4X30
A**
0.98
0.93
*9M
V*1
0021
20A
**E
HD
4X24
A**
0.97
0.97
*9M
V*1
2024
22A
**E
HD
4X30
A**
0.98
0.94
*9M
V*1
2024
22A
**E
A*4
X24
*17A
*0.
980.
98*9
MA
*060
1714
A**
EA
*4X
30*1
7A*
0.98
0.96
*9M
A*0
6017
14A
**E
HD
4X24
A**
0.99
0.97
*9M
A*0
6017
14A
**E
HD
4X30
A**
0.99
0.96
*9M
A*0
6017
14A
**E
N(A
,D)4
X24
*17*
*0.
990.
98*9
MA
*060
1714
A**
EN
(A,D
)4X
30*1
7**
0.99
0.97
*9M
A*0
6017
14A
**E
NH
4X24
*17*
*0.
990.
98*9
MA
*060
1714
A**
EN
H4X
30*1
7**
0.99
0.97
*9M
A*0
6017
14A
**E
A*4
X24
*17A
*0.
980.
98*9
MA
*080
1714
A**
EA
*4X
30*1
7A*
0.98
0.97
*9M
A*0
8017
14A
**E
HD
4X24
A**
0.98
0.97
*9M
A*0
8017
14A
**E
HD
4X30
A**
0.98
0.96
*9M
A*0
8017
14A
**E
N(A
,D)4
X24
*17*
*0.
980.
97*9
MA
*080
1714
A**
EN
(A,D
)4X
30*1
7**
0.98
0.97
*9M
A*0
8017
14A
**E
NH
4X24
*17*
*0.
980.
97*9
MA
*080
1714
A**
EN
H4X
30*1
7**
0.98
0.97
*9M
A*0
8017
14A
**E
HD
4X24
A**
1.00
0.96
*9M
A*0
8021
20A
**E
HD
4X30
A**
0.99
0.94
*9M
A*0
8021
20A
**E
HD
4X24
A**
1.00
0.96
*9M
A*1
0021
22A
**E
HD
4X30
A**
0.99
0.93
*9M
A*1
0021
22A
**E
HD
4X24
A**
0.99
0.96
*9M
A*1
2024
22A
**E
HD
4X30
A**
0.99
0.95
*9M
A*1
2024
22A
**E
HD
4X24
A**
0.99
0.97
*9M
A*0
6021
20A
**E
HD
4X30
A**
0.99
0.96
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A*0
6021
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AT
ING
IND
OO
R M
OD
EL
CA
PA
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ER
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RN
AC
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EA
*4X
24*1
7A*
0.98
0.98
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MV
106D
12*
EA
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7A*
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MV
106D
12*
EH
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MV
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MV
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(A,D
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C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 13Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(2−
1/2
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
N4H
330A
(G)K
F, N
4H33
0GH
F O
utd
oo
r S
ecti
on
Wit
h F
EM
4P30
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do
or
Sec
tio
n
875
5727
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27.1
82.
0226
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26.0
32.
2424
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24.7
82.
5023
.39
23.3
92.
7921
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21.4
53.
0719
.49
19.4
93.
4262
28.4
424
.01
2.03
26.9
623
.33
2.25
25.3
622
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2.51
23.6
521
.76
2.79
21.4
821
.48
3.07
19.5
419
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3.42
6329
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19.6
12.
0427
.50
18.9
52.
2625
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18.2
52.
5224
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17.5
02.
8021
.55
16.4
73.
0718
.91
15.4
03.
4067
31.4
920
.43
2.07
29.8
319
.77
2.30
28.0
619
.07
2.55
26.1
718
.34
2.85
24.1
417
.56
3.17
21.4
116
.53
3.49
7234
.60
16.6
22.
1133
.02
16.0
62.
3431
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15.4
32.
6029
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14.7
42.
9126
.97
13.9
43.
2524
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13.1
53.
63
1000
5728
.38
28.3
82.
0727
.13
27.1
32.
2925
.81
25.8
12.
5524
.36
24.3
62.
8522
.72
22.7
23.
1720
.47
20.4
73.
4962
29.1
425
.72
2.08
27.5
924
.98
2.30
25.9
824
.14
2.55
24.4
024
.40
2.85
22.7
622
.76
3.17
20.5
120
.51
3.49
6329
.71
20.8
22.
0828
.09
20.1
42.
3026
.36
19.4
22.
5624
.52
18.6
72.
8522
.11
17.6
83.
1319
.33
16.5
43.
4567
32.1
621
.66
2.11
30.4
821
.06
2.34
28.6
020
.33
2.60
26.6
119
.58
2.89
24.5
518
.80
3.22
21.9
817
.83
3.56
7235
.21
17.3
02.
1533
.61
16.7
82.
3831
.78
16.1
72.
6529
.75
15.5
02.
9527
.51
14.7
63.
2925
.00
13.9
03.
68
1125
5729
.38
29.3
82.
1228
.07
28.0
72.
3426
.66
26.6
62.
6025
.15
25.1
52.
9023
.48
23.4
83.
2321
.30
21.3
03.
5662
29.7
527
.27
2.12
28.1
528
.15
2.34
26.7
026
.70
2.60
25.1
825
.18
2.90
23.5
123
.51
3.23
21.3
421
.34
3.56
6330
.21
21.9
72.
1228
.53
21.2
82.
3526
.75
20.5
52.
6024
.84
19.7
72.
8922
.76
18.9
03.
2019
.71
17.6
03.
5067
32.6
722
.83
2.15
30.9
622
.26
2.38
29.0
121
.55
2.64
26.9
720
.78
2.94
24.8
619
.98
3.27
22.4
819
.05
3.63
7235
.66
17.9
52.
1934
.05
17.4
52.
4232
.19
16.8
72.
6930
.14
16.2
12.
9927
.89
15.4
93.
3325
.30
14.6
43.
72
Hea
tin
g
IND
OO
R A
IR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S d
eg F
(C
)-3
(−1
9)7
(−14
)17
(−1
8)27
(−3
)37
(3)
47 (
8)57
(14
)67
(19
)
ED
BC
FM
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
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tal
Sys
-te
mK
W
Cap
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yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
WTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gN
4H33
0A(G
)KF,
N4H
330G
HF
Ou
tdo
or
Sec
tio
n W
ith
FE
M4P
30**
A*
Ind
oo
r S
ecti
on
875
11.5
410
.62
2.01
14.6
113
.43
2.07
17.8
916
.31
2.13
21.5
119
.10
2.20
24.9
522
.71
2.26
28.6
628
.66
2.33
32.9
132
.91
2.40
36.2
836
.28
2.45
6510
0011
.73
10.7
92.
0214
.83
13.6
32.
0718
.18
16.5
82.
1221
.76
19.3
22.
1825
.26
22.9
92.
2329
.04
29.0
42.
2933
.14
33.1
42.
3436
.10
36.1
02.
3711
2511
.90
10.9
52.
0415
.02
13.8
12.
0818
.71
17.0
62.
1321
.96
19.5
02.
1725
.52
23.2
22.
2129
.36
29.3
62.
2733
.18
33.1
82.
3035
.81
35.8
12.
32
70
875
11.0
810
.20
2.10
14.1
713
.02
2.16
17.4
415
.90
2.22
21.2
118
.84
2.30
24.5
822
.37
2.36
28.2
328
.23
2.44
32.4
532
.45
2.51
35.9
235
.92
2.57
1000
11.3
010
.40
2.11
14.4
113
.24
2.17
17.7
016
.14
2.22
21.4
519
.05
2.28
24.8
822
.64
2.33
28.6
028
.60
2.39
32.7
432
.74
2.45
35.7
935
.79
2.49
1125
11.4
810
.56
2.13
14.6
113
.42
2.18
17.9
316
.35
2.22
21.6
519
.23
2.27
25.1
322
.87
2.32
28.9
128
.91
2.37
32.8
432
.84
2.41
35.5
535
.55
2.43
75
875
10.6
69.
812.
2013
.74
12.6
32.
2616
.99
15.4
92.
3220
.87
18.5
42.
4124
.20
22.0
32.
4827
.80
27.8
02.
5531
.99
31.9
92.
6335
.52
35.5
22.
6910
0010
.85
9.98
2.21
13.9
712
.83
2.26
17.2
515
.73
2.32
21.1
218
.76
2.39
24.4
922
.29
2.44
28.1
628
.16
2.50
32.3
232
.32
2.56
35.4
535
.45
2.60
1125
11.0
210
.14
2.22
14.1
613
.01
2.27
17.4
715
.93
2.32
21.3
318
.95
2.38
24.7
522
.52
2.43
28.4
728
.47
2.48
32.4
832
.48
2.52
35.2
735
.27
2.55
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
14 428 71 5102 02Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
*FE
M4P
30**
A*
1.00
1.00
FC
M4X
24**
**1.
051.
00F
CM
4X36
****
1.05
0.99
FE
A4X
30**
A*
1.05
1.03
FE
A4X
36**
A*
1.05
1.05
FE
M4P
36**
A*
1.04
1.02
FE
M4X
30**
A*
1.05
1.02
FE
M4X
30**
B*
1.00
0.98
FE
M4X
35**
A*
1.05
1.03
FE
M4X
36**
A*
1.05
1.02
FE
M4X
36**
B*
1.04
1.02
FS
(M,U
)4P
30**
A*
1.05
1.03
FV
M4X
24**
**1.
051.
00F
VM
4X36
****
1.05
0.99
FX
M4X
30**
A*
1.05
1.00
FX
M4X
36**
A*
1.05
0.99
EA
*4X
30*1
7A*
1.05
1.02
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X*0
7017
16**
EA
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36*1
7A*
1.05
1.02
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7017
16**
EH
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30A
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02*8
MX
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1716
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HD
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1.05
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16**
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(A,D
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PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 15Specifications subject to change without notice.
MU
LTIP
LIE
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FO
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20A
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4X30
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0.98
0.97
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0.94
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H4X
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0.98
1.01
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6017
14A
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981.
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MA
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1714
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EA
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30*1
7A*
0.99
1.00
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N(A
,D,W
)4X
36*1
7**
0.99
1.00
*9M
A*0
8017
14A
**E
NH
4X30
*17*
*0.
991.
00*9
MA
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1714
A**
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H4X
36*1
7**
0.99
1.00
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36A
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95*9
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2120
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(A,D
)4X
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1**
0.99
1.00
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A*0
8021
20A
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A*4
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*0.
990.
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MA
*100
2122
A**
EH
D4X
30A
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97*9
MA
*100
2122
A**
EH
D4X
36A
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MA
*100
2122
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(A,D
)4X
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1**
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0.98
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A*1
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22A
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0.95
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2120
A**
EN
(A,D
)4X
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1**
0.99
1.00
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A*0
6021
20A
**
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
16 428 71 5102 02Specifications subject to change without notice.
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EH
D4X
30A
**0.
980.
99N
OM
V10
6D12
*E
HD
4X36
A**
0.98
0.97
NO
MV
106D
12*
EN
(A,D
)4X
30*1
7**
0.97
0.99
NO
MV
106D
12*
EN
(A,D
,W)4
X36
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970.
99N
OM
V10
6D12
*E
NH
4X30
*17*
*0.
970.
99N
OM
V10
6D12
*E
NH
4X36
*17*
*0.
970.
99N
OM
V10
6D12
*E
A*4
X30
*17A
*0.
991.
01O
LV09
8A12
AE
A*4
X36
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991.
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LV09
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AE
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0.99
1.01
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12A
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36*2
1A*
0.99
0.98
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112A
16A
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(A,D
)4X
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1**
0.99
0.99
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0.99
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C*
EN
H4X
30*1
7**
0.97
0.97
MV
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17C
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NH
4X36
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C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 17Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(3
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
N4H
336A
(G)K
F, N
4H33
36G
H(L
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r S
ecti
on
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h F
EM
4P36
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or
Sec
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5731
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31.9
52.
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30.6
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29.2
92.
9427
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27.8
03.
2625
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25.7
63.
5923
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23.4
83.
9962
33.1
828
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2.41
31.5
627
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2.66
29.8
426
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2.95
28.0
126
.01
3.27
25.8
125
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3.60
23.5
323
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3.99
6333
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23.2
22.
4232
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22.5
02.
6730
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21.7
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9528
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20.9
43.
2825
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19.8
53.
5922
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18.5
83.
9767
36.6
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2.44
34.9
223
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2.71
32.9
822
.73
3.00
30.9
421
.95
3.32
28.7
221
.10
3.70
25.8
420
.01
4.06
7240
.08
19.4
22.
4838
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18.9
42.
7536
.71
18.3
13.
0434
.58
17.5
93.
3832
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16.7
23.
7729
.53
15.8
44.
21
1200
5733
.27
33.2
72.
4531
.91
31.9
12.
7130
.46
30.4
63.
0028
.89
28.8
93.
3327
.12
27.1
23.
7024
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24.6
44.
0662
33.9
830
.51
2.46
32.3
129
.67
2.72
30.5
430
.54
3.00
28.9
328
.93
3.33
27.1
627
.16
3.70
24.6
824
.68
4.07
6334
.60
24.6
72.
4732
.85
23.9
42.
7230
.97
23.1
63.
0128
.97
22.3
43.
3326
.70
21.4
13.
6923
.25
19.9
74.
0267
37.4
125
.60
2.49
35.6
625
.04
2.76
33.6
024
.27
3.05
31.4
723
.46
3.38
29.1
922
.59
3.75
26.6
221
.61
4.16
7240
.70
20.2
22.
5339
.19
19.7
82.
7937
.34
19.1
93.
0935
.20
18.5
03.
4332
.76
17.7
13.
8229
.95
16.7
64.
27
1350
5734
.39
34.3
92.
5132
.97
32.9
72.
7731
.42
31.4
23.
0629
.79
29.7
93.
3927
.97
27.9
73.
7725
.68
25.6
84.
1562
34.7
132
.24
2.51
33.0
333
.03
2.77
31.4
631
.46
3.06
29.8
229
.82
3.39
28.0
128
.01
3.77
25.7
225
.72
4.16
6335
.21
26.0
52.
5233
.35
25.3
02.
7731
.40
24.5
03.
0629
.36
23.6
53.
3827
.07
22.7
03.
7423
.69
21.2
24.
0867
37.9
526
.97
2.54
36.1
726
.43
2.81
34.0
825
.72
3.10
31.8
824
.88
3.43
29.5
523
.99
3.81
26.9
622
.97
4.22
7241
.12
20.8
82.
5739
.64
20.5
32.
8437
.79
20.0
03.
1435
.64
19.3
43.
4833
.18
18.5
83.
8730
.35
17.6
64.
31
Hea
tin
g
IND
OO
R A
IR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S d
eg F
(C
)-3
(−1
9)7
(−14
)17
(−1
8)27
(−3
)37
(3)
47 (
8)57
(14
)67
(19
)
ED
BC
FM
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
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tal
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mK
W
Cap
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Btu
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mK
W
Cap
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yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
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yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
WTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gN
4H33
6A(G
)KF,
N4H
3336
GH
(L)F
Ou
tdo
or
Sec
tio
n W
ith
FE
M4P
36**
A*
Ind
oo
r S
ecti
on
1050
12.7
911
.77
2.17
16.5
815
.24
2.26
20.5
318
.72
2.35
24.7
221
.96
2.46
29.5
926
.93
2.60
33.4
433
.44
2.71
37.4
837
.48
2.84
41.9
641
.96
3.04
6512
0013
.08
12.0
42.
1916
.92
15.5
52.
2820
.91
19.0
72.
3625
.18
22.3
62.
4629
.99
27.2
92.
5833
.84
33.8
42.
6838
.05
38.0
52.
8042
.68
42.6
82.
9713
5013
.35
12.2
82.
2217
.22
15.8
32.
3021
.25
19.3
72.
3725
.56
22.7
02.
4630
.31
27.5
82.
5834
.23
34.2
32.
6638
.53
38.5
32.
7743
.26
43.2
62.
93
70
1050
11.9
711
.01
2.27
15.8
014
.52
2.36
19.7
918
.04
2.46
24.0
121
.32
2.57
29.0
626
.45
2.72
32.9
532
.95
2.83
36.8
936
.89
2.97
41.2
741
.27
3.17
1200
12.3
011
.31
2.29
16.1
614
.85
2.38
20.2
018
.42
2.47
24.4
621
.72
2.56
29.4
926
.84
2.70
33.4
033
.40
2.80
37.4
537
.45
2.92
41.9
741
.97
3.10
1350
12.5
611
.55
2.32
16.4
615
.13
2.40
20.5
318
.72
2.48
24.8
322
.06
2.57
29.8
427
.16
2.69
33.7
633
.76
2.78
37.9
237
.92
2.89
42.5
642
.56
3.06
75
1050
11.1
810
.29
2.37
15.0
413
.83
2.47
19.0
717
.39
2.57
23.2
620
.66
2.68
27.7
425
.24
2.81
32.4
632
.46
2.96
36.3
236
.32
3.10
40.5
840
.58
3.31
1200
11.4
510
.53
2.40
15.3
714
.13
2.48
19.4
517
.73
2.57
23.7
121
.06
2.67
28.4
325
.87
2.79
32.8
932
.89
2.92
36.8
636
.86
3.05
41.2
741
.27
3.24
1350
11.7
110
.78
2.43
15.6
714
.40
2.51
19.7
818
.04
2.59
24.0
821
.39
2.68
29.2
926
.66
2.81
33.2
633
.26
2.90
37.3
137
.31
3.02
41.8
441
.84
3.19
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
18 428 71 5102 02Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
*FE
M4P
36**
A*
1.00
1.00
FC
M4X
24**
**1.
020.
96F
CM
4X36
****
1.02
0.92
FC
M4X
48**
**1.
060.
93F
CM
4X60
****
1.07
0.93
FE
A4X
36**
A*
1.02
1.00
FE
M4P
42**
A*
1.03
0.98
FE
M4X
35**
A*
1.02
0.98
FE
M4X
36**
A*
1.04
0.99
FE
M4X
36**
B*
1.00
0.97
FE
M4X
42**
A*
1.03
1.01
FE
M4X
42**
B*
1.03
0.98
FS
(M,U
)4P
42**
A*
1.04
1.01
FV
M4X
24**
**1.
020.
97F
VM
4X36
****
1.03
0.97
FV
M4X
60**
**1.
070.
93F
XM
4X36
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060.
97F
XM
4X42
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060.
97E
A*4
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MV
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NH
4X36
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010.
97*8
MV
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A*4
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020.
96*8
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020.
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HD
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,D,W
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20**
EN
H4X
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1**
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0.97
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20**
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MV
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2422
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HD
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0.99
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HD
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6017
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HD
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6017
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97*9
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D4X
42*1
7**
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8017
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NH
4X36
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96*9
MX
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1716
A**
EA
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36*2
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97*9
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2120
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1**
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20A
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NH
4X42
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040.
95*9
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2120
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EA
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0.99
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6017
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HD
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6017
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HD
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6017
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031.
00*9
MV
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1714
A**
EN
H4X
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7**
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0.99
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6017
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A*4
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020.
97*9
MV
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1716
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EH
D4X
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1716
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EH
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(A,D
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EN
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8017
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NH
4X36
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010.
99*9
MV
*080
1716
A**
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
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FU
RN
AC
EM
OD
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EA
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36*2
1A*
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8021
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A*4
X42
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030.
97*9
MV
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2120
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EH
D4X
36A
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97*9
MV
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2120
A**
EH
D4X
42A
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95*9
MV
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2120
A**
EN
(A,D
)4X
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1**
1.01
0.97
*9M
V*0
8021
20A
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N(A
,D,W
)4X
42*2
1**
1.02
0.96
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V*0
8021
20A
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NH
4X42
*21*
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020.
96*9
MV
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2120
A**
EA
*4X
36*2
1A*
1.02
0.96
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97*9
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2120
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2120
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MV
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2120
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(A,D
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N(A
,D,W
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1**
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0.96
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20A
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NH
4X42
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020.
96*9
MV
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2120
A**
EA
*4X
42*2
4A*
1.03
0.97
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2024
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HD
4X36
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1.04
0.97
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2024
22A
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HD
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(A,D
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D4X
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0.97
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6017
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NH
4X36
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97*9
MA
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1714
A**
EA
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7A*
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0.96
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8017
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HD
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1.03
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8017
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HD
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1.04
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8017
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N(A
,D,W
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7**
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0.98
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8017
14A
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ND
4X42
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020.
96*9
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H4X
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7**
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(A,D
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HD
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1.04
0.97
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A*1
0021
22A
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HD
4X42
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1.05
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020.
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(A,D
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020.
96*9
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H4X
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1**
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020.
96*9
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2422
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97*9
MA
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2422
A**
EH
D4X
42A
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95*9
MA
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2422
A**
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 19Specifications subject to change without notice.
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EA
*4X
36*2
1A*
1.01
0.97
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A*0
6021
20A
**E
A*4
X42
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*1.
020.
96*9
MA
*060
2120
A**
EH
D4X
36A
**1.
030.
97*9
MA
*060
2120
A**
EH
D4X
42A
**1.
040.
97*9
MA
*060
2120
A**
EN
(A,D
)4X
36*2
1**
1.01
0.96
*9M
A*0
6021
20A
**E
N(A
,D,W
)4X
42*2
1**
1.02
0.97
*9M
A*0
6021
20A
**E
NH
4X42
*21*
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020.
97*9
MA
*060
2120
A**
EA
*4X
36*1
7A*
1.01
0.97
NO
MV
106D
12*
EH
D4X
36A
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030.
97N
OM
V10
6D12
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HD
4X42
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1.04
0.97
NO
MV
106D
12*
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(A,D
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010.
98N
OM
V10
6D12
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ND
4X42
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020.
98N
OM
V10
6D12
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NH
4X36
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010.
98N
OM
V10
6D12
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A*4
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020.
96N
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V15
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020.
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OM
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6E19
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HD
4X36
A**
1.04
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NO
MV
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N(A
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NO
MV
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19*
EN
H4X
42*2
1**
1.02
0.96
NO
MV
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19*
EA
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7A*
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(A,D
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ND
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020.
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AE
N(A
,D,W
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42*2
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1.03
0.98
OLV
112A
16A
EA
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42*2
4A*
1.05
0.96
OLV
154F
20A
EA
*4X
36*1
7A*
1.01
0.99
OM
V09
8J12
AE
HD
4X36
A**
1.04
1.01
OM
V09
8J12
AE
HD
4X42
A**
1.04
1.00
OM
V09
8J12
AE
N(A
,D,W
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1.01
0.99
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8J12
AE
ND
4X42
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031.
00O
MV
098J
12A
EN
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7**
1.01
0.99
OM
V09
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AE
A*4
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EH
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(A,D
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MV
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D4X
42*1
7**
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V11
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NH
4X36
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010.
99O
MV
112K
14A
EA
*4X
42*2
4A*
1.03
0.93
OM
V15
4L20
AE
HD
4X36
A**
1.04
0.94
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V15
4L20
AE
HD
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1.05
0.94
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020.
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A*4
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020.
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C*
EA
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1.04
0.95
MV
16**
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EA
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1.03
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MV
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LIN
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DO
OR
MO
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LC
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AC
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RF
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MO
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HD
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1.05
0.96
MV
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HD
4X42
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1.05
0.97
MV
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17C
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HD
4X42
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1.05
0.95
MV
16**
21C
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HD
4X42
A**
1.05
0.94
MV
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N(A
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020.
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EN
(A,D
,W)4
X36
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020.
96M
V12
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C*
EN
(A,D
,W)4
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040.
97M
V16
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EN
D4X
42*1
7**
1.04
0.98
MV
12**
17C
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NH
4X36
*17*
*1.
020.
96M
V12
**17
C*
EN
H4X
42*2
1**
1.04
0.97
MV
16**
21C
*H
EA
TIN
GH
EA
TIN
GIN
DO
OR
MO
DE
LC
AP
AC
ITY
PO
WE
RF
UR
NA
CE
MO
DE
L*F
EM
4P36
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001.
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CM
4X24
****
1.01
1.01
FC
M4X
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000.
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CM
4X48
****
1.01
0.94
FC
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020.
92F
EA
4X36
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001.
02F
EM
4P42
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020.
96F
EM
4X35
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010.
99F
EM
4X36
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020.
97F
EM
4X36
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001.
00F
EM
4X42
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S(M
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VM
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****
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1.00
FV
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36**
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000.
98F
VM
4X60
****
1.02
0.92
FX
M4X
36**
A*
1.01
0.95
FX
M4X
42**
A*
1.01
0.95
EA
*4X
36*1
4A*
1.01
1.04
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X*0
4514
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EH
D4X
36A
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011.
01*8
MX
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1408
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HD
4X42
A**
1.02
1.00
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X*0
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EA
*4X
36*1
7A*
1.00
1.01
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X*0
7017
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EH
D4X
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010.
99*8
MX
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1716
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HD
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1.01
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7017
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EN
(A,D
,W)4
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991.
02*8
MX
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1716
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ND
4X42
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010.
99*8
MX
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1716
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NH
4X36
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991.
02*8
MX
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1716
**
EA
*4X
36*2
1A*
0.99
0.97
*8M
X*0
9021
16**
EA
*4X
42*2
1A*
0.99
0.96
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X*0
9021
16**
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
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FU
RN
AC
EM
OD
EL
EH
D4X
36A
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000.
96*8
MX
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2116
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HD
4X42
A**
1.00
0.95
*8M
X*0
9021
16**
EN
(A,D
)4X
36*2
1**
0.99
0.98
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X*0
9021
16**
EN
(A,D
,W)4
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990.
97*8
MX
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2116
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NH
4X42
*21*
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990.
97*8
MX
*090
2116
**E
A*4
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*0.
990.
97*8
MX
*110
2120
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A*4
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990.
96*8
MX
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2120
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HD
4X36
A**
1.00
0.95
*8M
X*1
1021
20**
EH
D4X
42A
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MX
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N(A
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990.
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2120
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N(A
,D,W
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*8M
X*1
1021
20**
EN
H4X
42*2
1**
0.99
0.96
*8M
X*1
1021
20**
EA
*4X
36*1
4A*
0.99
1.01
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V*0
7014
12**
EH
D4X
36A
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000.
98*8
MV
*070
1412
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HD
4X42
A**
1.00
0.97
*8M
V*0
7014
12**
EA
*4X
36*1
7A*
0.99
0.99
*8M
V*0
9017
16**
EH
D4X
36A
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990.
97*8
MV
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1716
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HD
4X42
A**
0.99
0.96
*8M
V*0
9017
16**
EN
(A,D
,W)4
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990.
99*8
MV
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1716
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ND
4X42
*17*
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990.
97*8
MV
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1716
**E
NH
4X36
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990.
99*8
MV
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1716
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A*4
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990.
98*8
MV
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2120
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A*4
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990.
97*8
MV
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2120
**E
HD
4X36
A**
0.99
0.96
*8M
V*1
1021
20**
EH
D4X
42A
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000.
96*8
MV
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2120
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N(A
,D)4
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990.
99*8
MV
*110
2120
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N(A
,D,W
)4X
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1**
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0.98
*8M
V*1
1021
20**
EN
H4X
42*2
1**
0.99
0.98
*8M
V*1
1021
20**
EA
*4X
42*2
4A*
0.99
0.97
*8M
V*1
3524
22**
EH
D4X
36A
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990.
96*8
MV
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2422
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HD
4X42
A**
0.99
0.95
*8M
V*1
3524
22**
EA
*4X
36*1
7A*
1.00
1.01
*9M
X*0
6017
14A
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HD
4X36
A**
1.01
0.99
*9M
X*0
6017
14A
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HD
4X42
A**
1.01
0.98
*9M
X*0
6017
14A
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N(A
,D,W
)4X
36*1
7**
0.99
1.02
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X*0
6017
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ND
4X42
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010.
99*9
MX
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1714
A**
EN
H4X
36*1
7**
0.99
1.02
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EH
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MX
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1716
A**
EH
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42A
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97*9
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(A,D
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991.
01*9
MX
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1716
A**
EN
D4X
42*1
7**
0.99
0.98
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X*0
8017
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**E
NH
4X36
*17*
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991.
01*9
MX
*080
1716
A**
EA
*4X
36*2
1A*
1.02
0.98
*9M
X*1
0021
20A
**
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
20 428 71 5102 02Specifications subject to change without notice.
EA
*4X
42*2
1A*
1.02
0.98
*9M
X*1
0021
20A
**E
HD
4X36
A**
1.03
0.98
*9M
X*1
0021
20A
**E
HD
4X42
A**
1.03
0.96
*9M
X*1
0021
20A
**H
EA
TIN
GIN
DO
OR
MO
DE
LC
AP
AC
ITY
PO
WE
RF
UR
NA
CE
MO
DE
LE
N(A
,D)4
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021.
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2120
A**
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(A,D
,W)4
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020.
99*9
MX
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2120
A**
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H4X
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1**
1.02
0.99
*9M
X*1
0021
20A
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A*4
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011.
02*9
MV
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1714
A**
EH
D4X
36A
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MV
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1714
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(A,D
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011.
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MV
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1714
A**
EN
D4X
42*1
7**
1.02
1.01
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V*0
6017
14A
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NH
4X36
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011.
04*9
MV
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1714
A**
EA
*4X
36*1
7A*
1.01
1.01
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8017
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HD
4X36
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1.02
1.00
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HD
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1.01
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N(A
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4X42
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011.
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H4X
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7**
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011.
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MV
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4X42
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(A,D
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MV
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2120
A**
EA
*4X
42*2
1A*
1.01
0.99
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V*1
0021
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HD
4X36
A**
1.01
0.98
*9M
V*1
0021
20A
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HD
4X42
A**
1.01
0.97
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V*1
0021
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N(A
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MV
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(A,D
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010.
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MV
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H4X
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MV
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2422
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EH
D4X
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98*9
MV
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2422
A**
EH
D4X
42A
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97*9
MV
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2422
A**
EA
*4X
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1.02
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HD
4X36
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0.99
1.00
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HD
4X42
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0.99
0.99
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4X42
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991.
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MA
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H4X
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981.
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AT
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PA
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(A,D
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MA
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1714
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EN
D4X
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A*0
8017
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NH
4X36
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MA
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1714
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EA
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0.98
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(A,D
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0.99
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N(A
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0.98
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NH
4X42
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990.
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MA
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A**
EA
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36*2
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0.98
0.98
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A*1
0021
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MA
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96*9
MA
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2122
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EH
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MA
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2122
A**
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(A,D
)4X
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0.99
0.99
*9M
A*1
0021
22A
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N(A
,D,W
)4X
42*2
1**
0.99
0.98
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A*1
0021
22A
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NH
4X42
*21*
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990.
98*9
MA
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2122
A**
EA
*4X
42*2
4A*
0.98
0.98
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A*1
2024
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HD
4X36
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0.99
0.97
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A*1
2024
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0.98
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0.97
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(A,D
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MV
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MV
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D4X
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7**
0.99
0.99
NO
MV
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H4X
36*1
7**
0.99
1.02
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MV
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12*
EA
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36*2
1A*
0.99
0.99
NO
MV
156E
19*
EA
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1A*
0.99
0.98
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MV
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19*
EH
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36A
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OM
V15
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HD
4X42
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NO
MV
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(A,D
)4X
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1.00
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MV
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(A,D
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NH
4X42
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A*4
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A
HE
AT
ING
IND
OO
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CA
PA
CIT
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AC
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(A,D
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AE
ND
4X42
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N(A
,D)4
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001.
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AE
N(A
,D,W
)4X
42*2
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1.01
0.99
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112A
16A
EA
*4X
42*2
4A*
1.02
0.96
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154F
20A
EA
*4X
36*1
7A*
1.00
1.02
OM
V09
8J12
AE
HD
4X36
A**
1.01
0.99
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HD
4X42
A**
1.01
0.99
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AE
N(A
,D,W
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ND
4X42
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011.
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MV
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H4X
36*1
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1.00
1.03
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AE
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MV
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EH
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42A
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010.
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MV
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(A,D
,W)4
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991.
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MV
112K
14A
EN
D4X
42*1
7**
1.00
0.98
OM
V11
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AE
NH
4X36
*17*
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991.
01O
MV
112K
14A
EA
*4X
42*2
4A*
1.01
0.98
OM
V15
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AE
HD
4X36
A**
1.01
0.97
OM
V15
4L20
AE
HD
4X42
A**
1.01
0.96
OM
V15
4L20
AE
A*4
X36
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*1.
011.
01M
V08
**14
C*
EA
*4X
36*1
7A*
1.01
0.99
MV
12**
17C
*E
A*4
X36
*21A
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010.
98M
V16
**21
C*
EA
*4X
42*2
1A*
1.01
0.97
MV
16**
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A*4
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010.
98M
V20
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011.
00E
HD
4X36
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1.01
0.98
MV
08**
14C
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HD
4X36
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1.02
0.97
MV
12**
17C
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HD
4X36
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1.01
0.96
MV
16**
21C
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HD
4X36
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1.01
0.97
MV
20**
24C
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HD
4X42
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1.00
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010.
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V08
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C*
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D4X
42A
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V12
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C*
EH
D4X
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96M
V16
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(A,D
)4X
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1**
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0.99
MV
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21C
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N(A
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)4X
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7**
1.01
1.00
MV
12**
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N(A
,D,W
)4X
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1**
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0.98
MV
16**
21C
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ND
4X42
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020.
97M
V12
**17
C*
EN
H4X
36*1
7**
1.01
1.00
MV
12**
17C
*E
NH
4X42
*21*
*1.
010.
98M
V16
**21
C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 21Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(3−
1/2
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
N4H
342A
(G)K
F, N
4H34
2GH
F O
utd
oo
r S
ecti
on
Wit
h F
EM
4P42
**A
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do
or
Sec
tio
n
1225
5739
.37
39.3
73.
0137
.75
37.7
53.
3436
.03
36.0
33.
6934
.20
34.2
04.
0731
.58
31.5
84.
4428
.93
28.9
34.
8962
41.0
837
.19
3.01
38.9
936
.16
3.34
36.8
235
.06
3.70
34.5
833
.87
4.08
31.6
431
.64
4.44
28.9
828
.98
4.89
6341
.94
30.3
53.
0139
.77
29.3
63.
3437
.53
28.3
53.
7035
.15
27.3
04.
0931
.79
25.8
34.
4528
.16
24.2
54.
8667
45.4
331
.55
2.98
43.1
630
.64
3.34
40.7
029
.62
3.72
38.1
828
.58
4.12
35.4
827
.48
4.56
31.9
326
.05
4.98
7249
.74
25.5
32.
9447
.65
24.7
73.
3245
.25
23.9
03.
7242
.59
22.9
64.
1539
.57
21.8
24.
6336
.47
20.7
05.
14
1400
5741
.05
41.0
53.
0539
.30
39.3
03.
3937
.49
37.4
93.
7535
.56
35.5
64.
1433
.40
33.4
04.
5730
.34
30.3
44.
9862
42.1
039
.81
3.05
39.9
238
.67
3.39
37.7
337
.39
3.75
35.6
135
.61
4.14
33.4
433
.44
4.57
30.3
930
.39
4.98
6342
.91
32.2
43.
0440
.63
31.2
33.
3938
.26
30.1
93.
7535
.81
29.1
14.
1432
.72
27.7
74.
5328
.86
26.0
64.
9367
46.3
833
.45
3.02
44.0
932
.65
3.38
41.5
031
.60
3.77
38.8
330
.53
4.18
36.0
829
.42
4.62
32.9
728
.16
5.09
7250
.61
26.6
02.
9848
.50
25.8
73.
3646
.07
25.0
53.
7643
.36
24.1
44.
2040
.38
23.1
14.
6837
.02
21.8
85.
20
1575
5742
.49
42.4
93.
0940
.64
40.6
43.
4438
.70
38.7
03.
8036
.67
36.6
74.
2034
.47
34.4
74.
6431
.57
31.5
75.
0762
43.0
042
.10
3.09
40.7
640
.76
3.44
38.7
538
.75
3.80
36.7
136
.71
4.20
34.5
134
.51
4.64
31.6
331
.63
5.07
6343
.68
34.0
33.
0841
.28
33.0
03.
4438
.83
31.9
33.
8036
.30
30.8
24.
2033
.52
29.5
94.
6229
.39
27.7
05.
0067
47.0
835
.20
3.05
44.7
634
.43
3.42
42.1
233
.50
3.82
39.3
732
.39
4.23
36.5
131
.23
4.68
33.4
229
.94
5.16
7251
.25
27.5
63.
0249
.14
26.8
93.
3946
.67
26.1
03.
8143
.93
25.2
44.
2540
.90
24.2
34.
7337
.53
23.0
65.
25
Hea
tin
g
IND
OO
R A
IR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S d
eg F
(C
)-3
(−1
9)7
(−14
)17
(−1
8)27
(−3
)37
(3)
47 (
8)57
(14
)67
(19
)
ED
BC
FM
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
WTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gN
4H34
2A(G
)KF,
N4H
342G
HF
Ou
tdo
or
Sec
tio
n W
ith
FE
M4P
42**
A*
Ind
oo
r S
ecti
on
65
1225
15.6
014
.35
2.64
20.1
718
.54
2.75
24.7
322
.55
2.85
29.4
726
.17
2.95
34.7
731
.64
3.05
39.0
739
.07
3.08
43.8
943
.89
3.10
49.1
449
.14
3.09
1400
15.9
614
.69
2.66
20.5
218
.86
2.76
25.1
522
.93
2.85
29.9
626
.61
2.94
35.1
632
.00
3.03
39.5
739
.57
3.05
44.5
244
.52
3.05
49.6
149
.61
3.01
1525
16.1
714
.87
2.68
20.7
519
.07
2.77
25.4
123
.17
2.86
30.2
726
.89
2.94
35.4
232
.23
3.02
39.8
739
.87
3.04
44.9
044
.90
3.03
49.7
649
.76
2.97
70
1225
14.8
713
.68
2.80
19.4
017
.83
2.88
23.9
821
.87
2.97
28.7
025
.49
3.06
34.2
431
.16
3.17
38.5
238
.52
3.21
43.2
443
.24
3.23
48.4
348
.43
3.23
1400
15.1
813
.97
2.82
19.7
618
.16
2.90
24.4
022
.25
2.98
29.1
825
.91
3.06
34.6
731
.55
3.15
39.0
039
.00
3.17
43.8
543
.85
3.18
48.9
548
.95
3.15
1525
15.3
314
.10
2.84
20.0
018
.37
2.91
24.6
622
.49
2.99
29.4
926
.19
3.06
34.9
431
.79
3.14
39.3
039
.30
3.16
44.2
344
.23
3.16
49.1
749
.17
3.11
75
1225
14.0
412
.91
2.96
18.6
017
.10
3.03
23.2
121
.16
3.11
27.9
124
.79
3.19
32.9
830
.01
3.28
38.0
038
.00
3.34
42.6
042
.60
3.37
47.7
347
.73
3.38
1400
14.3
413
.20
2.99
18.9
617
.42
3.04
23.6
121
.53
3.11
28.3
925
.21
3.18
34.1
231
.05
3.28
38.4
638
.46
3.30
43.1
943
.19
3.31
48.3
048
.30
3.29
1525
14.5
513
.38
3.01
19.1
917
.63
3.05
23.8
821
.77
3.12
28.6
925
.48
3.18
34.3
931
.29
3.27
38.7
538
.75
3.29
43.5
643
.56
3.29
48.5
748
.57
3.25
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
22 428 71 5102 02Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
*FE
M4P
42**
A*
1.00
1.00
FC
M4X
36**
**0.
990.
96F
CM
4X48
****
1.00
0.94
FE
M4P
48**
A*
1.00
1.00
FE
M4X
42**
A*
1.00
1.00
FE
M4X
42**
B*
1.00
0.98
FE
M4X
48**
A*
1.00
0.97
FE
M4X
48**
B*
1.00
0.98
FV
M4X
36**
**0.
990.
97F
VM
4X48
****
1.00
0.94
FX
M4X
42**
A*
1.00
0.98
FX
M4X
48**
A*
1.00
0.96
EA
*4X
42*2
1A*
0.99
0.97
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X*0
9021
16**
EA
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1A*
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ING
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PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 23Specifications subject to change without notice.
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EN
H4X
42*2
1**
0.99
1.02
*9M
V*0
8021
20A
**E
NH
4X48
*21*
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990.
99*9
MV
*080
2120
A**
EA
*4X
42*2
1A*
0.99
1.02
*9M
V*1
0021
20A
**E
A*4
X48
*21A
*0.
990.
99*9
MV
*100
2120
A**
EH
D4X
42A
**0.
990.
99*9
MV
*100
2120
A**
EH
D4X
48A
**0.
990.
98*9
MV
*100
2120
A**
EN
(A,D
,W)4
X42
*21*
*0.
971.
01*9
MV
*100
2120
A**
EN
(A,D
,W)4
X48
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990.
98*9
MV
*100
2120
A**
EN
H4X
42*2
1**
0.99
1.02
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V*1
0021
20A
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NH
4X48
*21*
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990.
98*9
MV
*100
2120
A**
EA
*4X
42*2
4A*
0.97
1.00
*9M
V*1
2024
22A
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A*4
X48
*24A
*0.
990.
99*9
MV
*120
2422
A**
EH
D4X
42A
**0.
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99*9
MV
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A**
EH
D4X
48A
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99*9
MV
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2422
A**
EN
(A,D
)4X
48*2
4**
0.99
0.98
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V*1
2024
22A
**E
HD
4X48
A**
0.99
1.02
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6017
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A*4
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MA
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EH
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MA
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2120
A**
EH
D4X
42A
**0.
970.
99*9
MA
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2120
A**
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
24 428 71 5102 02Specifications subject to change without notice.
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EH
D4X
48A
**0.
970.
98*9
MA
*080
2120
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(A,D
,W)4
X42
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971.
01*9
MA
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2120
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(A,D
,W)4
X48
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970.
99*9
MA
*080
2120
A**
EN
H4X
42*2
1**
0.97
1.01
*9M
A*0
8021
20A
**E
NH
4X48
*21*
*0.
970.
99*9
MA
*080
2120
A**
EA
*4X
42*2
1A*
0.97
1.00
*9M
A*1
0021
22A
**E
A*4
X48
*21A
*0.
970.
97*9
MA
*100
2122
A**
EH
D4X
42A
**0.
990.
98*9
MA
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2122
A**
EH
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48A
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(A,D
,W)4
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,W)4
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97*9
MA
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2122
A**
EN
H4X
42*2
1**
0.97
1.00
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A*1
0021
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4X48
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97*9
MA
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2122
A**
EA
*4X
42*2
4A*
0.96
1.00
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2024
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2422
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42A
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99*9
MA
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2422
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48A
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98*9
MA
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2422
A**
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(A,D
)4X
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4**
0.97
0.98
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22A
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0.99
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MV
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EA
*4X
48*2
4A*
0.97
0.97
OM
V15
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A
HE
AT
ING
IND
OO
R M
OD
EL
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PA
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48A
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)4X
48*2
4**
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0.98
MV
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0.99
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N(A
,D,W
)4X
48*2
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0.97
MV
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ND
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V12
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C*
EN
H4X
42*2
1**
0.99
1.00
MV
16**
21C
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NH
4X48
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990.
97M
V16
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C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 25Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(4
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Cap
acit
y M
Btu
hTo
tal
Sys
tem
KW
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
Tota
lS
ens
N4H
348A
(G)K
F, N
4H34
9GH
(L)F
Ou
tdo
or
Sec
tio
n W
ith
FE
M4P
48**
A In
do
or
Sec
tio
n
1400
5744
.84
44.8
43.
3242
.92
42.9
23.
7040
.93
40.9
34.
1138
.86
38.8
64.
5536
.60
36.6
05.
0533
.56
33.5
65.
5762
46.7
641
.67
3.34
44.3
040
.49
3.72
41.7
739
.25
4.12
39.2
437
.92
4.56
36.6
636
.66
5.06
33.6
333
.63
5.57
6347
.74
33.9
73.
3445
.20
32.8
33.
7342
.56
31.6
64.
1339
.87
30.4
94.
5736
.99
29.2
55.
0632
.84
27.4
75.
5467
51.6
835
.32
3.36
48.9
634
.23
3.77
46.1
733
.09
4.19
43.2
631
.91
4.64
40.2
430
.71
5.14
37.0
129
.42
5.71
7256
.56
28.5
43.
3854
.12
27.7
03.
8251
.31
26.6
74.
2648
.25
25.5
64.
7245
.02
24.4
05.
2441
.51
23.1
25.
82
1600
5746
.75
46.7
53.
4044
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44.7
03.
7842
.55
42.5
54.
2040
.36
40.3
64.
6538
.00
38.0
05.
1635
.38
35.3
85.
7362
47.8
644
.58
3.40
45.3
443
.30
3.79
42.7
742
.42
4.20
40.4
140
.41
4.65
38.0
538
.05
5.16
35.4
335
.43
5.73
6348
.79
36.0
73.
4146
.10
34.8
83.
8043
.34
33.6
84.
2140
.55
32.4
84.
6537
.59
31.2
15.
1433
.69
29.5
35.
6467
52.6
937
.40
3.43
50.0
036
.46
3.84
47.0
035
.27
4.27
43.9
934
.06
4.73
40.8
632
.83
5.22
37.5
631
.51
5.79
7257
.44
29.6
63.
4555
.02
28.9
23.
8952
.17
27.9
34.
3349
.07
26.8
54.
8045
.76
25.7
15.
3142
.25
24.5
05.
89
1800
5748
.37
48.3
73.
4746
.18
46.1
83.
8743
.93
43.9
34.
2941
.59
41.5
94.
7439
.13
39.1
35.
2536
.47
36.4
75.
8362
48.8
547
.20
3.47
46.2
946
.29
3.87
43.9
943
.99
4.29
41.6
441
.64
4.74
39.1
839
.18
5.25
36.5
236
.52
5.83
6349
.60
38.0
13.
4746
.81
36.8
63.
8743
.97
35.6
44.
2841
.05
34.3
94.
7338
.05
33.0
95.
2234
.69
31.5
95.
7767
53.4
739
.41
3.49
50.7
338
.51
3.91
47.6
637
.39
4.34
44.5
436
.15
4.80
41.3
434
.87
5.30
37.9
933
.50
5.87
7258
.09
30.7
13.
5255
.69
30.0
43.
9552
.82
29.1
24.
4049
.68
28.0
84.
8746
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26.9
55.
3842
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25.7
45.
96
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tin
g
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R A
IR
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TD
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OIL
EN
TE
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G A
IR T
EM
PE
RA
TU
RE
S d
eg F
(C
)-3
(−1
9)7
(−14
)17
(−1
8)27
(−3
)37
(3)
47 (
8)57
(14
)67
(19
)
ED
BC
FM
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
W
Cap
acit
yM
Btu
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tal
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Cap
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tal
Sys
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Cap
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Btu
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tal
Sys
-te
mK
W
Cap
acit
yM
Btu
hTo
tal
Sys
-te
mK
WTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gN
4H34
8A(G
)KF,
N4H
3GH
(L)F
Ou
tdo
or
Sec
tio
n W
ith
FE
M4P
48**
A In
do
or
Sec
tio
n
65
1400
18.4
216
.95
3.14
23.6
521
.74
3.21
28.9
026
.35
3.28
35.2
531
.31
3.40
40.0
236
.42
3.48
45.0
745
.07
3.56
50.8
150
.81
3.66
57.1
657
.16
3.81
1600
18.8
017
.30
3.19
24.1
022
.15
3.24
29.3
826
.79
3.30
35.7
431
.74
3.40
40.5
236
.87
3.46
45.6
945
.69
3.53
51.5
951
.59
3.61
58.1
758
.17
3.72
1800
19.1
517
.61
3.24
24.4
722
.49
3.28
29.8
127
.18
3.33
36.1
432
.10
3.41
40.9
737
.28
3.46
46.2
246
.22
3.52
52.2
452
.24
3.59
58.9
758
.97
3.66
70
1400
17.6
116
.20
3.27
22.8
621
.00
3.34
28.1
125
.63
3.42
33.5
629
.80
3.50
39.4
435
.89
3.63
44.4
044
.40
3.71
50.0
150
.01
3.82
56.2
056
.20
3.97
1600
17.9
916
.55
3.31
23.3
021
.41
3.37
28.6
026
.08
3.43
34.2
430
.41
3.51
39.9
436
.35
3.61
45.0
045
.00
3.68
50.7
650
.76
3.77
57.1
557
.15
3.90
1800
18.3
416
.87
3.36
23.6
821
.76
3.41
29.0
326
.47
3.46
35.3
931
.43
3.55
40.4
036
.76
3.61
45.5
245
.52
3.67
51.4
051
.40
3.74
58.0
158
.01
3.83
75
1400
16.7
415
.40
3.41
22.0
020
.22
3.48
27.2
724
.87
3.56
32.6
629
.01
3.65
38.9
135
.41
3.79
43.7
543
.75
3.87
49.2
249
.22
3.98
55.2
755
.27
4.15
1600
17.1
215
.75
3.45
22.4
420
.62
3.51
27.7
725
.32
3.57
33.2
529
.53
3.65
39.4
235
.87
3.77
44.3
344
.33
3.84
49.9
549
.95
3.93
56.1
956
.19
4.07
1800
17.4
716
.07
3.50
22.8
320
.98
3.55
28.2
025
.71
3.60
33.7
529
.98
3.66
39.8
336
.24
3.77
44.8
444
.84
3.83
50.5
750
.57
3.90
57.0
357
.03
4.01
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
26 428 71 5102 02Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
*FE
M4P
48**
A*
1.00
1.00
FC
M4X
48**
**1.
020.
94F
CM
4X60
****
1.02
0.92
FE
M4X
48**
A*
1.02
0.98
FE
M4X
48**
B*
1.00
0.98
FE
M4X
60**
A*
1.02
0.96
FE
M4X
60**
B*
1.02
0.98
FS
(M,U
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*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 27Specifications subject to change without notice.
CO
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ING
IND
OO
R M
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CA
PA
CIT
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A
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
28 428 71 5102 02Specifications subject to change without notice.
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
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PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 29Specifications subject to change without notice.
EX
PAN
DE
D D
ATA
(5
ton
s)
Co
olin
g
EVA
PO
RA
TOR
AIR
CO
ND
EN
SE
R E
NT
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ING
AIR
TE
MP
ER
AT
UR
ES
deg
F (
C)
75 (
24)
85 (
29)
95 (
35)
105
(41)
115
(46)
125
(52)
CF
ME
WB
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50.6
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249
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5.02
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55.8
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6.08
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458
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5.06
56.3
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5.57
53.5
253
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6.14
50.3
950
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6.80
47.0
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7.54
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7745
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63.5
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60.0
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5.62
56.4
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6.19
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142
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(C
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(−1
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(−3
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47 (
8)57
(14
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(19
)
ED
BC
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Cap
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4.62
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266
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4.80
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373
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25.4
323
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4.01
32.0
429
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4.10
38.7
635
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4.19
46.9
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4.35
53.1
548
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4.46
59.7
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4.59
67.3
467
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4.73
73.9
973
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4.87
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25.9
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4.08
32.6
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4.16
39.3
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4.23
47.4
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4.37
53.7
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4.46
60.4
660
.46
4.59
67.9
467
.94
4.70
74.2
774
.27
4.82
70
1750
23.6
721
.78
4.10
30.3
327
.87
4.22
37.0
033
.74
4.34
44.0
139
.08
4.48
51.7
347
.07
4.67
58.0
058
.00
4.83
65.4
365
.43
5.01
72.4
972
.49
5.17
2000
24.2
222
.28
4.16
30.9
428
.43
4.27
37.6
834
.36
4.36
44.8
039
.79
4.49
52.4
047
.68
4.65
58.8
158
.81
4.79
66.4
066
.40
4.93
73.0
473
.04
5.08
2250
24.7
222
.74
4.23
31.5
128
.95
4.32
38.2
834
.90
4.41
45.5
240
.43
4.51
52.9
648
.19
4.66
59.5
459
.54
4.78
67.0
667
.06
4.91
73.3
973
.39
5.03
75
1750
22.3
720
.58
4.27
29.1
326
.77
4.39
35.9
032
.74
4.52
42.8
538
.05
4.66
51.0
046
.41
4.89
57.1
757
.17
5.05
64.4
164
.41
5.23
71.5
471
.54
5.39
2000
22.9
121
.08
4.33
29.7
327
.32
4.44
36.5
733
.34
4.55
43.6
338
.75
4.67
51.6
246
.97
4.86
57.9
357
.93
5.00
65.4
665
.46
5.15
72.1
272
.12
5.29
2250
23.4
121
.54
4.40
30.2
927
.84
4.50
37.1
533
.87
4.59
44.2
939
.34
4.70
52.1
947
.49
4.86
58.6
358
.63
4.99
66.1
766
.17
5.11
72.4
872
.48
5.24
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
30 428 71 5102 02Specifications subject to change without notice.
MU
LTIP
LIE
RS
FO
R C
OM
BIN
AT
ION
RA
TIN
GS
CO
OL
ING
CO
OL
ING
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R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
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(M,U
)4X
60**
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1.00
FC
M4X
60**
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020.
97F
EM
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010.
96F
EM
4X60
**B
*0.
990.
97F
VM
4X60
****
1.02
0.97
FX
M4X
60**
A*
1.01
0.95
EA
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60*2
1A*
0.99
0.97
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1021
20**
EH
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60A
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000.
96*8
MX
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2120
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990.
97*8
MX
*135
2420
**E
HD
4X60
A**
1.00
0.96
*8M
X*1
3524
20**
EN
(A,D
,W)4
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990.
97*8
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2420
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NH
4X60
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*0.
990.
97*8
MX
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2420
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99*8
MV
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2120
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HD
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1.00
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1021
20**
EA
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60*2
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0.97
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3524
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EH
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60A
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MV
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2422
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0.96
*8M
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3524
22**
EN
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60*2
4**
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0.96
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V*1
3524
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EA
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60*2
1A*
0.98
0.97
*9M
X*0
8021
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A**
0.99
0.97
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2120
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1.00
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0.97
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2422
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99*9
MV
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2120
A**
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60*2
1A*
0.99
0.99
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V*1
0021
20A
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HD
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A**
1.00
0.98
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1.00
1.00
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2024
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,D,W
)4X
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NH
4X60
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MV
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2422
A**
EH
D4X
60A
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97*9
MA
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2120
A**
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60*2
1A*
0.99
0.97
*9M
A*1
0021
22A
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HD
4X60
A**
1.00
0.98
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A*1
0021
22A
**E
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990.
97*9
MA
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2422
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60A
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96*9
MA
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(A,D
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990.
97*9
MA
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2422
A**
EN
H4X
60*2
4**
0.99
0.97
*9M
A*1
2024
22A
**E
HD
4X60
A**
0.99
1.00
OM
V15
4L20
AE
A*4
X60
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990.
99E
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000.
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V16
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C*
EA
*4X
60*2
4A*
0.99
0.99
EA
*4X
60*2
4A*
0.99
0.97
MV
20**
24C
*E
HD
4X60
A**
1.00
1.00
CO
OL
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
EM
OD
EL
EH
D4X
60A
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97M
V16
**21
C*
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D4X
60A
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96M
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(A,D
,W)4
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990.
99E
N(A
,D,W
)4X
60*2
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0.99
0.97
MV
20**
24C
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NH
4X60
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*0.
990.
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NH
4X60
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*0.
990.
97M
V20
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C*
HE
AT
ING
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
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RN
AC
EM
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EL
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(M,U
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EM
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EM
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001.
00F
VM
4X60
****
0.98
0.94
FX
M4X
60**
A*
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0.95
EA
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60*2
1A*
0.99
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X*1
1021
20**
EH
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MX
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2120
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MX
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2420
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4X60
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2420
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001.
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MV
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HD
4X60
A**
0.99
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V*1
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60*2
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3524
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60*2
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X*0
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0.99
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011.
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MX
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2120
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60A
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MX
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2120
A**
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60*2
4A*
1.00
1.00
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X*1
2024
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HD
4X60
A**
0.99
0.97
*9M
X*1
2024
22A
**E
N(A
,D,W
)4X
60*2
4**
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0.99
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X*1
2024
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**E
NH
4X60
*24*
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990.
99*9
MX
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2422
A**
EH
D4X
60A
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98*9
MV
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2120
A**
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60*2
1A*
0.99
0.99
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V*1
0021
20A
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HD
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A**
0.99
0.97
*9M
V*1
0021
20A
**E
HD
4X60
A**
1.00
0.98
*9M
V*1
2024
22A
**E
N(A
,D,W
)4X
60*2
4**
0.99
0.99
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V*1
2024
22A
**E
NH
4X60
*24*
*0.
990.
99*9
MV
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2422
A**
EH
D4X
60A
**0.
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99*9
MA
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2120
A**
EA
*4X
60*2
1A*
0.99
0.99
*9M
A*1
0021
22A
**E
HD
4X60
A**
0.99
0.97
*9M
A*1
0021
22A
**E
A*4
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MA
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2422
A**
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D4X
60A
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97*9
MA
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2422
A**
HE
AT
ING
IND
OO
R M
OD
EL
CA
PA
CIT
YP
OW
ER
FU
RN
AC
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(A,D
,W)4
X60
*24*
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990.
99*9
MA
*120
2422
A**
EN
H4X
60*2
4**
0.99
0.99
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A*1
2024
22A
**E
HD
4X60
A**
1.00
0.99
OM
V15
4L20
AE
A*4
X60
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*1.
000.
99E
A*4
X60
*21A
*0.
990.
97M
V16
**21
C*
EA
*4X
60*2
4A*
1.00
0.99
EA
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60*2
4A*
0.98
0.97
MV
20**
24C
*E
HD
4X60
A**
0.99
0.97
EH
D4X
60A
**0.
990.
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V16
**21
C*
EH
D4X
60A
**0.
990.
96M
V20
**24
C*
EN
(A,D
,W)4
X60
*24*
*1.
001.
00E
N(A
,D,W
)4X
60*2
4**
0.98
0.97
MV
20**
24C
*E
NH
4X60
*24*
*1.
011.
01E
NH
4X60
*24*
*0.
980.
97M
V20
**24
C*
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
428 71 5102 02 31Specifications subject to change without notice.
COOLING & HEATING PERFORMANCE FOR COMBINATION RATINGS Indoor ModelsFor complete ratings information, use the AHRI website directory search: www.AHRIdirectory.org. New ratings may be listed online before Specifica
tion Sheets are updated.
Outdoor
Model
Indoor Model
*Tested Model
Furnace
Model
Factory
Installed
Cooling 95�F (35�C) Heat 47°F
(8.3°C)
Heat 17°F
(-8.3°C)
H
S
P
F
Capacity
BTU/hr
SEER
EER
Stan
dard
W/
field
TDR
Capa
city
BTU/
hr
C
O
P
BTU/
hr
C
O
P
N4H318A(G)KF *FEM4P18**A* TDR 17,400 13.00 11.00 16,700 3.60 9,400 2.24 7.7N4H324A(G)KF *FEM4P24**A* TDR 23,400 13.00 11.00 22,000 3.48 13,000 2.28 7.7N4H330A(G)KF
N4H330GHF *FEM4P30**A* TDR 28,600 13.00 11.00 29,600 3.50 17,700 2.34 7.7
N4H336A(G)KFN4H336GHFN4H336GLF
*FEM4P36**A* TDR 33,600 13.00 11.00 33,000 3.54 20,200 2.40 7.7
N4H342A(G)KFN4H342GHF *FEM4P42**A* TDR 42,000 13.00 11.00 39,500 3.62 24,000 2.44 8.0
N4H348A(G)KFN4H348GHFN4H348GLF
*FEM4P48**A* TDR 47,000 13.00 11.00 45,000 3.58 28,200 2.50 8.0
N4H360A(G)KFN4H360GHF
N4H360GLF*FS(M,U)4X60**A* TDR&TXV 58,500 13.00 10.80 57,000 3.52 37,000 2.50 7.7
* Tested Combo
PRODUCT SPECIFICATIONS Split System Heat Pump: N4H3
32 428 71 5102 02Specifications subject to change without notice.
ACCESSORY USAGE GUIDELINES
Accessory
Required forapplications in snow
belt region
Required forLow−Ambient Cooling
Applications{Below 55�F (13�C)}
Required for Long LineApplications*
{Over 80 Ft. (24.4m)}
Crankcase Heater Standard (if required) Yes Yes
Evaporator Freeze Thermostat No Yes No
Accumulator Standard Standard Standard
Compressor Start AssistCapacitor and Relay No Yes** Yes**
Low-ambient Control No Yes*** No
Support Feet Yes Recommended No
Liquid Line Solenoid Valve No No See Long-LineApplication Guideline
* For Tubing Set lengths between 80 and 200 ft (24.4 and 61m) horizontal or 20 ft (6.1m)vertical differential, referto the Application Guideline and Service Manual-Air Conditioners and Heat Pumps using R−410A
** Single Phase only*** For heat pump application, isolation relay required (see kit below)
ACCESSORIES
Part Number Description Used OnModel Size
NASA001SC Start Component − PTC Device ALL
NASA001FS Evaporator Freeze Thermostat ALL
NASA001LS Liquid Line Solenoid Valve, HP, R−22 or R−410A ALL
NASA001TD Time Delay Relay, Indoor Blower ALL
NASA001AC Anti−Cycle Timer (5 minute delay) ALL
NASA005SC Hard Start Kit (Capacitor & Relay) ALL
NASA401LA Low Ambient Pressure Switch ALL
NASA00101IK Low Ambient Isolation Relay Kit ALL
NASA00201SF Support Feet, 4” (102mm) tall (5 blocks) 18, 24
NASA001SF Support Feet, 4” (102mm) tall (4 blocks) 30, 36, 42, 48, 60
NASA00106SS Snow Stand Kit ALL
NASA00501CH Crankcase Heater for Scroll Compressor (208/230 V) 42(factory installed on 48, 60)
NASA00601CH Crankcase Heater for Scroll Compressor (208/230 V) 18, 24, 30, 36
NASA001SJ Sound Jacket, Compressor 18, 24, 30, 36, 42, 48
NASA003SJ Sound Jacket, Compressor 60
EBAC05TXVX TXV Kit, R−410A − 2005−2009 R−22 TXV Fancoils (air handlers) 18, 24, 30
EBAC06TXVX TXV Kit, R−410A − 2005−2009 R−22 TXV Fancoils (air handlers) 36, 42
EBAC07TXVX TXV Kit, R−410A − 2005−2009 R−22 TXV Fancoils (air handlers) 48, 60
Copyright 2014 International Comfort ProductsLewisburg, Tennessee 37091 USA
www.GoICPCommercial.com
