TECHNICAL SUPPORT MANUAL
Split System Heat Pump: N4H3
36
428 04 5102 01
COOLING
Multiplying
F
actors
for
oth
er
Indo
or
Com
bin
ation
s
Ind
oor
Model
Power
(AM
PS)
CA
PACITY
(M
Bh
)
Furnace Mod
el
In
door
Model
Power (AM
PS)
CAP
ACITY
(M
Bh)
Furnace Mod
el
EHD4X36A**
*9
M
V
X08
0
1.0
0
0.96
FVM4
X36
***
*
--
1.
00
0.96
EHD4X36A**
*9
M
V
X10
0
1.0
0
0.96
FVM4
X48
***
*
--
1.
00
0.96
EHD4X36A**
*9MV
*100
21
16
A*
*
1.0
0
0.96
FX
M4X
30
**
A
*
--
1.
00
0.96
FX
M4X
36
**
A
*
--
1.
00
0.92
COOLING
Multiplying
F
actors
for
oth
er
Indo
or
Com
bin
ation
s
Ind
oor
Model
Furnace Mo
del
CA
PAC
IT
Y
(MB
h)
Powe
r
(AMPS)
Ind
oor
Model
Furnace Mo
del
CA
PA
CIT
Y
(MB
h)
Po
we
r
(A
MPS)
N4H336
*F
S
(M,U)4P
36
**
A*
--
1.0
0
1.00
EHD4X36A**
MV
16J2
2*
*B
*
0.
99
0.91
EA
*4X36*14A*
*8MV
*0
70
141
2*
*
1.0
1
0.97
ENH4X42*21**
NO
MV1
56E
19
*
1.
00
0.96
EA
*4X36*14A*
*8MX
*0
45
140
8*
*
1.0
1
0.99
EHD4X36A**
*9
M
P
V05
0
0.
99
0.99
EA
*4X36*17A*
*8MV
*0
90
171
6*
*
1.0
2
0.96
EHD4X36A**
*8
M
P
V07
5
0.
99
0.95
EA
*4X36*17A*
*8MX
*0
70
171
6*
*
1.0
1
0.98
ENH4X36*17**
*9
M
P
V05
0
1.
01
1.01
EA
*4X36*17A*
*9
MA*
0601
71
4A*
*
1.0
0
0.96
ED*4
X3
6J
**
*9MV
*100
21
16
A*
*
1.
02
0.98
EA
*4X36*17A*
*9
MA*
0801
71
4A*
*
1.0
1
0.96
E
N
(A
,D)4
X3
6*
21
**
*9
M
V
X04
0
1.
01
1.01
EA
*4X36*17A*
*9
MV*
0601
71
4A*
*
1.0
1
0.99
E
N
(A
,D,W)4
X4
2*
21
**
*9
M
V
X08
0
1.
04
1.00
EA
*4X36*17A*
*9
MV*
0801
71
6A*
*
1.0
2
0.98
END4X42*17**
OL
V0
98
A12
A
1.
02
1.02
EA
*4X36*17A*
*9
MX*
0601
71
4A*
*
1.0
1
0.98
ED*
4X
42
F
**
O
M
V0
98J1
2A
1.
02
1.02
EA
*4X36*17A*
*9
MX*
0801
71
6A*
*
1.0
1
0.97
E
N
(A
,D)4
X3
7*
17
**
O
M
V1
12
K1
4A
1.
05
0.97
EA
*4X36*21A*
*8
MV*1
10
21
20**
1.0
2
0.96
EA
*4X36*21A*
*9
MA*
1002
12
0A*
*
1.
01
0.94
EA
*4X36*21A*
*8
MX*0
90
21
16
**
1.0
3
0.97
E
N
(A
,D,W)4
X4
2*
21
**
*9
M
P
V07
5
1.
02
1.02
EA
*4X36*21A*
*8
MX*1
10
21
20**
1.0
3
0.94
E
N
(A
,D,W)4
X4
2*
21
**
*9
M
P
V10
0
1.
04
0.99
EA
*4X36*21A*
*9
MA*
0601
71
4A*
*
1.0
0
0.96
ED*
4X
42
F
**
*9MV
*100
21
16
A*
*
1.
02
0.98
EA
*4X36*21A*
*9
MA*
0801
71
4A*
*
1.0
1
0.94
E
N
(A
,D)4
X3
7*
17
**
*9
M
V
X04
0
1.
05
1.05
EA
*4X36*21A*
*9
MV*
0601
71
4A*
*
1.0
1
0.98
ENH4X42*21**
*9
M
V
X08
0
1.
04
1.00
EA
*4X36*21A*
*9
MV*
0801
71
6A*
*
1.0
2
0.98
ENH4X36*17**
OL
V0
98
A12
A
1.
01
1.01
EA
*4X36*21A*
*9
MX*
0601
71
4A*
*
1.0
2
0.98
EHD4X36A**
O
M
V0
98J1
2A
1.
04
0.99
EA
*4X36*21A*
*9
MX*
0801
71
6A*
*
1.0
1
0.97
E
N
(A
,D,W)4
X3
6*
17
**
O
M
V1
12
K1
4A
1.
01
0.97
EA
*4X42*21A*
*8
MV*1
10
21
20**
1.0
2
0.96
EA
*4X42*21A*
*9
MA*
1002
12
0A*
*
1.
02
0.95
EA
*4X42*21A*
*8
MX*0
90
21
16
**
1.0
4
0.95
END4X42*17**
*9
M
P
V07
5
1.
03
1.03
EA
*4X42*21A*
*8
MX*1
10
21
20**
1.0
4
0.95
ENH4X42*21**
*9
M
P
V10
0
1.
04
0.99
EA
*4X42*21A*
*9
MA*
0601
71
4A*
*
1.0
1
0.97
ED*4
X4
2J
**
*9MV
*100
21
16
A*
*
1.
03
0.98
EA
*4X42*21A*
*9
MA*
0801
71
4A*
*
1.0
1
0.94
E
N
(A
,D,W)4
X3
6*
17
**
*9
M
V
X04
0
1.
01
1.01
EA
*4X42*21A*
*9
MV*
0601
71
4A*
*
1.0
2
0.99
ENH4X43*21**
*9
M
V
X08
0
1.
06
0.97
EA
*4X42*21A*
*9
MV*
0801
71
6A*
*
1.0
2
0.98
ENH4X42*21**
OL
V0
98
A12
A
1.
02
1.02