Brochure

www
.
u
smotors.
com
55
†
All marks shown within this document are properties of their respective owners.
CO
MMER
C
IA
L
D
U
TY P
U
MP
RE
S
IDENTIAL WATER
S
Y
S
TEM P
U
MP
G
ENERAL P
U
RP
OS
E
T
HREE PHA
SE
A
G
RI
CU
LT
U
R
E
G
ENERAL P
U
RP
OS
E
S
IN
G
LE PHA
SE
COO
LIN
G
T
O
WER
D
U
T
Y
H
VA
C
R
K
IT
S
HVA
C
R
HVA
C
R
O
EM
HVA
C
R
RE
SCUE
C
L
OSE
COU
PLED P
U
MP
K
IT
S
T
hree Phase Commercial Belt-Drive Blower Motor
O
p
en Dri
p
-Proof, Air Over Not Re
q
uired
FEATURES
:


$XWRPDWLF5HVHW7KHUPDO2YHUORDG3URWHFWRU


5
HYHU
V
LEOH5RWDWLR
Q

&
RQWLQXRXV'XW
\

'
RXEOH
&
RQWDFW
6
HDOHG%DOO%HDULQ
JV

'
XDO9ROWD
J
H

&
OD
VV
%,Q
V
XODWLR
Q




)


&
$PELHQW
A
PPLICATIONS
:
D
esi
g
ned to meet manu
f
acturer’s requirements
f
or belt-drive blowers in commercial air conditionin
g
applications where 3 phase power
i
s require
d
.
1RWH

1R3URWHFWRU
1RWH+%DVH+DV+ROHV)RU

+
1RWH+


&
RQGXLW%R[
1RWH+7RWDOO
\
(QFORVHG$LU
2
YHU
1RWH9
&

4
XLFN9ROWD
J
H
&
KDQ
J
H'HYLFH
a

+
]
Resilient Moun
t
HP RPM Volta
ge
C
atalo
g
N
umber
B
earin
gs
N
EMA
F
ram
e
Am
p
s
S
ha
f
t
N
S
ha
f
t
U
S
F
T
otal
C
S
hi
p
Wt
.
N
otes
O
EM
1/
2
1
72
5
208
-2
30/
4
60
8
4
88
B
all
56
2
.
0
-
1
.
9/0
.
95
1
.
9
.
6
2
5
1
.
25
10
.
3
20
3/
4
1
72
5
208
-2
30/
4
60
8
4
89
B
all
56
2
.
9
-2
.
9/1
.
5
1
.
9
.
6
2
5
1
.
25
10
.
8
2
2
1
1
72
5
208
-2
30/
4
60
8
4
98
B
all
56
H
4
.
3/
2
.
2
1
.
9
.
6
2
5
1
.
25
11
.
3
26
H12
1
-1
/
2
1
72
5
208
-2
30/
4
60
8
4
90
B
all
56
H
5
.
2
-
5
.
1/
2
.
6
1
.
9
.
6
2
5
1
.
15
1
2
.
8
3
2H12
1
72
5
208
-2
30/
4
60
8
4
91
B
all
1
4
5
T
5
.
0
-4
.
6/
2
.
4
2
.
3
.
8
7
5
1
.
15
13
.
2
40
2
1
72
5
208
-2
30/
4
60
8
4
93
B
all
56
H
6
.
1
-
6
.
3/3
.
1
1
.
9
.
6
2
5
1
.
15
1
2
.
8
41
H12
Ri
g
id Base Moun
t
HP RPM Volta
ge
C
atalo
g
N
umber
B
earin
g
s
N
EMA
F
ram
e
Am
p
s
S
ha
f
t
N
S
ha
f
t
U
S
F
T
otal
C
S
hi
p
Wt
.
N
otes
O
EM
1
1
72
5
200
-2
30/
4
60
48
14
68
B
all
56
3
.
4
-
3
.
4/1
.
7
1
.
9
.
6
2
5
1
.
15
11
.
3
2
4
25
1
72
5
208
-2
30/
4
60
18
1
3
B
all
56
3
.
4/1
.
7
1
.
9
.
6
2
5
1
.
15
11
.
9
2
4
VC
1
-1
/
2
1
72
5
208
-2
30/
4
60
18
14
B
all
56
H
5
.
0/
2
.
5
1
.
9
.
6
2
5
1
.
15
1
2
.
4
27
VC
, H12
1
72
5
200
-2
30/
4
60
79
1
3
B
all
56
HZ
5
.
0/
2
.
5
2
.
3
.
8
7
5
1
.
15
1
2
.
4
39
H12
L
E
1
72
5/1
5
7
5
1
1
97
B
all
56
HZ
2
.
0
2
.
3
-
-
13
.
3
36
H12
2
1
72
5
208
-2
30/
4
60
18
1
5
B
all
56
H
6
.
6/3
.
3
1
.
9
.
6
2
5
1
.
15
1
2
.
4
29
VC
, H12
1
72
5
200
-2
30/
4
60
79
14
B
all
56
HZ
7
.
6
-
7
.
8/3
.
9
2
.
3
.
8
7
5
1
.
15
1
2
.
4
45
H12
L
E
1
72
5
208
-2
30/
4
60
8
4
61
B
all
1
4
5
T
6
.
3
-
6
.
2/3
.
1
2
.
3
.
8
7
5
1
.
00
1
2
.
5
37
H
18, H45, 25
3
1
72
5
200
-2
30/
4
60
79
1
5
V
B
all
56
HZ
9
.
0
-
9
.
2/
4
.
6
2
.
3
.
8
7
5
1
.
15
13
.
3
45
H12
L
E
1
72
5
5
7
5
1089
B
all
56
3
.
4
4
2
.
25
.
8
7
5
1
.
15
13
.
2
3
2
5
1
7
60
208
-2
30/
4
60
D5
PA2
A
B
all
18
4T
13
.
8
-12
.
6/6
.
3
2
.
9
1
.
1
2
5
1
.
15
15
68
L
E
7
.
5
1
7
60
208
-2
30/
4
60
D
7PA2
A
B
all
2
1
3
T
20
.
5
-1
8
.
5/9
.
2
3
.
5
1
.
3
7
5
1
.
15
15
.
96
90
L
E
HVACR