3
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®
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* Line to line reading will only reflect the run winding resistance. Start winding resistance can only be measured after removing the cover.
Amps
KVA
Code
Winding
Resistance
Line-to-Line
Model
HP
RPM
Voltage
Phase
Hertz
Full Load
Shut Off
Locked Rotor
N6155
1/2
3450
115
1
60
10.5
6.4
17.1
C
1.92/1.28*
E6155
1/2
3450
230
1
60
5.3
3.9
8.6
C
6.06/4.04*
N6161
1/2
3450
115
1
60
15.0
7.7
52.2
N
.53/.46*
E6161
1/2
3450
230
1
60
7.5
3.6
15.1
H
4.6/4.0*
I6161
1/2
3450
200
1
60
8.8
6.3
19.8
J
3.5/3.0*
J6161
1/2
3450
200
3
60
6.4
3.1
23.6
S
6.1/5.3
F6161
1/2
3450
230
3
60
5.2
2.7
24.0
T
5.5/4.8
G6161
1/2
3450
460
3
60
2.9
1.4
12.0
T
22.1/19.2
BA6161
1/2
3450
575
3
60
2.4
1.3
11.3
U
38.0/33.0
N6163
1/2
3450
115
1
60
15.0
8.4
52.2
N
.53/.46*
E6163
1/2
3450
230
1
60
7.5
4.0
15.1
H
4.6/4.0*
I6163
1/2
3450
200
1
60
8.5
4.3
19.8
J
3.5/3.0*
J6163
1/2
3450
200
3
60
6.0
3.4
23.6
S
6.1/5.3
F6163
1/2
3450
230
3
60
4.8
3.0
24.0
T
5.5/4.8
G6163
1/2
3450
460
3
60
2.9
1.5
12.0
T
22.1/19.2
BA6163
1/2
3450
575
3
60
2.4
1.5
11.3
U
38.0/33.0
E6165
1
3450
230
1
60
10.2
5.5
20.1
E
3.0/2.6*
I6165
1
3450
200
1
60
12.6
6.1
26.8
F
2.0/1.8*
J6165
1
3450
200
3
60
7.5
9.8
31.1
M
3.6/3.2
F6165
1
3450
230
3
60
7.4
3.8
29.8
N
5.5/4.7
G6165
1
3450
460
3
60
3.7
2.1
14.9
N
21.8/19.0
BA6165
1
3450
575
3
60
3.0
1.7
10.0
L
39.2/34.1
E6185
1
3450
230
1
60
9.8
5.0
20.1
E
3.0/2.6*
I6185
1
3450
200
1
60
11.5
5.1
26.8
F
2.0/1.8*
J6185
1
3450
200
3
60
7.5
3.6
31.1
M
3.6/3.2
F6185
1
3450
230
3
60
7.4
3.8
29.8
N
5.5/4.7
G6185
1
3450
460
3
60
3.7
1.9
14.9
N
21.8/19.0
BA6185
1
3450
575
3
60
3.3
1.6
10.0
L
39.2/34.1
E6186
1-1/2
3450
230
1
60
13.7
9.3
45.7
H
1.3/1.1*
I6186
1-1/2
3450
200
1
60
17.2
11.8
54.5
J
.84/.73*
J6186
1-1/2
3450
200
3
60
10.3
6.0
45.2
M
2.5/2.2
F6186
1-1/2
3450
230
3
60
9.2
5.5
39.4
M
3.4/2.9
G6186
1-1/2
3450
460
3
60
4.6
2.8
19.7
M
13.5/11.7
E6188
1-1/2
3450
230
1
60
14.0
7.4
45.7
H
1.3/1.1*
I6188
1-1/2
3450
200
1
60
16.8
9.8
54.5
J
.84/.73*
J6188
1-1/2
3450
200
3
60
10.3
4.7
45.2
M
2.5/2.2
F6188
1-1/2
3450
230
3
60
8.9
4.1
39.4
M
3.4/2.9
G6188
1-1/2
3450
460
3
60
4.6
2.0
19.7
M
13.5/11.7
E6189
2
3450
230
1
60
17.1
9.4
45.7
F
1.3/1.1*
I6189
2
3450
200
1
60
20.5
11.5
54.5
F
.84/.73*
J6189
2
3450
200
3
60
13.2
6.8
45.2
J
2.5/2.2
F6189
2
3450
230
3
60
11.2
5.1
39.4
J
3.4/2.9
G6189
2
3450
460
3
60
6.0
2.8
19.7
J
13.5/11.7
BA6189
2
3450
575
3
60
5.8
2.1
15.9
J
20.8/18.1
N6267
1/2
1725
115
1
60
10.4
6.8
25.0
G
2.5/1.7
E6267
1/2
1725
230
1
60
5.8
3.6
12.5
G
8.1/7.1*
I6267
1/2
1725
200-208
1
60
6.2
4.2
21.0
K
6.4/5.2*
J6267
1/2
1725
200-208
3
60
2.6
1.9
8.3
G
14.7/13.1
F6267
1/2
1725
230
3
60
2.6
2.0
7.1
G
18.6/16.2
G6267
1/2
1725
460
3
60
1.5
1.1
5.1
K
49.0/43.0
N6282
1/2
1725
115
1
60
10.3
7.3
30.2
H
1.4/1.2*
E6282
1/2
1725
230
1
60
5.0
4.0
15.1
H
5.7/4.9*
I6282
1/2
1725
200
1
60
6.1
4.5
17.7
H
4.7/4.0*
J6282
1/2
1725
200
3
60
3.6
2.5
12.8
K
7.9/6.9
F6282
1/2
1725
230
3
60
3.0
2.3
12.2
L
9.4/8.1
G6282
1/2
1725
460
3
60
1.7
1.1
6.1
L
37.4/32.5
BA6282
1/2
1725
575
3
60
1.4
1.1
5.11
M
63.6/55.3
ELECTRICAL DATA
1. Check to be sure your power source is capable of handling the voltage requirements
of the motor, as indicated on the pump nameplate.
2. The installation of float switches is the responsibility of the installing party and care
should be taken that the tethered float switch will not hang up on the pump apparatus
or pit peculiarities and is secured so that the pump will shut off. It is recommended
that rigid piping and fittings be used and the pit be 36" or larger in diameter.
3.
INFORMATION - VENT HOLE PURPOSE
. It is necessary that all submersible pumps capable
of handling various sizes of solid waste be of the bottom intake design to reduce clogging
and seal failures. If a check valve is incorporated in the installation, a vent hole (approx.
3/16") must be drilled in the discharge pipe below the check valve and pit cover to purge
the unit of trapped air. Water stream will be visible from this hole during pump run periods.
This vent hole should be checked periodically for clogging and cleaned as necessary.
Trapped air is caused by agitation and/or a dry basin.
4. Water hammer creates momentary high pressure surges. These surges can cause
severe damage to check valves and the piping system. Consideration for water hammer
must be included in the piping system design. Reference ASPE Data Book, Chapter
2.33. Some systems may require external spring or lever weighted check valves or
other engineered solutions.
5. Three phase pumps must be connected for proper rotation, which is counterclockwise
looking into impeller inlet or, refer to the directional arrow on the pump housing.
6. Care should be taken during the initial installation to be sure that adequate air supply
is available whenever any person is in the basin. Always follow OSHA guidelines on
confined space requirements.
CAUTION
SEE BELOW FOR
LIST OF CAUTIONS
