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9
Table 3 – DIP Switch Settings
Bodine
Motor
Type
Rated
Volts
(DC)
Armature
Speed
(RPM)
1
Rated
Current
(Amps)
2
Motor
Power
(HP)
DIP
Switches
ON
Typical Current
Range of TORQ.
Pot. (DC Amps)
3
Typical Input
Current at Max.
TORQ Setting
(RMS Amps)
4
24A0
130
2500
0.22
1/50
Consult Bodine Support
24A2
130
2500
0.30
1/29
4,5,6,7
0-0.65
1.0
24A4
130
2500
0.48
1/17
3,4,6,7
0-0.8
1.3
24A4
90
2500
0.58
1/20
4
0-.98
1.3
24A4
90 | 130
2500
.56 | .81 1/23 | 1/11
4
0-0.92
1.3
24A4
6
115
11500
1.1
1/7
3,5
0-1.5
8.2
33A3
5
90 | 130
2500
.78 | 1.0
1/16 | 1/8
3,5
0-2.4
2.6
33A3
130
2500
0.74
1/12
4
0-0.92
1.3
33A3
130
2000
0.71
1/12
3
0-1.36
1.6
33A5
5
130
2500
0.91
1/8
2,7
0-2.4
2.7
33A5
90
2500
1.6
1/7
2,4,5
0-3.0
3.8
33A5
5
90 |130
2500
1.4| 1.8
1/8 | 1/4
3,4,5
0-2.2
2.5
33A5
5
90 |130
2500
1.3 | 1.7
1/8 | 1/4
3,4,5
0-2.2
2.5
33A5
130
2000
1.4
1/6
3
0-1.38
1.8
33A7
5
90 | 130
2500
1.8 | 2.4
1/6 | 1/3
2,4,5
0-3.0
3.8
42A3
5
130
2500
1.0
1/8
2,5,7
0-3.0
4.9
42A4
5
130
2000
1.3
1/6
2,5,7
0-2.7
4.3
42A5
90
2500
2.2
7
1/4
2,3,4,5
0-4.0
5.4
42A5
5
90 | 130
2500
1.9 | 1.8
3/16 | 1/4
1,3,4
0-4.3
6.9
42A5
5
90 | 130
2500
2.1 | 2.8
3/16 | 3/8
1,3,4
0-4.3
6.9
42A5
5
130
2500
1.8
1/4
2,4,5
0-3.0
3.9
42A5
5
130
2500
2.7
1/3
2,4,5
0-3.0
4.2
42A7
5
130
2500
2.3
1/3
2,3,4,5
0-3.8
5.3
42A7
5
130
2500
3.4
1/2
1,2,3,4,5
0-5.9
7.5
42A7
5
130
2500
3.3
7/16
2,3,4,5
0-3.8
5.3
24A2
180
1725
0.13
1/19
4,6,7,8
0-0.2
0.30
24A4
180
2500
0.30
1/19
4,6,7,8
0-0.5
0.8
24A4
180
1725
0.18
1/32
4,6,7,8
0-0.3
0.40
33A3
180
1725
0.33
1/23
4,6,7,8
0-0.6
0.80
33A3
180
1725
0.31
1/23
4,6,7,8
0-0.6
0.90
33A5
180
1725
0.41
1/14
3,4,5,6,7,8
0-0.8
1.3
33A5
180
1725
0.62
1/11
3,5,6,7,8
0-1.1
1.5
33A5
180
2500
0.80
1/7
1,2,3,6,8
0-2.1
2.2
33A5
180
3000
0.89
1/6
1,2,3,6,8
0-1.2
1.9
33A7
5
180
3000
1.3
1/4
2,5,8
0-2.6
3.5
33A7
180
1725
0.88
1/6
3,5,8
0-1.7
2.0
42A5
180
1725
0.85
1/6
3,5,8
0-1.3
2.1
42A5
180
1725
0.85
1/5
3,5,8
0-1.71
2.1
42A5
180
2500
1.2
1/4
2,5,8
0-2.7
8.5
42A5
5
180
3000
1.17
1/5
2,5,8
0-2.5
4.1
42A5
180
1725
0.85
1/6
3,5,8
0-1.7
2.1
42A7
180
1725
1.0
1/5
2,5,8
0-2.0
3.2
42A7
5
180
3000
1.5
1/4
2,3,8
0-3.3
6.9
1. Armature speeds are based on 130VDC (or 180VDC). For armature speed of a geared motor, multiply the output speed at the drive-
shaft by the gear ratio. Note that “PWM rated” motors, or motors rated at 130 VDC, will run about 69% slower with an unfiltered
control because of the 90VDC max output voltage.
2. If the user desires to install their own armature fuse on the control output to protect the motor from continuous overloads, base
fuse ratings on the motor current rating in this column. The fuse should be sized at 1.2 times the current rating in this column.
3. Peak current available with TORQ pot in fully CW position. This current may exceed the continuous rating of the motor, in which
case it is intended for intermittent overload conditions only. It is the user’s responsibility to make sure the application does not
exceeds continuous rating of the motor or gearing.
4. Use this column for sizing a line fuse on the control input. The fuse should be sized at 1.2 times the current rating in this column.
5. These motors are capable of exceeding the continuous output rating of the control. The loading on these motors must be limited
to keep their continuous current draw at 2.1A or less.
6. The REG potentiometer must be turned fully CCW (off) for high-speed type 24A4BEPM motor.
7. The load/current of our 42A5 “SCR Rated”, 90V, 2500 rpm gearmotors may not exceed 2.1 amps (max) rating of control.
