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A1000 - Dynamic Braking

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Dynamic Braking Options, 10% Duty Cycle for A1000 Drive

200-400V, 3-Phase Normal Duty | 200-400V, 3-Phase Heavy Duty | 380-480V, 3-Phase Normal Duty | 380-480V, 3-Phase Heavy Duty | 500-600V, 3-Phase Normal Duty | 500-600V, 3-Phase Heavy Duty

Dynamic Braking Resistor Reference Documents

Braking Resistors | ED Drawings | GCE Drawings

200-240V, 3-Phase Dynamic Braking Resistor, 10% Normal Duty

Drive Model Number

CIMR-
 Normal Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP
Part Number
CDBR-
Qty
Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU2A0004FAA
1/2 & 3/4
Built-in
URS000262
1
250
100
48
Single
AU2A0006FAA
1
URS000264
1
125
100
48
Single
AU2A0008FAA
2
Built-in
URS000265
1
95
100
48
Single
AU2A0010FAA
2 & 3
URS000266
1
63
100
48
Single
AU2A0012FAA
3
Built-in
URS000267
1
38
100
16
Single
AU2A0018FAA
5
AU2A0021FAA
7.5
Built-in
URS000268
1
26
100
16
Single
AU2A0030FAA
7.5 & 10
URS000269
1
19
100
16
Single
AU2A0040FAA
15
Built-in
URS000270
1
12.6
100
9.6
Single
AU2A0056FAA
20
URS000271
1
9.6
100
9.6
Single
AU2A0069FAA
25
Built-in
URS000272
1
7.5
100
9.6
Single
AU2A0081FAA
30
URS000273
1
6.3
100
9.6
Single
AU2A0110FAA
40
Built-in
URS000274
1
4.9
100
6.4
Single
AU2A0138FAA
50
URS000117
1
4.2
100
6.4
Single
AU2A0169FAA
60
21100D
1
URS000100
1
2.1
150
1.6
Single
AU2A0211FAA
75
URS000096
1
1.6
150
1.6
Single
AU2A0250FAA
100

21100D &
20220D

1 ea
URS000096
& URS000128
1 ea
1.6 & 6.8
150
1.6 & 6.4
Single/Single
AU2A0312AAA
125
1 & 2
URS000096
& URS000127
1 ea
1.6 & 6.8
150
1.6 & 6.4
Single/Double
AU2A0360AAA
150
21100D
2
URS000097
2
1.6
150
1.6
Double
AU2A0415AAA
175
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)

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200-240V, 3-Phase Dynamic Braking Resistor, 10% Heavy Duty

Drive Model Number

CIMR-
 Heavy Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP
Part Number

CDBR-
Qty

Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU2A0004FAA
3/4
Built-in
URS000275
1
170
150
48
Single
AU2A0006FAA
3/4 & 1
URS000276
1
125
150
48
Single
AU2A0008FAA
2
Built-in
URS000277
1
85
150
48
Single
AU2A0010FAA
2
URS000278
1
63
150
48
Single
AU2A0012FAA
3
Built-in
URS000279
1
42
150
16
Single
AU2A0018FAA
3
URS000280
1
25
150
16
Single
AU2A0021FAA
5
Built-in
URS000280
1
25
150
16
Single
AU2A0030FAA
7.5
AU2A0040FAA
10
Built-in
URS000282
1
12.6
150
9.6
Single
AU2A0056FAA
15
URS000283
1
8.4
150
9.6
Single
AU2A0069FAA
20
Built-in
URS000284
1
6.3
150
9.6
Single
AU2A0081FAA
25
URS000285
1
5
150
9.6
Single
AU2A0110FAA
30
Built-in
URS000286
1
4.2
150
6.4
Single
AU2A0138FAA
40
AU2A0169FAA
50
21100D
1
URS000100
1
2.1
150
1.6
Single
AU2A0211FAA
60
AU2A0250FAA
75
21100D
1 ea
URS000096
1
1.6
150
1.6
Single/Single
AU2A0312AAA
100
21100D &
20220D
1 ea
URS000096
& URS000128
1 ea
1.6 & 6.8
150
1.6 & 6.4
Single/Single
AU2A0360AAA
125
1 & 2
URS000096
& URS000127
1 ea
1.6 & 6.8
150
1.6 & 6.4
Single/Double
AU2A0415AAA
150
21100D
2
URS000097
2
1.6
150
1.6
Single
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)

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380-480V, 3-Phase Dynamic Braking Resistor, 10% Normal Duty

Drive Model Number

CIMR-
 Normal Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP
Part Number CDBR-
Qty
Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU4A0002FAA
3/4 & 1
Built-in
URS000240
1
750
100
96
Single
AU4A0004FAA
2
URS000241
1
375
100
96
Single
AU4A0005FAA
3
Built-in
URS000242
1
250
100
64
Single
AU4A0007FAA
4
URS000243
1
150
100
64
Single
AU4A0009FAA
5
Built-in
URS000243
1
150
100
32
Single
AU4A0011FAA
7.5
URS000244
1
100
100
32
Single
AU4A0018FAA
10
Built-in
URS000245
1
75
100
32
Single
AU4A0023FAA
15
URS000246
1
50
100
32
Single
AU4A0031FAA
20
Built-in
URS000247
1
38
100
20
Single
AU4A0038FAA
25
URS000248
1
30
100
20
Single
AU4A0044FAA
30
Built-in
URS000249
1
25
100
19.2
Single
AU4A0058FAA
40
URS000250
1
19
100
19.2
Single
AU4A0072FAA
50
Built-in
URS000251
1
15
100
19.2
Single
AU4A0088FAA
60
40450D
1
URS000144
1
13.6
150
12.8
Single
AU4A0103FAA
75
40450D
2
URS000143
1
13.6
150
12.8
Double
AU4A0139FAA
100
42200D
1
URS000119
1
4.2
150
3.2
Single
AU4A0165FAA
125
42200D
1
URS000119
1
4.2
150
3.2
Single
AU4A0208FAA
150
URS000165
1
3.2
150
3.2
Single
AU4A0250AAA
200
42200D & 40450D
1 ea
URS000165 & URS000142
1 ea
3.2 & 13.6
150
3.2 &12.8
Single/Single
AU4A0296AAA
250
42200D & 40450D
1 & 2
URS000165 & URS000143
1 ea
3.2 & 13.6
150
3.2 & 12.8
Single/Double
AU4A0362AAA
300
42200D
2
URS000166
1
3.2
150
3.2
Double
AU4A0414AAA
350
AU4A0515AAA
400 & 450
42200D
3
URS000167
1
3.2
150
3.2
Triple
AU4A0675AAA
500
42200D
3
URS000167
1
3.2
150
3.2
Triple
550
4
URS000166
2
3.2
150
3.2
Double/Double
AU4A0930AAA
600 & 700
42200D
4
URS000166
2
3.2
150
3.2
Double/Double
750
5
URS000166 & URS000167
1 ea
3.2 & 3.2
150
3.2
Triple/Double
AU4A1200AAA
800 - 1000
42200D
6
URS000167
2
3.2
150
3.2
3 x Double
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)
 

Top

380-480V, 3-Phase Dynamic Braking Resistor, 10% Heavy Duty

Drive Model Number

CIMR-
 Heavy Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP

Part Number

CDBR-
Qty
Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU4A0002FAA
3/4
Built-in
URS000252
1
500
150
96
Single
AU4A0004FAA
1 & 2
URS000253
1
250
150
96
Single
AU4A0005FAA
3
Built-in
URS000254
1
170
150
64
Single
AU4A0007FAA
3
URS000254
1
170
150
64
Single
AU4A0009FAA
4
Built-in
URS000255
1
100
150
32
Single
AU4A0011FAA
5
URS000255
1
100
150
32
Single
AU4A0018FAA
7.5 & 10
Built-in
URS000256
1
67
150
32
Single
AU4A0023FAA
10
URS000257
1
50
150
32
Single
AU4A0031FAA
15
Built-in
URS000258
1
34
150
20
Single
AU4A0038FAA
20
URS000259
1
25
150
20
Single
AU4A0044FAA
25
Built-in
URS000259
1
25
150
19.2
Single
AU4A0058FAA
30
URS000260
1
17
150
19.2
Single
AU4A0072FAA
40
Built-in
URS000261
1
12.6
150
19.2
Single
AU4A0088FAA
50
40450D
2
URS000151
1
18
150
12.8
Double
AU4A0103FAA
60
AU4A0139FAA
75
42200D
1
URS000143
1
13.6
150
3.2
Double
AU4A0165FAA
100
42200D
1
URS000119
1
4.2
150
3.2
Single
AU4A0208FAA
125 & 150
AU4A0250AAA
150
42200D
1
URS000165
1
3.2
150
3.2
Single
AU4A0296AAA
200
42200D & 40450D
1 ea
URS000165 & URS000142
1 ea
3.2 & 13.6
150
3.2 & 12.8
Single/Single
AU4A0362AAA
250
42200D & 40450D
1 & 2
URS000165 & URS000143
1 ea
3.2 & 13.6
150
3.2 & 12.8
Single/Double
AU4A0414AAA
300
42200D
2
URS000166
1
3.2
150
3.2
Double
AU4A0515AAA
350
AU4A0675AAA
400-500
42200D
3
URS000167
1
3.2
150
3.2
Triple
AU4A0930AAA
550-600
4
2
Double/Double
AU4A1200AAA
700
42200D
4
URS000166
2
3.2
150
3.2
Double/Double
750
5
URS000166 & URS000167
1 ea
3.2
150
3.2
Triple/Double
800-1000
6
URS000167
2
3.2
150
3.2
3 x Double
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)

Top

500-600V, 3-Phase Dynamic Braking Resistor, 10% Normal Duty

Drive Model Number

CIMR-
 Normal Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP

Part Number

CDBR-
Qty
Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU5A0003FAA
1 & 2
Built-in
URS000219
1
575
100
150
Single
AU5A0004FAA
3
URS000220
1
400
100
150
Single
AU5A0006FAA
5
Built-in
URS000221
1
235
100
150
Single
AU5A0009FAA
7.5
URS000222
1
150
100
130
Single
AU5A0011FAA
10
Built-in
URS000223
1
120
100
90
Single
AU5A0017FAA
15
URS000224
1
78
100
65
Single
AU5A0022FAA
20
Built-in
URS000225
1
59
100
44
Single
AU5A0027FAA
25
URS000226
1
47
100
32
Single
AU5A0032FAA
30
Built-in
URS000227
1
39
100
29
Single
AU5A0041FAA
40
URS000157
1
21.252
100
15
Single
AU5A0052FAA
50
Built-in
URS000226
1
47
100
15
Single
AU5A0062FAA
60
50370D
2
URS000155
1
27.2
100
23.8
Single
AU5A0077FAA
75
51100D
1
URS000138
1
10.5
100
9.5
Single
AU5A0099FAA
100
53000D
1
URS000118
1
4.2
100
3.8
Single
AU5A0125AAA
125
53000D
1
URS000163
1
3.2
100
3.8
Single
AU5A0145AAA
150
URS000125
1
5.2
100
3.8
Single
AU5A0192AAA
200
53000D
1
URS000122
1
4.2
100
3.8
Single
AU5A0242AAA
250
2
URS000163
2
3.2
100
3.8
Single
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)

Top

500-600V, 3-Phase Dynamic Braking Resistor, 10% Heavy Duty

Drive Model Number

CIMR-
 Heavy Duty
Braking Unit
10% DB Resistor
Minimum Resistance (Ohms)2
Configuration3
Nominal
HP

Part Number

CDBR-
Qty
Dynamic Braking Resistor Part Number
Qty Required
Resistance (Ohms) (Each)
Approx. Braking Torque (%)
AU5A0003FAA
1
Built-in
URS000229
1
400
150
150
Single
AU5A0004FAA
2
Single
AU5A0006FAA
3
Built-in
URS000230
1
260
150
150
Single
AU5A0009FAA
5
URS000231
1
160
150
130
Single
AU5A0011FAA
7.5
Built-in
URS000232
1
100
150
90
Single
AU5A0017FAA
10
URS000233
1
80
150
65
Single
AU5A0022FAA
15
Built-in
URS000234
1
52
150
44
Single
AU5A0027FAA
20
URS000235
1
39
150
32
Single
AU5A0032FAA
25
Built-in
URS000239
1
32
150
29
Single
AU5A0041FAA
25 & 30
URS000236
1
26
150
15
Single
AU5A0052FAA
40
Built-in
URS000157
1
21.252
150
15
Single
AU5A0062FAA
50 & 60
50370D
2
URS000155
1
27.2
150
23.8
Dual
AU5A0077FAA
60
1
AU5A0099FAA
75
51100D
1
URS000138
1
10.5
150
9.5
Single
AU5A0125AAA
100
53000D
1
URS000118
1
4.2
150
3.8
Single
AU5A0145AAA
125
53000D
URS000163
1
3.2
150
3.8
Single
AU5A0192AAA
150
1
URS000125
1
5.2
150
3.8
Single
AU5A0242AAA
200
53000D
2
URS000122
1
4.2
150
3.8
Single
250
URS000163
2
3.2
150
3.8
Single
1Horsepower rating is based on standard NEMA B 4-pole motor design as represented in NEC table 430.150 Full-Load Current, Three-Phase Alternating Current Motors.
2The value shown for the minimum connection resistance is that for a single braking unit. Select a resistance value higher than the connectable resistance value and enough to generate the required braking torque.
3Single = 1 resistor per package
Dual = 2 resistors per package (requires 2 DB transistor modules, as indicated in table above)
Triple = 3 resistors per package (requires 3 DB transistor modules, as indicated in table above)

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