Power Electronics SD300 Series User Manual

POWER ELECTRONICS
SD300
POWER CONNECTIONS
71
Reference
Input
voltage (V)
Drive
capacity
(kW)
100% Braking
150% Braking
Ω
W*
Ω
W*
SD301212, SD301212F,
SD301222, SD301126
2.2
60
300
50
400
SD301822, SD301726
4
40
500
33
600
SD303022, SD302426
5.5
30
700
20
800
SD304022, SD303226
7.5
20
1000
15
1200
SD305622, SD304626
11
15
1400
10
2400
SD306922, SD306026
15
11
2000
8
2400
SD300242, SD300242F,
SD300146, SD300146F
400
0.4
1800
50
1200
100
SD300342, SD300342F,
SD300246, SD300246F
0.75
900
100
600
150
SD300542, SD300542F,
SD300446, SD300446F
1.5
450
200
300
300
SD300742, SD300742F,
SD300646, SD300646F
2.2
300
300
200
400
SD301042, SD301042F,
SD300946, SD300946F
4
200
500
130
600
SD301642F, SD301246,
SD301246F
5.5
120
700
85
1000
SD302342F, SD301646,
SD301646F
7.5
90
1000
60
1200
SD303042F, SD302446,
SD302446F
11
60
1400
40
2000
SD303842F, SD303046,
SD303046F
15
45
2000
30
2400
SD304442F, SD303946,
SD303946F
18.5
35
2400
20
3600
SD305842F, SD304546,
SD304546F
22
30
2800
10
3600
Notes:
• The values of the braking resistors that appear in the table are the minimum
recommended values. For a customized calculation, and adjusted to your
application, please contact Power Electronics.
• The braking resistor should be non-inductive.
• To connect the sensor to the drive, it is recommended to use shielded cable.
• The maximum cable length between the drive and the external braking
resistor is 20m. For other configurations, contact with Power Electronics

Power Electronics SD300 Series Specifications

General

Brand	Power Electronics
Model	SD300 Series
Category	Inverter
Language	English