Electrical Data

Mains supply data, 1 phase AC

Input data

Units

6V03

6V06

6V12

Operational supply voltage (line to line)

VAC

80 to 265

Rated supply voltage

VAC

100 to 240

Rated supply input frequency (±5%)

Hz

50 to 60

Permitted switch on/off frequency

1/h

30

Rated input VA at 240 V

kVA

1.2

2.3

2.9

Rated input current

A

5.0

9.7

12

Max. inrush current

A

10

Rated DC bus link voltage

VDC

300

Mains supply data, 3 phase AC

Input data

Units

6V03

6V06

6V12

7V03

7V06

7V12

Operational supply voltage (Line to Line)

VAC

80 to 265

24 to 525

Rated supply voltage

VAC

100 to 240

200 to 480

Rated supply input frequency (±5%)

Hz

50 to 60

Permitted switch on/off frequency

1/h

30

Rated input VA at 240 V (* at 480 V)

kVA

0.955

1.9

3.8

2.2*

4.5*

7.7*

Rated input current

A

2.3

4.6

9.2

2.7

5.4

9.2

Max. inrush current

A

10

Rated DC bus link voltage

VDC

140 to 340

280 to 680

 

Output data

Units

6V03

6V06

6V12

7V03

7V06

7V12

Continuous output current ( ± 3%)

Arms

3

6

12

3

6

12

Peak output current (for 2s, ±3%)

Arms

9

18

30

9

18

30

Continuous motor shaft output power at rated input current

at 1 x 120 VAC

kW

0.22

0.44

0.875

tbd

-

-

at 1 x 240 VAC

kW

0.44

0.875

1.8

tbd

0.44

0.875

at 3 x 120 VAC

kW

0.31

0.625

1.25

tbd

-

-

at 3 x 240 VAC

kW

0.625

1.25

2.5

tbd

0.625

1.25

at 3 x 400 VAC

kW

–

–

–

–

1.05

2.1

at 3 x 480 VAC

kW

–

–

–

–

1.25

2.5

Peak output power (for 1 s)

at 1 x 120 VAC

kW

1.1

2.1

4.1

tbd

-

-

at 1 x 240 VAC

kW

2.1

4.2

6.3

tbd

-

-

at 3 x 120 VAC

kW

1.5

3

4.5

tbd

-

-

at 3 x 240 VAC

kW

3.0

6.0

9.0

tbd

3.0

6.0

at 3 x 400 VAC

kW

–

–

–

-

5.0

10

at 3 x 480 VAC

kW

–

–

–

-

6.0

12

Thermal dissipation, disabled

W

12

12

12

tbd

12

12

Thermal dissipation at rated current

W

50

80

140

tbd

65

105

Motor inductance

minimum at 120 VAC

mH

1.2

0.6

0.3

tbd

-

-

minimum at 240 VAC

mH

2.4

1.2

0.6

tbd

3.1

1.5

minimum at 400 VAC

mH

–

–

–

-

5.1

2.6

minimum at 480 VAC

mH

–

–

–

-

6.1

3.1

maximum

mH

240

120

60

tbd

610

310

Regeneration Braking

Electrical Motor Braking

Brake output

Voltage (±10%)

VDC

24

Output under current fault

mA

100 (required for fault detection)

Output over current fault

A

2.25 (required for fault detection)

Output current, maximum

A

2.1

 

Steady State Control Current per Brake Option

Auxiliary 24 VDC (±10%, check voltage drop) Supply Voltage (PELV)

Units

Current

Base current with NO brake

A

< 1

Total current with brake

A

< 2.8