Technical data – Lenze E82xVxxxKxxxxx User Manual

Page 41

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Technical data

Operation with rated power (normal operation)

Rated data for 400 V mains voltage

4

l

41

EDS82EV903 EN 3.0

Typical motor power −
three−phase asynchronous
motor (4−pole)

P

rated

[kW]

15

22

30

P

rated

[hp]

20

30

40

8200 vector type

With mains filter

E82xV153K4B3xx

E82xV223K4B3xx

E82xV303K4B3xx

Without mains filter

E82xV153K4B2xx

3)

E82xV223K4B2xx

3)

E82xV303K4B2xx

3)

Rated mains current at a
switching frequency of 8 kHz
(Lenze setting)

without mains choke/mains

filter

I

mains

[A]

43.5

With mains choke/mains filter

I

mains

[A]

29

42

55.0

Output power +U

DC

, −U

DC

1)

P

DCres

[kW]

10.2

4

0

Rated output
current at
switching
frequency

1 kHz sin

I

r

[A]

32

47

59

2 kHz sin

4 kHz sin

8 kHz sin

I

r

[A]

29

43

47

4)

16 kHz sin

2)

I

r

[A]

21

30

35

1 kHz

I

r

[A]

32

47

59

2 kHz

4 kHz

8 kHz

I

r

[A]

32

47

59

16 kHz

2)

I

r

[A]

24

35

44

Max. permissible
output current for
60 s at switching
frequency

1 kHz sin

I

max

[A]

48

70.5

89

2 kHz sin

4 kHz sin

8 kHz sin

I

max

[A]

43

64

70

4)

16 kHz sin

2)

I

max

[A]

31

46

53

1 kHz

I

max

[A]

48

70.5

89

2 kHz

4 kHz

8 kHz

I

max

[A]

48

70.5

89

16 kHz

2)

I

max

[A]

36

53

66

Power loss (operation with I

N8

)

E82EV...

P

loss

[W]

430

640

810

E82DV... inside/outside

P

loss

[W]

143/287

213/427

270/540

E82CV... inside/cooler

P

loss

[W]

143/287

213/427

Dimensions

Dependent on the mounting variant (

^ 61)

Mass with mains
filter

E82EV...

m [kg]

34

34

E82DV...

m [kg]

34

34

E82CV...

m [kg]

Separate mains filter

Mass without
mains filter

E82EV...

m [kg]

15

15

E82DV...

m [kg]

15

15

E82CV...

m [kg]

13

1)

Power supplied by the DC bus when operating with power−adapted motor

2)

Switching frequency is reduced to 4 kHz if

J reaches max. − 5 °C

3)

Operation only permitted with mains choke (

^ 106)

4)

Only operate with automatic switching frequency reduction (C144 = 1). Ensure that the specified current values are
not exceeded.

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