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02/02 AWB8230-1447GB

Standard form for user defined 
parameter settings

7

A42

Percentage voltage increase with 
manual boost

0 to 99%

11

A43

Maximum boost at x % of the base 
frequency

0 to 50 %

10.0

A44

U

/

f

 characteristic

• 00: Constant torque curve
• 01: Reduced torque curve

00

A45

Output voltage

50 to 100 %

100

A51

DC braking

• 00: Inactive
• 01: Active

00

A52

DC braking starting frequency

0.5 to 10 Hz

0.5

A53

DC braking waiting time

0.0 to 5 s

0.0

A54

DC braking torque

0 to 100 %

0

A55

DC braking duration

0.0 to 60 s

0.0

A61

Maximum operating frequency

0.5 to 360 Hz

0.0

A62

Minimum operating frequency

0.5 to 360 Hz

0.0

A63

1st frequency jump

0.1 to 360 Hz

0.0

A64

Jump width of the 1st frequency jump

0.1 to 10 Hz

0.5

A65

2nd frequency jump

0.1 to 360 Hz

0.0

A66

Jump width of the 2nd frequency jump

0.1 to 10 Hz

0.5

A67

3rd frequency jump

0.1 to 360 Hz

0.0

A68

Jump width of the 3rd frequency jump

0.1 to 10 Hz

0.5

A71

PID control

• 00: Inactive
• 01: Active

00

A72

P component of the PID control

0.2 to 50

1.0

A73

I component of the PID control

0.0 to 150 s

1.0

A74

D component of the PID control

0.0 to 100 s

0.0

A75

Setpoint factor of the PID control

0.01 to 99.99

1.00

A76

Input actual value signal for PID control

• 00: Input OI
• 01: Input O

00

A81

AVR function 

• 00: Active
• 01: Inactive
• 02: Inactive during deceleration

02

A82

Motor voltage for AVR function

• 200, 220, 230, 240 V
• 380, 400, 415, 440, 460 V

230/
400

A92

2nd acceleration time

0.1 to 3000 s

15.0

A93

2nd deceleration time

0.1 to 3000 s

15.0

A94

Changeover from 1st to 2nd time ramp

• 00: Input 2CH
• 01: PNU A95 or A96

00

A95

Changeover frequency on changeover 
from first to second acceleration time

0.0 to 360 Hz

0.0

A96

Changeover frequency on changeover 
from first to second deceleration time

0.0 to 360 Hz

0.0

A97

Acceleration characteristic

• 00: Linear
• 01: S curve

00

A98

Deceleration characteristic

• 00: Linear
• 01: S curve

00

PNU

Meaning

Value range

Def.

Setpoint

Summary of Contents for DF5 series

Page 1: ...l brand and product names are trademarks or registered trademarks of the owner concerned All rights reserved including those of the translation No part of this manual may be reproduced in any form pri...

Page 2: ...quency inverter has power d Hz or A LED Indication in b Output frequency Hz or output current A e Potentiometer and LED Frequency setpoint setting LED is lit when the potentiometer is activated f ENTE...

Page 3: ...efault to the keypad Figure 2 Specify setpoint definition through keypad RUN PRG POWER Hz A MIN MAX PRG ENTER POWER Hz POWER PRG POWER PRG PRG DF5 3 x DF5 3 x PRG PRG PRG ENTER POWER PRG MIN MAX PRG P...

Page 4: ...eys and the PRG key at the same time and keep them pressed X While holding the arrow and PRG keys briefly press the OFF key X Keep the other three keys pressed for three further seconds until the foll...

Page 5: ...the supply voltage is reapplied E 09 Undervoltage If the DC voltage is too low the output voltage is switched off fault free function of electronics no longer possible any problems such as overheatin...

Page 6: ...B8230 1412GB section Automatic restart after a fault page 97 The default settings have been selected and the frequency inverter is in the initialization phase PNU b84 and b85 a AWB8230 1412GB section...

Page 7: ...Starting frequency 00 Apply PNU A11 to motor 01 Apply 0 Hz to motor 01 A16 Analog input filter time constant 0 to 8 8 A20 Frequency setpoint definition PNU A01 must be 02 0 5 to 360 Hz 0 0 A21 1st fi...

Page 8: ...A68 Jump width of the 3rd frequency jump 0 1 to 10 Hz 0 5 A71 PID control 00 Inactive 01 Active 00 A72 P component of the PID control 0 2 to 50 1 0 A73 I component of the PID control 0 0 to 150 s 1 0...

Page 9: ...ugh SFT input all functions inhibited 01 Through SFT input function F01 possible 02 Without SFT input all functions inhibited 03 Without SFT input function F01 possible 01 b32 Magnetizing current 0 to...

Page 10: ...contact 01 Break contact 00 C12 Digital input 2 Values a PNU C11 00 C13 Digital input 3 Values a PNU C11 00 C14 Digital input 4 Values a PNU C11 00 C15 Digital input 5 Values a PNU C11 00 C21 Signal...

Page 11: ...ack display d05 Status of digital inputs 1 to 6 d06 Status of digital outputs 11 and 12 d07 Scaled output frequency d08 Display of last alarm d09 Display of second and third from last alarm PNU Meanin...

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