Function library – Lenze E82xVxxxKxxxxx User Manual

Page 396

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Function library

Code table

10

l

396

EDS82EV903 EN 3.0

IMPORTANT

Possible settings

Code

Selection

Lenze

Name

No.

C0138
*

Process
controller
setpoint 1
(PCTRL1−SET1)

0.00

−650.00

{0.02

Hz}

650.00 The set value will be lost during

mains switching!

l

Selection if C0412/4 =
FIXED−FREE

l

Display if C0412/4

¹

FIXED−FREE

^ 322

C0140
*

Additive
frequency
setpoint
(NSET1−NADD)

0.00

−650.00

{0.02

Hz}

650.00

l

Selection via

j function of

the keypad or parameter
channel

l

Acts additively on the main
setpoint

l

Value will be stored when
switching the mains or
removing the keypad

l

C0140 is only transferred
during parameter set transfer
with GDC (not with keypad)

^ 311

C0141
*

Scaled setpoint

0.00

−100.00

{0.01 %}

100.00 The set value will be lost during

mains switching!
Only effective if C0127 = 1
Based on C0011

C0142

v

Starting
condition

1

0

Automatic start is inhibited after
mains connection
Flying restart circuit inactive

Start after HIGH−LOW−HIGH level
change at X3/28

^ 275

1

Automatic start if X3/28 = HIGH
Flying restart circuit inactive

2

Automatic start is inhibited after
mains connection
Flying restart circuit active

Start after HIGH−LOW−HIGH level
change at X3/28

3

Automatic start if X3/28 = HIGH
Flying restart circuit active

C0143
*

v

Selection of
flying restart
mode

0

0

Max. output frequency (C0011) ... 0 Hz

Motor speed is searched for in the
stated range

^ 275

1

Last output frequency ... 0 Hz

2

Connect frequency setpoint
(NSET1−NOUT)

The respective value is connected
after the controller enable

3

Connect actual process controller value
(C0412/5) (PCTRL1−ACT)

C0144

v

Temperature−d
ependent
reduction of
the switching
frequency

1

0

No temperature−dependent reduction
of the switching frequency

During operation at a switching
frequency of 16 kHz the frequency
is also reduced to 4 kHz. This
behaviour can be changed in
C0310.

^ 270

1

Automatic reduction of the switching
frequency to 4 kHz if

J reaches

max. − 5 °C

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