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Switch-on sequence
12.
Activate the control mode "vector control"
(C0014 = 4)
Lenze setting: Linear V/f characterisitic control
(C0014 = 2)
13.
Adapt the voltage/current range to the analog
setpoint (C0034)
Lenze setting: 0, (0 ... 5 V/0 ... 10 V/0 ... 20 mA)
14.
Enter the motor data
A
Rated motor speed (C0087)
Lenze setting: 1390 rpm
B
Rated motor current (C0088)
Lenze setting: Depending on the controller
C
Rated motor frequency (C0089)
Lenze setting: 50 Hz
D
Rated motor voltage (C0090)
Lenze setting: Depending on the controller
Motor-cos ϕ (C0091)
E
Lenze setting: Depending on the controller
15.
Start the motor paramter identification (C0148)
A
Ensure that the controller is inhibited
B
Set C0148 = 1
C
Enable the controller.
D
If the segment
approx. 30 s, inhibit the controller once again
L
Using the keypad E82ZBC - Vector control
c
becomes active after
EDK82EV113 DE/EN/FR 5.0
z
d
c
b
w x
j g f k i h PS
m n o
p
y
q
r
Hi
Lo
z
d
c
b
w x
j g f k i h PS
m n o
y
p
q
r
Hi
Lo
z
d
c
b
w x
j g f k i h PS
m n o
y
p
q
r
Hi
Lo
X3
20
28
v
in addition
X3
20
28
X3
20
28
Commissioning
Note
e
a
Hz
Set the DIP switch on the
e
a
standard-I/O to the same range (see
Mounting Instructions for the
Hz
standard-I/O)
See motor nameplate
Enter the value for the motor
connection type (star/delta) selected!
Enter the value for the motor
connection type (star/delta) selected!
Only when the motor is cold!
e
a
Hz
Terminal X3/28 = LOW
misc001
Terminal X3/28 = HIGH
l
The identification starts:
misc002
l
c
– The segment
– The motor makes a
high-pitched tone. The motor
does not rotate!
Terminal X3/28 = LOW
l
Identification is completed.
l
misc001
Calculated and stored:
l
– V/f rated frequency (C0015)
– Slip compensation (C0021)
– Motor stator inductance
(C0092)
Measured and stored:
l
– Motor stator resistance
(C0084) = Total resistance of
motor cable and motor
7
Off
123