123
Note: When setting an user-defined V/F pattern, make sure d1-08
≤
d1-06 < d1-04
≤
d1-10
≤
d1-02.
V/F Characteristics for Motor 2
Use d1-13 to d1-22 to set the V/F pattern for motor 2. Refer to 51 for setting multi-function
input terminal when switching motor parameters.
If an multi-function input terminal assigned to E1-□□= 51 switches to motor 2, and A1-02 is set
to 5, 6 or 7, the oPE06 fault will be triggered.
d2 Motor Parameters
d2 parameters set the important motor information required to perform optimum motor
control. In open-loop control methods, the motor parameters will be set automatically during
Auto-Tuning. If Auto-Tuning cannot be performed properly, set the parameters manually.
■
Motor 1 Parameters
d2- 00 Motor Rated Current
Sets the motor rated current according to the motor nameplate. This value determines the
motor protection for torque and will be set automatically during Auto-Tuning.
No.
Name
Setting Range
Default
d2-00
Motor Rated Current
10 to 200% of drive rated
current
Determined by o2-03,
A1-06
Note:
1.
If the maximum motor capacity the drive can run is less than 11kW, it will be displayed in units of 0.1A. The
maximum motor capacity the drive can run is determined by A1-06 (ND/HD Mode). Refer to Ch 2.4 on page 15
2. If the d2-00 (Motor Rated Current) setting is lower than the d2-02 (Motor No-Load Current) setting, an oPE02
(Parameter Range Setting Error) error will be triggered . Therefore properly set d2-02.
d2- 01 Motor Rated Slip
Sets the motor rated slip. This value determines the slip compensation and will be set
automatically during Auto-Tuning.
No.
Name
Setting Range
Default
d2-01
Motor Rated Slip
0.00 to 60000
Determined by o2-03,
A1-06
If Auto-Tuning cannot be performed, use the information shown on the motor nameplate to
calculate the motor rated slip by the following formula.
d2-01=f-(n‧p)/120
f
∶
rated frequency (Hz), n
∶
motor rated speed ( min-1), p
∶
number of motor poles
Summary of Contents for EVO 6800 Series
Page 1: ...MANUAL Compact Vector Drive EVO 6800 Series...
Page 33: ...33 34 2 36 0 2 8 93 0...
Page 35: ...35 4 2 Main Circuit...
Page 41: ...41 4 3 Control Circuit...