Chapter 6 Parameter Description 33
EV3200 Door Control Inverter User Manual
the catching torque reaches the setting of F2.10, the relay
will activate to output CD complete signal.
The complete CD signal is disabled in demo mode,
general-purpose inverter operation mode and OD process.
6: Fault relay output 1
When the inverter has fault, the relay will output fault signal.
But when parameter setting error (E028) occurs, the inverter
only displays the alarm information and will not output fault
relay output signal 1.
7: Fault relay output 2
When the inverter has fault or the inverter's DC bus voltage
is low (LED displays "P.oFF"), the relay will output fault
signal. But when parameter setting error (E028) occurs, the
inverter only displays the alarm information and will not
output fault relay output signal 2.
8: Safety edge lift signal output
When width left open in CD is less than or equal to F3.06
setting, the relay outputs safety edge lift signal. When it is
bigger than F3.06 setting, there is no output of safety edge
lift signal.
9: Lock signal output
Synchronously input/output lock signal
10: Door re-opening signal output
In door re-opening process, the relay outputs the door
re-opening signal.
11: Obstruction signal output
When the door is obstructed in OD or CD process, the relay
outputs this signal.
6.7 Motor Parameters F6
F6.00 Motor type selection
Setting range: 0 ~ 1
【
0
】
0: asynchronous motor
1: synchronous motor
Note
1. For EV3200-2S0002A and EV3200-2S0004A, the default
setting of this parameter is 0.
2. For EV3200-2S0002S and EV3200-2S0004S, the default
setting of this parameter is 1.
F6.01 Motor rated power
Setting range: 0 ~ 500W
【
370
】
F6.02 Motor rated voltage Setting range: 0 ~ 250V
【
220
】
F6.03 Motor rated current Setting range: 0.10 ~ 9.90A
【
1.94
】
F6.04 Motor max
allowable operation current
Setting range: 100.0% ~ 200.0%
【
150%
】
F6.05 Motor rated
frequency
Setting range: 1.00 ~ 128.00Hz
【
50.00
】
F6.06 Motor rated
spinning speed
Setting range: 1 ~ 9999rpm
【
1400
】
Set the motor parameters according to the nameplate.
Note
1. Relevant parameters of motor (F6.01 ~ F6.06) must be input
correctly before auto-tuning.
2. The motor power should match that of the inverter, that is, the
setting of F069 can be only one grade higher or two grades lower
than standard motor capacity, to ensure the performance.
F6.07 Motor tuning
Setting range: 0, 1
【
0
】
0: disable 1: enable
Enter the motor parameters according to the nameplate
(F6.01 ~ F6.06) before tuning. First set F6.07 to 1, press
on the operation keypad, the inverter will execute
auto-tuning function.
After tuning completed, setting of F6.07 will be restored to 0
automatically.
Note
1. Do not start tuning with load on motor;
2. Make sure the motor is in stopping status before tuning,
otherwise, the tuning can not be processed normally;
3. Tuning can be performed in keypad control mode only
(F0.02=0, factory default value);
F6.08 Stator resistance
Setting range: 0.00 ~ 99.99
Ω
【
7.73
】
F6.09 Stator inductance Setting range: 0 ~ 9999mH
【
357
】
F6.10 Rotor resistance
Setting range: 0.00 ~ 99.99
Ω
【
5.23
】
F6.11 Rotor inductance
Setting range: 0 ~ 9999mH
【
357
】
F6.12 Mutual inductance
Setting range: 0 ~ 9999mH
【
325
】
F6.13 Exciting current
with no load
Setting range: 0.00 ~ 99.99A
【
1.08
】
After auto-tuning, settings of F6.08 ~ F6.13 will be updated.
Each time after changing the parameters on the motor's
nameplate, the settings of F6.08 ~ F6.13 will be restored to
defaults automatically.
Motor's parameters are illustrated in Figure 6-14.
R
m
L
m
I
0
I
1
U
1
R
1
L
1
-L
m
R
2
L
2
-L
m
1-S
S
R
2
I
2
Figure 6-14 Steady-state equivalent circuit of asynchronous
motor
In Figure 6-14, R
1
, L
1
, R
2
, L
2
, L
m
, I
0
represent stator
resistance, stator inductance, rotor resistance, rotor
inductance, mutual inductance and exciting current
respectively.
6.8 Vector Control Parameters F7
F7.00 Speed regulator's
proportional gain 1
Setting range: 0.000 ~ 6.000
【
0.600
】