AS3_QuickStartManual.book 8 ページ 2015年9月4日 金曜日 午後2時20分
Parameter setting
Determine the run command select with <CMOd> and frequency command select with <FMOd>.
Title
CMOd
Run command select
FMOd
Frequency command select 1 0: -
EN
6
6
6
8.
Basic parameters
Contents
6
Set Acceleration / Deceleration
time to suit the machine.
<ACC> & <dEC> values are time
that output frequency reach from
0 Hz to <FH> value.
Set the upper and lower limit of
6
the output frequency.
Select the V/f control pattern to
suit the machine pattern.
6
6
Adjust the electronic thermal for
the motor protection.
6
*1 Depending on capacity. *2 Depending on the setup menu setting.
9.
Others
Refer to the instruction manual for applied operation or malfunction.
Parameter name
0:Terminal
1:Operation panel, Extension panel
2:Embedded Ethernet
3:RS485 communication (connector 1)
4:RS485 communication (connector 2)
5:Communication option
1: Terminal RR
2: Terminal RX
3: Terminal II
4: Terminal AI4 (option)
5: Terminal AI5 (option)
6 to 9: -
10: Touch wheel 1 (power off or press OK to save)
11: Touch wheel 2 (press OK to save)
12: Sr0
13 &14: -
15:Terminal Up/Down frequency
16: Pulse train
17: High resolution pulse train (option)
18 &19: -
20: Embedded Ethernet
21: RS485 communication (connector 1)
22: RS485 communication (connector 2)
23: Communication option
Title
Parameter name
ACC
Acceleration time 1
dEC
Deceleration time 1
FH
Maximum frequency
UL
Upper limit frequency
LL
Lower limit frequency
Pt
V/f Pattern
tHrA
Motor overload protec-
tion current 1
Adjustment range
Adjustment range
0.0 - 6000 (600.0) (s)
0.0 - 6000 (600.0) (s)
30.0 - 590.0 (Hz)
0.5 - FH (Hz)
0.0 - UL (Hz)
0: V/f constant
1: Variable torque
2: Automatic torque boost
3: Vector control 1
4: Energy savings
5: Dynamic energy savings (for fan and pump)
6: PM motor control
7: V/f 5-point setting
8: -
9: Vector control 2 (speed / torque)
10: PG feedback control
11: PG feedback vector control (speed / torque)
12: -
*1
EN-8
E6582071
Default setting
0
1
Default
setting
*1
10.0
*1
10.0
*2
80.0
*2
60.0
0.0
0
*1