The sensitivity of analog input is decided by AI1 input filtering time. The
parameter must be increased to improve the anti-jamming capability which
can prevent analog quantity from being interfered, so malfunctions can be
reduced somehow; however, it may reduce the sensitivity of analog input.
The setting of AI2 function is similar to that of AI1. 0~20mA input current
is equivalent to 0~10V input voltage when analogue input is preset as
current input. 0~10V or 0~20mA input can also be selected through jumper
4(J4).
P5-10
P5-11
P5-12
P5-13
P5-14
P5-15
P5-16
P5-17
Multi-functional Input
Terminal X1
Multi-functional Input
Terminal X2
Multi-functional Input
Terminal X3
Multi-functional Input
Terminal X4
Multi-functional Input
Terminal X5
(CN1 needle base input)
Multi-functional Input
Terminal X6
Multi-functional Input
Terminal X7
Multi-functional Input
Terminal X8
0 : Disabled ; 1 : Forward
2 : Reverse
3 : Three-wire control
4 : Multi-phase reference
velocity 1
5 : Multi- phase reference
velocity 2
6 : Multi- phase reference
velocity 3
7 : JOG forward
8 : JOG reverse
9 : Increasing frequency
10 : Decreasing frequency
11 : Acc-Dec time selection 1
12 : Acc-Dec time selection 2
13 : Acc-Dec pause
14 : External fault Input
15 : Fault reset
16 : Freely stopping
17 : External count value input
18 : count clear
19 : program run
20 : pause of program run
Default: 1
Default: 2
Default: 14
Default: 4
Default: 5
Reserved
Reserved
Reserved
Ÿ
It's mainly applied to the setting of corresponding functions for digital
mutil-functional input terminals.
0
~
10.00V
P5-05
Default: 0.05V
AI2 lower limiting value
AI2 upper limiting value
AI2 input filtering time
0
~
100.0%
AI2 lower limiting
value
~
10.00V
0
~
100.0%
0.0s
~
10.0s
Default: 0.0%
Default: 10.00V
Default: 100.0%
Default: 0.1s
P5-06
P5-07
P5-08
P5-09
Corresponding setting
for AI2 upper limit
Corresponding setting
for AI2 upper limit
•
The functional codes above define the relationships between analogue
input voltage and corresponding setting of AI. Calculation will be based on
the maximum or minimum one whenever analogue input voltage exceeds
the range between preset maximum input and minimum input.
The corresponding nominal value of analogue setting varies from
situation to situation.
For detailed information, please refer to the relevant instructions for each
parameter.
The following graphs are listed to demonstrate several situations of setting.
Precaution :
Preset lower limiting value of AI1 must be less than or
equivalent to preset upper limiting value of AI1.
0
~
10.00V
P5-00
Default: 0.05V
AI1 lower limiting value
P5: Input function parameters
AI1 upper limiting value
Corresponding setting
for AI1 upper limit
AI1 input filtering time
0
~
100.0%
Ai1 lower limiting
value
~
10.00V
0
~
100.0%
0.0s
~
10.0s
Default: 0.0%
Default: 10.00V
Default: 100.0%
Default: 0.1s
P5-01
P5-02
P5-03
P5-04
Corresponding setting
for AI1 upper limit
Corresponding present value
frequency, PI present value, PI feedback
100.0%
0.0%
0V
10V
(0mA)
(20mA)
AI
45
44
P9-28
Current at the
second fault
P9-29
Bus voltage
at the second
fault
P9-30
Second fault
input terminal
status
P9-31
Second fault
output terminal
status
P9-32
Inverter status
at the second
fault
P9-33
Power-on time
during the
second fault
P9-34
Run time at
the second
fault
P9-37
Frequency
at the first
failure
P9-38
Current at the
first fault
P9-39
Bus voltage at
the first fault
P9-40
First fault
input terminal
status
P9-41
First fault
output terminal
status
P9-42
Inverter status
at the first fault
P9-43
Power-on time
at the first
failure
P9-44
Run time at
the first failure
P9-47
Fault
protection
action
selection 1
00000
P9-48
00000
P9-49
00000
Parameter
Name
Setting Range
Default
Prope-
rty
Modbus
Address
Fun-
ction
Code
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
-
-
×
Fun-
ction
Code
Parameter
Name
Setting range
Default
Prope-
rty
Modbus
Address
○
Ones place
: Motor overload
(Err 11)
0 : free stop
1 : Stop by stop mode
2 : Keep running
Tens place
: Input phase loss
(Err12) as above
Hundreds place
: Output phase
loss (Err13) as above
Thousands place
: External fault
(Err15) is the same as above
Ten thousand
: communication
abnormality (Err16) is the same
as above
○
Ones place
: Encoder/PG card
incorrect
（
Err20
）
0 : free stop
1 : Stop by stop mode
2 : keep running
Tens place
: function code
reading and writing incorrect
(Err21) 0 : free stop
1 : stop by stop mode
Hundreds place
: reserved
Thousands place
: motor too hot
(Err25) same as P9-47
Ten thousand
: Run time arrives
(Err26) with P9-47
Fault
protection
action
selection 2
Fault
protection
action
selection 3
Ones place
: Custom Fault 1
(Err27) Same as P9-47
Tens place
: Custom Fault 1
(Err27) Same as P9-47
Hundreds place
: Power-on time
arrives (Err29) with P9-47
Thousands place
: Offload
(Err30)
0 : Free parking
1 : slow down parking
2 : Deceleration to 7% of the
rated frequency, automatically
return to the set frequency when
no load is lost
Ten Thousand
: PID feedback
loss (Err31) with P9-47
○
User Manual
Chapter 5
User Manual
Chapter 5
63773
63774
63775
63776
63777
63778
63779
63782
63783
63784
63785
63786
63787
63788
63789
63792
63793
63794
