F5.03
PIDRegulation
characteristic
0～1
0
0: Positive effect
When the feedback signal is greater
thanPIDThe given quantity and requirement
of Inverter Output Frequency Decreases
(i. e., reduce that feedback signal).
1Negative effects
When the feedback signal is greater than
PIDThe given quantity and requirement of
Inverter Output Frequency Rise
(i. e., reduce that feedback signal).
○
F5.04
Sensor range
0.0～6000.0
（MPa、Kg）
10.0
0.0～6000.0（MPa、Kg）
○
PIDThe speed of adjustment is increased
by proportion The two parameters of
benefit and integration time should be set to
For fast adjustment speed, it is necessary
to increase proportional gain and decrease
Small integration time requires slow
adjustment speed and needs to be reduced
Small proportional gain increases integration
time. General sentiment In this case, the
differential time is not set.
F5.05
Proportional gainKp1
0.01～10.00
2.00
○
F5.06
Integration timeTi1
0.00～10.00s
0.10s
○
F5.07
PIDSleep selection
0～1
1
0: Invalid
1: Normal sleep
This method needs to be setF5.08~F5.
11Such as specific
Parameters.
○
F5.08
Sleep threshold
coefficient
0.0～150.0% 100.0%
If the actual feedback value is greater than
the set value, and And the frequency output
by the frequency converter reaches the
lower limit frequency When the frequency
converter passes byF5.10Defined After
delaying the waiting time, enter the sleep state
(i.e. running at zero speed); The value isPID
Percentage of the setpoint.
○
F5.09
Allen Su threshold
coefficient
0.0～150.0%
90.0%
If the actual feedback value is less than the
set value Inverter PassF5.11After the defined
delay waiting time, get out of sleep and
start working;
The value isPIDPercentage of the setpoint
○
F5.10
Sleep delay time
0.0～6000.0s
100.0s
Set sleep delay time
○
F5.11
Allen Su delay time
0.0～6000.0s
1.0s
Set awakening delay time
○
F5.12
PIDSleep frequency
0.00 Hz~ Upper limit
frequency
20.00
SettingsPIDSleep frequency
×
F5.13
PIDPressure given
0～10.0
5.0
F5.00=7Time asPIDSetting quantity
○
F 6G ro u p- R S 4 8 5 C om m un i ca t io n Pa ra m et e rs
F6.00
Protocol Selection
0～1
1
0:CompatibleMD380Agreement
1: Compatible with DeltaMAgreement
○
F6.01
Communication baud
rate setting
0～7
5
0~4:Reservation 5:9600BPS
6: Reserved 7: Reserved
×
F6.02
Data Format
0～2 0
0: No verification (N,8,2)For RTU
1: even check (E,8,1)For RTU
2: odd check (0,8,1)For RTU
×
F6.03
Local Address
0～247
1
Set the local address
0Is the broadcast address
×
F6.04
Communication
Timeout Detection
Time
0.1～100.0s
10.0s
If this machine exceeds the time defined by
this function code During the interval, the
correct data signal was not received, Then
the machine thinks that the communication is
out of order, and the frequency converter It will
be determined according to the setting of
communication failure action mode Whether to
protect or maintain the current operation; This
value setting For0.0When, don't do itRS485
Communication timeout detected.。
×
F6.05
Proportional linkage
coefficient
0.01～10.00 1.00
This function code is used to set the frequency
converter as a slave PassRS485Weight of
frequency instruction received by interface
Coefficient, the actual operating frequency of
this machine is equal to the local work Energy
code value multiplied byPassRS485Received
by the interface Frequency setting command
value. In linkage control, this The function
code can set the operating frequency of multip
le frequency convertersThe proportion of.
○
-14-
-13-
Function
Code
N a m e
C o n t e n t
S e t R a n g e
Factor y
Sett ings
Change
Function
Code
N a m e
C o n t e n t
S e t R a n g e
Factor y
Sett ings
Change
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