Sanken SVCO6, Instruction Manual, Page: 208 / 326

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7-3 Description of Functions
Code No. Function Name Date Content
Setting
Resolution
Factory
Presets
3119 Frequency corresponding to PID2
control maximum command value 0-600Hz 0.01Hz 60
3123 PID start mode selection
1
:
Direct input mode
2
:
Conditional input mode
1 1
3124 PID end mode selection
1
:
Direct input mode
2
:
Conditional input mode
1 1
3125 PID end setting value 1-100%(upper frequency limit reference) 0.1% 20
3201 PID control action selection
0
:
Open loop control
1
:
PID1 control
2
:
PID2 control
3
:
For factory adjustment
4
:
External terminal switching PID control
5
:
Timing switch PID control
1 0
3203 External PID control selection
0
:
No external PID control
1
:
PID1 external control
2
:
PID2 external control
3
:
For factory adjustment
4
:
PID1, PID2 external control
5
:
For factory adjustment
6
:
For factory adjustment
1 0
3204 External PID operation mode
selection
1
:
Operation interlocked with inverter operation
2
:
PID output after power input
3
:
PID output controlled by external terminals
1 1
3205 PID constitution selection
0
:
Without command value addition calculation
1
:
With command value addition calculation
1 0
3206 Command value addition calculation
PID control gain 0.01-100 0.01 1
3207 PID1/PID2 switching time 0.1-6000 minute(s) 0.1min. 0.1
【
PID Control Action Selection
】
F3201 PID control action selection
The function to select PID action.
● When setting F3201≠0, the following PID controls can be selected.
·F3201=0: Normal operation mode without PID control
·F3201=1: PID1 control mode
·F3201=2: PID2 control mode
·F3201=3: For factory adjustment
·F3201=4: PID control mode switched by external terminals
·F3201=5: PID control mode switched by timing
● PID control is effective in vector control of V/f and speed control mode.
● The basic formation of PID1 and PID2 are the same, therefore they can be used separately or combinedly.
● Details of each PID control mode is sorted according to the category of each function.
Note: During the operation status of inverter stopping, DC braking, excitation and so on, the PID control will not be used.