Parameter Group
-214-
Min.:
0
Unit:
-
Max.: 44 Data type: UInt16
Default:
0
Change:
At once
Value Range:
Ones:
0: Main frequency reference X
1: Main and auxiliary operation result (based on tens)
2: Switchover between main frequency X and auxiliary frequency Y
3: Switchover between main frequency X and the main and auxiliary operation result
4: Switchover between auxiliary frequency Y and the main and auxiliary operation result
Tens:
0: Main + Auxiliary
1: Main – Auxiliary
2: Max. (main, auxiliary)
3: Min. (main, auxiliary)
4: Main x Auxiliary
Description
Ones:
0: Main frequency reference X
The running frequency of the AC drive is directly determined by the main frequency reference X.
1: Main and auxiliary operation result (based on the tens place)
The running frequency of the AC drive is the calculation result of the main and auxiliary frequencies,
and the calculation method is determined by the tens place of the value of F0-07.
2: Switchover between main frequency reference X and auxiliary frequency reference Y
The running frequency of the AC drive is selected or switched between the main frequency reference
X and the auxiliary frequency reference Y through the DI terminal. In this case, the function of the DI
terminal must be set to the frequency source switching function. For example, if the DI2 terminal is
used for switchover, set F4-01 to 18.
3: Switchover between main frequency reference X and main and auxiliary operation result
The running frequency of the AC drive is selected or switched between the main frequency reference
X and the main and auxiliary operation result through the DI terminal.
4: Switchover between auxiliary frequency reference Y and main and auxiliary operation result
The running frequency of the AC drive is selected or switched between the auxiliary frequency
reference Y and the main and auxiliary operation result through the DI terminal.
Tens:
0: Main + Auxiliary
The main and auxiliary operation result is the main frequency X plus the auxiliary frequency Y.
1: Main – Auxiliary
The main and auxiliary operation result is the main frequency X minus the auxiliary frequency Y.
2: Maximum value
The main and auxiliary operation result is the larger value between the main frequency X and the
auxiliary frequency Y.
3: Minimum value
The main and auxiliary operation result is the smaller value between the main frequency X and the
auxiliary frequency Y.
4: Main x Auxiliary
The main and auxiliary operation result is the main frequency X multiplied by the auxiliary frequency
Y.
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