Chapter 9
■
(Example 1) Logical conjunction (AND) operation example
Set the "signal that turns on when the output current drops while the output frequency is above
the set value" to [LOG1] and output it from the output terminal [11].
[FA2]
[LOC]
[LOG1]
Output
■
(Example 2) Logical disjunction (OR) operation example
Set the "signal that turns on when the output current is outside the range while either overload
or electronic thermal overload state is occurring" to [LOG2] and output it from the output
terminal [11].
ON
[OL]
Output
[THM]
Output
[LOG2]
ON
Output
■
(Example 3) Exclusive disjunction (XOR) operation example
Set the "signal when the output current is within the specified range" to [LOG3] and output it
from the output terminal [12].
[OL]
ON
Output
[OL2]
Output
[LOG3]
ON
Output
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
(Setting example)
- Output terminal [11] function [C021]
= Logical operation result 1 [LOG1] (33)
- LOG1 operand-1 selection [C142]
ON
= Above set frequency [FA2] (02)
- LOG1 operand-2 selection [C143]
= Low current signal [LOC] (43)
- LOG1 logical calculation selection [C144] = AND (00)
(Setting example)
- Output terminal [11] function [C021]
= Logical operation result 2 [LOG2] (34)
- LOG2 operand-1 selection [C145]
= Overload warning notice [OL] (03)
- LOG2 operand-2 selection [C146]
= Electronic thermal alarm (Motor) [THM] (13)
- LOG2 logical calculation selection [C147] = OR (01)
(Setting example)
- Output terminal [12] function [C022]
= Logical operation result 3 [LOG3] (35)
- LOG3 operand-1 selection [C148]
= Overload warning notice [OL] (03)
- LOG3 operand-2 selection [C149]
= Overload warning notice 2 [OL2] (26)
- LOG3 logical calculation selection [C150] = XOR (02)
9-13-6
Inverter Functions