Frequency Arrival Detection Diagram; Vx Terminal Valid State Source - Veichi AC300 Series Technical Manual

AC300 Series Vector Control Inverter Manual

Frequency arrival detection diagram

F02.55- F02.59 Reserved
F02.60 Virtual vX1 terminal function selection
F02.61 Virtual vX2 terminal function selection
F02.62 Virtual vX3 terminal function selection
F02.63 Virtual vX4 terminal function selection
The virtual vX1 to vX4 are identical in function to the multi-function input terminals X1 to X10 and can be used as
multi-function digital input. For detailed setting of terminal functions, please refer to [F02.00~F02.09].
F02.64

vX terminal valid state source

Setting range : 0000～1111
LED "0" digit: virtual vX1
0: Internal connection with virtual vY1
1: Link to physical terminal X1
2: Is the function code setting valid?
LED "00" digit: virtual vX2
0: Internal connection with virtual vY2
1: Link to physical terminal X2
2: Is the function code setting valid?
LED "000" digit: Virtual vX3
0: Internal connection with virtual vY3
1: Link to physical terminal X3
2: Is the function code setting valid?
LED "0000" digit: Virtual vX4
0: Internal connection with virtual vY4
1: Link to physical terminal X4
2: Is the function code setting valid?
The input status of the virtual vX1~vX4 terminals can be set in three ways, which is selected by [F02.64];
When the state of vX1 to vX4 is connected to the internal connection of virtual vY1 to vY4, whether vX1 to vX4 are
valid, depending on whether the output of vY1 to vY4 is valid or invalid, and vX1-vY1; vX2-vY2; vX3-vY3; vX4- vY4 is a
one-to-one binding relationship.
When the state of vX1 to vX4 is selected and the physical terminals X1 to X4 are linked, whether vX1 to vX4 are
valid or not depends on whether the X1 to X4 inputs are valid or invalid.
When the state of vX1 to vX4 is selected by the function code, whether vX1 to vX4 are valid, the status of the
corresponding input terminal can be set by function code [F02.65].
F02.65 Virtual vX terminal function code setting valid state
Function Parameter Specifications
Setting range: 0～63 Default: 0
Default : 0000
Setting range : 0000～1111 Default : 0000
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AC300 Series Vector Control Inverter Manual
LED "0" digit: virtual vX1
0: invalid;
1: valid
LED "00" digit: virtual vX2
0: invalid;
1: valid
LED "000" digit: Virtual vX3
0: invalid;
1: valid
LED "0000" digit: Virtual vX4
0: invalid;
1: valid
F02.66 Virtual vY1 terminal function selection
F02.67 Virtual vY2 terminal function selection
F02.68 Virtual vY3 terminal function selection
F02.69 Virtual vY4 terminal function selection
The virtual terminal vY1~vY4 output function selection is the same as the Y terminal and relay. For details, please
refer to [F02.43~F02.46].
F02.70 vY1 output delay Setting range : 0.000～6.000s
F02.71 vY2 output delay Setting range : 0.000～6.000s
F02.72 vY3 output delay Setting range : 0.000～6.000s
F02.73 Virtual vY2 output selection Setting range : 0.000～6.000s
The virtual terminal vY1~vY4 output delay setting is the same as the Y terminal and relay delay. For details, please
refer to [F02.47~F02.50].
The virtual terminal is characterized by the combination of vXi and vYi. When you want to use the Y terminal output
signal as the X terminal input signal, you can use the internal vXi and vYi virtual connection to achieve the purpose of
use, thus saving the actual X and Y terminals for other Aspect use.
Function Parameter Specifications
Setting range: 0～31 Default: 0
Default : 0.010s
Default : 0.010s
Default : 0.010s
Default : 0.010s
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