Mitsubishi Electronics C64T Manual De Usuario
14. Indexing Axis Position Switch
14.1 Outline of Function
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14. Indexing Axis Position Switch
14.1 Outline of Function
(Note) These parameters are used only with the G64T.
The position switch (PSW) is used as an imaginary dog switch by assigning an axis name and
coordinate values that indicate the imaginary dog position to be used instead of the dog switch on the
machine axis. When the machine reaches the imaginary dog position, a signal is output to the PLC
interface. This imaginary dog switch is called the position switch (PSW).
The position switch for the indexing axis is set on this screen.
The position switch (PSW) is used as an imaginary dog switch by assigning an axis name and
coordinate values that indicate the imaginary dog position to be used instead of the dog switch on the
machine axis. When the machine reaches the imaginary dog position, a signal is output to the PLC
interface. This imaginary dog switch is called the position switch (PSW).
The position switch for the indexing axis is set on this screen.
No. Item
Details
Setting range
(unit)
27701 <dog1>
Imaginary dog
position 1
position 1
27702 <dog2>
Imaginary dog
position 2
position 2
:
:
27731 <dog1>
Imaginary dog
position 1
position 1
27732 <dog2>
Imaginary dog
position 2
position 2
The PLC position output signal turns ON
when the machine reaches the range
between the imaginary dog position 1 and
imaginary dog position 2.
when the machine reaches the range
between the imaginary dog position 1 and
imaginary dog position 2.
–99999.999
to 99999.999
to 99999.999
(0.001mm)
Position switch numbers of PSW1 to PSW16 and signal devices
<dog1> <dog2>
1st axis
device
2nd axis
device
3rd axis
device
4th axis
device
PSW1 27701 27702 R3561/bit0
R3566/bit0
R3571/bit0
R3576/bit0
PSW2 27703 27704 R3561/bit1
R3566/bit1
R3571/bit1
R3576/bit1
PSW3 27705 27706 R3561/bit2
R3566/bit2
R3571/bit2
R3576/bit2
PSW4 27707 27708 R3561/bit3
R3566/bit3
R3571/bit3
R3576/bit3
PSW5 27709 27710 R3561/bit4
R3566/bit4
R3571/bit4
R3576/bit4
PSW6 27711 27712 R3561/bit5
R3566/bit5
R3571/bit5
R3576/bit5
PSW7 27713 27714 R3561/bit6
R3566/bit6
R3571/bit6
R3576/bit6
PSW8 27715 27716 R3561/bit7
R3566/bit7
R3571/bit7
R3576/bit7
PSW9 27717 27718 R3561/bit8
R3566/bit8
R3571/bit8
R3576/bit8
PSW10 27719 27720 R3561/bit9 R3566/bit9 R3571/bit9 R3576/bit9
PSW11 27721 27722 R3561/bitA R3566/bitA R3571/bitA R3576/bitA
PSW12 27723 27724 R3561/bitB R3566/bitB R3571/bitB R3576/bitB
PSW13 27725 27726 R3561/bitC R3566/bitC R3571/bitC R3576/bitC
PSW14 27727 27728 R3561/bitD R3566/bitD R3571/bitD R3576/bitD
PSW15 27729 27730 R3561/bitE R3566/bitE R3571/bitE R3576/bitE
PSW16 27731 27732 R3561/bitF R3566/bitF R3571/bitF R3576/bitF
(Note) If the imaginary dog positions 1 and 2 are both set to “0”, the signal will not be output to the PLC
interface.