Chapter 11 Motion Control Instructions
11-223
11
Name
Timing for changing to TRUE
Timing for changing to FALSE
Valid
When the instruction
execution is completed.
When
Enable
changes to FALSE.
Busy
When
Enable
is
TRUE.
When
Done
changes to TRUE.
When
Error
changes to TRUE.
Error
When any of the input
parameters is illegal.
When
Enable
changes from
TRUE to FALSE.
Output Update Timing Chart
En able
Valid
Bus y
Error
E rro r ID
Cas e 1
Case 2
Case 1
:
When
Enable
changes from FALSE to TRUE,
Valid
and
Busy
change to TRUE. When
Enable
changes to FALSE,
Valid
and
Busy
change to FALSE.
Case 2
:
When an error occurs,
Error
changes to TRUE and
ErrorID
shows corresponding error code.
Meanwhile
Busy
changes to FALSE.
Error
changes to FALSE when
Enable
changes from
TRUE to FALSE and then the value of
ErrorID
is cleared to 0.
Functions
The tappet point information includes the master axis position and the modes when the tappet point is
passed in the positive direction and in the negative direction. When the axis runs forward, a tappet
point can select PositiveDisable, PositiveOn, PositiveOff or PositiveInvert. When the axis runs
reversely, a tappet point can select NegativeDisable, NegativeOn, NegativeOff or NegativeInvert. The
meanings of modes are listed in the following table.
Mode
Function
Explanation
PositiveDisable
Disabled
When the master axis passes the tappet point in the positive direction,
the status of the tappet point which is read has no change.
PositiveOn
ON
When the master axis passes the tappet point in the positive direction,
the status of the tappet point which is read is ON.
PositiveOff
OFF
When the master axis passes the tappet point in the positive direction,
the status of the tappet point which is read is OFF.
PositiveInvert
Invert
When the master axis passes the tappet point in the positive direction,
the status of the tappet point which is read will be OFF if the status of
the tappet point is ON before the tappet point is passed in the positive
direction. Otherwise, the status of the tappet point which is read will be
ON if the status of the tappet point is OFF before the tappet point is
passed in the positive direction.
NegativeDisable Disabled
When the master axis passes the tappet point in the negative direction,
the status of the tappet point which is read has no change.
NegativeOn
ON
When the master axis passes the tappet point in the negative direction,
the status of the tappet point which is read is ON.
NegativeOff
OFF
When the master axis passes the tappet point in the negative direction,
the status of the tappet point which is read is OFF.
NegativeInvert
Invert
When the master axis passes the tappet point in the negative direction,
the status of the tappet point which is read will be OFF if the status of
the tappet point is ON before the tappet point is passed in the negative
direction. Otherwise, the status of the tappet point which is read will be
Summary of Contents for DVP-15MC Series
Page 19: ...DVP 15MC Series Motion Controller Operation Manual 1 4 _1 MEMO...
Page 23: ...DVP 15MC Series Operation Manual 2 4 _2 MEMO...
Page 31: ...DVP 15MC Series Motion Controller Operation Manual 3 8 _3 MEMO...
Page 75: ...DVP 15MC Series Motion Controller Operation Manual 6 26 _6 MEMO...
Page 87: ...DVP 15MC Series Motion Controller Operation Manual 7 12 _7 MEMO...
Page 432: ...Chapter 8 Logic Instructions 8 345 8_ MEMO...
Page 470: ...DVP 15MC Series Motion Controller Operation Manual 10 34 10 MEMO...
Page 878: ...DVP 15MC Series Motion Controller Operation Manual 11 408 11 1 MEMO...
Page 920: ...DVP 15MC Series Motion Controller Operation Manual A 16 A MEMO...
Page 941: ...D 1 D Explanation of Homing Modes Table of Contents D 1 Explanation of Homing Modes D 2...
Page 966: ...DVP 15MC Series Motion Controller Operation Manual D 26 D MEMO...