VA Motion Controller Programming Manual
474
StartMode = 0 (the shortest distance gradient)
If the parameter StartMode = 0, the engagement operation is executed, and the
synchronization position Slave axis in the direction of the shortest distance, this time from the
motion axis parameters Velocity, Acceleration, Deceleration affected by.
StartMode = 1 (positive gradient)
If the parameter StartMode = 1, the engaging operation is performed, the forward toward the
shaft from the synchronous position, this time from the motion axis parameters Velocity,
Acceleration, Deceleration affected by.
StartMode = -1 (inverse gradient)
If the parameter StartMode = -1, the engagement operation is performed, the reverse position
Slave axis toward synchronization,, Acceleration, Deceleration Effect this time from the
movement of the shaft receiving parameters Velocity.
E.g:
Starts performing engagement operation, the master from the cam phase axis, respectively 80
and 180 (below point O), The cam relation defined in claim spindle cam phase is 80, the
phase Slave axis of the cam 40 (as in FIG. when point a or point B), then select a different
mode StartMode engagement process, the operation mode from the shaft as shown.
StartMode = 0:
Now gradient Slave axis O from the point A to the point A at the synchronization
point, because the distance from point O to the point A is smaller than the
distance between the point B is O;
StartMode = 1:
Now the axis positive gradient from point O to point B;
StartMode = -1:
Now the reverse gradient Slave axis from the point A to the point O;
Acyclic / cyclic execution cam (with the Periodic)
In practical applications, the electronic cam, and some may require circulation operation
in cycles, while others may only need to run a cycle, i.e. for these two parameters Periodic
selected situations.
When the parameter Periodic = TRUE, follow the master axis according to the execution
Summary of Contents for VEC-VA Series
Page 1: ......
Page 25: ...VA Motion Controller Programming Manual 20 Word STRING String VECTOR ...
Page 90: ...VA Motion Controller Programming Manual 85 ...
Page 116: ...VA Motion Controller Programming Manual 111 ...
Page 139: ...VA Motion Controller Programming Manual 134 ...
Page 274: ...VA Motion Controller Programming Manual 269 ...
Page 329: ...VA Motion Controller Programming Manual 324 ...
Page 342: ...VA Motion Controller Programming Manual 337 2 Motion curve and timing diagram ...
Page 352: ...VA Motion Controller Programming Manual 347 2 Motion curve and timing diagram ...
Page 357: ...VA Motion Controller Programming Manual 352 2 Motion curve and timing diagram ...
Page 372: ...VA Motion Controller Programming Manual 367 2 Timing and motion profiles of FIG ...
Page 386: ...VA Motion Controller Programming Manual 381 2 the motion profile and timing ...
Page 444: ...VA Motion Controller Programming Manual 439 ...
Page 460: ...VA Motion Controller Programming Manual 455 ...
Page 461: ...VA Motion Controller Programming Manual 456 2 a timing graph and ...
Page 481: ...VA Motion Controller Programming Manual 476 ...
Page 543: ...VA Motion Controller Programming Manual 538 ...
Page 561: ...VA Motion Controller Programming Manual 556 ...
Page 597: ...VA Motion Controller Programming Manual 592 ...
Page 603: ...VA Motion Controller Programming Manual 598 ...
Page 607: ...VA Motion Controller Programming Manual 602 ...
Page 610: ...VA Motion Controller Programming Manual 605 ...
Page 613: ...VA Motion Controller Programming Manual 608 ...
Page 648: ...VA Motion Controller Programming Manual 643 Mode 1 is not available ...