No edit summary |
No edit summary |
||
| (One intermediate revision by the same user not shown) | |||
| Line 1: | Line 1: | ||
== Part counting == | == Part counting == | ||
Okuma OSP controls have 4 "work counters" (A, B, C, and D) that all increment when a program calls M02 or M30. | Okuma OSP controls have 4 "work counters" (A, B, C, and D) that all increment when a program calls <code>M02</code> or <code>M30</code>. | ||
=== Which work counter does OnTakt read? === | |||
OnTakt reads the work counter configured in the Okuma MTConnect adapter settings on the control. | OnTakt reads the work counter configured in the Okuma MTConnect adapter settings on the control. | ||
=== Manually setting the part counter === | === Manually setting the part counter === | ||
The work counters can be adjusted from MDI or part programs by using the VWKCC system variables: | The work counters can be adjusted from MDI or part programs by using the VWKCC system variables: | ||
{| class="wikitable" | |||
!Work counter | |||
!System variable | |||
|- | |||
|A | |||
|<code>VWKCC[1]</code> | |||
|- | |||
|B | |||
|<code>VWKCC[2]</code> | |||
|- | |||
|C | |||
|<code>VWKCC[3]</code> | |||
|- | |||
|D | |||
|<code>VWKCC[4]</code> | |||
|} | |||
For example, a program can set work counter A to 42 by running <code>VWKCC[1]=42</code>, or manually increment work counter B by running <code>VWKCC[2]=VWKCC[2]+1</code>. | For example, a program can set work counter A to 42 by running <code>VWKCC[1]=42</code>, or manually increment work counter B by running <code>VWKCC[2]=VWKCC[2]+1</code>. | ||
=== Variable part counting === | === Variable part counting === | ||
Instead of using the built-in part counters, OnTakt can also read a common variable and interpret it as a part counter. This way, the part program can increment the part counter by incrementing a common variable. For example, the statement <code>#5=#5+1</code> increments common variable 5. | Instead of using the built-in part counters, OnTakt can also read a common variable and interpret it as a part counter. This way, the part program can increment the part counter by incrementing a common variable. For example, the statement <code>#5=#5+1</code> increments common variable 5. | ||
== Connectivity == | |||
See [[MTConnect (Okuma OSP)]] | |||
[[Category:OnTakt User Guide]] | [[Category:OnTakt User Guide]] | ||
Latest revision as of 10:08, 13 August 2024
Part counting
Okuma OSP controls have 4 "work counters" (A, B, C, and D) that all increment when a program calls M02 or M30.
Which work counter does OnTakt read?
OnTakt reads the work counter configured in the Okuma MTConnect adapter settings on the control.
Manually setting the part counter
The work counters can be adjusted from MDI or part programs by using the VWKCC system variables:
| Work counter | System variable |
|---|---|
| A | VWKCC[1]
|
| B | VWKCC[2]
|
| C | VWKCC[3]
|
| D | VWKCC[4]
|
For example, a program can set work counter A to 42 by running VWKCC[1]=42, or manually increment work counter B by running VWKCC[2]=VWKCC[2]+1.
Variable part counting
Instead of using the built-in part counters, OnTakt can also read a common variable and interpret it as a part counter. This way, the part program can increment the part counter by incrementing a common variable. For example, the statement #5=#5+1 increments common variable 5.