Differences

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--- plc:motion_commands_from_plc [2021/11/02 15:38] – ivan
+++ plc:motion_commands_from_plc [2024/02/21 13:58] (current) – ivan
@@ Line 58: / Line 58: @@
 Example <code c>move_up=10;
 g0moveA(0,4,move_up*100);  //Z axis;
-timer=10; do{timer--;}while (timer>0);//wait 10ms , motion should start, motion state will turn to **0**
+timer=200; do{timer--;}while (timer>0);
+ //wait 10ms , motion should start, motion state will turn to **0**
 do{ code=gvarget(6060); } while(code==0);
 </code>
@@ Line 83: / Line 84: @@
       gvarset(7080,speed_z);//set speed
       g0moveA(absolute,4,lift_up*100);//absolute programming; Z axis;
-      timer=10; do{timer--;}while (timer>0);//wait till motion started
+      timer=200; do{timer--;}while (timer>0);//wait till motion started
       do { code=gvarget(6060); } while(code==0);      //wait till motion is stopped
     };
@@ Line 110: / Line 111: @@
 };
 </code>
+:!: **NOTE:** Note the ''proc=plc_proc_idle'' code at the end of the M02 macro. If this line is not present, then the Stop command is not completed, and the system will remain suspended as it waits for the PLC code to complete all operations. As a result, running/restarting the control program will not work correctly.
 First block of this procedure check if spindle currently is O, and **lift_up** variable is positive value and the lift tool up for given value set in plc-variables.xml configuration file. For those who don't need this lifting can remove the lines and rebuild PLC (see rebuild buttons in [[plc:plc_builder|PLC Builder interface]] )