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--- mycnc:triggers [2018/10/13 18:01] – pupalaiser
+++ mycnc:triggers [2018/10/15 08:12] – pupalaiser
@@ Line 67: / Line 67: @@
 };
 </file>
-=== Procedure description ===
+=== M71/M03 Procedure description ===
   * We assign the variable "relay_PLAZMA_ON" a value of 2. This variable determines the number of the output responsible for the inclusion of the plasma cutting source in the work.
@@ Line 95: / Line 95: @@
 }while(timer>0); //pause
 </file>
-  * Re-check the status of the "arc sensor" input (a=portget(input_ARC_READY);). When confirming the input trigger when the value “1” appears at the input, instead of the value “0”, we start the program trigger (message=PLCCMD_TRIGGER1_ON) that was previously configured. Now the program will automatically follow the change in the state of the "arc sensor" input and the state change at the sensor input, when going from "1" to "0" (falling level), the cutting map will be left blank. (timer=3;do{timer--;}while(timer>0);) - program pause 3ms.
+  * Re-check the status of the "arc sensor" input (a=portget(input_ARC_READY);). When confirming the input trigger when the value “1” appears at the input, instead of the value “0”, we start the program trigger (message=PLCCMD_TRIGGER1_ON) that was previously configured. Now the program will automatically follow the change in the state of the "arc sensor" input and the state change at the sensor input, when going from "1" to "0" (falling edge), the cutting map will be left blank. (timer=3;do{timer--;}while(timer>0);) - program pause 3ms.
 <file>
 a=portget(input_ARC_READY); //doublecheck arc sensor
@@ Line 112: / Line 112: @@
 };
 </file>
+=== Example M74/M05 procedure ===
+<file M03 >
+#define relay_PLAZMA_ON 2
+#define input_ARC_READY 5
+main()
+{
+	timer=0;
+	portclr (relay_PLAZMA_ON);
+	message=PLCCMD_TRIGGER1_OFF;
+	timer=3;do{timer--;}while(timer>0);
+	exit(99);
+};
+</file>
+=== M74/M05 Procedure description ===
+  * We assign the variable "relay_PLAZMA_ON" a value of 2. This variable determines the number of the output responsible for the inclusion of the plasma cutting source in the work.
+<file>
+#define relay_PLAZMA_ON 2
+</file>
+  * We assign the variable "input_ARC_READY" a value of 5. This variable determines the number of the "arc sensor" input from the plasma cutting source.
+<file>
+#define input_ARC_READY 5
+</file>
+  * timer-This variable is temporary and is used to start timers at different intervals.
+<file>
+timer=0;
+</file>
+  * portclr (relay_PLAZMA_ON)-Set the output to control the source is shut down.
+<file>
+portclr (relay_PLAZMA_ON);
+</file>
+  * We swith off the program trigger (message=PLCCMD_TRIGGER1_OFF). Now the program will not automatically follow the change in the state of the "arc sensor" input. (timer=3;do{timer--;}while(timer>0);) - program pause 3ms.
 ==== Example "Probing operations" ====
   - Probing operations. Events from probe sensor should be handled while probing operations. However, Probe input activated while normal moving might be in fact hitting the probe into the material. It can lead to Probe sensor breakage and run should be stopped immediately. A solution is to set up probe input as a trigger, configure  Immediate Stop in the Slot PLC procedure and disable the trigger while probing operations ONLY.