G-Code - Revision history

AJ Quick: /* M-Commands */

2015-11-25T06:25:13Z

‎M-Commands

2015-11-25T06:17:19Z

‎M-Commands

2015-11-25T06:14:40Z

2015-11-25T06:06:22Z

‎M-Commands

2015-11-25T06:04:27Z

2015-11-25T05:50:38Z

Aj quick moved page G-code to G-Code

2015-04-04T23:03:30Z

2015-04-04T23:02:30Z

2014-01-30T20:41:44Z

2014-01-30T20:39:25Z

← Older revision		Revision as of 06:25, November 25, 2015
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	==M-Commands==		==M-Commands==
		+
		+	The following is a list of the most typical M-Commands that are supported by every major CNC motion controller program. Beyond M09, most software will allow the creation of custom M-Commands. Consult the documentation for your specific commands associated with your software and machine. Not all commands will be available.

	{\| class="wikitable"		{\| class="wikitable"

@@ Line 116: / Line 116: @@
 ! M-Command !! Code Description
 |-
-| [[M00]] || Stop or Unconditional Stop
+| [[M00]] || Program Stop
 |-
-| [[M01]] || Sleep or Conditional Stop
+| [[M01]] || Optional Stop
 |-
 | [[M02]] || Program End

← Older revision		Revision as of 06:14, November 25, 2015
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−	G-Code (also known as the RS-274 standard) is the numerical control language that is used to program most CNC Machines. There are several variations to the code used and not all G-code is created equally. Please check with the CNC control software ([[Mach3]], [[LinuxCNC]], [[Grbl]]) for specific reference and setup with CNC processors.	+	G-Code (also known as the RS-274 standard) is the numerical control language that is used to program most CNC Machines. There are several variations to the code used and not all G-code is created equally. Please check with the CNC control software ([[Mach3]], [[LinuxCNC]], [[UCCNC_Software\|UCCNC]], [[Grbl]]) for specific reference and setup with CNC processors.

	{\| class="wikitable"		{\| class="wikitable"

@@ Line 116: / Line 116: @@
 ! M-Command !! Code Description
 |-
-| [[M0]] || Stop or Unconditional stop
+| [[M00]] || Stop or Unconditional Stop
 |-
-| [[M1]] || Sleep or Conditional stop
+| [[M01]] || Sleep or Conditional Stop
 |-
-| [[M2]] || Program End
+| [[M02]] || Program End
 |-
-| [[M3]] || Spindle On, Clockwise
+| [[M03]] || Spindle On, Clockwise
 |-
-| [[M4]] || Spindle On, Counter-Clockwise
+| [[M04]] || Spindle On, Counter-Clockwise
 |-
-| [[M5]] || Spindle Off
+| [[M05]] || Spindle Off
 |-
-| [[M6]] || Tool change
+| [[M06]] || Tool change
 |-
-| [[M7]] || Mist Coolant On
+| [[M07]] || Mist Coolant On
 |-
-| [[M8]] || Flood Coolant On
+| [[M08]] || Flood Coolant On
 |-
-| [[M9]] || Coolant Off
+| [[M09]] || Coolant Off
 |}

@@ Line 108: / Line 108: @@
 |-
 | [[G99]] || R-Point Level Return in Canned Cycles
 |}

← Older revision	Revision as of 05:50, November 25, 2015
(No difference)

@@ Line 3: / Line 3: @@
 {| class="wikitable"
 |-
-! Header text !! Header text
+! G-Code !! Code Description
 |-
 | [[G00]] || Rapid Positioning

← Older revision		Revision as of 23:02, April 4, 2015
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		+	G-Code (also known as the RS-274 standard) is the numerical control language that is used to program most CNC Machines. There are several variations to the code used and not all G-code is created equally. Please check with the CNC control software ([[Mach3]], [[LinuxCNC]], [[Grbl]]) for specific reference and setup with CNC processors.
		+
	{\| class="wikitable"		{\| class="wikitable"
	\|-		\|-

@@ Line 3: / Line 3: @@
 ! Header text !! Header text
 |-
-| [[G0]] || Rapid Positioning
+| [[G00]] || Rapid Positioning
 |-
-| [[G1]] || Linear Interpolation
+| [[G01]] || Linear Interpolation
 |-
-| [[G2]] || Circular Interpolation, Clockwise
+| [[G02]] || Circular Interpolation, Clockwise
 |-
-| [[G3]] || Circular Interpolation, Counterclockwise
+| [[G03]] || Circular Interpolation, Counterclockwise
 |-
-| [[G4]] || Dwell
+| [[G04]] || Dwell
 |-
 | [[G10]] || Coordinate System Origin Setting

@@ Line 32: / Line 32: @@
 |-
 | [[G33]] || Lathe Thread Cycle
 |-
 | [[G40]] || Cancel Cutter Compensation
@@ Line 88: / Line 86: @@
 |-
 | [[G91]] || Incremental Distance Mode
 |-
 | [[G92]] || Coordinate System Offset