ASMBL - Revision history

Garth 42: /* Tips */

2022-05-25T01:06:30Z

Tips

Garth 42: /* Configuring Duet Firmware for ESCs */

2022-05-25T01:05:35Z

Configuring Duet Firmware for ESCs

Garth 42: Adding content on configuration file changes

2022-05-25T01:03:09Z

Adding content on configuration file changes

Garth 42: /* Tips */

2022-05-25T00:42:24Z

Tips

Garth 42: Added tips section.

2022-05-25T00:41:16Z

Added tips section.

Chris was here: /* Milling/Engraving Workflow */

2021-06-04T01:45:08Z

Milling/Engraving Workflow

Chris was here: /* Additive Subtractive Manufacturing By Layer */

2021-06-01T17:28:51Z

Additive Subtractive Manufacturing By Layer

Chris was here: /* Fusion 360 Post Processor */

2021-06-01T17:22:19Z

Fusion 360 Post Processor

Chris was here: /* Fusion 360 Post Processor */

2021-06-01T17:21:25Z

Fusion 360 Post Processor

Chris was here: /* Fusion 360 Post Processor */

2021-06-01T17:13:40Z

Fusion 360 Post Processor

← Older revision		Revision as of 01:06, 25 May 2022
Line 50:		Line 50:
	* Make sure to "tie" the negative leads of both PSUs (if using multiple, like a 12V PSU for the ESC and a 24V for the printer) together and to ground in order to make sure that the signals are referenced to the same ground level		* Make sure to "tie" the negative leads of both PSUs (if using multiple, like a 12V PSU for the ESC and a 24V for the printer) together and to ground in order to make sure that the signals are referenced to the same ground level
	* ESCs using BLHeli firmware are known to work		* ESCs using BLHeli firmware are known to work
		+	* To easily change the direction the BLDC spins, swap 2 of the 3 motor wires that go to the ESC

@@ Line 32: / Line 32: @@
 Add to the config.g file:
+<pre>
 ; Define Tool 1 for ASMBL
 M563 P1 S"ASMBL"
@@ Line 41: / Line 41: @@
 M42 P5 S0 ; Setting the ESC PWM input pin to this value prevents ESC from beeping continually when not in use.
-; Send a M42 P5 S0.6 command to spin at low speed
+; Send a M42 P5 S0.6 command to spin motor at low speed
-; Send a M42 P5 S0.9 command to spin at high speed
+; Send a M42 P5 S0.9 command to spin motor at high speed
 =Tips=

@@ Line 21: / Line 21: @@
 =Milling/Engraving Workflow=
 The origin must be correctly placed on the top of the stock to mill/engrave prior to operation. This can be easily accomplished by jogging the tool to the desired location, raising the z height such that a piece of paper just barely gets caught under the milling bit, and then noting the x, y, and z offsets. These can then be placed into the current workspace offset with <code>G10 L2 P1 X_offset Y_offset Z_offset</code>. Once this has been accomplished a gcode cam path can be uploaded and started.
 =Tips=

@@ Line 26: / Line 26: @@
 * 4S motors and ESCs can use 12V PSU, 6S motors and ESCs can use a 24V PSU
 * Make sure to "tie" the negative leads of both PSUs (if using multiple, like a 12V PSU for the ESC and a 24V for the printer) together and to ground in order to make sure that the signals are referenced to the same ground level
-* BLHeli firmware is known to work
+* ESCs using BLHeli firmware are known to work

← Older revision		Revision as of 00:41, 25 May 2022
Line 21:		Line 21:
	=Milling/Engraving Workflow=		=Milling/Engraving Workflow=
	The origin must be correctly placed on the top of the stock to mill/engrave prior to operation. This can be easily accomplished by jogging the tool to the desired location, raising the z height such that a piece of paper just barely gets caught under the milling bit, and then noting the x, y, and z offsets. These can then be placed into the current workspace offset with <code>G10 L2 P1 X_offset Y_offset Z_offset</code>. Once this has been accomplished a gcode cam path can be uploaded and started.		The origin must be correctly placed on the top of the stock to mill/engrave prior to operation. This can be easily accomplished by jogging the tool to the desired location, raising the z height such that a piece of paper just barely gets caught under the milling bit, and then noting the x, y, and z offsets. These can then be placed into the current workspace offset with <code>G10 L2 P1 X_offset Y_offset Z_offset</code>. Once this has been accomplished a gcode cam path can be uploaded and started.
		+
		+	=Tips=
		+	* Make sure you are using a PWM compatible pin with the ESC controller
		+	* 4S motors and ESCs can use 12V PSU, 6S motors and ESCs can use a 24V PSU
		+	* Make sure to "tie" the negative leads of both PSUs (if using multiple, like a 12V PSU for the ESC and a 24V for the printer) together and to ground in order to make sure that the signals are referenced to the same ground level
		+	* BLHeli firmware is known to work

← Older revision		Revision as of 01:45, 4 June 2021
Line 20:		Line 20:

	=Milling/Engraving Workflow=		=Milling/Engraving Workflow=
−	The origin must be correctly placed on the top of the stock to mill/engrave prior to operation. This can be easily accomplished by jogging the tool to the desired location, raising the z height such that a piece of paper just barely gets caught under the milling bit, and then noting the x, y, and z offsets. These can then be placed into the current workspace offset with G10 L2 P1 X_offset Y_offset Z_offset. Once this has been accomplished a gcode cam path can be uploaded and started.	+	The origin must be correctly placed on the top of the stock to mill/engrave prior to operation. This can be easily accomplished by jogging the tool to the desired location, raising the z height such that a piece of paper just barely gets caught under the milling bit, and then noting the x, y, and z offsets. These can then be placed into the current workspace offset with <code>G10 L2 P1 X_offset Y_offset Z_offset</code>. Once this has been accomplished a gcode cam path can be uploaded and started.

@@ Line 1: / Line 1: @@
 ==Additive Subtractive Manufacturing By Layer==
 The ASMBL tool is a brushless DC motor driven spindle, controlled through a RC electronic speed controller. This is driven by the Duex5 board on a PWM pin established in the config.g and Fusion 360 post processor. The tool is attached to the Jubilee via a modified toolpost. A a 20mm vacuum line and vacuum is attached to the ASMBL for chip removal.[[File:ASMBL.jpg|thumb]]
 =ESC Configuration=

← Older revision		Revision as of 17:22, 1 June 2021
Line 8:		Line 8:

	Fusion 360 post processor		Fusion 360 post processor
		+
	https://drive.google.com/file/d/1gr_61fRjwU8bOqlmvmMZSqkLpUUynF5l/view?usp=sharing		https://drive.google.com/file/d/1gr_61fRjwU8bOqlmvmMZSqkLpUUynF5l/view?usp=sharing

@@ Line 6: / Line 6: @@
 =Fusion 360 Post Processor=
 Update in progress
 Fusion 360 post processor
 https://drive.google.com/file/d/1gr_61fRjwU8bOqlmvmMZSqkLpUUynF5l/view?usp=sharing