Bill of materials - Revision history

S.H.O.: /* Power tools and accessories */

2016-11-14T19:59:02Z

‎Power tools and accessories

S.H.O. at 19:58, 14 November 2016

2016-11-14T19:58:11Z

S.H.O.: /* Hand tools */

2016-11-14T19:53:43Z

‎Hand tools

S.H.O.: /* Hand tools */

2016-11-14T19:52:53Z

‎Hand tools

S.H.O.: /* Making needs */

2016-11-14T19:30:56Z

‎Making needs

S.H.O.: /* Hand tools */

2016-11-14T18:31:17Z

‎Hand tools

S.H.O.: /* Hand tools */

2016-11-14T18:29:42Z

‎Hand tools

S.H.O.: /* Design tools */

2016-11-14T18:26:58Z

‎Design tools

S.H.O.: /* Design tools */

2016-11-14T18:26:09Z

‎Design tools

S.H.O.: /* Hand tools */

2016-11-14T18:14:52Z

‎Hand tools

@@ Line 151: / Line 151: @@
 * Sanding Bands & Drum
-In the actual build (no wood), I opted for acrylic panels. I made *.dxf AutoCAD files and sent them to Metrix Create Space<ref>[http://www.metrixcreatespace.com/#makesomethingawesome Metrix Create:Space - Laser Cutting and Etching]</ref> for CO2 laser cutting<ref>http://www.metrixcreatespace.com/#12hoursaday</ref>. So for the actual build, I needed ''none'' of the above tools.
+In the actual build (no wood), I opted for acrylic panels. I made *.dxf AutoCAD files and sent them to Metrix Create Space<ref>[http://www.metrixcreatespace.com/ Metrix Create:Space]</ref> for CO2 laser cutting<ref>[http://www.metrixcreatespace.com/ Metrix Create:Space - Laser Cutting and Etching]</ref>. So for the actual build, I needed ''none'' of the above tools.
 ==Sharing needs==

@@ Line 120: / Line 120: @@
 * Crimper Tool
 * Laminate Scorer
-** You might prefer using a miter box with saw, especially with thicker materials. This is what I ended up doing<ref>https://www.youtube.com/watch?v=GAAShGDHlOE&feature=youtu.be</ref>.
+** You might prefer using a miter box with saw, especially with thicker materials. This is what I ended up doing<ref>[https://www.youtube.com/watch?v=GAAShGDHlOE Cutting out 8 pieces of 15 1/2” by 1/4” Square Acrylic Rods (Continued)]</ref>.
-** In the actual S.H.O. Drive build, the laminate scorer was used for cutting tape instead of cutting acrylic<ref>https://www.youtube.com/watch?v=i_gqF4IUmzk&feature=youtu.be</ref>.
+** In the actual S.H.O. Drive build, the laminate scorer was used for cutting tape instead of cutting acrylic<ref>[https://www.youtube.com/watch?v=i_gqF4IUmzk Improving the Electrical Tape Wrap around the S.H.O. Coil Windings (Continued) + Adjusting Hook Positions (Continued)]</ref>.
 * Mailing Tube
 ** The 2.25" diameter mailing tube that came with the acrylic rods was ideal for the project.
@@ Line 138: / Line 138: @@
 ** Not an effective way to bend the copper coils. Disregard.
 * X-Acto Knife
-** Originally, the X-Acto Knife was intended for cutting small wooden shims<ref>http://www.sho.wiki/now/Presentation/Phase_4#Reinforcements</ref>.
+** Originally, the X-Acto Knife was intended for cutting small wooden shims<ref>[http://www.sho.wiki/now/Presentation/Phase_4#Reinforcements April 2016 Presentation → Phase 4 : Reinforcements]</ref>.
 ** In the actual build, there are no wooden shims, and so I didn't use the the X-Acto Knife during the build.
@@ Line 151: / Line 151: @@
 * Sanding Bands & Drum
-In the actual build (no wood), I opted for acrylic panels. I made *.dxf AutoCAD files and sent them to Metrix Create Space<ref>http://www.metrixcreatespace.com/#makesomethingawesome</ref> for CO2 laser cutting<ref>http://www.metrixcreatespace.com/#12hoursaday</ref>. So for the actual build, I needed ''none'' of the above tools.
+In the actual build (no wood), I opted for acrylic panels. I made *.dxf AutoCAD files and sent them to Metrix Create Space<ref>[http://www.metrixcreatespace.com/#makesomethingawesome Metrix Create:Space - Laser Cutting and Etching]</ref> for CO2 laser cutting<ref>http://www.metrixcreatespace.com/#12hoursaday</ref>. So for the actual build, I needed ''none'' of the above tools.
 ==Sharing needs==
@@ Line 170: / Line 170: @@
 * Tachometer
 * True-RMS Multimeter
-* Thermal Camera<ref>http://www6.homedepot.com/tool-truck-rental/Thermal_Camera/FLIR_i7/ - A high-quality thermal camera can be affordably rented from the Home Depot.</ref><ref>http://www.slideshare.net/Transcat/emissivitywebinarflirtranscat03252014 - Emissivity and the Potential Impacts on your Thermal Measurement</ref>
+* Thermal Camera<ref>[http://www6.homedepot.com/tool-truck-rental/Thermal_Camera/FLIR_i7/ A high-quality thermal camera can be affordably rented from the Home Depot.]</ref><ref>[http://www.slideshare.net/Transcat/emissivitywebinarflirtranscat03252014 Emissivity and the Potential Impacts on your Thermal Measurement]</ref>
 Some S.H.O. Drives may require higher amp-capacity connecting leads than ones included with the device(s), so those should be bought as needed.

@@ Line 121: / Line 121: @@
 * Laminate Scorer
 ** You might prefer using a miter box with saw, especially with thicker materials. This is what I ended up doing<ref>https://www.youtube.com/watch?v=GAAShGDHlOE&feature=youtu.be</ref>.
-** In the actual S.H.O. Drive build, the laminate scorer was used, but cutting tape instead of cutting acrylic<ref>https://www.youtube.com/watch?v=i_gqF4IUmzk&feature=youtu.be</ref>.
+** In the actual S.H.O. Drive build, the laminate scorer was used for cutting tape instead of cutting acrylic<ref>https://www.youtube.com/watch?v=i_gqF4IUmzk&feature=youtu.be</ref>.
 * Mailing Tube
 ** The 2.25" diameter mailing tube that came with the acrylic rods was ideal for the project.

@@ Line 120: / Line 120: @@
 * Crimper Tool
 * Laminate Scorer
-** You might prefer using a miter box with saw, especially with thicker materials.
+** You might prefer using a miter box with saw, especially with thicker materials. This is what I ended up doing<ref>https://www.youtube.com/watch?v=GAAShGDHlOE&feature=youtu.be</ref>.
 * Mailing Tube
 ** The 2.25" diameter mailing tube that came with the acrylic rods was ideal for the project.
@@ Line 137: / Line 138: @@
 ** Not an effective way to bend the copper coils. Disregard.
 * X-Acto Knife
 ===Power tools and accessories===

@@ Line 131: / Line 131: @@
 ** These help with the prepping of the coil.
 * Sandpaper
-** Start first with coarse grain sandpaper. Alternatively, an emery board nail file may be more convenient/ergonomic for this purpose.
+** Start with coarse grain sandpaper. Alternatively, an emery board nail file may be more convenient/ergonomic for this purpose.
-** Then next use fine grain sandpaper.
+** Then use fine grain sandpaper.
 * Screw Driver Set
 * <s>Tubing Bender</s>

@@ Line 90: / Line 90: @@
 * Visualis Electromagnetism
-Once the first functioning S.H.O. drive is built, then digital design files (*.doc,*.xls,*.csv,*.dxf, etc.) will be made available for free for use in lieu of the above items.
+Once the first functioning S.H.O. drive is built, then digital design files (*.doc,*.xls,*.csv,*.dxf, etc.) will be made available for free for use in lieu of (or in conjunction with) the above items.
 ===Safety gear===

@@ Line 122: / Line 122: @@
 ** The 2.25" diameter mailing tube that came with the acrylic rods was ideal for the project.
 ** This is a low cost, lightweight option for making a spool. If you rather make a spool out of better (probably heavier) materials, then that works fine.
-* Metal Spring Clamps
+* Metal Spring Clamps (with rubber tips)
-** Technically you could use C-clamps as well as long as you use wood spacers or other means to improve grip and reduce damage to the work pieces.
+** The purpose of this is to hold a work piece that may be too large for the C-clamp you have.
 * Nylon Fasteners
 ** These would be large enough to hold together the coil windings.