1018 Mild Steel or similar, 1/16" thickness (must be ferrous, using a hall effect sensor)
Material will not be supplied unless necessary.
Quantity of 1, maybe 2 if it's cheap enough.
RFQ End time: 01/08/2010
Time frame is up to 3-4 weeks. Not in a huge rush but would like it in a reasonable time.
Contact: blakebonkofsky@geektuned.com
This will be mounted directly to the hub of a crank pulley on a race car. The 3 slotted holes are for mounting and adjustability.
The tooth design is basically a 36 tooth pattern with 6 teeth missing, in pairs of two. Ten slots, then two missing, ten slots, then two missing, etc.
The wheel is 200mm across.
The most important aspects are the flatness of the finished product, and even spacing of the slots.
I have drawn up the original in SolidWorks, as that is what I am most familiar with, but have converted the output to R12 AutoCAD. I have also attached a picture to compare to the converted file. If you have SolidWorks 2009 or higher and would like the original, I can supply that as well.
Thank you for your time.
Material will not be supplied unless necessary.
Quantity of 1, maybe 2 if it's cheap enough.
RFQ End time: 01/08/2010
Time frame is up to 3-4 weeks. Not in a huge rush but would like it in a reasonable time.
Contact: blakebonkofsky@geektuned.com
This will be mounted directly to the hub of a crank pulley on a race car. The 3 slotted holes are for mounting and adjustability.
The tooth design is basically a 36 tooth pattern with 6 teeth missing, in pairs of two. Ten slots, then two missing, ten slots, then two missing, etc.
The wheel is 200mm across.
The most important aspects are the flatness of the finished product, and even spacing of the slots.
I have drawn up the original in SolidWorks, as that is what I am most familiar with, but have converted the output to R12 AutoCAD. I have also attached a picture to compare to the converted file. If you have SolidWorks 2009 or higher and would like the original, I can supply that as well.
Thank you for your time.
