To all those who have purchased one of our E3Dv4 Hotends - Thankyou! Here

To all those who have purchased one of our E3Dv4 Hotends - Thankyou!
Here is your assembly manual:
http://www.scribd.com/doc/135003464/E3D-V4-Assembly-Manual
If anyone wants to give feedback I am happy to make amendments.
http://www.scribd.com/doc/135003464/E3D-V4-Assembly-Manual#document_thumbnail_preview

step 15 - “thermistor wire in particular is has somestrain relief.” Feel free to delete this comment

I can’t wait to try mine out! Good call on the last step - 300C test will excite anyone reading this

@Sanjay_Mortimer how smooth is the inside ? Is it smoothed ? Is there any pic that shows it ? Thanks.

Can’t wait to get mine, I’m tired of the constant leaks I am currently putting up with with me current hot end…

fwiw I noticed when my cooling nozzle melted, and sub sequentially the ‘cooling’ air got warmer the effect it had on the print improved.

Looking at your pictures it seems like you could enclose the fan exhaust and direct it down to cool the print , although it might have to run constantly so that might be no good.

I would love to design the kind of warm cooling system you specify - @Sanjay_Mortimer I see the dimensional drawings on your website, and the .stl for the fan adapter on thingiverse. Do you have it in parametric format (solidworks, inventor, openscdad?.) I’d like to try and adapt it - unless you think intermittent cooling of the heatsink would be that big a negative. A micro-servo from a RC plane could be incorporated to just direct the air proportionally onto the print or out and away…

solidworks! And yes, I like the idea of not having to change my code