I put some glue super glue on the part that snapped and I used a reshaped packaging staple from some cardboard box in an attempt to make the snapped part even sturdier.
While I was gluing, I also attached the base plate to the Y-axis support. and left these to dry.
In the mean time I attached the X-axis threaded rods to the stepper motors on top of the Reprap with some aluminium couplers.
After the glue dried, I aligned the Y-axis belt on the base platform. I went looking for the belt clamps so I could mark the holes that needed to be drilled in the base platform. The bag containing all 3D printed parts contained 3 belt clamps and 2 remaining rod clamps.
This is enough for attaching the Y-axis belt to the base platform, but I need 4 in total as I also need 2 belt clamps on the X-axis. The holes in the rod clamps to not line up to the holes of the belt clamps. I guess I'll keep the best belt clamps for the X-axis belt and either fabricate my own Y-axis belt clamps from some thin MDF or use the rod clamps turned upside down.
At this point I tightened up the complete frame, until now I hand tightened everything. It's slightly unnerving to hear light pinging noises as the plastic printed parts have to deal with some real pressure :-)
Now I left the frame of the Reprap to start work on the wade extruder. This extruder was also printed slightly sturdier than the original one. So, again I had to use the M3x16 bolts instead of the supplied M3x10 bolts. And as before, I also needed to use the nut-spacer trick to safely attach the motor to the extruder component.
The nut-spacer trick is also working for the extruder-motor connection situated under the big cog. There is still enough room between the bolt head and the cog.
I probably have to slow down a bit, as only this weekend I ordered my Chinese power supply for the Reprap and I suppose I shouldn't expect it at my doorstep tomorrow. So far for build day 6 :-)