Let’s Install:
X-Axis Belt for the MakerBot Rep 2
You’ve received your new replacement MakerBot X-Axis Belt from Fargo 3D Printing and are wondering how to install it. Watch the video tutorial below or follow along with the written directions.
As always, turn off and unplug your machine before doing any repair work.
- 5mm hex key
- 2.5mm hex key
- Grease Syringe
- New X-Axis Belt
2
Remove the right axis motor.
- Remove all four screws of the right axis motor. Don’t lose the small washers.
- Pop out the metal pin in the upper left corner.
- Unplug the motor and move the wires away.
- Remove the motor from the right axis wing.
4
Remove the belt from the carriage.
- Grasp the front of the carriage and pull up until you hear a click.
- Hold the carriage straight up from the rod to which it is still connected.
- Slide the belt up and out.
6
Attach the new belt to the pulleys on the ends of the axis.
- Move to the Y-axis secondary again and grease where you will re-insert the plastic idler pulley.
- Grab the idler pulley and loop the belt over it. The thicker part of the pulley needs to be facing the front of the machine.
- Next, move to the right side of the machine so you are standing behind it. Grab the motor so the connector faces down.
- Loop the belt over its drive gear. Push into position.
7
Reinstall the X-Axis motor.
- Continue putting pressure on the motor, holding it in place with the belt taut, while screwing it in, left side first.
- Seat the white motor cable back into it’s connector.
- Loop the cables back into the slot above the motor, secure with the metal pin.
- Don’t push the pin too far in so as to damage the wires. Make sure the metal pin is flush to the outside surface of the slot.
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Where should the carriage be in relation to the machine when changing the belt?
thanks for posting. in case it helps anyone: removing the side panels is unnecessary – you can pretty easily access the stepper motor bolts if you look with some good lighting.
tip for those with x-axis layer shifting + grinding noises: with the motor engaged (for example while heating in prep for a print) try moving the 4-wire motor cable that’s tucked up with the pin + above in the printer’s housing – if you hear the motor click on and off (it’s pretty quiet you have to put your ear to the motor) with wire movement the underlying metal wiring has come loose/failed somewhere and thus the motor may disconnect intermittently depending on carriage movement + chance.
since fargo was out of stock for a new wiring harness I was able to fix it temporarily by pulling the wires down (leave the pin removed), squeezing all the kinks out, and using a rigid (reflectix) tape over the 2″ section that was the source of failure (identified with the motor sound trick described above)
I expected it to be the kink right below the wire connector (where it plugs into the motor) but it was actually one of the loops about 4-6″ down the wires
i think other folks have a failure right where the metal pin touches it at the rear end
hth