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Take the remaining 1.4M of GT2 Timing Belt and feed it into the Y-Carriage as shown in the second image.
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Make sure the loop has no turns in it and the teeth are facing inwards through out.
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Fix an M4 x 12mm bolt with M4 nyloc nut as shown.
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Do not tighten all the way as we'll be needing to pull the belt tight later.
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Fasten two M5 x 8mm and M5 T-Nuts onto the Y-Idler.
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Do not fasten all the way down.
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Later versions of the kit do not include in this specific Idler part, instead you should use one of the extrusion brackets instead.
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Assemble the Y-Idler:
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M5 x 25mm Bolt
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M5 Spacer
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M5 15mm Washer
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M5 Washer
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Bearing - 685ZZ
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Fix the Idler Assembly onto the Y-Idler bracket with an M5 Nyloc Nut - Match the orientation as in the second photo.
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Make sure that after tightening the bearing can still spin.
The 685ZZ bearing is with the other mechanical parts in box B.
Bearing - 685ZZ ??
As this part is not inside the “06 Gantry” bag it should be pointed out where it can be found and/or a photo of it NOT assembled with the other parts should be shown!
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Fix the Y-Idler assembly onto the end of the gantry beam.
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The Y-Idler assembly should be fixed onto the same side as the endstop.
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Make sure that the 15mm washers are pressing against the end of the beam.
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Begin by laying down the gantry and tool carriage assembly like shown in the first image.
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Bring the rollers up to the gantry beam making sure to trap the belt loop in the grooves of the beam with teeth facing inwards.
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Push the Tool Carriage onto the gantry beam.
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As you slide the tool carriage onto the gantry beam the belt should loop itself around the Idler pulley bearing.
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Make sure that the belt is tucked into the grooves between the rollers and gantry beam.
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You may need to adjust the eccentric spacers on the carriage if it's not sliding on.
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Drop onto the other side of the gantry a pulley onto the Y-Motor shaft. Match the orientation of the pulley in the image.
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Loop the other end of the belt onto the pulley.
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Make sure that the belt runs through the grooves of the gantry beam.
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Pull the loose ends of the belt tight.
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The teeth of the belt should catch on the bolts head holding the tension temporarily.
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If you find it slipping way too much, tighten the M4 bolt a little more and pull the belt again, pulling the belt with the pliers will allow you to get a higher tension.
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Use a pair of pliers to hold the Nyloc nut as shown in the second image and tighten down the bolt.
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Slide the pulley up to the end of the motors shaft.
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Secure the pulley by tightening the set screws
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Make sure that one of the set screws is being tightened against the flat of the motor shaft.
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Postpone this until Stage 7 Step 18 - Y-Idler install.
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Loosen the bolts holding the the Y-Idler assmebly to the gantry beam.
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Use a screw driver or allen key as a lever to pull the idler away from the end of the beam.
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Hold the tension and tighten down the M5 bolts.
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Rotate the Eccentric Spacers with a pair of pliers.
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Tighten until there is no wobble on the Carriage.
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Proforge 2S: Postpone this step until after Stage 7 Step 18 - Y-Idler install.
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Proforge 2: Do this step now. Cut away the excess belt from the carriage.
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Fix an M5 x 8mm bolt with a T-Nut onto the end of the gantry beam to act a stopper for the Tool Carriage to prevent it from accidentally rolling off.
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Push the tool carriage out up to the stopper.
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Push two cable ties into the Z-Axis Bracket holes as shown and secure the cables to it.
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Wrap cable ties around both of the cables from the Z-Axis bracket to the tool carriage.
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Trim away any excess form the cable ties.
For the dual switching extruder this is presumably done later, as the nozzles haven’t yet been attached?
Yes there is a part of stage 8 which steps into the DSE specifics…
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