⬢M3x18 screws (2 pcs)

⬢M3w washers (2 pcs)

⬢M3n nuts (2 pcs)

⬢Insert M3n nuts in PSU-Y-part nut traps.

To insert nuts inside traps, you can use similar "on screw" technique as for the extruder assembly. For more go back to new_window=true.

⬢Using 2.5mm Allen key, tie the PSU-Y-part to the PSU-cover.

If there is a gap, use the screws to contract it.

⬢Guide the low voltage cables from the PSU under the threaded rods to the other side of the frame as shown in the picture.

⬢Tie the low voltage power cables to both threaded rods.

⬢Check the switch position on the side of the PSU if it's in correct position.

Correct position means that the switch is on the side with your mains voltage. (If you have 110/120 V mains [mostly America] the switch has to be on the left, if you have 220/230 V [Europe and the rest of the world] the switch should be on the right ).

You can change the switch position with flathead screwdriver.

⬢Using 2mm Allen key, tie the heatbed to the Y-carriage.

⬢Tighten the Y-belt holder to the heatbed using the supplied 2.5 mm Allen key.

Make sure that the screws are screwed into the heatbed and no space is left between the nut on the heatbed and the Y-carriage.

⬢If you have the Y-belt-holder with a slot, make sure that the screws are in the middle as shown in the picture.

⬢Use the spiral wrap and wrap nylon with the cables from the heatbed.

DO NOT cut the filament, you'll need the full length.

Note the white cable can be also in black version, see new_window=true. second picture.

⬢Slide spiral wrap into the holder in the heatbed cable cover and secure it in place using a ziptie.

⬢Take a look on the printer from the top side and make sure that lines on heatbed are perfectly parallel with the X axis rods as shown in the picture.

⬢If they are not in parallel position, use 17 mm wrench to adjust the M10 nuts to get it correct. Use nuts only on the side close to left Z axis motor.