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Connect to the Y-Endstop its cable.
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Feed the cable around the Y-Motor.
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Connect a motor cable to the Y-Motor.
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Melt the ends with a lighter to stop them from fraying out.
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Feed the sleeving onto both the Endstop and Motor cables.
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Cable tie the cables to the Z-Carriage bracket.
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Use a second cable tie to connect the cables from the gantry to the extruder's cables.
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Raise the Gantry to its highest position.
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Carefully lay the machine down on its side like shown.
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Feed all of the loose cables through the hole on the back of the Base.
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Cable tie the cables to the Base.
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Use multiple cable ties to create a single stem of all the cables.
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Find the group of cables from the Hotend.
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Hotend Heater Cables
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Thermistor Cables
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Hotend Fan Cables
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Connect the Hotend heater cables to the HE0 terminal on the control board.
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Connect the Thermistor cables to the TH1 connector on the board.
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Connect the Hotend #2 (on the right) heater cables to the electronics board.
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Unplugging the print fan cable for the board should give you better access.
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Connect the Hotend's thermistor to the electronics board (TH2).
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Cable tie together the Hotend heater and thermistor cables.
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Loop and cable tie the excess cable.
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Tuck the cables in between the side panel and power supply.
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Connect the brown wire from the probe directly to a positive terminal on the power supply.
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Fix the connector to the electronics board as shown in the second image.
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Connect both cables form the print fans to the print fan adapter.
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Connect the other side of the adapter to the electronics board.
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Find the pair of cables for the Y-Motor and Y-Endstop.
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Connect the Y-Endstop to the board (Y+).
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Connect the Y-Motor to the Board.
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Connect the Extruder Motor to the E0 position on the board.
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Connect the filament sensor to the Touch Screen.
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Connect the 2nd extruder motor cable to the main board in the E1 position.
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Connect the 2nd filament sensor cable to the touch screen.
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Connect a motor cable to the X-motor.
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Connect the X-motor to the control board.
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Connect the other ends of the motor cables to the dual z-motor adapter.
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Connect the adapter to the Z-motor position on the control board.
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Use cable ties to tidy up the cables like shown.
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Lay the cables out and cable tie the shorter bunch to the side of the power supply.
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Loop up the remaining longer cables and cable tie together.
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Cable tie the cables near the entry hole on the Base.
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Before installing the stepper drivers check that there are three jumpers at each of the stepper positions, like shown in the image.
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Prepare two of the A4988 Stepper Drivers by removing them from their packaging and sticking the heatsink to the black chip.
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Z-Axis Stepper: Adjust the trimpot so that flat side is pointing towards the bottom left corner as shown in the second photo.
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E-Axis Stepper: Adjust the trimpot so that flat side is pointing left as shown in the second photo.
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Prepare the two TMC2100 stepper drivers by removing them from their packaging and sticking on the Heatsinks as shown in the first image.
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Adjust the trimpot so that flat side is pointing towards the bottom right corner as shown in the second photo.
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Fix the two TMC2100 Stepper Drivers to the X & Y Positions.
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Adjust the trimpot so that the flat side is facing left, like shown in the second image.
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Check that you have 3 jumpers installed like shown in the second image.
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Fix the stepper driver onto the electronics board, matching the orientation shown in the third image.
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Peel away the backing from the right side of the surface sticker.
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Fix the sticker onto the edge of the flexplate making sure to carefully align it with the top and bottom edges.
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Pull away the backing paper and press down the sticker.
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Place the flexplate on to the centre of the platform.
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To prevent this we can put some tape on both the platform and the back of the Flexplate to create more friction between the surfaces.
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