3D View

Tension Slider Assembly BOM List

Category Part_Name Part Description Quantity
Nuts and Bolts Hex_Screw_M5x35mm Tensioning Screw for Belt Tension 3
3D Printed Part Star_Knob_Base - 3
3D Printed Part Star_Knob_Cover - 3
Standard Part GT2_Idler_20T_5B_6mm - 3
Nuts and Bolts M5_Nut - 6
Nuts and Bolts Socket_Cap_Screw_M5x45mm - 3
3D Printed Part Tension_Slider Tensions the Belt 3

Standard Part GT2_Idler_20T_5B_6mm == timing-pulley-dat

Nuts and Bolts

  • Hex_Screw_M5x35mm
  • M5_Nut - nut-dat
  • Socket_Cap_Screw_M5x45mm

3D Printed Part - 3d-print-service-dat

steps by steps

Tension Slider

  • belt-sys-dat - timing-pulley-dat - glue-dat - idler-dat

  • The Tension_Slider tensions the belt on the X-Axis and Y-Axis. In total three are needed in the machine. The Hex_Screw_M5x35mm is pressed into the Star_Knob_Base and the Star_Knob_Cover glued on inorder to encapsulate the screw.

  • A M5_Nut is dropped into the Tension_Slider.
  • The Socket_Cap_Screw_M5x45mm is pushed through the hole of the Tension_Slider and the GT2_Idler_20T_5B_6mm and secured with a M5_Nut.
  • Pass the belt through the center of the aluminum extrusion before mounting both mounting plates to the aluminum extrusion.

Y-Axis Left Back Mounting Plate

  • Press and secure the 608 Bearing on the side in place with M3 screws. Socket_Cap_Screw_M3x6m
  • Insert the Belt and attach the Idler to the 8mm shaft.
  • Insert a M5 screw and feed the Belt around the Idler and secure the screw with a nut.
  • Mount the Y-Axis_Left_Back_Mounting_Plate to the Aluminum extrusion with M5 screws.

Y-Axis Front Mounting Plates

  • Insert the Belt and attach the Idler with a M5 screw and nut.
  • Insert the Tension_Sliderand feed the Belt around the Idler.
  • Mount the Y-Axis_Front_Mounting_Plate to the Aluminum extrusion with M5 screws.

Y-Axis Right Back Mounting Plate with motor

  • stepper-dat

  • Connect the Pulley to the Motor shaft.

  • Mount the Motor to the Y-Axis_Right_Back_Mounting_Plate with M5 screws and nuts.
  • Insert the Belt and attach the Idler with a M5 screw and nut.
  • Mount the Y-Axis_Right_Back_Mounting_Plate to the Aluminum extrusion with M5 screws.
  • Connect the Motor Shaft and long 8mm shaft together with a motor-coupler-dat.

Y-axis

Category Part_Name Part Description Dimensions Quantity
3D Printed Part Left_Front_Mounting_Plate_Y-Axis - - 1
3D Printed Part Right_Front_Mounting_Plate_Y-Axis - - 1
3D Printed Part Left_Back_Mounting_Plate_Y-Axis - - 1
3D Printed Part Right_Back_Mounting_Plate_Y-Axis - - 1
Standard Part GT2_Idler_20T_5B_6mm - - 4
Nuts and Bolts M5_T_Nut Mounting Mounting Plates to Alu Extrusions - 30
Nuts and Bolts M5_Nut Motor Mounting Nuts and Idler Mounting Nuts - 6
Nuts and Bolts Socket_Cap_Screw_M5x12mm Mounting Mounting Plates to Alu Extrusions - 30
Nuts and Bolts Socket_Cap_Screw_M5x40mm Holding the Idle in place - 2
Standard Part GT2_Timing_Pulley_20T_8B_6mm Driving Pulley for Belt - 2
Nuts and Bolts Socket_Cap_Screw_M5x16mm Motor Mounting Screws - 4
Standard Part 608_Bearing Bearing to keep the Shaft align on the left back side - 1
Nuts and Bolts Socket_Cap_Screw_M3x6mm Mount Bearing Screws - 3
Standard Part Nema23_Motor - stepper-dat Dual Shaft Motor Nema 23; 84mm; 2,4Nm; 8mm Dual Shaft - 1
Standard Part Shaft_8mm 8mm Shaft for transfering the Motor rotation to the left side 630mm 1
Standard Part Shaft_Coupler_8mm Couples the Motor Shaft to the long shaft to the left side - 1
Standard Part GT2_Belt_6mm Y-Axis Belt 1355mm 2

3D Printed Part

CAD images

images

Table of Contents

https://www.electrodragon.com