Industrial Robot Build Instructions: Difference between revisions

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(Organizing)
Line 7: Line 7:
*In development- setting up working concept, then to be followed by specific dimensions
*In development- setting up working concept, then to be followed by specific dimensions


=X Components=
=Frame Components=


==Foundation Underplate==
==Foundation Underplate==
Line 18: Line 18:
*1 hole as shown below, repeat for a total of 6 bars
*1 hole as shown below, repeat for a total of 6 bars
[[Image:Pillar.jpg|600px]]
[[Image:Pillar.jpg|600px]]
*Weld the 4 Foundation Bars to fit into the 2" by 2" square guides shown in the image for Foundation Underplate, with the bars' holes at the top end such that the Foundation Overplate can be mounted.
*Tap all holes in the foundation bars with


==Foundation Overplate==
==Foundation Overplate==
Line 23: Line 27:
*20 holes as shown below
*20 holes as shown below
[[Image:IROverplate.jpg|700px]]
[[Image:IROverplate.jpg|700px]]
==Gearbox 1 Input Plate==
*16 holes as shown below
[[Image:Gearbox1InputPlate.jpg|700px]]
*Note: Location of mounting holes for hydraulic motor need adjustment
==Gearbox 1 Side Plates==
*10 holes as shown below, repeat for a total of 2 plates
[[Image:Gearbox1SidePlate.jpg|700px]]
==Gearbox 1 Cover Plates==
*4 holes as shown below, repeat for a total of 2 plates
[[Image:Gearbox1CoverPlate.jpg|700px]]


==Base Angle==
==Base Angle==
Line 63: Line 47:
*5 holes as shown below, repeat for a total of 2 plates
*5 holes as shown below, repeat for a total of 2 plates
[[Image:ForearmPlate.jpg|700px]]
[[Image:ForearmPlate.jpg|700px]]
*Weld the Forearm onto the Forearm Plate A as shown by the guides in the image for Forearm Plate A.
*Weld the Forearm onto the Forearm Plate B as shown by the guides in the image for Forearm Plate B.


==Wrist Angle==
==Wrist Angle==
Line 73: Line 61:
*24 holes as shown below
*24 holes as shown below
[[Image:EEAngle.jpg|700px]]
[[Image:EEAngle.jpg|700px]]
==Gearbox Input Plate==
*16 holes as shown below, repeat for a total of 6 plates
[[Image:GearboxInputPlate.jpg|700px]]
==Cover Plate==
*4 holes as shown below, repeat for a total of 12 plates
[[Image:GearboxCoverPlate.jpg|700px]]


==Punch Stepper Motor Mount Angle==
==Punch Stepper Motor Mount Angle==
Line 93: Line 71:
*3 holes as shown below, repeat for a total of 12 plates
*3 holes as shown below, repeat for a total of 12 plates
[[Image:StepperMotorMountPlate.jpg|700px]]
[[Image:StepperMotorMountPlate.jpg|700px]]
==Gearbox Middle Race Plates==
*4 holes as shown below, repeat for a total of 18 plates
==Gearbox Outer Race Plates==
*4 holes as shown below, repeat for a total of 18 plates
==Gearbox Side Plate==
*10 holes as shown below, repeat for a total of 12 plates
[[Image:GearboxSidePlate.jpg|700px]]


==Shaft Bar==
==Shaft Bar==
Line 112: Line 77:
[[Image:ShaftBar.jpg|700px]]
[[Image:ShaftBar.jpg|700px]]


=Torch Components=
=Gearbox 1 Components=


==Torch Gearbox Middle Race Plate==
==Gearbox 1 Input Plate==


*1 hole as shown below, repeat for a total of 18 plates
*16 holes as shown below


==Torch Gearbox Outer Race Plate==
[[Image:Gearbox1InputPlate.jpg|700px]]


*1 hole as shown below, repeat for a total of 18 plates
*Note: Location of mounting holes for hydraulic motor need adjustment


=Tap Components=
==Gearbox 1 Side Plates==


==Tap Foundation Bars==
*10 holes as shown below, repeat for a total of 2 plates


*As shown below, repeat for a total of 4 bars
[[Image:Gearbox1SidePlate.jpg|700px]]
Image


==Tap Gearbox Hubs==
*Tap each hole in gearbox 1 with


*As shown below (gearbox 1)
==Gearbox 1 Cover Plates==
Image


*As shown below (gearbox 2)
*4 holes as shown below, repeat for a total of 2 plates
Image


*As shown below (gearbox 3)
[[Image:Gearbox1CoverPlate.jpg|700px]]
Image


*As shown below (gearbox 4)
==Gearbox Middle Race Plates==
Image


*As shown below (gearbox 5)
*4 holes as shown below, repeat for a total of 18 plates
Image


*As shown below (gearbox 6)
==Gearbox Outer Race Plates==
Image


==Tap Gearbox Side Plates==
*4 holes as shown below, repeat for a total of 18 plates


*As shown below, repeat for a total of 12 plates
==Gearbox Side Plate==
Image


=Thread Components=
*10 holes as shown below, repeat for a total of 12 plates
[[Image:GearboxSidePlate.jpg|700px]]


==Thread Input Shaft==
==Gearbox 1 Input Shaft==


*As shown below, repeat for a total of 6 shafts
*Thread as shown below
Image
Image


==Thread Output Shaft==
==Gearbox 1 Output Shaft==
 
*As shown below, repeat for a total of 6 shafts
Image
 
=Weld Components=
 
==Weld Foundation Bar==
 
*4 bar welding as shown below
Image
 
==Weld Forearm==
 
*2 piece welding as shown below, repeat for a total of 6 welds
Image


*2 piece welding as shown below, repeat for a total of 6 welds
*Thread as shown below
Image
Image


=X Components=
=Encoder Components=


==X Encoder Disc==
==X Encoder Disc==

Revision as of 14:09, 9 July 2011


Industrial Robot
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  • Missing some steps
  • Missing some images
  • In development- setting up working concept, then to be followed by specific dimensions

Frame Components

Foundation Underplate

  • 4 holes as shown below

Underplate.jpg

Foundation Bar

  • 1 hole as shown below, repeat for a total of 6 bars

Pillar.jpg

  • Weld the 4 Foundation Bars to fit into the 2" by 2" square guides shown in the image for Foundation Underplate, with the bars' holes at the top end such that the Foundation Overplate can be mounted.
  • Tap all holes in the foundation bars with

Foundation Overplate

  • 20 holes as shown below

IROverplate.jpg

Base Angle

  • 24 holes as shown below

BaseAngle.jpg

Main Arm

  • 16 holes as shown below

MainArm.jpg

Forearm Angle

  • 20 holes as shown below

ForearmAngle.jpg

Forearm Plate

  • 5 holes as shown below, repeat for a total of 2 plates

ForearmPlate.jpg

  • Weld the Forearm onto the Forearm Plate A as shown by the guides in the image for Forearm Plate A.
  • Weld the Forearm onto the Forearm Plate B as shown by the guides in the image for Forearm Plate B.

Wrist Angle

  • 24 holes as shown below

WristAngle.jpg

End-effector Angle

  • 24 holes as shown below

EEAngle.jpg

Punch Stepper Motor Mount Angle

  • 8 holes as shown below, repeat for a total of 6 angles

StepperMotorMountAngle.jpg

Stepper Motor Mount Plate

  • 3 holes as shown below, repeat for a total of 12 plates

StepperMotorMountPlate.jpg

Shaft Bar

  • 4 holes as shown below, repeat for a total of 6 bars

ShaftBar.jpg

Gearbox 1 Components

Gearbox 1 Input Plate

  • 16 holes as shown below

Gearbox1InputPlate.jpg

  • Note: Location of mounting holes for hydraulic motor need adjustment

Gearbox 1 Side Plates

  • 10 holes as shown below, repeat for a total of 2 plates

Gearbox1SidePlate.jpg

  • Tap each hole in gearbox 1 with

Gearbox 1 Cover Plates

  • 4 holes as shown below, repeat for a total of 2 plates

Gearbox1CoverPlate.jpg

Gearbox Middle Race Plates

  • 4 holes as shown below, repeat for a total of 18 plates

Gearbox Outer Race Plates

  • 4 holes as shown below, repeat for a total of 18 plates

Gearbox Side Plate

  • 10 holes as shown below, repeat for a total of 12 plates

GearboxSidePlate.jpg

Gearbox 1 Input Shaft

  • Thread as shown below

Image

Gearbox 1 Output Shaft

  • Thread as shown below

Image

Encoder Components

X Encoder Disc

  • Y as shown below, repeat for a total 6 discs

Image

Assemble Components

Assemble Gearboxes

  • 26 bolt, 3 nut assembly as shown below (gearbox 1)

Image

  • 26 bolt, 3 nut assembly as shown below (gearbox 2)

Image

  • 26 bolt, 3 nut assembly as shown below (gearbox 3)

Image

  • 26 bolt, 3 nut assembly as shown below (gearbox 4)

Image

  • 26 bolt, 3 nut assembly as shown below (gearbox 5)

Image

  • 26 bolt, 3 nut assembly as shown below (gearbox 6)

Image

Assemble Foundation

  • As shown below

Image

Assemble Main Arm to Forearm

  • As shown below

Image

Assemble Wrist

  • As shown below

Image

Assemble Foundation, Main Arm to Forearm, and Wrist

  • As shown below

Image

Assemble Stepper Motor Mount

  • 7 bolt, 6 nut, 6 spacer assembly as shown below, repeat for a total of 6 mounts

Image

Connect Components

Hydraulic Connections

  • X connections as shown below

Image

Electronic Connections

  • X connections as shown below

Image