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Tameside College Date: Scale: Title: Drawn By: AutoDESK - INVENTOR Drg No: All Dimensions in mm Tameside College Screwdriver Rui Simoes 1:1.5 03.06.2015
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TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Screwdriver
Rui Simoes 1:1.5 03.06.2015
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Mobile Phone
Rui Simoes 2:1 8/6/2015
SECTION A-ASCALE 1 : 1
A
A
PARTS LIST
DESCRIPTIONQTYITEM
Base Plate11
Bracket22
Axle13
Wheel14
M10 Washer45
M10 Screw46
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
1
2
3
4
6
Wheel Assembly
Rui Simoes 1:1 February 2015
PARTS LIST
DESCRIPTIONQTYITEM
Base Plate11
Bracket22
Axle13
Wheel14
M10 Washer45
M10 Screw46
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
1
2
3
4
5
6
Wheel Assembly
Rui Simoes 1:1 February 2015
1
1
2
2
3
3
4
4
A A
B B
SHEET 1 OF 1
DRAWN
CHECKED
QA
MFG
APPROVED
Rui Simoes 09/03/2015
DWG NO
Pump Body
TITLE
Pump Body
SIZE
BSCALE
REV
126.00
76
114.0
038.0
0
10.0
0
10.0
0
R25.00
6.00
6.00
62.00
R9.00
25
38
3.00
50.00
38.0
0
37
37
6thk
R16.00
25.00
4 holes 10 0n 56 PCD25.00
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Brasket
Rui Simoes 1:1 08/03/2015
78.00
78.0
0
37.00
58.0
0
12.00
2.0
0
20.00
R20.00
15.00
10.00
12.0
0
54.00
A-A ( 1 : 1 )A
A
1
1
2
2
3
3
4
4
5
5
6
6
A A
B B
C C
D D
Guard - Drawing
Rui Simoes 10/02/2015
Designed by Checked by Approved by Date
1 / 1 Edition Sheet
Date
19,00
3,00
R23,00
R13,00 R13,00
30,00
R10,00
4,00
4,00
R30,0
0
73,00
58,0
038,0
0
R5,0
0
R5,00
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Physical Properties for Pump BodyGeneral Properties:
Material: {Aluminum 6061}Density: 2.710 g/cm^3Mass: 1.033 kg (Relative Error = 0.062935%)Area: 123768.681 mm^2 (Relative Error = 0.000000%)Volume: 381191.011 mm^3 (Relative Error = 0.062935%)
Center of Gravity:X: 3.520 mm (Relative Error = 0.062935%)Y: 19.375 mm (Relative Error = 0.062935%)Z: 1.290 mm (Relative Error = 0.062935%)
Mass Moments of Inertia with respect to Center of Gravity(Calculated using negative integral)Ixx 3673.695 kg mm^2 (Relative Error = 0.062935%)Iyx Iyy -304.863 kg mm^2 (Relative Error = 0.062935%) 1838.471 kg mm^2 (Relative
Error = 0.062935%)Izx Izy Izz 4.690 kg mm^2 (Relative Error = 0.062935%) 25.814 kg mm^2 (Relative Error =
0.062935%) 4589.938 kg mm^2 (Relative Error = 0.062935%)Mass Moments of Inertia with respect to Global(Calculated using negative integral)
Ixx 4063.199 kg mm^2 (Relative Error = 0.062935%)Iyx Iyy -375.320 kg mm^2 (Relative Error = 0.062935%) 1852.991 kg mm^2 (Relative
Error = 0.062935%)Izx Izy Izz -0.000 kg mm^2 (Relative Error = 0.062935%) 0.000 kg mm^2 (Relative Error =
0.062935%) 4990.525 kg mm^2 (Relative Error = 0.062935%)Principal Moments of Inertia with respect to Center of Gravity
I1: 3723.013 kg mm^2 (Relative Error = 0.062935%)I2: 1788.907 kg mm^2 (Relative Error = 0.062935%)I3: 4590.184 kg mm^2 (Relative Error = 0.062935%)
Rotation from Global to PrincipalRx: 0.52 deg (Relative Error = 0.062935%)Ry: -0.12 deg (Relative Error = 0.062935%)Rz: 9.19 deg (Relative Error = 0.062935%)
Mass Properties for the Pump Body - Alumimium
Rui Simoes 1:1 March 2015
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Physical Properties for Detail of GuardGeneral Properties:
Material: {Steel}Density: 7.850 g/cm^3Mass: 0.332 kg (Relative Error = 0.000406%)Area: 29465.536 mm^2 (Relative Error = 0.000000%)Volume: 42244.958 mm^3 (Relative Error = 0.000406%)
Center of Gravity:X: -22.923 mm (Relative Error = 0.000406%)Y: -10.945 mm (Relative Error = 0.000406%)Z: 5.811 mm (Relative Error = 0.000406%)
Mass Moments of Inertia with respect to Center of Gravity(Calculated using negative integral)Ixx 311.289 kg mm^2 (Relative Error = 0.000406%)Iyx Iyy 170.715 kg mm^2 (Relative Error = 0.000406%) 491.247 kg mm^2
(Relative Error = 0.000406%)Izx Izy Izz -0.561 kg mm^2 (Relative Error = 0.000406%) 0.259 kg mm^2 (Relative
Error = 0.000406%)781.007 kg mm^2 (Relative Error = 0.000406%)Mass Moments of Inertia with respect to Global(Calculated using negative integral)
Ixx 362.217 kg mm^2 (Relative Error = 0.000406%)Iyx Iyy 87.512 kg mm^2 (Relative Error = 0.000406%)676.699 kg mm^2 (Relative
Error = 0.000406%)Izx Izy Izz 43.615 kg mm^2 (Relative Error = 0.000406%)21.352 kg mm^2 (Relative
Error = 0.000406%)994.988 kg mm^2 (Relative Error = 0.000406%)Principal Moments of Inertia with respect to Center of Gravity
I1: 208.291 kg mm^2 (Relative Error = 0.000406%)I2: 594.245 kg mm^2 (Relative Error = 0.000406%)I3: 781.007 kg mm^2 (Relative Error = 0.000406%)
Rotation from Global to PrincipalRx: 0.01 deg (Relative Error = 0.000406%)Ry: 0.06 deg (Relative Error = 0.000406%)Rz: 31.10 deg (Relative Error = 0.000406%)
Guard - mass proprieties - steel
Rui Simoes 1,5:1 23.3.2015
TamesideCollege
Date:Scale:
Title:
Drawn By:AutoDESK - INVENTORDrg No:
All Dimensions in mm
TamesideCollege
Physical Properties for Metric Lifting Claw (1)General Properties:
Material: {Aluminum 6061}Density: 2.710 g/cm^3Mass: 0.105 kg (Relative Error = 0.003298%)Area: 13446.712 mm^2 (Relative Error = 0.000000%)Volume: 38756.808 mm^3 (Relative Error =
0.003298%)Center of Gravity:
X: 0.000 mm (Relative Error = 0.003298%)Y: 48.821 mm (Relative Error = 0.003298%)Z: 4.532 mm (Relative Error = 0.003298%)
Mass Moments of Inertia with respect to Center of Gravity(Calculated using negative integral)
Ixx 113.127 kg mm^2 (Relative Error = 0.003298%)
Iyx Iyy -0.000 kg mm^2 (Relative Error = 0.003298%)16.807 kg mm^2 (Relative Error = 0.003298%)
Izx Izy Izz 0.000 kg mm^2 (Relative Error = 0.003298%)22.086 kg mm^2 (Relative Error = 0.003298%)109.310 kg mm^2 (Relative Error = 0.003298%)Mass Moments of Inertia with respect to Global(Calculated using negative integral)
Ixx 365.622 kg mm^2 (Relative Error = 0.003298%)
Iyx Iyy -0.000 kg mm^2 (Relative Error = 0.003298%)18.964 kg mm^2 (Relative Error = 0.003298%)
Izx Izy Izz 0.000 kg mm^2 (Relative Error = 0.003298%)-1.154 kg mm^2 (Relative Error = 0.003298%) 359.647 kg mm^2 (Relative Error = 0.003298%)Principal Moments of Inertia with respect to Center of Gravity
I1: 113.127 kg mm^2 (Relative Error = 0.003298%)I2: 11.804 kg mm^2 (Relative Error = 0.003298%)I3: 114.312 kg mm^2 (Relative Error = 0.003298%)
Rotation from Global to PrincipalRx: 12.76 deg (Relative Error = 0.003298%)Ry: 0.00 deg (Relative Error = 0.003298%)Rz: 0.00 deg (Relative Error = 0.003298%)
Rui Simoes 1:1
Stress Analysis Lifting Claw - Aluminium
March 2015
A ( 1 : 1 )
A
1
1
2
2
3
3
4
4
5
5
6
6
A A
B B
C C
D D
Chair Frame - Drawing
Rui Simoes 10/02/2015
Designed by Checked by Approved by Date
1 / 1 Edition Sheet
Date
430,0
0
24,00
32,00
155,00
155,00 155,00
165,0
0
580,00
196,0
0
1
1
2
2
3
3
4
4
A A
B B
SHEET 1 OF 1
DRAWN
CHECKED
QA
MFG
APPROVED
Rui Simoes 08/03/2015
DWG NO
M10 Screw
TITLE
M10 Screw
SIZE
BSCALE
REV
20.00
17.00 8.00
10.0
0
.50 1.0
0
SECTION A-ASCALE 1 : 1
DETAIL BSCALE 2 : 1
A
A
B
1
1
2
2
3
3
4
4
A A
B B
SHEET 1 OF 1
DRAWN
CHECKED
QA
MFG
APPROVED
Rui Simoes 08/03/2015
DWG NO
Wheel
TITLE
Wheel
SIZE
BSCALE
REV
24.0
0
36.0
0
94.0
0
100.0
0
R5.0098.1
10.00
38.00
50.00
10.00
