BRS
5 . 2
5 . 1
11
1.5
4
. 2 5 R R
5 5 . 2
3-34D
8 SCALE 1.5:1 7 17 2
1 7
BMS
3
2 1
6
3
3-40
0 2
1.5mm PIN
4
BMS
D
D C 0 6 P 6 2 1 3 1 M 1
7 3 8
3-51
1.5
R 5 0
5
4 4 R
8
1.5
5
5
8 5 . 7
0 5 0 3 5 . 2
5
3-53
3-50
1.5
2 7 7
6
R 3
2
0 .5
R 3 5 2 . 5 5
M3
7 ° ° 0 6 8
5 . 6
7 2
6
2 7 7
23
10
17
5 . 2
BMS
S/S S/S
3
BMS
M3
SCALE 1:1.5
BMS
BMS
4-03
4-02
8 6 1 1
7
0.5 4.5 0.5
16.5
M3
1 8 2 1
4mm THICK
11
28
1 1
8
6
S/S
SECTION F-F SCALE 1 : 2
0 1 4 M
1
SCALE 1:2 2 8 3
4 5
BMS 8 4 3 1 1 1
S/S
5 3 . 2 5 2
1 3 6 8 1 1 1 1
4-11
4-06
BMS
4-13
4mm THICK T=20 SCALE 1:1.5 19
1 1
96 1.3 DEEP
4-11
26
4-05 BMS
8
0.5 5 0.5
5 . 2
96
4-09
T=15
4-12
2.5 3 2 S M B
8
4
6 4-10
4-08 BMS
3 1
4.5
5 . 3
21.5 19
3 R
6 0 °
BMS
6
5
2.5mm THICK
8
R 4
10
5 .
2.5
15
SCALE 1:2 4 11 4
8
3 . 9
33.5
3 1
4 3 1 1
5 . 2
4-07
6
2.5
5 . 4
° 4 1 1 0
BMS
5.5
BRS
3-57
3
8
102
3 . 1
SCALE 1:1.5
5 . 2 7 . 2
15
2 R
F
BMS
2 1
R 3 1 0
1.5mm 1.5mm THICK 3 R
3-67
7 2
5
5 . 2
3
APPROXIMATE FLAT LENGTH=330mm
8HEX
2
12.3
157
8
17
9
R 7 7 R
2 M3
REFER 3-63
M5 SCALE 1:2
4
5
20
7
27
F
REFER 3-63
2
3-66
5 . 2 0 1
8
1.3
3-65
1.5mm THICK SCALE 1:1.5 2
R 4 3
6 3
114
3
2 7
3
4 4
8 4
R38
7 1
M5
2.5
2
2.5
3
73.8 4-01
15
2
3-47
4-01 S/S
REFER 3-63
2 R
2
5 . 2 1
2 4 4
1 1
10
3-49
5 . 1
8 8 6 6
M3 5
2.5 1.5
DETAIL C SCALE 2 : 1
BRS
2 1
5 . 2
3-62
7
3 R
R 1.5 3
5
4 R
39.3
2 M3
3-64
5 2. R
3-58
8 . R 1
6
5
21.5 6mm THICK 8
3
3
R 3
M
BMS
3-61
M3 5
E 2 H 9
5 . 2
6 2
5
5 . 2
M INSERT PINS AFTER ASSEMBLY ASSEMBL Y
CU
4.5 3-63
1.5
18.8
2
5
4 2.5x1DP R
2 2
6
5 . 2
2.5x2
6.5 3
3-48C
36.3
1
10
5
8
BMS
3-48C
Z=17
1
3-48D
2.5
0 2
1.5
8 1. R
3-43 1.5
5 .
BMS 0 1
26.8
3
10 1.5
8 2
1.5mm THICK
1 1
R 4
3-43
BRS
R 1 .5
14
17.8
6
BMS
3-46
11.5
6
7
3-59 18.8
3-52
5 X .
3-56
6 3
BMS BRS
4 4
2
SECTION D-D
2.5
R 4
3-60
5 1
3 SCALE 1:2
6
FLAT BMS
1.5
° 0 6
WOOD
3
BRS
8
0
4
R1.8
D
5 . 2 M
4
2.5 2
3-54 BMS
3-48A
8 M2.5
5
6
BMS 3 6 5.5 1.5
11.6
9
25.6 2.5mm THICK SCALE 1:1.5
10 29
1mm PIN
5 4 1
M
3-48B
2.5 R 1 0 0
C'SINK
R3 ALL
3
10
BMS
3-44
5
BMS
5 . 2 M
17
4.5 PRESS FIT BRS 2.5
3-41
18 8
5
BMS
8 . 1 1. R R
14
1.5
3-45
16
1.5
22
5 . 2
11
6
5
8 2
2.5 5.5
4
3 M
16
M
6
5 4
5
1
3-42
5 . 2
0 1
2 . 5
6
M3
5 . 1
2.5
4
3
5.5 C'SINK
BRS BRS
MATCH PROFILE AS PER 3-43 M2.5
5 7 3 1
2.5
3-38
8
9.6
2.5 6
0 1
8
25.5
R PRESS FIT 8 16 2.5
35 M2.5
5
8
2.5
2.5 M3
0 1
3 1 7
7 0 1
5 . 2
M 4
10
4
BMS
. BRZ 5 5 2
3 R
7
3
3-37
3-42
33.5
6
PRESS FIT
33.5
7
12
M
3-36 2.5
4
4 3
5.5
0 2
25.5
0 1
BRZ
9HEX
5
5 . 2
4
0 2
3
5
BMS
4
2.5 20
6 2.5
BRZ
5 . 5 1
7
7
1.5
5
7
0 3
7
8 R
3-35
BRZ 1.5 3
BMS
8
3
BMS
SOLDER OR PRESS FIT
7
3-34F
M
0 1
6 3
12
1 8 1
5 . 2
BMS
22
BMS
5 . 2
4-15
5 . 2
4-14
30
NOTES: ORIGINAL DESIGN BY LEONARD.C.MASON - 1969, CONVERTED TO METRIC BY ARTHUR GROVES - 2006, REDRAWN BY JULIUS. A.M. DE WAAL - 2013 USING SOLIDWORKS 2011 TITLE
LIVE STEAM TRACTION ENGINE CALLED "MINNIE" COAL FIRED
DRAWING CONTENTS
MIDSHIP+TENDER & MOVING PARTS AND ASSEMBLIES
PROJECT No
JDW DRAUGHTING SERVICES J.A.M. DE WAAL. 12 BRIGHTWELL STREET PAPAKURA 2110. NEW ZEALAND. PHONE: OO64 09 2988815. MOB: 0211791000 E-MAIL:
[email protected].
PROJECTION
DATE
AUGUST 2013 SHEET:10 OF 16
MODEL SCALE: 1 INCH SCALE DWG SCALE: 1:1 @A3 OR AS SHOWN Copyright © J.A.M. DE WAAL PAPAKURA NZ
A3
No: MINNIE-10
