1 | Which Lander | |||||||||
---|---|---|---|---|---|---|---|---|---|---|
2 | Part No. | Description | Qty | 009 | 010 | 019 | 020 | 029 | Appears on Sheet | SketchUp File |
3 | 837J3100000-001 | Shim Plate, Anchor, across Sidebeam Bottom Edge Splice .063 x .75 x 5.90 | 3 | x | 8 | -- | ||||
4 | 837J3100000-002 | Shim between Leg Fitting and Sidebeam Bottom Edge .020 x 1.75 x 2.75 (nominal) | 3 | x | x | x | x | x | 8 | https://www.dropbox.com/s/3cp2d30ildudx5o/Shim%20002.skp |
5 | 837J3100000-003 | Shim between Leg Fitting and Sidebeam Bottom Edge .020 x 1.75 x 1.75 (nominal) | 3 | x | x | x | x | x | 8 | https://www.dropbox.com/s/ikh7dor0st22447/Shim%20003.skp |
6 | 837J3100000-008 | Shim UHF Antenna Support to Sidebeam Flange .093 x .75 x 2.75 | 2 | x | x | x | x | x | 15 | https://www.dropbox.com/s/ozzxzlno8ilofro/Shim%20008L.skp |
7 | 837J3100000-011 | Shim TDE/SSA Spacer .080 x .75 x 1.10 | 1 | x | x | x | x | x | 14 | https://www.dropbox.com/s/th8v6tdanhhnwbr/Shim%20011.skp |
8 | 837J3100000-013 | Shim between Equip. Plate and Brackets 837J3100059 at Shear Fittings 1L, 1R, 3R .093 x 1.75 x 2.12 | 3 | x | x | x | x | x | 7 | |
9 | 837J3100000-014 | Splice Strap Sidebeam Upper Inside Rim .125 x .88 x 3.25 | 3 | x | x | x | x | x | 17 | https://www.dropbox.com/s/gx3tgxkktev51gw/Shim%20014.skp |
10 | 837J3100000-015 | Splice Strap Sidebeam Upper Inside Rim .125 x .75 x 3.25 | 3 | x | x | x | x | x | 17 | https://www.dropbox.com/s/3gv5cut196lth42/Shim%20015.skp |
11 | 837J3100000-016 | Shim Equip. Plate/Bracket .093 x 2.00 x 2.12 | 3 | x | x | x | x | x | 17 | |
12 | 837J3100000-017 | Shim between Equip. Plate and Brackets 837J3100059 at Shear Fittings 2L, 2R, 3R .156 x 1.75 x 2.12 | 3 | x | x | x | x | 7 | ||
13 | 837J3100000-018 | Tube 1.00 x .049 x 5.50 Mag Cleaning Brush 5.25 | 1 | x | x | x | 19 | https://www.dropbox.com/s/s6pnfdv4x0ejf5i/Magnet%20Cleaning%20Brush%20Tube.skp | ||
14 | 837J3100000-024 | Shim Fuel Tank Bracket .125 x .65 x .80 | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/5pea5y62mfqouuz/Shim%20024.skp?dl=0&noredirect=1 |
15 | 837J3100000-025 | Shim Fuel Tank Bracket .125 x .65 x 1.30 | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/7chxyfk3wfggm0m/Shim%20025.skp?dl=0&noredirect=1 |
16 | 837J3100000-027 | Shim Aeroshell Conn. Leg 2 .125 x .70 x 3.00 | 1 | x | x | x | x | x | 20 | https://www.dropbox.com/s/x63we0hhkqnu5e9/Shim%20027.skp |
17 | 837J3100000-028 | Shim Aeroshell Conn. Leg 2 .080 x .70 x 3.00 | 1 | x | x | x | x | x | 20 | (unused on FC3) |
18 | 837J3100000-031 | Shim Guide Rail Stop in LPCA 1 Mount 1.25 x .94 x 3.10 | 6 | x | x | x | x | x | 11, 25 | https://www.dropbox.com/s/725p2x4vntxptah/Shim%20031.skp |
19 | 837J3100000-032 | Shim Met Boom Downlock Mount/Sidebeam Flange .032 x .80 x 3.14 | 2 | x | x | x | x | x | 19 | https://www.dropbox.com/s/arufr5sh0qjuq26/Shim%20032.skp |
20 | 837J3100000-033 | Shim LPCA 1 Mount Cap .125 x .75 x.75 | 4 | x | x | x | x | x | 25 | https://www.dropbox.com/s/mij0ttry32dqlyo/Shim%20033%20A.skp |
21 | 837J3100000-034 | Shim LPCA 1 Mount Cap .125 x .70 x 3.25 | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/x3p9ycnweoayofj/Shim%20034.skp |
22 | 837J3100000-036 | Shim VDA Mount Upper Left .156 x .76 x 2.38 | 1 | x | x | x | x | x | 26 | https://www.dropbox.com/s/5x6vi8u9i74gptl/Shim%20036.skp |
23 | 837J3100000-037 | Shim Roller Guide Assy Leg 1 .125 x .94 x 4.66 | 1 | x | x | x | x | x | 25 | |
24 | 837J3100000-038 | Shim Roller Guilde Assy Upper Leg 1 .250 x 1.00 x 3.30 | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/nfcxqueanydpnsi/Shim%20038.skp |
25 | 837J3100000-041 | Shim Roller Guide Assy Upper Leg 1 .250 x 1.00 x 3.00 | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/oi7b3xngga292yu/Shim%20041.skp |
26 | 837J3100000-042 | Shim Roller Guide Assy Leg 1 .125 x .94 x 3.32 | 11 | x | x | x | x | x | 11, 20, 25 | https://www.dropbox.com/s/gc2wx4rrmsobskt/Shim%20042.skp |
27 | 837J3100000-043 | Shim Roller Guide Assy Leg 1 .093 x 1.00 x 1.06 | 6 | x | x | x | x | x | 11, 20, 25 | https://www.dropbox.com/s/k5nxpb61sbgstcj/Shim%20043.skp |
28 | 837J3100000-044 | Shim TDE Mount/Sidebeam Flange .080 x .94 x 2.40 | 6 | x | x | x | x | x | 14 | https://www.dropbox.com/s/k9tjujf2pkqh4p0/Shim%20044%20A.skp |
29 | 837J3100000-045 | Shim SSA Left Mount/Sidebeam Flange .156 x .94 x 2.40 | 1 | x | x | x | x | x | 14 | https://www.dropbox.com/s/mfyvah6iwbooc5x/Shim%20045.skp |
30 | 837J3100000-046 | Shim Met Boom Mount/Sidebeam Flange .048 x .68 x 1.82 | 2 | x | x | x | x | x | 19 | https://www.dropbox.com/s/yk0a4ahi2p5lvcl/Shim%20046%20A.skp |
31 | 837J3100000-048 | Shim Equip. Plate Leg Bracket Lower/Sidebeam .125 x .88 x 3.38 | 3 | x | x | x | x | x | 17 | https://www.dropbox.com/s/d6q9t91lpxsa4a1/Shim%20048.skp |
32 | 837J3100000-051 | Shim Equip. Plate Leg Bracket Lower/Sidebeam .032 x .88 x 1.66 | 3 | x | x | x | x | x | 17 | https://www.dropbox.com/s/b8yvi6p5077obhr/Shim%20051.skp |
33 | 837J3100000-052 | Shim Equip. Plate Leg Bracket/Sidebeam Top Rim .060 x .68 x 1.57 | 3 | x | x | x | x | x | 17 | https://www.dropbox.com/s/2at34p5qy37kewh/Shim%20052.skp |
34 | 837J3100000-053 | Shim HGA Downlock Bracket Mount .186 x .84 x 2.24 | 1 | x | x | x | x | 32 | https://www.dropbox.com/s/mz0n646aqo0mqpf/Shim%20053.skp | |
35 | 837J3100000-054 | Shim near HGA Downlock Bracket .063 x .72 x .75 | 1 | x | x | x | x | 32 | https://www.dropbox.com/s/4wheejakv5t1szw/Shim%20054.skp | |
36 | 837J3100000-055 | Shim SSA Downlock Post/SSA Mount .063 x .95 x 2.25 | 1 | x | x | x | x | x | 15 | https://www.dropbox.com/s/d5hewxow8tc9fe3/Shim%20055.skp |
37 | 837J3100000-056 | Shim Roller Guide Assy Leg 1 .048 x .94 x 1.80 | 12 | x | x | x | x | x | 11, 20, 25 | https://www.dropbox.com/s/8ms0w2oeloefjg1/Shim%20056%20A.skp |
38 | 837J3100000-057 | Shim Guide Rail Stop in LPCA 1 Mount .048 x .94 x 1.70 | 6 | x | x | x | x | x | 11, 25 | https://www.dropbox.com/s/3vitjn6roz7zyi7/Shim%20057.skp |
39 | 837J3100000-058 | Shim TDE Mount/Sidebeam Flange .048 x .94 x .75 | 6 | x | x | x | x | x | 14 | https://www.dropbox.com/s/fiae5l0bwx5m21s/Shim%20058%20A.skp |
40 | 837J3100000-061 | Shim SSA Left Mount/Sidebeam Flange .048 x .94 x .94 | 1 | x | x | x | x | x | 14 | (unused on FC3) |
41 | 837J3100000-063 | Shim Guide Roller-Base Cover .125 x .88 x 2.50 | 6 | x | x | x | x | x | 21, 22 | https://www.dropbox.com/s/v6ei6ug4lsjcdou/Shim%20063%20A.skp |
42 | 837J3100000-064 | Shim Base Cover Connector .125 x .80 x 2.56 | 2 | x | x | x | x | x | 22 | https://www.dropbox.com/s/hfxk8kvn3r2rhdy/Shim%20064.skp |
43 | 837J3100000-065 | Shim Sidebeam Splice Upper Inside Rim .020 x .88 x 1.57 | 3 | x | x | 17 | https://www.dropbox.com/s/74b5r9wfxd131k5/Shim%20065.skp | |||
44 | 837J3100000-066 | Shim Sidebeam Upper Inner Rim .020 x .68 x 1.57 | 3 | x | x | 17 | https://www.dropbox.com/s/a2ezhqvaz22pxi4/Shim%20066.skp | |||
45 | 837J3100000-067 | Shim Radar Altimeter Mount, Inside Sidebeam 1 .125 x .75 x 1.75 (nominal) | 3 | x | x | 34 | https://www.dropbox.com/s/087rcbvofczildl/Shim%20067.skp | |||
46 | 837J3100000-068 | Shim VDA Lower Mount .156 x .76 x 2.62 | 1 | x | x | 34 | https://www.dropbox.com/s/bf8of16zmoqys71/Shim%20068.skp | |||
47 | 837J3100000-071 | Shim Plate Sidebeam Bottom Edge near Leg Fittings .186 x 0.75 x 1.40 | 3 | x | x | x | x | 8 | https://www.dropbox.com/s/2zbr8gi2vzyhkaa/Shim%20071%20A.skp | |
48 | 837J3100000-072 | Shim Equip. Plate Leg Support/Sidebeam Upper Outside .020 x .74 x 1.58 | 3 | x | x | 17 | https://www.dropbox.com/s/83yqgr4o68fjvfj/Shim%20072.skp | |||
49 | 837J3100000-075 | Shim Bolted Plate under Sidebeam 3 .093 x .73 x 1.47 | 2 | x | x | 3 | https://www.dropbox.com/s/noc2gzbry5pwr9p/Shim%20075.skp | |||
50 | 837J3100000-076 | Shim Bolted Plate under Sidebeam 1 and 2 .093 x .73 x 1.82 | 4 | x | x | 8 | https://www.dropbox.com/s/f4tvh0d45hiru23/Shim%20076.skp | |||
51 | 837J3100000-077 | Shim Pressure Transducer Mount .032 x .90 x 1.00 (nominal) | 1 | x | x | 27 | ||||
52 | 837J3100000-078 | Shim Bolted Plate under Sidebeam 1 and 2 .093 x .62 x 1.00 | 2 | x | x | 8 | https://www.dropbox.com/s/42jvkeozcc9o7q2/Shim%20078.skp | |||
53 | 837J3100000-081 | Shim Bolted Plate under Sidebeam 3 .048 x .62 x .64 | 1 | x | x | 3 | https://www.dropbox.com/s/qrm6azwfflwqfp5/Shim%20081.skp | |||
54 | 837J3100000-082 | Shim Under 837J3101069 Spring Plunger at Leg Fitting .032 x .58 x 2.00 | 3 | x | 9 | (unused on FC3) | ||||
55 | 837J3100027-009 | Panel Assy, Bottom Cover | 1 | x | x | x | x | 3, 8, 9, 34 | https://www.dropbox.com/s/3gzgucyc0bbvxmh/Bottom%20Dust%20Cover.skp | |
56 | 837J3100027-010 | Panel Assy, Bottom Cover | 1 | 3, 8, 9, 34 | -- | |||||
57 | 837J3100027-029 | Panel Assy, Bottom Cover | 1 | 3, 8, 9, 34 | -- | |||||
58 | 837J3100027-030 | Panel Assy, Bottom Cover | 1 | x | 3, 8, 9, 34 | -- | ||||
59 | 837J3100028-029 | Support, TDLR Plate and Tube Cap, Leg 2, 3 | 2 | x | x | x | 9 | -- | ||
60 | 837J3100028-030 | Support Assy, TDLR Plate and Tube Cap, Leg 1 | 1 | x | x | x | 9 | -- | ||
61 | 837J3100028-039 | Support, TDLR Plate and Tube Cap, Leg 2, 3 | 2 | x | x | 9 | https://www.dropbox.com/s/rwyplqyfz8gprfn/TDLR%20Strut%202%20and%203.skp | |||
62 | 837J3100028-040 | Support Assy, TDLR Plate and Tube Cap, Leg 1 | 1 | x | x | 9 | https://www.dropbox.com/s/ckheqhg6vn3wqq5/TDLR%20Strut%201.skp | |||
63 | 837J3100029-001 | Side Beam 1 | 1 | x | x | 2, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, DCN3-3, 23, 24, 26, 29, 30, 32, 33, 34 | -- | |||
64 | 837J3100029-002 | Side Beam 1 | 1 | x | x | x | 2, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, DCN3-3, 23, 24, 26, 29, 30, 32, 33, 34 | https://www.dropbox.com/s/sk0nyj5f5v7va1a/Sidebeam%201.skp | ||
65 | 837J3100030-004 | Main Support Fitting, Leg 2 | 1 | x | 2 | -- | ||||
66 | 837J3100030-005 | Main Support Fitting, Leg 3 | 1 | x | 2 | -- | ||||
67 | 837J3100030-006 | Main Support Fitting, Leg 1 | 1 | x | 2 | -- | ||||
68 | 837J3100030-007 | Main Support Fitting, Leg 2 | 1 | x | 2 | -- | ||||
69 | 837J3100030-008 | Main Support Fitting, Leg 3 | 1 | x | 2 | -- | ||||
70 | 837J3100030-011 | Main Support Fitting, Leg 1 | 1 | x | 2 | -- | ||||
71 | 837J3100030-012 | Main Support Fitting, Leg 2 | 1 | x | 2 | -- | ||||
72 | 837J3100030-013 | Main Support Fitting, Leg 3 | 1 | x | 2 | -- | ||||
73 | 837J3100030-014 | Main Support Fitting, Leg 1 | 1 | x | 2 | -- | ||||
74 | 837J3100030-015 | Main Support Fitting, Leg 2 | 1 | x | x | 2, 8, 9, 11, 16, 17, 18, 22, 25 | https://www.dropbox.com/s/s6x632s9du1pm42/Primary%20Support%20Fitting%20Leg%202.skp | |||
75 | 837J3100030-016 | Main Support Fitting, Leg 3 | 1 | x | x | 5, 8, 9, 11, 16, 17, 18, 22, 25 | https://www.dropbox.com/s/6hpx5vxb74qzdto/Primary%20Support%20Fitting%20Leg%203.skp | |||
76 | 837J3100030-017 | Main Support Fitting, Leg 1 | 1 | x | x | 2, 8, 9, 11, 17, 18, 20, 22, 25 | https://www.dropbox.com/s/7pago9yipp0ef1s/Primary%20Support%20Fitting%20Leg%201.skp | |||
77 | 837J3100031-001 | Side Beam 2 | 1 | x | x | 2, 5, 7, 8, 9, 11, 14, 18, 19, 24, 31, 33 | -- | |||
78 | 837J3100031-002 | Side Beam 2 | 1 | x | x | x | 2, 5, 7, 8, 9, 11, 14, 18, 19, 24, 31, 33 | https://www.dropbox.com/s/pp16bdhawvzl66w/Sidebeam%202.skp | ||
79 | 837J3100033-001 | Side Beam 3 | 1 | x | x | 2, 5, 7, 8, 9, 11, 12, 13, 14, 15, 16, 23, 24, 25, 30, 33 | -- | |||
80 | 837J3100033-002 | Side Beam 3 | 1 | x | x | x | 2, 5, 7, 8, 9, 11, 12, 13, 14, 15, 16, 23, 24, 25, 30, 33 | https://www.dropbox.com/s/tfdmdea9ol8scvb/Sidebeam%203.skp | ||
81 | 837J3100036 | Lander Body Lower Plate (Outer Strip with Stiffeners?) | 28, 34? | |||||||
82 | 837J3100037-001 | Support, S-Band HGA | 1 | x | x | x | x | x | 10, 32 | https://www.dropbox.com/s/iy3vw8txpnpe77j/HGA%20Support%20Bracket.skp |
83 | 837J3100038-009 | Lander External Finishes | 1 | x | 2 | -- | ||||
84 | 837J3100038-010 | Lander External Finishes | 1 | x | 2 | -- | ||||
85 | 837J3100038-019 | Lander External Finishes | 1 | x | 2 | -- | ||||
86 | 837J3100040-009 | Roller Guide Assy, Aero. Lower, Leg 1 2 3 | 3 | x | x | x | x | 4, 5, 6, 11, 20 | -- | |
87 | 837J3100040-010 | Roller Guide Assy, Aero. Upper, Leg 2 3 | 2 | x | x | x | x | 4, 5, 11 | -- | |
88 | 837J3100040-029 | Roller Guide Assy, Aero. Upper, Leg 1 | 1 | x | x | x | x | 6, 11, 20, 25 | -- | |
89 | 837J3100040-030 | Roller Guide Assy, Aero. Lower, Leg 1 2 3 | 3 | x | 4, 5, 6, 11 | https://www.dropbox.com/s/d9y64jsy2fx8otl/Guide%20Roller%20Aeroshell%20Lower%20A.skp | ||||
90 | 837J3100040-039 | Roller Guide Assy, Aero. Upper, Leg 2 3 | 2 | x | 4, 5, 11 | https://www.dropbox.com/s/6uu6ga9uivzg7kz/Guide%20Roller%20Aeroshell%20Upper%20A.skp | ||||
91 | 837J3100040-040 | Roller Guide Assy, Aero. Upper, Leg 1 | 1 | x | 6, 11, 20, 25 | https://www.dropbox.com/s/bjc4wx2n38eekdw/Guide%20Roller%20Aeroshell%20Upper%20B.skp | ||||
92 | 837J3100041-001 | HGA Downlock Mounting Angle | 1 | x | x | 10 | -- | |||
93 | 837J3100042-009 | Equipment Plate Assy | 1 | x | x | 2, 7, 9, 12, 17 | -- | |||
94 | 837J3100042-010 | Equipment Plate Assy | 1 | x | 2, 7, 9, 12, 17 | -- | ||||
95 | 837J3100042-079 | Equipment Plate Assy | 1 | x | 2, 7, 9, 12, 17 | -- | ||||
96 | 837J3100042-080 | Equipment Plate Assy | 1 | x | 2, 7, 9, 12, 17 | |||||
97 | 837J3100045-001 | Fitting, TDE 3 Mount Assy | 1 | x | x | x | x | x | 13 | https://www.dropbox.com/s/5vzdgfvjmkezejl/TDE%20Fitting%203.skp |
98 | 837J3100045-002 | Fitting, TDE 1 Mount Assy | 1 | x | x | x | x | x | 13, 14 | https://www.dropbox.com/s/cog0yfaifcu20oq/TDE%20Fitting%201.skp |
99 | 837J3100045-003 | Fitting, TDE 2 Mount Assy | 1 | x | x | x | x | x | 13 | https://www.dropbox.com/s/96d7e0rkpol7sce/TDE%20Fitting%202.skp |
100 | 837J3100045-005 | Clevis, TDE Strut Lower End, TDE 1, 3 | x | 13 | https://www.dropbox.com/s/258436x2lvzy21b/TDE%20Fitting%20Clevis%20Lower%201L%202R%203L%203R.skp | |||||
101 | 837J3100045-009 | Strut Assy, TDE Support, TDE 1?, 3? | 3 | x | 13 | -- | ||||
102 | 837J3100045-010 | Strut Assy, TDE Support, TDE 1?, 3? | 2 | x | 13 | -- | ||||
103 | 837J3100045-011 | Clevis, TDE Strut Lower End, TDE 1, 3 | 5 | x | x | x | x | 13 | https://www.dropbox.com/s/258436x2lvzy21b/TDE%20Fitting%20Clevis%20Lower%201L%202R%203L%203R.skp | |
104 | 837J3100045-019 | Strut Assy, TDE Support, 3 Left | 2 | x | x | x | x | 13 | https://www.dropbox.com/s/5pyf6b4o4r6l9co/TDE%20Fitting%20Strut%203L.skp | |
105 | 837J3100045-020 | Strut Assy, TDE Support, 1 Left, 3 Right | 2 | x | x | x | x | 13 | https://www.dropbox.com/s/jo9564p2xn27hw7/TDE%20Fitting%20Strut%201L%203R.skp | |
106 | 837J3100045-029 | Strut Assy, TDE Support, 1 Right, 2 Right | 1 | x | x | x | x | 13 | https://www.dropbox.com/s/tbqegq5kv27muvg/TDE%20Fitting%20Strut%201R.skp | |
107 | 837J3100047-002 | Bracket, IRU Mounting, Upper Left | 1 | x | x | x | x | x | 6, 7, 10, 20 | https://www.dropbox.com/s/rywfi2qmujcf6hy/IRU%20Mounting%20Bracket%20002.skp |
108 | 837J3100047-004 | Bracket, IRU Mounting, Right | 1 | x | x | x | x | x | 6, 10, 32 | https://www.dropbox.com/s/th2xu6a1bvqk7z6/IRU%20Mounting%20Bracket%20004.skp |
109 | 837J3100047-005 | Bracket, IRU Mounting, Lower Left | 1 | x | x | x | x | x | 5, 6, 20 | https://www.dropbox.com/s/fhmq3rpalri4ms4/IRU%20Mounting%20Bracket%20005.skp |
110 | 837J3100049-003 | Clip, UHF Antenna Support, Horiz. under Main Mounting Bracket | 1 | x | x | x | x | x | 15 | https://www.dropbox.com/s/j7chqkdh52wsx80/UHF%20Antenna%20Mounting%20Bracket%20Clip.skp |
111 | 837J3100049-009 | UHF Antenna Mounting Bracket, Sides and Back | 1 | x | x | x | 15 | -- | ||
112 | 837J3100049-019 | UHF Antenna Mounting Bracket, Sides and Back | 1 | x | x | 15 | https://www.dropbox.com/s/ew4wytc73indodj/UHF%20Antenna%20Mounting%20Bracket.skp | |||
113 | 837J3100050-001 | Fitting, Met Boom Mount | 1 | x | x | x | x | x | 19 | https://www.dropbox.com/s/cjyutu0rhh5ouc7/Meteorology%20Boom%20Mount.skp |
114 | 837J3100051-001 | Inboard Bracket, Met Boom Downlock Mount | 1 | x | x | x | 19 | -- | ||
115 | 837J3100051-004 | Outboard Bracket, Met Boom Downlock Mount | 1 | x | x | 19 | https://www.dropbox.com/s/cg583eifevrky9y/Met%20Boom%20Downlock%20Outboard%20Bracket.skp | |||
116 | 837J3100051-006 | Spacer, Met Boom Downlock Mount | 1 | x | x | 19 | https://www.dropbox.com/s/qbhoia7dicf4mla/Met%20Boom%20Downlock%20Spacer%20Plate.skp | |||
117 | 837J3100051-007 | Inboard Bracket, Met Boom Downlock Mount | 1 | x | x | 19 | https://www.dropbox.com/s/pg5qit7ftjdf9gv/Met%20Boom%20Downlock%20Inboard%20Bracket.skp | |||
118 | 837J3100053-001 | Fitting, Surface Sampler (SSA) Mount | 1 | x | x | x | x | x | 13, 14, 31 | https://www.dropbox.com/s/9i9mc92bpyee1gm/Surface%20Sampler%20Fitting.skp |
119 | 837J3100054-001 | Fitting, Brace Between SSA and TDE 2 Mounts | 1 | x | x | x | x | x | 14 | https://www.dropbox.com/s/fkxak5lk01sypis/Surface%20Sampler%20Fitting%20Brace.skp |
120 | 837J3100055-002 | Shear Pin, Top of Leg Fitting | 3 | x | x | x | x | 4 | -- | |
121 | 837J3100055-003 | Shim, Under Shear Pin, Top of Leg Fitting | 3 | x | x | x | x | x | 4 | https://www.dropbox.com/s/elyf0lteacs3k74/Primary%20Support%20Fitting%20Shear%20Pin%20Shim.skp |
122 | 837J3100055-004 | Shear Pin, Top of Leg Fitting | x | 4 | https://www.dropbox.com/s/8jijfq5vnsdb1t8/Primary%20Support%20Fitting%20Shear%20Pin.skp | |||||
123 | 837J3100056-001 | Fitting, Strut Support, SSA Left Strut | 1 | x | x | x | x | x | 14 | https://www.dropbox.com/s/bmry4trro9qtt1m/Surface%20Sampler%20Fitting%20Strut%20Bracket.skp |
124 | 837J3100057-003 | Clevis, SSA Strut, Lower Right | 1 | x | 14 | -- | ||||
125 | 837J3100057-004 | Clevis, SSA Strut, Lower Left | 1 | x | 14 | -- | ||||
126 | 837J3100057-008 | Clevis, SSA Strut, Lower Right | 1 | x | x | x | x | 14 | https://www.dropbox.com/s/hemvnbnqmzm7o1p/Surface%20Sampler%20Fitting%20Clevis%20LR.skp | |
127 | 837J3100057-009 | Strut Assy, SSA Left Strut | 1 | x | 14 | -- | ||||
128 | 837J3100057-010 | Strut Assy, SSA Right Strut | 1 | x | 14 | -- | ||||
129 | 837J3100057-011 | Clevis, SSA Strut, Lower Left | 1 | x | x | x | x | 14 | https://www.dropbox.com/s/xmz0e7jql2nlbj7/Surface%20Sampler%20Fitting%20Clevis%20UR%20LL.skp | |
130 | 837J3100057-019 | Strut Assy, SSA Left Strut | 1 | x | x | x | x | 14 | https://www.dropbox.com/s/md4b3wk11trx8gh/Surface%20Sampler%20Fitting%20Strut%20Left.skp | |
131 | 837J3100057-020 | Strut Assy, SSA Right Strut | 1 | x | x | x | x | 14 | https://www.dropbox.com/s/ql3aavc1nlvl07c/Surface%20Sampler%20Fitting%20Strut%20Right.skp | |
132 | 837J3100058-001 | Fitting, Guide Rail Stop | 3 | x | x | x | x | x | 4, 5, 6, 11, 25 | https://www.dropbox.com/s/cs6e87llr45jx7u/Guide%20Rail%20Aeroshell%20Stop.skp |
133 | 837J3100059-001 | Fitting, Support, Equipment Plate, Leg | 3 | x | x | x | x | x | 9, 17 | |
134 | 837J3100059-002 | Fitting, Support, Equipment Plate, Side | 6 | x | x | x | x | 7, 9 | ||
135 | 837J3100060-009 | Support-LAA (Obsolete) | 1 | x | 18 | -- | ||||
136 | 837J3100061-019 | Support Assy, Guide Roller-Base Cover, Upper | 3 | x | x | x | x | 21, 22 | -- | |
137 | 837J3100061-020 | Support Assy, Guide Roller-Base Cover, Lower | 3 | x | x | x | x | 21, 22 | -- | |
138 | 837J3100061-029 | Support Assy, Guide Roller-Base Cover, Upper | 3 | x | 21, 22 | https://www.dropbox.com/s/jasa2624a8vtq5n/Guide%20Roller%20Base%20Cover%20Upper%20Assy.skp | ||||
139 | 837J3100061-030 | Support Assy, Guide Roller-Base Cover, Lower | 3 | x | 21, 22 | https://www.dropbox.com/s/v3fexh08x25nfpo/Guide%20Roller%20Base%20Cover%20Lower%20Assy.skp | ||||
140 | 837J3100062-002 | Support Rib, for 837J3100062-009 Aeroshell Conn. Side 2 | 2 | x | x | x | x | x | 22 | https://www.dropbox.com/s/uc8lrkvxcnth6o7/Aeroshell%20Connector%20Bracket%203%20Support%20Rib%20A.skp |
141 | 837J3100062-009 | Bracket Assy, Aeroshell Connector, Side 2 | 1 | x | x | x | x | x | 13, 22 | https://www.dropbox.com/s/wnowv0aor9tyeau/Aeroshell%20Connector%20Bracket%203.skp |
142 | 837J3100062-010 | Bracket Assy, Aeroshell Connector, Leg 2 | 1 | x | x | x | x | x | 13, 20 | https://www.dropbox.com/s/a6yskfv78lpn2j4/Aeroshell%20Connector%20Bracket%202.skp |
143 | 837J3100062-019 | Bracket Assy, Aeroshell Connector, Leg 1 | 1 | x | x | x | x | x | 13, 20 | https://www.dropbox.com/s/ulllsxommcb5ios/Aeroshell%20Connector%20Bracket%201.skp |
144 | 837J3100063-001 | Fitting, LGA Mount | 1 | x | x | x | x | 18 | https://www.dropbox.com/s/ftdti82mti8jdlu/LGA%20Support%20Fitting.skp | |
145 | 837J3100064-001 | Bracket, Fuel Tank 2 | 1 | x | x | x | x | x | 23 | https://www.dropbox.com/s/bhd1u5fybehzqe1/Fuel%20Tank%20Bracket%20001.skp?dl=0&noredirect=1 |
146 | 837J3100064-002 | Bracket, Fuel Tank 1 | 1 | x | x | x | x | x | 23 | https://www.dropbox.com/s/fk7d4dwlw2o11mw/Fuel%20Tank%20Bracket%20002.skp?dl=0&noredirect=1 |
147 | 837J3100064-003 | Stiffener, Fuel Tank Short Bracket | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/nafanlig0w5khg9/Fuel%20Tank%20Bracket%20Stiffener.skp?dl=0&noredirect=1 |
148 | 837J3100065-001 | Fitting, Truss Support, Fuel Tank Lower Strut on Sidebeam | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/ejpul6v3bjvjmae/Fuel%20Tank%20Truss%20Fitting%20Sidebeam%20Lower.skp |
149 | 837J3100065-002 | Fitting, Truss Support, Fuel Tank Upper Strut on Sidebeam | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/g6sowopzzgvacqa/Fuel%20Tank%20Truss%20Fitting%20Sidebeam%20Upper.skp |
150 | 837J3100065-003 | Fitting, Truss Support, Fuel Tank Lower Strut on Leg 3 Fitting | 1 | x | x | x | x | x | 23 | https://www.dropbox.com/s/91l5lrg6b8wf7ne/Fuel%20Tank%20Truss%20Fitting%20Leg%203%20Lower.skp |
151 | 837J3100065-004 | Fitting, Truss Support, Fuel Tank Lower Strut on Leg 2 Fitting | 1 | x | x | x | x | x | 23 | https://www.dropbox.com/s/lz79zbi5n4xbny6/Fuel%20Tank%20Truss%20Fitting%20Leg%202%20Lower.skp |
152 | 837J3100065-005 | Fitting, Truss Support, Fuel Tank Upper Strut on Leg 2,3 | 2 | x | x | x | x | x | 23 | https://www.dropbox.com/s/6omr659ids3qazd/Fuel%20Tank%20Truss%20Fitting%20Leg%20Upper.skp |
153 | 837J3100079-009 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 2 | 1 | x | x | x | 8, 27, 28 | -- | ||
154 | 837J3100079-010 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 1, 3 | 2 | x | x | x | 8, 27, 28 | -- | ||
155 | 837J3100079-019 | Angle Assy, Sidebeam Bottom Edge Interior, Sidebeam 1, 2, 3 | 3 | x | x | x | 8, 27, 28 | -- | ||
156 | 837J3100079-020 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 2 | 1 | x | x | 8, 27, 28 | ||||
157 | 837J3100079-029 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 1 | 1 | x | x | 8, 27, 28 | ||||
158 | 837J3100079-030 | Angle Assy, Sidebeam Bottom Edge Interior, Sidebeam 1 | 1 | x | x | 8, 27, 28 | ||||
159 | 837J3100079-039 | Angle Assy, Sidebeam Bottom Edge Interior | 7 | x | x | 8, 27, 28 | ||||
160 | 837J3100079-040 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 2 | 1 | x | x | 8, 27, 28 | ||||
161 | 837J3100079-049 | Angle Assy, Sidebeam Bottom Edge Interior, Sidebeam 3 | 7 | x | x | 8, 27, 28 | ||||
162 | 837J3100079-050 | Angle Assy, Sidebeam Bottom Edge Interior, Sidebeam 2 | 1 | x | x | 8, 27, 28 | ||||
163 | 837J3100079-059 | Angle Assy, Sidebeam Bottom Edge Interior, Short Side 3 | 1 | x | x | 8, 27, 28 | ||||
164 | 837J3100081-001 | Spacer, Nut Plate, Sidebeam Splice Top | 6 | x | x | x | x | x | 24 | https://www.dropbox.com/s/gu2zux5wkqgwv3g/Spacer%2081-001.skp |
165 | 837J3100082-003 | Riveted Bracket Assy, RTG2 Cover Mount, Wide (FC3) | 1 | https://www.dropbox.com/s/sjkoa896eyr511x/RTG%202%20Wind%20Cover%20Standoff%20Bracket%20Wide.skp | ||||||
166 | 837J3100082-004 | Riveted Bracket Assy, RTG1 Cover Mount, Wide (FC3) | 1 | https://www.dropbox.com/s/5eknyhx2i53aeef/RTG%201%20Wind%20Cover%20Standoff%20Bracket%20Wide.skp | ||||||
167 | 837J3100082-009 | Riveted Bracket Assy, RTG2 Cover Mount, Narrow | 1 | x | x | x | x | x | 12 | https://www.dropbox.com/s/ugc7d1qdg9ihw20/RTG%202%20Wind%20Cover%20Standoff%20Bracket%20Narrow.skp |
168 | 837J3100082-010 | Riveted Bracket Assy, RTG1 Cover Mount, Narrow | 1 | x | x | x | x | 12 | https://www.dropbox.com/s/vwiuchdh5vlj1li/RTG%201%20Wind%20Cover%20Standoff%20Bracket%20Narrow.skp | |
169 | 837J3100082-013 | Bracket, Cable, on Fuel Tank 2 Upper Strut Fitting | 1 | x | 23 | (unused on FC3) | ||||
170 | 837J3100082-019 | Riveted Bracket Assy, RTG2 Cover Mount, Wide | 1 | x | x | x | x | x | 12 | -- |
171 | 837J3100082-020 | Riveted Bracket Assy, RTG1 Cover Mount, Wide | 1 | x | x | x | x | 12 | -- | |
172 | 837J3100083-001 | TDLR wind fence segment, between mount 3 and Sidebeam 2 | x | -- | ||||||
173 | 837J3100083 | TDLR wind fence segment, between mount 2 and Sidebeam 1 | x | -- | ||||||
174 | 837J3100085-001 | Bracket, Electrical Connector Array Sidebeam 3 | 1 | x | x | x | 30 | -- | ||
175 | 837J3100085-002 | Bracket, Electrical Connector Array Sidebeam 1 | 2 | x | x | x | x | x | 29 | https://www.dropbox.com/s/7lkpzc8pal7huh4/Electrical%20Connector%20Array%20Bracket%20002.skp |
176 | 837J3100085-004 | Bracket, Electrical Connector Array Sidebeam 2 | 1 | x | x | x | 31 | -- | ||
177 | 837J3100085-005 | Bracket, Electrical Connector Sidebeam 1 | 1 | x | x | x | x | x | 30 | https://www.dropbox.com/s/e5wc9w3smdzfasf/Electrical%20Connector%20Bracket%20005.skp |
178 | 837J3100085-006 | Bracket, Electrical Connector Array Sidebeam 1 | 1 | x | x | 29 | https://www.dropbox.com/s/2l4fnt9qm3h2owb/Electrical%20Connector%20Array%20Bracket%20006.skp | |||
179 | 837J3100085-009 | Bracket, Electrical Connector Array Sidebeam 2 | 1 | x | x | 31 | https://www.dropbox.com/s/5zneizhz029zkfv/Electrical%20Connector%20Array%20Bracket%20009.skp | |||
180 | 837J3100085-010 | Bracket, Electrical Connector Array Sidebeam 3 | 1 | x | 30 | -- | ||||
181 | 837J3100085-019 | Bracket, Electrical Connector Array Sidebeam 3 | 1 | x | 30 | https://www.dropbox.com/s/5xin5fwlsgmudz4/Electrical%20Connector%20Array%20Bracket%20019.skp | ||||
182 | 837J3100086-001 | Support, Pressure Transducer Mount | 1 | x | 27 | -- | ||||
183 | 837J3100086-002 | Angle, Pressure Transducer Mount | 1 | x | x | x | 27, 34 | |||
184 | 837J3100086-004 | Plate, Pressure Transducer Mount | 1 | x | x | 27 | ||||
185 | 837J3100086-010 | Pressure Transducer Mount | 1 | 27 | -- | |||||
186 | 837J3100086-019 | Support Assembly, Pressure Transducer Mount | 1 | x | x | 27 | ||||
187 | 837J3100088-001 | Bracket, VDA Mount, Upper | 1 | x | x | x | x | x | 5, 26, 27, 32, 35 | https://www.dropbox.com/s/6suvvkeojkhcic3/VDA%20Mounting%20Bracket%20Upper.skp |
188 | 837J3100088-002 | Bracket, VDA Mount, Lower | 1 | x | x | x | x | x | 5, 26, 34, 35 | https://www.dropbox.com/s/48ukgrb8nmpx73r/VDA%20Mounting%20Bracket%20Lower.skp |
189 | 837J3100088-003 | Brace, VDA Mount Left Strut | 1 | x | x | x | x | x | 26, 27 | https://www.dropbox.com/s/46t40e85f07176f/VDA%20Mount%20Brace%20Long.skp |
190 | 837J3100088-004 | Brace, VDA Mount Right Strut | 1 | x | x | x | x | x | 27 | https://www.dropbox.com/s/30wxlmf621qtc4n/VDA%20Mount%20Brace%20Short.skp |
191 | 837J3100088-005 | Fitting, VDA Mount Lower Left Foot | 1 | x | x | x | x | x | 26 | (unused on FC3) |
192 | 837J3100088-006 | Fitting, VDA Mount Lower Spacer | 1 | x | x | x | x | x | 26, 34 | https://www.dropbox.com/s/m558ufic39rvxt2/VDA%20Stand-off%20Fitting.skp |
193 | 837J3100090-001 | Support Fitting, LPCA 1 Mount, Left Side | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/9ayo2wven78vmp6/LPCA%201%20Support%20Fitting%20Left.skp |
194 | 837J3100090-002 | Support Fitting, LPCA 1 Mount, Right Side | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/pzg765hxnzg4tva/LPCA%201%20Support%20Fitting%20Right.skp |
195 | 837J3100090-003 | End Fitting, LPCA 1 Mount Top | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/t136z1sc4pxfwsq/LPCA%201%20Support%20Fitting%20End.skp |
196 | 837J3100090-004 | Web, LPCA 1 Mount Upper Back | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/zsn2s9n8wz6ud14/LPCA%201%20Web.skp |
197 | 837J3100090-005 | Gusset, LPCA 1 Mount, Under End Fitting at Top-Right | 1 | x | x | x | x | x | 25 | https://www.dropbox.com/s/dtdxwd2nvjdriix/LPCA%201%20Gusset%20End.skp |
198 | 837J3100090-006 | Gusset, LPCA 1 Mount, Above End Fitting | 1 | x | 25 | -- | ||||
199 | 837J3100091-009 | Bracket Assy, Base Cover Connector | 1 | x | x | 22 | -- | |||
200 | 837J3100091-019 | Bracket Assy, Base Cover Connector | 1 | x | x | x | 22 | https://www.dropbox.com/s/4he02sdiopflxf2/Base%20Cover%20Connector%20Bracket.skp | ||
201 | 837J3100092-002 | Stud, SSA Downlock Pin | 1 | x | x | 15 | -- | |||
202 | 837J3100092-004 | Stud, SSA Downlock Pin | 1 | x | x | 15 | https://www.dropbox.com/s/6wtbclh5ih06caj/Surface%20Sampler%20Downlock%20Stud.skp | |||
203 | 837J3100092-010 | Bracket Assy, SSA Downlock Post | 1 | x | x | x | x | 15, 31 | https://www.dropbox.com/s/ytp13my532y6ag8/Surface%20Sampler%20Downlock%20Post%20Bracket.skp | |
204 | 837J3101033-010 | Bracket, Main, Sidebeam 2 Test Box 3 | 1 | Photos of FC3 | https://www.dropbox.com/s/ivopl1xgxzpmrvv/Test%20Box%203%20Bracket%20Main.skp | |||||
205 | 837J3101033-013 | Bracket, Upper, Sidebeam 2 Test Box 2 | 1 | Photos of FC3 | https://www.dropbox.com/s/vf4nk2sqk889jcn/Test%20Box%202%20Bracket%20Upper.skp | |||||
206 | 837J3101036-001 | Bracket, Mount for HGA Downlock | 1 | x | x | x | x | 32 | https://www.dropbox.com/s/fjdc8uw4w6ajh9o/HGA%20Downlock%20Bracket.skp | |
207 | 837J3101036-002 | Clip, near HGA Downlock Bracket Mount | 1 | x | x | x | x | 32 | https://www.dropbox.com/s/zvfiw0tt0phycmi/HGA%20Downlock%20Bracket%20Clip.skp | |
208 | 837J3101038-001 | Anchor Plate, Sidebeam Splice, Bottom Edge | 3 | x | x | x | x | 8 | https://www.dropbox.com/s/03bug3xipkzkrkz/Anchor%20Plate%20Sidebeam%20Splice.skp | |
209 | 837J3101040-002 | Bracket, Support for Radar Altimiter Mount | 1 | x | x | 34 | https://www.dropbox.com/s/q6ohk1r27xy9wf4/RAA%20Support%20Bracket.skp | |||
210 | 837J3101040-003 | Support, Radar Altimiter Mount | 1 | x | x | 34, 35 | https://www.dropbox.com/s/u37npnn2y4pve8h/RAA%20Support%20Mount.skp | |||
211 | 837J3101042-009 | Bracket Instl, Load Bank Resistor | 1 | x | x | 2 | ||||
212 | 837J3101043-007 | Bracket, Angle, in Leg 1, 2 Fitting | 2 | x | x | 4, 6 | (not visible in FC3) | |||
213 | 837J3101045-006 | Nut Plate, Sidebeam 1 near Leg 2 Fitting Bottom | 1 | x | x | 27 | ||||
214 | 837J3101051-019 | Bracket Installation, Sidebeam 2 Center | 1 | x | 2 | -- | ||||
215 | 837J3101051-029 | Flight Harness Prov, Sidebeam 2 Center | 1 | x | 2 | (unknown) | ||||
216 | 837J3101052-001 | Plate, Cable Bracket, near VDA Mount Upper Left | x | x | 35 | https://www.dropbox.com/s/myh3e1qunvbysfx/Sidebeam%201%20Bracket%20B.skp | ||||
217 | 837J3101052-009 | Mounting Plate, Sidebeam 1 (Obsolete) | DCN3-3 | -- | ||||||
218 | 837J3101052-014 | Bracket, for Cable on 837J3100062-009 Aeroshell Conn. Side 2 | 1 | x | x | 22 | https://www.dropbox.com/s/boenn9scy7kv39p/Aeroshell%20Connector%20Bracket%203%20Bracket.skp | |||
219 | 837J3101052-022 | Angle, Right Support for Electronic Packet on Sidebeam 2 | 1 | x | x | 29 | https://www.dropbox.com/s/p6hr9k7m46bj0c6/Electronics%20Angle%20Support%20Right.skp | |||
220 | 837J3101052-023 | Angle, Left Support for Electronic Packet on Sidebeam 2 | 1 | x | x | 29 | https://www.dropbox.com/s/hxabqo73bzdj4nb/Electronics%20Angle%20Support%20Left.skp | |||
221 | 837J3101052-024 | Angle, Sidebeam 1 (Obsolete) | DCN3-3 | -- | ||||||
222 | 837J3101059-009 | Bracket Instl, Sidebeam 2 Center | 1 | x | 2 | (unknown) | ||||
223 | 837J3101059-010 | Bracket Instl, Sidebeam 2 Center | 1 | x | 2 | (unknown) | ||||
224 | 837J3101062-001 | Shim, Bracket, IRU Mounting, Upper Left, Upper | 1 | x | x | x | 20 | https://www.dropbox.com/s/pve929jz7pa8z5z/IRU%20Mounting%20Bracket%20Shim%20001.skp | ||
225 | 837J3101062-002 | Shim, Bracket, IRU Mounting, Upper Left, Lower | 1 | x | x | x | 20 | https://www.dropbox.com/s/wrqhs37fdgzmi76/IRU%20Mounting%20Bracket%20Shim%20002.skp | ||
226 | 837J3101062-003 | Shim, Bracket, IRU Mounting, Lower Left, Upper | 1 | x | x | x | 20 | https://www.dropbox.com/s/bts12ih9nyuhmrl/IRU%20Mounting%20Bracket%20Shim%20003.skp | ||
227 | 837J3101062-004 | Shim, Bracket, IRU Mounting, Lower Left, Lower | 1 | x | x | x | 20 | https://www.dropbox.com/s/zqmp4e4ttsb9bso/IRU%20Mounting%20Bracket%20Shim%20004.skp | ||
228 | 837J3101066-003 | Adapter Fitting, VDA Mount Upper Face | 1 | x | x | x | 35 | https://www.dropbox.com/s/8bocme9ik47huzb/RAE%201%20Adapter%20Fitting%20Upper.skp | ||
229 | 837J3101066-004 | Adapter Fitting, VDA Mount Lower Face | 1 | x | x | x | 35 | https://www.dropbox.com/s/uorax41ud4gqp0t/RAE%201%20Adapter%20Fitting%20Lower.skp | ||
230 | 837J3101066-009 | Adapter Fitting Assy, RAE 1 Mount Upper Bar | 1 | x | x | x | 35 | https://www.dropbox.com/s/8bocme9ik47huzb/RAE%201%20Adapter%20Fitting%20Upper.skp | ||
231 | 837J3101066-010 | Adapter Fitting Assy, RAE 1 Mount Lower Bar | 1 | x | x | x | 35 | https://www.dropbox.com/s/uorax41ud4gqp0t/RAE%201%20Adapter%20Fitting%20Lower.skp | ||
232 | 837J3101069-001 | Plate, Spring Plunger, Wing Under Leg Fitting | 2 | x | x | 9 | https://www.dropbox.com/s/2imlg1lzwepptae/Spring%20Plunger%20Plate%20001.skp | |||
233 | 837J3101069-002 | Plate, Spring Plunger, Wing Under Leg Fitting | 1 | x | x | 9 | https://www.dropbox.com/s/0fh7vtbnuejy1em/Spring%20Plunger%20Plate%20002.skp | |||
234 | 837J3101069-003 | Plate, Spring Plunger, Wing Under Leg Fitting | 2 | x | 9 | -- | ||||
235 | 837J3101069-004 | Plate, Spring Plunger, Wing Under Leg Fitting | 1 | x | 9 | -- | ||||
236 | 837J3101077-004 | Filler, for small hole in Sidebeam | 1 | x | x | 6 | https://www.dropbox.com/s/o9je06y6mpkipxd/Sidebeam%201%20Filler.skp | |||
237 | 837J3101077-005 | Washer, for small hole in Sidebeam | 2 | x | x | 6 | https://www.dropbox.com/s/tdky0sfiwlnlx3y/Sidebeam%201%20Washer.skp | |||
238 | 837K3101809-019 | Top Dust Cover Installation | 1 | x | x | 2 | https://www.dropbox.com/s/14nx9c4k2xoft3x/Top%20Dust%20Cover.skp | |||
239 | 837H1600235-001 | Fuel Line Bracket | 33 | https://www.dropbox.com/s/8et0qb61czzznch/Fuel%20Line%20Bracket.skp?dl=0&noredirect=1 |
1 | Component Name | Component Description |
---|---|---|
2 | Aeroshell Connector Bracket 1 | Bracket (837J3100062-019) for aeroshell connector #1, located on the left end of lander body sidebeam 1. |
3 | Aeroshell Connector Bracket 1 Bracket | Bracket for an electrical cable clamp, mounted on the sides of aeroshell connector #1 bracket (837J3100062-019). |
4 | Aeroshell Connector Bracket 2 | Bracket (837J3100062-010) for aeroshell connector #2, located on the right end of lander body sidebeam 2. |
5 | Aeroshell Connector Bracket 3 | Bracket (837J3100062-009) for aeroshell connector #3, located on lander body sidebeam 2 below-right of center. |
6 | Aeroshell Connector Bracket 3 Bracket | Bracket (837J3101052-014) for an electrical cable clamp, mounted on aeroshell connector #3 bracket (837J3100062-009). |
7 | Aeroshell Connector Bracket 3 Support Rib A | Support rib (837J3100062-002) for the left side of aeroshell connector bracket #3 (837J31000062-009), located near the center of lander body sidebeam 2. |
8 | Aeroshell Connector Bracket 3 Support Rib B | Support rib (837J3100062-002) for the right side of aeroshell connector bracket #3 (837J31000062-009), located near the center of lander body sidebeam 2. |
9 | Aeroshell Connector Bracket Plate | Flat plate fastened to aeroshell connector brackets (837J3100062) and to which the multi-pin electrical socket is attached. |
10 | Anchor Plate Sidebeam Splice | Anchor plate (837J3101038-001) spanning the splice between sidebeams along the inside bottom edge |
11 | Base Cover Connector Bracket | Bracket (837J3100091-019) which is located on the upper part of leg 1's primary support fitting, and holds a large electrical connector which mates with a cable from the Base Cover and Mortar Support Truss. |
12 | Bottom Dust Cover | Bottom dust cover (837J3100027) for the Viking lander body |
13 | Bottom Dust Cover Border | Reinforced border for the lander body bottom dust cover |
14 | Bottom Dust Cover Large Cover Plate | Large cover plate for access ports through the lander body bottom dust cover (837J3100027) along the edges of sidebeam 1 and 2. |
15 | Bottom Dust Cover Sheet | Sheet aluminum panel for the lander body bottom dust cover |
16 | Bottom Dust Cover Small Cover Plate | Small cover plate for an access port through the lander body bottom dust cover (837J3100027) along the edge of sidebeam 3. |
17 | Bottom Dust Cover Small Cover Plate Backing | Internally mounted backing plate for the small exterior cover plate located along the edge of sidebeam 3 of the lander body bottom dust cover (837J3100027). |
18 | Bottom Dust Cover Stiffener A | Internal stiffener between TDLR mount 1 and 2, for the lander body bottom dust cover |
19 | Bottom Dust Cover Stiffener B | Internal stiffener between TDLR mount 2 and 3, for the lander body bottom dust cover |
20 | Bottom Dust Cover Stiffener C | Internal stiffener between TDLR mount 1 and 3, for the lander body bottom dust cover |
21 | Bottom Dust Cover Stiffener D | Internal stiffener between stiffeners A and C, for the lander body bottom dust cover |
22 | Bottom Dust Cover Stiffener E | Internal stiffener between stiffeners A and B, for the lander body bottom dust cover (the stiffener between stiffeners B and C is a mirror of this one) |
23 | Bottom Dust Cover TDLR Doubler | Reinforcing doubler plate fastened to the lander body bottom dust cover at the TDLR mounts (oriented for mounts 1 and 3, mirrored for 2) |
24 | Bottom Dust Cover TDLR Doubler | Reinforcing doubler plate fastened to the lander body bottom dust cover at the TDLR mounts (oriented for mounts 1 and 3, mirrored for 2) |
25 | Bottom Dust Cover Vent Filter | Aluminum mesh filter over the lander body bottom dust cover vent hole |
26 | Bottom Dust Cover Vent Ring | Reinforcing ring around the filter of the lander body bottom dust cover vent hole |
27 | Bottom Dust Cover Wind Fence A | Segment of wind fence between TDLR mount 3 and sidebeam 2, for the lander body bottom dust cover (the segment between TDLR mount 2 and sidebeam 2 is a mirror image) |
28 | Bottom Dust Cover Wind Fence B | Segment of wind fence between TDLR mount 3 and sidebeam 3, for the lander body bottom dust cover (the segment between TDLR mount 2 and sidebeam 1 is a mirror image) |
29 | Bottom Dust Cover Wind Fence C | Segment of wind fence between TDLR mount 1 and sidebeam 3 (837J3100083-???), for the lander body bottom dust cover |
30 | Bottom Dust Cover Wind Fence D | Segment of wind fence between TDLR mount 1 and sidebeam 1 (837J3100083-???) for the lander body bottom dust cover |
31 | Cable Clamp Large | Large-size clamp used to restrain electrical cables in various locations. |
32 | Cable Clamp Large Band | Metal band for a large-size clamp used to restrain electrical cables in various locations. |
33 | Cable Clamp Large Insulation | Insulation for a large-size clamp used to restrain electrical cables in various locations. |
34 | Cable Clamp Medium | Medium-size clamp used to restrain electrical cables in various locations. |
35 | Cable Clamp Medium Band | Metal band of a medium-size clamp used to restrain electrical cables in various locations. |
36 | Cable Clamp Medium Insulation | Insulation for a medium-size clamp used to restrain electrical cables in various locations. |
37 | Cable Clamp Medium Plastic | Medium-size plastic clamp used to restrain electrical cables in various locations. |
38 | Cable Clamp Small | Small-size clamp used to restrain electrical cables in various locations. |
39 | Cable Clamp Small Band | Metal band for a small-size clamp used to restrain electrical cables in various locations. |
40 | Cable Clamp Small Insulation | Insulation for a small-size clamp used to restrain electrical cables in various locations. |
41 | Cable Clamp XLarge | Extra large-size clamp used to restrain electrical cables in various locations. |
42 | Cable Clamp XLarge Band | Metal band for an extra large-size clamp used to restrain electrical cables in various locations. |
43 | Cable Clamp XLarge Insulation | Insulation for an extra large-size clamp used to restrain electrical cables in various locations. |
44 | Cable Clamp XSmall | Extra small-size plastic clamp used to restrain electrical cables in various locations. |
45 | Cable Clamp XSmall Band | Metal band for an extra small-size clamp used to restrain electrical cables in various locations. |
46 | Cable Clamp XSmall Insulated | Extra small-size insulated metal clamp used to restrain electrical cables in various locations. |
47 | Cable Clamp XSmall Insulation | Insulation for an extra small-size clamp used to restrain electrical cables in various locations. |
48 | Cable Clamp XXSmall | Extra extra small-size plastic clamp used to restrain electrical cables in various locations. |
49 | Electrical Connector Array Bracket 002 | Hollow stand-off shell (837J3100085-002) to which four electrical connectors are mounted, located near the center of lander core body sidebeam 1. |
50 | Electrical Connector Array Bracket 006 | Hollow stand-off shell (837J3100085-006) to which four electrical connectors are mounted, located near the center of lander core body sidebeam 1. |
51 | Electrical Connector Array Bracket 009 | Hollow stand-off shell (837J3100085-009) to which eight electrical connectors are mounted, located near the center of lander core body sidebeam 2. |
52 | Electrical Connector Array Bracket 019 | Hollow stand-off shell (837J3100085-019) to which nine electrical connectors are mounted, located near the center of lander core body sidebeam 3. |
53 | Electrical Connector Array Bracket Refit Plate | Small plate which reduces the diameter of a hole in the front face of electrical connector array bracket 837J3100085-009, which is located on lander core body sidebeam 2. |
54 | Electrical Connector Array Insulation Tab Long | Tab or clip for restraining insulation blankets to the exterior of electrical connector array brackets on the three lander core body sidebeams. |
55 | Electrical Connector Bracket 005 | Hollow stand-off shell (837J3100085-005) to which an electrical connector is mounted, located near the left end of lander core body sidebeam 1. |
56 | Electrical Connector Insulation Tab Short | Tab or clip for restraining insulation blankets to the exterior of an electrical connector bracket near the left end of lander core body sidebeam 1. |
57 | Electronics Angle Support Left | Angle bracket (837J3101052-023) for the left side of a small electronics module, located below the Meteorology Boom downlock bracket on lander body sidebeam 2. |
58 | Electronics Angle Support Right | Angle bracket (837J3101052-022) for the right side of a small electronics module, located below the Meteorology Boom downlock bracket on lander body sidebeam 2. |
59 | Fuel Line Bracket | Bracket (837H1600235-001) which supports the main fuel line running between the lander's two fuel tanks, from sidebeam 1, across sidebeam 2, to sidebeam 3. |
60 | Fuel Tank Bracket 001 | Bracket (837J3100064-001) which supports the rear mounting lug of fuel tank 2, located near the right end of sidebeam 3. |
61 | Fuel Tank Bracket 002 | Bracket (837J3100064-002) which supports the rear mounting lug of fuel tank 1, located near the left end of sidebeam 1. |
62 | Fuel Tank Bracket Stiffener | Stiffener (837J3100064-003) for the fuel tank brackets on sidebeams 1 and 3, located between sidebeam shear-fitting flanges. |
63 | Fuel Tank Truss Fitting Leg 2 Lower | Fuel tank truss-support fitting (837J3100065-004) located near the bottom of leg 2's primary support fitting. |
64 | Fuel Tank Truss Fitting Leg 3 Lower | Fuel tank truss-support fitting (837J3100065-003) located near the bottom of leg 3's primary support fitting. |
65 | Fuel Tank Truss Fitting Leg Upper | Fuel tank truss-support fitting (837J3100065-005) located near the mid-shoulder of leg 2's and 3's primary support fitting. |
66 | Fuel Tank Truss Fitting Sidebeam Lower | Fuel tank truss-support fitting (837J3100065-001) located on the lower mounting block near the center of sidebeams 1 and 3. |
67 | Fuel Tank Truss Fitting Sidebeam Upper | Fuel tank truss-support fitting (837J3100065-002) located on the upper mounting block near the center of sidebeams 1 and 3. |
68 | Gas Fitting Coupling .4375 Diameter 20TPI | Gas fitting coupling, with 7/16th inch x 20TPI (fine) threads. Used for example in the GCMS hydrogen vent outlet. |
69 | Gas Fitting Coupling 0.50 Diameter 20TPI | Gas fitting coupling, with 1/2 inch x 20TPI (fine) threads. Used for example in a gas outlet on the left end of lander body sidebeam 1 near leg 2. |
70 | Gas Fitting Elbow .4375 Diameter 20TPI | Gas fitting elbow, with 7/16th inch x 20TPI (fine) threads. Horizontal leg is unthreaded in model to simplify hidden geometry. Used for example in the GCMS hydrogen vent outlet. |
71 | Gas Fitting Elbow 0.50 Diameter 20TPI | Gas fitting elbow, with 1/2 inch x 20TPI (fine) threads. Used for example in a gas line assembly located on the left egde of lander body sidebeam 1. |
72 | Gas Fitting Elbow Unthreaded | Unthreaded gas fitting elbow, located near the lower edge of sidebeam 3 below the UHF antenna. |
73 | Gas Fitting Sleeve .25 ID | Gass fitting sleeve, with 1/4 inch inside diameter. Used for example in the GCMS hydrogen vent outlet. |
74 | Gas Fitting Sleeve .40 ID | Gas fitting sleeve, with 0.40 inch inside diameter. Used for example in a gas fitting on the left end of lander body sidebeam 1 near leg 2. |
75 | Gas Vent Outlet Tube | Outlet tube for a gas vent on the left end of lander body sidebeam 1, near leg 2. The full length and configuration of this tube is unknown. |
76 | GCMS Hydrogen Vent Assy | Gas vent line assembly for the GCMS to exhaust gaseous hydrogen overboard from the lander. Located on sidebeam 1 near landing leg 1. |
77 | GCMS Hydrogen Vent Line | Gas vent line for the GCMS to exhaust gaseous hydrogen overboard from the lander. Located on sidebeam 1 near landing leg 1. |
78 | GCMS Hydrogen Vent Outlet Head | Head-end coupling unit attached to the outlet of the gas vent line for the GCMS to exhaust gaseous hydrogen overboard from the lander. |
79 | GCMS Hydrogen Vent Outlet Tip | Outlet tip for the GCMS hydrogen vent line which exhausts gaseous hydrogen overboard from the lander. |
80 | Ground Cable End Lug | End lug as used on electrical grounding or bonding cables. |
81 | Ground Cable TDLR Strut 1 | Electrical grounding or bonding cable for Terminal Descent Landing Radar (TDLR) strut 1. |
82 | Ground Cable TDLR Strut 2 3 | Electrical grounding or bonding cable for Terminal Descent Landing Radar (TDLR) struts 2 and 3. |
83 | Guide Rail Aeroshell Stop | Guide rail stop (837J3100058-001) for an Aeroshell guide rail, located near the lower left corner of sidebeam 1 and the lower left and right corners of sidebeam 3. |
84 | Guide Roller Aeroshell Axle | Axle for the guide roller wheels used in the aeroshell guide roller assemblies (837J3100040). |
85 | Guide Roller Aeroshell Lower A | Lower guide roller support (837J3100040-030) for an Aeroshell guide roller assembly, located near the lower left corner of sidebeam 3. |
86 | Guide Roller Aeroshell Lower A Assy | Lower guide roller assembly (837J3100040-030) for an Aeroshell guide rail, located near the lower left corner of sidebeam 3. |
87 | Guide Roller Aeroshell Lower B | Lower guide roller support (837J3100040-030) for an Aeroshell guide roller assembly, located near the lower left corner of sidebeam 1. |
88 | Guide Roller Aeroshell Lower B Assy | Lower guide roller assembly (837J3100040-030) for an Aeroshell guide rail, located near the lower left corner of sidebeam 1. |
89 | Guide Roller Aeroshell Lower Wheel | Guide roller wheel for an aeroshell lower guide roller assembly (837J3100040-030). |
90 | Guide Roller Aeroshell Upper A | Upper guide roller support (837J3100040-039) for an Aeroshell guide roller assembly, located near the lower left corner of sidebeam 1 and and the lower right corner of sidebeam 3. |
91 | Guide Roller Aeroshell Upper A Assy | Upper guide roller assembly (837J3100040-039) for an Aeroshell guide rail, located near the lower left corner of sidebeam 1 and and the lower right corner of sidebeam 3. |
92 | Guide Roller Aeroshell Upper B | Upper guide roller support (837J3100040-040) for an Aeroshell guide roller assembly, located near the lower left corner of sidebeam 3. |
93 | Guide Roller Aeroshell Upper B Assy | Upper guide roller assembly (837J3100040-040) for an Aeroshell guide rail, located near the lower left corner of sidebeam 3. |
94 | Guide Roller Aeroshell Upper Wheel | Guide roller wheel for an aeroshell upper guide roller assembly (837J3100040-039). |
95 | Guide Roller Base Cover Axle | Axle for the guide roller wheels used in the base cover guide roller assemblies (837J3100061) |
96 | Guide Roller Base Cover Lower | Lower guide roller support (837J3100061-030) for a base cover guide rail, located on the upper part of each leg’s primary support fitting |
97 | Guide Roller Base Cover Lower Assy | Lower guide roller assembly (837J3100061-030) for a base cover guide rail, located on the upper part of each leg’s primary support fitting |
98 | Guide Roller Base Cover Lower Wheel | Guide roller wheel for a base cover lower guide roller assembly (837J3100061-030) |
99 | Guide Roller Base Cover Upper | Upper guide roller support (837J3100061-029) for a base cover guide rail, located on the upper part of each leg’s primary support fitting |
100 | Guide Roller Base Cover Upper Assy | Upper guide roller assembly (837J3100061-029) for a base cover guide rail, located on the upper part of each leg’s primary support fitting |
101 | Guide Roller Base Cover Upper Wheel | Guide roller wheel for a base cover upper guide roller assembly (837J3100061-029) |
102 | HGA Downlock Bracket | Mounting bracket (837J3101036-001) for the left end of the HGA downlock mechanism. Located near the top center of lander body sidebeam 1. |
103 | HGA Downlock Bracket Clip | Reinforcing clip (837J3101036-002) located near the HGA downlock bracket on lander body sidebeam 1. |
104 | HGA Sidebeam Alignment Pin | Alignment pin (22D4C12-12) for positioning the High Gain Antenna deployment mechanism arm onto the upper right corner of sidebeam 1. |
105 | HGA Support Bracket | S-Band HGA support bracket (837J3100037-001), attaches to Viking lander Sidebeam 1 |
106 | HGA Support Bracket Cable Bracket | Bracket for a cable, located on the HGA support bracket (837J3100037-001). |
107 | IRU Mounting Bracket 002 | Mounting bracket (837J3100047-002) for the upper left corner of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
108 | IRU Mounting Bracket 002 Assy | Mounting bracket assembly (837J3100047-002) for the upper left corner of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
109 | IRU Mounting Bracket 004 | Mounting bracket (837J3100047-004) for the right side of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
110 | IRU Mounting Bracket 004 005 Alignment Pin | Alignment pin (22D4C12-10) for positioning the Inertial Reference Unit on the right and lower left IRU mounting brackets (837J3100047-004, -005). |
111 | IRU Mounting Bracket 004 Assy | Mounting bracket assembly (837J3100047-004) for the right side of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
112 | IRU Mounting Bracket 005 | Mounting bracket (837J3100047-005) for the lower left corner of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
113 | IRU Mounting Bracket 005 Alignment Pin | Alignment pin (22D4C8-7) for positioning the lower left IRU mounting bracket (837J3100047-005) on the right end of sidebeam 1. |
114 | IRU Mounting Bracket 005 Assy | Mounting bracket assembly (837J3100047-005) for the lower left corner of the Inertial Reference Unit. Located on the right end of sidebeam 1. |
115 | IRU Mounting Bracket Shim 001 | Shim (837J3101062-001) for the upper left mounting bracket of the Inertial Reference Unit. Located on the back of the bracket’s upper face. |
116 | IRU Mounting Bracket Shim 002 | Shim (837J3101062-002) for the upper left mounting bracket of the Inertial Reference Unit. Located on the front of the bracket’s lower face. |
117 | IRU Mounting Bracket Shim 003 | Shim (837J3101062-003) for the lower left mounting bracket of the Inertial Reference Unit. Located on the front of the bracket’s upper face. |
118 | IRU Mounting Bracket Shim 004 | Shim (837J3101062-004) for the lower left mounting bracket of the Inertial Reference Unit. Located on the back of the bracket’s lower right face. |
119 | Kiel Probe Assy | Kiel Probe assembly which sensed ambient air pressure and transmitted it to a pressure transducer within the lander. Located near the lower left end of lander body sidebeam 1 near leg 2. |
120 | Kiel Probe Clamp Plate | Small plate which clamps the Kiel Probe's sleeve-bracket to the lander, located near the lower left end of lander body sidebeam 1. |
121 | Kiel Probe Duct | Duct or shroud which encloses the Kiel Probe inlet tube, located on the end of the extension tube. |
122 | Kiel Probe Extension Tube | Main external extension tube connecting the ambient pressure Kiel Probe to the lander body gas fitting. Located on sidebeam 1 near landing leg 2. (Modeled as a solid rod for simplicity.) |
123 | Kiel Probe Inlet | Inlet tube for the Kiel Probe, located within the probe's duct. (Modeled as a solid rod for simplicity.) |
124 | Kiel Probe Sleeve Bracket | Sleeve and bracket which anchors the Kiel Probe extension tube to lander body sidebeam 1, located near the lower left end of the sidebeam. |
125 | Kiel Probe Stiffener Center | Stiffener plate welded to the center of the Kiel Probe Extension Tube. |
126 | Kiel Probe Stiffener Left | Stiffener plate welded to the left side of the Kiel Probe Extension Tube. |
127 | Kiel Probe Stiffener Right | Stiffener plate welded to the right side of the Kiel Probe Extension Tube. |
128 | LGA Support Fitting | S-Band LGA support fitting (837J3100063-001) located near the top of landing leg 3's primary support fitting. The LGA mounts to the upper face of the fitting. |
129 | LPCA 1 Gusset End | Formed gusset (837J3100090-005) for the top end fitting of Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
130 | LPCA 1 Support Assy | Multi-part unit that supports Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
131 | LPCA 1 Support Fitting End | Support fitting (837J3100090-003) for the top end of Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
132 | LPCA 1 Support Fitting Left | Support fitting (837J3100090-001) for the left side of Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
133 | LPCA 1 Support Fitting Right | Support fitting (837J3100090-002) for the right side of Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
134 | LPCA 1 Web | Formed web (837J3100090-004) for the back of the support fittings for Lander Pyrotechnic Control Assembly (LPCA) 1, located on the left end of lander body sidebeam 3. |
135 | Magnet Cleaning Brush Arm | Arm for holding metallic bristles of the Magnet Cleaning Brush. Two such arms form the brush, attached to a support tube mounted near the base of the Meteorology Boom Assembly. |
136 | Magnet Cleaning Brush Arm Assy | Arm assembly, including bristle clusters and lockwire, of the Magnet Cleaning Brush. Two such arms form the brush, attached to a support tube mounted near the base of the Meteorology Boom Assembly. |
137 | Magnet Cleaning Brush Bristle | Simplified bristle for the Magnet Cleaning Brush. |
138 | Magnet Cleaning Brush Bristle Cluster | Group of bound-together bristles for the Magnet Cleaning Brush. |
139 | Magnet Cleaning Brush Bristle Lockwire | Locking wire that restrains the ten bristle clusters inserted into an arm of the Magnet Cleaning Brush. |
140 | Magnet Cleaning Brush Collar | Collar (837J6200100-019) that holds the two arms of the Magnet Cleaning Brush and is attached on the end of the brush support tube. |
141 | Magnet Cleaning Brush Tube | Support tube (837J3100000-018) for the Magnet Cleaning Brush, inserted into the fitting to which the Meteorology Boom Assembly is mounted. |
142 | Met Boom Downlock Inboard Bracket | Inboard bracket (837J3100051-007) for the Meteorology Boom downlock device, located near the upper right corner of lander body sidebeam 2. |
143 | Met Boom Downlock Outboard Bracket | Outboard bracket (837J3100051-004) for the Meteorology Boom downlock device. |
144 | Met Boom Downlock Spacer Plate | Spacer plate (837J3100051-006) between the inboard and outboard brackets for the Meteorology Boom downlock device. |
145 | Met Sensor Guard Bracket Left | Bracket supporting the left end of the hollow box that guards the Meteorology Sensor Assembly when the Meteorology Boom Assembly is folded. Located on the mount for Terminal Descent Engine 2, on lander body sidebeam 2. |
146 | Met Sensor Guard Bracket Right | Bracket supporting the right end of the hollow box that guards the Meteorology Sensor Assembly when the Meteorology Boom Assembly is folded. Located on the mount for the Meteorology Boom downlock device, on lander body sidebeam 2. |
147 | Meteorology Boom Mount | Meteorology Boom Assembly mount (837J3100050-001), which attaches to Sidebeam 2 of the Viking lander |
148 | Nut AN924-4J | Nut AN924-4J, 7/16 x 20TPI (fine) threads. Used for example to secure the Surface Sampler Assembly (SSA) downlock stud. |
149 | Pin Puller 3_16 Assy | Pyrotechnically actuated pin puller, with a 3/16 inch diameter pin that retracts 9/16 inch. Powered by two Viking Standard Initiators (VSIs). |
150 | Pin Puller 3_16 Body | Body of a pyrotechnically actuated pin puller, with a 3/16 inch diameter pin that retracts 9/16 inch. |
151 | Pin Puller 3_16 Pin | 3/16 inch diameter pin or rod that retracts 9/16 inch within a pin puller pyrotechnic device when activated. |
152 | Primary Support Fitting Bracket Leg 2 | Bracket for a cable, located on the upper side of the primary support fitting for leg 2 (837J3100030-015) |
153 | Primary Support Fitting Bracket Leg 3 | Bracket for a cable, located on the upper side of the primary support fitting for leg 3 (837J3100030-016) |
154 | Primary Support Fitting Cover Bottom Bracket | Bottom bracket for mounting the cover plate for the large central cavity in the primary support fittings (837J3100030) for landing legs 1 and 2. |
155 | Primary Support Fitting Cover Left Bracket | Left bracket for mounting the cover plate for the large central cavity in the primary support fittings (837J3100030) for landing legs 1 and 2. |
156 | Primary Support Fitting Cover Plate A | Cover plate for the large central cavity in the primary support fitting (837J3100030-17) for landing leg 1. |
157 | Primary Support Fitting Cover Plate B | Cover plate for the large central cavity in the primary support fitting (837J3100030-15) for landing leg 2. |
158 | Primary Support Fitting Cover Right Bracket | Right bracket for mounting the cover plate for the large central cavity in the primary support fittings (837J3100030) for landing legs 1 and 2. |
159 | Primary Support Fitting Cover Top Bracket | Top bracket for mounting the cover plate for the large central cavity in the primary support fittings (837J3100030) for landing legs 1 and 2. |
160 | Primary Support Fitting Leg 1 | Primary support fitting for leg 1 (837J3100030-17). Receives the load from the leg primary strut, and also serves as a structural splice between sidebeams 1 and 3. |
161 | Primary Support Fitting Leg 2 | Primary support fitting for leg 2 (837J3100030-15). Receives the load from the leg primary strut, and also serves as a structural splice between sidebeams 1 and 2. |
162 | Primary Support Fitting Leg 3 | Primary support fitting for leg 3 (837J3100030-16). Receives the load from the leg primary strut, and also serves as a structural splice between sidebeams 2 and 3. |
163 | Primary Support Fitting Lower Separation Nut Shim | Shim plate for the pyrotechnic separation nut (for connection to the Aeroshell) that mounts to the bottom of the leg primary support fitting. |
164 | Primary Support Fitting Shear Pin | Shear pin (837J3100055-004) located in the top of the landing leg primary support fitting. Constrains and aligns the Mortar Support Truss while positioned above the lander. |
165 | Primary Support Fitting Shear Pin Shim | Shim plate (837J3100055-003) for the shear pin assembly that mounts under the top surface of a landing leg primary support fitting. |
166 | RAA Support Bracket | Support bracket (837J3101040-002) for the RAA mount. Located near the lower right corner of sidebeam 1. |
167 | RAA Support Mount | Mount (837J3101040-003) for the Radar Altimeter Antenna. Attaches to the RAA Support Bracket, located near the lower right corner of sidebeam 1. |
168 | RAE 1 Adapter Fitting Lower | Lower adapter bar (837J3101066-010) for the RAE 1 mount. Located on fittings near the right end of sidebeam 1 just above the lower VDA mounting bracket. |
169 | RAE 1 Adapter Fitting Upper | Upper adapter bar (837J3101066-009) for the RAE 1 mount. Located on the upper VDA mounting bracket. |
170 | RTG 1 Wind Cover Standoff Bracket Narrow | Standoff bracket (837J3100082-010) supporting the left side of RTG 1's wind cover. Located near the left end of lander body sidebeam 1's top edge. |
171 | RTG 1 Wind Cover Standoff Bracket Wide | Standoff bracket (837J3100082-004) supporting the right side of RTG 1's wind cover. Located near the center of lander body sidebeam 1's top edge. |
172 | RTG 2 Wind Cover Standoff Bracket Narrow | Standoff bracket (837J3100082-009) supporting the left side of RTG 2's wind cover. Located near the right end of lander body sidebeam 3's top edge. |
173 | RTG 2 Wind Cover Standoff Bracket Wide | Standoff bracket (837J3100082-003) supporting the left side of RTG 2's wind cover. Located near the center of lander body sidebeam 3's top edge. |
174 | Shim 002 | Shim (837J3100000-002) between a sidebeam bottom edge and a leg primary support fitting rear tongue. This shim is located on the long side of the mating area, where the primary support fitting has a side extension for an alignment hole. |
175 | Shim 003 | Shim (837J3100000-003) between a sidebeam bottom edge and a leg primary support fitting rear tongue. This shim is located on the short side of the mating area, opposite from where the primary support fitting has a side extension for an alignment hole. |
176 | Shim 008L | Shim (837J3100000-008) that spaces the left side of the UHF Antenna mount from a sidebeam 3 flange. |
177 | Shim 008R | Shim (837J3100000-008) that spaces the right side of the UHF Antenna mount from a sidebeam 3 flange. |
178 | Shim 00A | Shim for Bracket F on sidebeam 3 located just above center of the main fitting for Terminal Descent Engine (TDE) 3. |
179 | Shim 011 | Shim (837J3100000-011) between the mount for Terminal Descent Engine (TDE) 2 and the vertical brace for the Surface Sampler Assembly (SSA) mount. |
180 | Shim 014 | Shim (837J3100000-014) which is located on the inward-facing surface of the interior vertical upper flange of each sidebeam at the thickened splice area. This plate spans the joint between adjacent sidebeams and strengthens the splice joint. |
181 | Shim 015 | Shim (837J3100000-015) which is located on the outward-facing surface of the interior vertical upper flange of each sidebeam at the thickened splice area. This plate spans across the splice joint betwen adjacent sidebeams. |
182 | Shim 024 | Shim (837J3100000-024) located on the small angled end of fuel tank brackets 837J3100064-001 and -002. |
183 | Shim 025 | Shim (837J3100000-025) which is located next to the narrow end of fuel tank bracket stiffener 837J3100064-003. |
184 | Shim 027 | Shim (837J3100000-027) for the left side of the bracket for aeroshell connector #2 (837J3100062-010), located on the right end of lander body sidebeam 2. |
185 | Shim 031 | Shim (837J3100000-031) between a sidebeam flange and the left or right side of an Aeroshell guide rail stop (837J3100058-001), whichever side has larger gap. |
186 | Shim 032 | Shim (837J3100000-032) on left and right sides of the inboard bracket (837J3100051-007) for the Meteorology Boom downlock device. |
187 | Shim 033 A | Shim (837J3100000-033) at the inside front-left corner of the Lander Pyrotechnic Control Assembly (LPCA) 1's end fitting. |
188 | Shim 033 B | Shim (837J3100000-033) at the inside rear-left corner of the Lander Pyrotechnic Control Assembly (LPCA) 1's end fitting. |
189 | Shim 033 C | Shim (837J3100000-033) at the inside front-right corner of the Lander Pyrotechnic Control Assembly (LPCA) 1's end fitting. |
190 | Shim 033 D | Shim (837J3100000-033) at the inside rear-right corner of the Lander Pyrotechnic Control Assembly (LPCA) 1's end fitting. |
191 | Shim 034 | Shim (837J3100000-034) between Lander Pyrotechnic Control Assembly (LPCA) 1's right fitting and its end fitting lateral web. |
192 | Shim 036 | Shim (837J3100000-036) which is located next to the VDA upper mounting bracket's left side, along a lander body flange. |
193 | Shim 038 | Shim (837J3100000-038) filling the gap between the Lander Pyrotechnic Control Assembly (LPCA) 1 left support fitting and the Aeroshell guideroller 1 upper assembly. Located on the left end of lander body sidebeam 3. |
194 | Shim 041 | Shim (837J3100000-041) filling the gap between the Lander Pyrotechnic Control Assembly (LPCA) 1 right support fitting and the Aeroshell guideroller 1 upper assembly. Located on the left end of lander body sidebeam 3. |
195 | Shim 042 | Shim (837J3100000-042) between a sidebeam flange and the left or right side of an Aeroshell guide roller assembly (837J3100040), whichever side has larger gap. |
196 | Shim 043 | Shim (837J3100000-043) between a sidebeam face and the back center of an Aeroshell guide roller assembly (837J3100040). |
197 | Shim 044 A | Shim (837J3100000-044) which is located along the right corner of TDE 1's main fitting and the left corner of TDE 3's main fitting. |
198 | Shim 044 B | Shim (837J3100000-044) which is located along the right corner of TDE 2's main fitting. |
199 | Shim 045 | Shim (837J3100000-045) that spaces the left side of the Surface Sampler Assembly main fitting from the adjacent sidebeam 2 flange. |
200 | Shim 046 A | Shim (837J3100000-046) on the left side of the Meteorology Boom mount (837J3100050-001), located on the upper right corner of lander body sidebeam 2. |
201 | Shim 046 B | Shim (837J3100000-046) on the right side of the Meteorology Boom mount (837J3100050-001), located on the upper right corner of lander body sidebeam 2. |
202 | Shim 048 | Shim (837J3100000-048) which is located between the feet of the three Equipment Plate support brackets and the lander body sidebeams, along the inter-sidebeam splices. One such shim plate spans across each splice joint. |
203 | Shim 051 | Shim (837J3100000-051) which is located between the feet of the three Equipment Plate support brackets and the lander body sidebeams, along the inter-sidebeam splices. One such shim plate is on either side of the splice joint. |
204 | Shim 052 | Shim (837J3100000-052) which is located on the downward-facing surface of the horizontal upper flange of each sidebeam at the thickened splice area. Two -052 shim plates are located on each side of the splice joint. |
205 | Shim 053 | Shim (837J3100000-053) which fills the gap between the HGA downlock bracket foot and a flange on lander body sidebeam 1. |
206 | Shim 054 | Shim (837J3100000-054) which is located alongside clip 837J3101036-002, near the HGA downlock bracket on lander body sidebeam 1. |
207 | Shim 055 | Shim (837J3100000-055) for spacing the Surface Sampler Assembly (SSA) downlock post from the SSA main fitting's cross-arm. |
208 | Shim 056 A | Shim (837J3100000-056) between a sidebeam flange and the left side of the Aeroshell guide roller assemblies (837J3100040) for guide rails 1 and 2. |
209 | Shim 056 B | Shim (837J3100000-056) between a sidebeam flange and the left side of the Aeroshell guide roller assemblies (837J3100040) for guide rail 3. |
210 | Shim 057 | Shim (837J3100000-057) between a sidebeam flange and the left or right side of an Aeroshell guide rail stop (837J3100058-001), whichever side has smaller gap. |
211 | Shim 058 A | Shim (837J3100000-058) which is located along the left corner of TDE 1's main fitting and the right corner of TDE 3's main fitting. |
212 | Shim 058 B | Shim (837J3100000-058) which is located along the left corner of TDE 2's main fitting. |
213 | Shim 063 A | Shim (837J3100000-063) which is located on the upper part of each leg’s primary support fitting, and used to properly space the upper base cover guide roller assembly |
214 | Shim 063 B | Shim (837J3100000-063) which is located on the upper part of each leg’s primary support fitting, and used to properly space the lower base cover guide roller assembly |
215 | Shim 064 | Shim (837J3100000-064) which is located on the upper part of leg 1's primary support fitting, and used to position the Base Cover electrical connector bracket (837J3100091-019). |
216 | Shim 065 | Shim (837J3100000-065) which is located on the inward-facing vertical surface of the interior upper flange of each sidebeam at the thickened splice area. |
217 | Shim 066 | Shim (837J3100000-066) which is located on the outward-facing surface of the interior vertical upper flange of each sidebeam at the thickened splice area. |
218 | Shim 067 | Shim (837J3100000-067) which reinforces sidebeam 1's interior lower flange for mounting the RAA support bracket. |
219 | Shim 068 | Shim (837J3100000-068) which spaces the RAA support bracket from a lander body flange. Located near the lower right corner of sidebeam 1. |
220 | Shim 071 A | Shim (837J3100000-071) that is located on the bottom inside edge of sidebeam 3 adjacent to the splice dado for the leg primary support fitting tongue. |
221 | Shim 071 B | Shim (837J3100000-071) that is located on the bottom inside edge of sidebeam 2 adjacent to the splice dado for the leg 2 primary support fitting tongue. |
222 | Shim 071 C | Shim (837J3100000-071) that is located on the bottom inside edge of sidebeam 2 adjacent to the splice dado for the leg 3 primary support fitting tongue. |
223 | Shim 072 | Shim (837J3100000-072) which is located on the inward-facing surface near the interior upper edge of each sidebeam at the thickened splice area. |
224 | Shim 075 | Shim (837J3100000-075) located under the front left and right corners of the small external cover plate along the edge of sidebeam 3 on the lander body bottom dust cover. |
225 | Shim 076 | Shim (837J3100000-076) located under the front left and right corners of the large external cover plates along the edges of sidebeam 1 and 2 on the lander body bottom dust cover. |
226 | Shim 078 | Shim (837J3100000-078) located under the front-center of the large external cover plates along the edges of sidebeam 1 and 2 on the lander body bottom dust cover. |
227 | Shim 081 | Shim (837J3100000-081) located under the front-center of the small external cover plate along the edge of sidebeam 3 on the lander body bottom dust cover. |
228 | Sidebeam 1 | Sidebeam 1 (837J3100029-002), one third of the core Viking lander body |
229 | Sidebeam 1 Bracket A | Bracket (possibly for a cable anchor) located near the lower right corner of sidebeam 1, below the IRU. |
230 | Sidebeam 1 Bracket B | Bracket (837J3101052-001) for an electrical cable anchor, located near the top center of sidebeam 1. |
231 | Sidebeam 1 Bracket C | Bracket (possibly for an electrical cable anchor) located near the lower left corner of lander core body sidebeam 1, near the leg load limiter. |
232 | Sidebeam 1 Bracket D | Bracket for an electrical cable anchor located toward the left end of sidebeam 1, near the top of the left-side shear fitting flanges. |
233 | Sidebeam 1 Bracket E | Bracket for an electrical cable anchor located near the top of the left corner flange of sidebeam 1. |
234 | Sidebeam 1 Bracket F | Bracket for an electrical cable anchor located at the left end of sidebeam 1, near the top of the left-side guide rail flange. |
235 | Sidebeam 1 Filler | Filler (837J3101077-004) for a small hole in the far right end of lander body sidebeam 1. |
236 | Sidebeam 1 Gas Vent A Assy | Gas vent on the left end of lander body sidebeam 1 near leg 2, purpose and full configuration unknown. |
237 | Sidebeam 1 Washer | Washer (837J3101077-004) for a small hole in the far right end of lander body sidebeam 1. Two washers are used, one on the outside and one on the inside. |
238 | Sidebeam 2 | Sidebeam 2 (837J3100031-002), one third of the cofre Viking lander body |
239 | Sidebeam 2 Black Block | Cubical stand-off (formed of a thermally or electrically insulated black material) glued to sidebeam 2 behind Terminal Descent Engine 2. |
240 | Sidebeam 2 Bracket A | Bracket for an electrical cable anchor, located on the left support rib (837J3100062-002 A) for aeroshell connector bracket #3. |
241 | Sidebeam 2 Bracket B | Bracket for an electrical cable anchor located near the upper left corner of sidebeam 2. |
242 | Sidebeam 2 Bracket C | Bracket for an electrical cable anchor located on the lower left corner of sidebeam 2, near leg 3. |
243 | Sidebeam 3 | Sidebeam 3 (837J3100033-002), one third of the core Viking lander body |
244 | Sidebeam 3 Bracket A | Bracket for an electrical cable anchor located on the right upper corner of sidebeam 3, above the guide rail stop. |
245 | Sidebeam 3 Bracket B | Bracket for an electrical cable anchor located on the right corner flange of sidebeam 3. |
246 | Sidebeam 3 Bracket C | Bracket for an electrical cable anchor located near the top of sidebeam 3's right shear-fitting flanges. |
247 | Sidebeam 3 Bracket D | Bracket for an electrical cable anchor located near the bottom of sidebeam 3's right shear-fitting flanges. |
248 | Sidebeam 3 Bracket E | Bracket for an electrical cable anchor located on sidebeam 3 near the upper mounting block for fuel tank 2's left strut. |
249 | Sidebeam 3 Bracket F | Bracket for an electrical cable anchor located just above center of the main fitting for Terminal Descent Engine (TDE) 3 on sidebeam 3. |
250 | Sidebeam 3 Bracket G | Bracket for a set of electrical cable anchors located at the center of sidebeam 3. |
251 | Sidebeam 3 Bracket G Brace | Supporting brace for the right end of bracket G on sidebeam 3. |
252 | Sidebeam 3 Bracket H | Bracket for an electrical cable anchor located near the bottom of the left shear fitting flanges on lander body sidebeam 3. |
253 | Spacer 81-001 | Spacer (837J3100081-001) located underneath the top horizontal flange of each lander body sidebeam, straddling the flange's thickness change near the leg primary support fittings. The spacer creates a flat surface for fastening a nut plate under the flange. |
254 | Spring Plunger Plate 001 | Spring plunger plate (837J3101069-001) located near the foot of the primary support fittings for legs 1 and 3. |
255 | Spring Plunger Plate 002 | Spring plunger plate (837J3101069-002) located near the foot of the primary support fitting for leg 2. |
256 | Surface Sampler Downlock Post Bracket | Triangular bracket (837J3100092-010) supporting the Surface Sampler Assembly (SSA) downlock post, attached to the SSA main fitting. |
257 | Surface Sampler Downlock Stud | Threaded stud (837J3100092-004) at the top of the Surface Sampler Assembly (SSA) downlock post. 7/16 x 20 TPI (fine) threads. |
258 | Surface Sampler Fitting | Main fitting (837J3100053-001) to which the Surface Sampler Assembly is mounted. Located near the center of sidebeam 2. |
259 | Surface Sampler Fitting Brace | Vertical brace (837J3100054-001) between the Surface Sampler Assembly (SSA) main fitting and Terminal Descent Engine (TDE) 2's main fitting. Located near the center of sidebeam 2. |
260 | Surface Sampler Fitting Clevis LR | Lower clevis fork (837J3100057-008) for the right strut of the Surface Sampler Assembly (SSA) fitting. |
261 | Surface Sampler Fitting Clevis UL | Upper clevis fork for the left strut of the Surface Sampler Assembly (SSA) fitting. |
262 | Surface Sampler Fitting Clevis UR LL | Upper clevis fork (837J3100057-011) for the right strut, and lower clevis fork for the left strut, of the Surface Sampler Assembly (SSA) fitting. |
263 | Surface Sampler Fitting Strut Bracket | Small bracket (837J3100056-001) that anchors the bottom end of the left strut supporting the Surface Sampler Assembly (SSA) to sidebeam 2. |
264 | Surface Sampler Fitting Strut Left | Strut (837J3100057-019) which supports the left side of the Surface Sampler Assembly (SSA) fitting. |
265 | Surface Sampler Fitting Strut Left Assy | Strut assembly which supports the left side of the Surface Sampler Assembly (SSA) fitting. |
266 | Surface Sampler Fitting Strut Right | Strut (837J3100057-020) which supports the right side of the Surface Sampler Assembly (SSA) main fitting. |
267 | Surface Sampler Fitting Strut Right Assy | Strut assembly which supports the right side of the Surface Sampler Assembly (SSA) fitting. |
268 | TDE Fitting 1 | Main mount or fitting (837J3100045-002) for TDE 1, located in the middle of sidebeam 1. |
269 | TDE Fitting 2 | Main mount or fitting (837J3100045-003) for TDE 2, located in the middle of sidebeam 2. |
270 | TDE Fitting 3 | Main mount or fitting (837J3100045-001) for TDE 3, located in the middle of sidebeam 3. |
271 | TDE Fitting Clevis Lower 1L 2R 3L 3R | Lower clevis fork for the left strut of TDE 1's fitting, the right strut of 2's fitting, and both struts of 3's fitting. |
272 | TDE Fitting Clevis Lower 1R | Lower clevis fork for the right strut of TDE 1's fitting. |
273 | TDE Fitting Clevis Upper 1L 2R 3L 3R | Upper clevis fork for the left strut of TDE 1's fitting, the right strut of 2's fitting, and both struts of 3's fitting. |
274 | TDE Fitting Clevis Upper 1R | Upper clevis fork for the right strut of TDE 1's fitting. |
275 | TDE Fitting Strut 1L 3R | Strut (837J3100045-020) which supports the left side of TDE 1's fitting and the right side of TDE 3's fitting. |
276 | TDE Fitting Strut 1L 3R | Strut (837J3100045-020) which supports the left side of TDE 1's fitting and the right side of TDE 3's fitting. |
277 | TDE Fitting Strut 1L Assy | Strut assembly which supports the left side of TDE 1's fitting or mount. |
278 | TDE Fitting Strut 1R | Strut (837J3100045-029) which supports the right side of TDE 1's fitting. |
279 | TDE Fitting Strut 1R Assy | Strut assembly which supports the right side of TDE 1's fitting or mount. |
280 | TDE Fitting Strut 2R | Strut (837J3100045-029) which supports the right side of TDE 2's fitting. |
281 | TDE Fitting Strut 2R Assy | Strut assembly which supports the right side of TDE 2's fitting or mount. |
282 | TDE Fitting Strut 3L | Strut (837J3100045-019) which supports the left side of TDE 3's fitting. |
283 | TDE Fitting Strut 3L Assy | Strut assembly which supports the left side of TDE 3's fitting or mount. |
284 | TDE Fitting Strut 3R Assy | Strut assembly which supports the right side of TDE 3's fitting or mount. |
285 | TDLR Strut 1 | Strut (837J3100028-040) that supports the Terminal Descent Landing Radar (TDLR) hanging from the lander's internal Equipment Plate, near landing leg 1. |
286 | TDLR Strut 2 and 3 | Strut (837J3100028-039) that supports the Terminal Descent Landing Radar (TDLR) hanging from the lander's internal Equipment Plate, near landing legs 2 and 3. |
287 | TDLR Strut Cap | Cap and plate (837J3100028-???) on the bottom end of each of the three struts supporting the Terminal Descent Landing Radar (TDLR) on the lander body bottom dust cover. |
288 | TDLR Strut Cap Assy | Cap and hangar assembly on the bottom end of each of the three struts supporting the Terminal Descent Landing Radar (TDLR) on the lander body bottom dust cover. |
289 | TDLR Strut Cap Cover | Cover plate (731A0031-1) on the bottom of the Terminal Descent Landing Radar (TDLR) strut bottom-end cap. The cover retains the cap's rigid insulation and hangar. |
290 | TDLR Strut Cap Hangar | External structural support for the Terminal Descent Landing Radar (TDLR) unit, held by the rigid insulation within the cap at the bottom of each of the three TDLR struts. |
291 | TDLR Strut Cap Insulation | Structural insulation within the hollow end cap (837J3100028-???) on the bottom end of each of the three Terminal Descent Landing Radar (TDLR) struts. The insulation supports the TDLR strut cap hangar. |
292 | Test Box 1 Bracket Right | Bracket (837J3101033-???) along the right side for support of the test box located on the left end of lander body sidebeam 3. |
293 | Test Box 1 Mount Left | Mount fitting (837J3101033-019) along the left side for support of test box 1, located on the left corner of lander body sidebeam 3. |
294 | Test Box 2 Bracket Left | Bracket (837J3101033-???) along the left side for support of the main bracket to which test box 2 is mounted. Located on the far right end of lander body sidebeam 2. |
295 | Test Box 2 Bracket Main | Main bracket (837J3101033-???) that supports test box 2. Located on the far right end of lander body sidebeam 2. |
296 | Test Box 2 Bracket Right | Bracket (837J3101033-???) along the right side for support of the main bracket to which test box 2 is mounted. Located on the far right end of lander body sidebeam 2. |
297 | Test Box 2 Bracket Upper | Bracket (837J3101033-013) along the top for support of the main bracket to which test box 2 is mounted. Located on the far right end of lander body sidebeam 2. |
298 | Test Box 3 Bracket Main | Main bracket (837J3101033-010) that supports test box 3. Located on the far left end of sidebeam 2 near landing leg 3. |
299 | Test Box 3 Bracket Side | Bracket (837J3101033-???) along the left and right sides for support of the main bracket to which test box 3 is mounted. |
300 | Top Dust Cover | Top dust cover (837K0101809-019) for the Viking lander core body |
301 | Top Dust Cover Border | Reinforced border for the lander body top dust cover |
302 | Top Dust Cover Camera 1 | Cover for the opening in the lander body top dust cover where camera 1 is mounted |
303 | Top Dust Cover Camera 1 Border A | Reinforced border for the front of the camera 1 opening in the lander body top dust cover |
304 | Top Dust Cover Camera 1 Border B | Reinforced border for the rear of the camera 1 opening in the lander body top dust cover |
305 | Top Dust Cover Camera 1 Sheet A | Sheet aluminum panel covering the front of the camera 1 opening in the lander body top dust cover |
306 | Top Dust Cover Camera 1 Sheet B | Sheet aluminum panel covering the rear of the camera 1 opening in the lander body top dust cover |
307 | Top Dust Cover Camera 2 | Cover for the opening in the lander body top dust cover where camera 2 is mounted |
308 | Top Dust Cover Camera 2 Border A | Reinforced border for the front of the camera 2 opening in the lander body top dust cover |
309 | Top Dust Cover Camera 2 Border B | Reinforced border for the rear of the camera 2 opening in the lander body top dust cover |
310 | Top Dust Cover Camera 2 Sheet A | Sheet aluminum panel covering the front of the camera 2 opening in the lander body top dust cover |
311 | Top Dust Cover Camera 2 Sheet B | Sheet aluminum panel covering the rear of the camera 2 opening in the lander body top dust cover |
312 | Top Dust Cover Instrument-Inlet | Cover for the opening in the lander body top dust cover where science-instrument inlets are mounted |
313 | Top Dust Cover Instrument-Inlet Border A | Reinforced border for the front of the science-instrument inlet opening in the lander body top dust cover |
314 | Top Dust Cover Instrument-Inlet Border B | Reinforced border for the rear of the science-instrument inlet opening in the lander body top dust cover |
315 | Top Dust Cover Instrument-Inlet Sheet A | Sheet aluminum panel covering the front of the science-instrument inlet opening in the lander body top dust cover |
316 | Top Dust Cover Instrument-Inlet Sheet B | Sheet aluminum panel covering the rear of the science-instrument inlet opening in the lander body top dust cover |
317 | Top Dust Cover Sheet A | Sheet aluminum panel for the lander body top dust cover, located toward leg 1 |
318 | Top Dust Cover Sheet B | Sheet aluminum panel for the lander body top dust cover, located between legs 2 and 3 |
319 | UHF Antenna Mounting Bracket | Main mounting bracket (837J3100049-019) for the UHF Antenna located near the top center of sidebeam 3. |
320 | UHF Antenna Mounting Bracket Cable Bracket | Small bracket for supporting an electrical cable anchor attached to the left side of the UHF Antenna mounting bracket (837J3100049-019). |
321 | UHF Antenna Mounting Bracket Clip | Clip (837J3100049-003) supporting the inboard top edge of the UHF Antenna mounting bracket, located near the top center of sidebeam 3. |
322 | UHF Antenna Mounting Bracket Doubler | Doubler plate for the UHF Antenna mounting bracket (837J3100049-019), located in the large rectangular cut-out in the forward top portion of the bracket. |
323 | UHF Antenna Mounting Bracket Stiffener Lower | Hat-section stiffener attached to the underside of the UHF Antenna mounting bracket (837J3100049-019). |
324 | UHF Antenna Mounting Bracket Stiffener Upper | Hat-section stiffener attached to the top of the UHF Antenna Mounting Bracket (837J3100049-019). |
325 | V-Block Bracket | Small bracket for an electrical cable anchor, located on lander core body sidebeam 1 near the upper fuel tank truss mount point. |
326 | V-Block Bracket Base | V-block alongside which a bracket for an electrical cable anchor is mounted, located on lander core body sidebeam 1 near the upper fuel tank truss mount point. |
327 | V-Block Bracket Cap | Truncated V-Block which restrains a diagonal bracket for an electrical cable anchor, located on lander core body sidebeam 1 near the upper fuel tank truss mount point. |
328 | VDA Adapter Fitting Lower | Lower face plate adapter (837J3101066-004) for the VDA. Located on the outer face of the lower VDA mounting bracket. |
329 | VDA Adapter Fitting Upper | Upper face plate adapter (837J3101066-003) for the VDA. Located on the outer face of the upper VDA mounting bracket. |
330 | VDA Mount Brace Long | Long diagonal brace (837J310088-003) for the upper VDA mounting bracket. Located near the right end of sidebeam 1. |
331 | VDA Mount Brace Short | Short diagonal brace (837J310088-004) for the upper VDA mounting bracket. Located near the right end of sidebeam 1. |
332 | VDA Mounting Bracket Lower | Lower mounting bracket (837J3100088-002) for the VDA. Located near the right end of sidebeam 1. |
333 | VDA Mounting Bracket Upper | Upper mounting bracket (837J3100088-001) for the VDA. Located near the right end of sidebeam 1. |
334 | VDA Stand-off Fitting | Stand-off fitting (837J3100088-006) for the right end of the VDA lower mounting bracket. Located near the lower right corner of sidebeam 1. |
335 | Viking Standard Initiator | Viking Standard Initiator (VSI), a pyrotechnic initiator device used to trigger mechanical systems. |
336 | Washer .75 diameter | Flat washer, outside diameter 3/4 inch. Used for example in the GCMS hydrogen vent outlet. |
337 | Washer 1.08 Diameter | Flat washer, outside diameter 1.08 inch. Used for example in the gas fitting on the left end of lander body sidebeam 1. |
1 | Component Name | Component Description |
---|---|---|
2 | Bipod Cable Clamp Standoff | Tubular standoff used on the landing leg bipod struts to offset electrical cable clamps out from the bipod central web, providing clearance for the cable next to the bipod end flanges. |
3 | Bipod Strut Hinge Pin | Hinge pin for the joint near the outboard ends of the left and right bipod struts of each landing leg. |
4 | Bipod Strut Left 1 2 | Left bipod strut for legs 1 and 2 of the landing leg tripod design (along with a right bipod and a primary strut). The left bipod strut inboard end is hinged at the ball joint of a Load Limiter; the outboard end is hinged to the footpad-mounting structure at the outboard end of the right bipod. |
5 | Bipod Strut Left 3 | Left bipod strut for leg 3 of the landing leg tripod design (along with a right bipod and a primary strut). The left bipod strut inboard end is hinged at the ball joint of a Load Limiter; the outboard end is hinged to the footpad-mounting structure at the outboard end of the right bipod. |
6 | Bipod Strut Right 1 | Right bipod strut for leg 1 of the landing leg tripod design (along with a left bipod and a primary strut). The right bipod strut inboard end is hinged at the ball joint of a Load Limiter; the outboard end is rigidly affixed to the leg's footpad. |
7 | Bipod Strut Right 2 | Right bipod strut for leg 2 of the landing leg tripod design (along with a left bipod and a primary strut). The right bipod strut inboard end is hinged at the ball joint of a Load Limiter; the outboard end is rigidly affixed to the leg's footpad. |
8 | Bipod Strut Right 3 | Right bipod strut for leg 3 of the landing leg tripod design (along with a left bipod and a primary strut). The right bipod strut inboard end is hinged at the ball joint of a Load Limiter; the outboard end is rigidly affixed to the leg's footpad. |
9 | Definition Name | Entity Description |
10 | Footpad 2 Rim Reinforcement | Fitting located on the underside of footpad 2's rear rim, to strengthen the rim for mounting the temperature sensor thermocouple. |
11 | Footpad Body 1 3 | Main portion of the footpad used on landing legs 1 and 3. |
12 | Footpad Body 2 | Main portion of the footpad used on landing leg 2. This footpad supports a temperature sensor thermocouple. |
13 | Footpad Front Skirt | Truncated skirt for the front of a footpad. |
14 | Footpad Temperature Sensor Assy | Thermocouple temperature sensor device mounted on footpad 2. |
15 | Footpad Temperature Sensor Front Barrel | Barrel tube which holds the front plug of the temperature sensor mounted on footpad 2. |
16 | Footpad Temperature Sensor Front Plug | Insulating plug which holds the six thermocouple support tubes on the front face of the temperature sensor mounted on footpad 2. |
17 | Footpad Temperature Sensor Housing | Housing and integral mounting feet for the temperature sensor mounted on footpad 2. |
18 | Footpad Temperature Sensor Post-Long | Top-most (longest) post that supports thermocouple wires of the temperature sensor mounted on footpad 2. |
19 | Footpad Temperature Sensor Post-Mid | Middle (mid-length) post that supports thermocouple wires of the temperature sensor mounted on footpad 2. |
20 | Footpad Temperature Sensor Post-Short | Bottom-most (shortest) post that supports thermocouple wires of the temperature sensor mounted on footpad 2. |
21 | Footpad Temperature Sensor Rear Plate | Rear plate of the temperature sensor mounted on footpad 2. |
22 | Footpad Temperature Sensor Retainer Ring | Outer ring that retains the front barrel and plug of the temperature sensor mounted on footpad 2. |
23 | Footpad Temperature Sensor Thermocouple Wire | Fine thermocouple wire for the temperature sensor on footpad 2. Each pair of sensor support posts has three wires. |
24 | Footpad Temperature Sensor Wire Adhesive | Adhesive cap on the outboard end of each thermocouple wire support post, for the temperature sensor on footpad 2. |
25 | Ground Cable Bipod to Footpad 1 2 | Electrical grounding or bonding cable connecting landing leg 1 and 2's bipod strut to its footpad. |
26 | Ground Cable Bipod to Footpad 3 | Electrical grounding or bonding cable connecting landing leg 3's bipod strut to its footpad. |
27 | Ground Cable Leg Bipod | Electrical grounding or bonding cable that bridges between the lander body and a bipod strut for each landing leg. |
28 | Ground Cable Leg to Footpad | Electrical grounding or bonding cable connecting a landing leg primary strut to its footpad. |
29 | Leg Attenuator | Aluminum honeycomb tubecore attenuator (shock absorber) for a landing leg primary strut. |
30 | Leg Attenuator Assy | Aluminum honeycomb tubecore attenuator (shock absorber) assembly for a landing leg primary strut. Top and bottom mounting fittings are bonded to the honeycomb cylinder. |
31 | Leg Attenuator Lower Fitting | Fitting or cap bonded to the bottom end of the aluminum honeycomb tubecore attenuator inside a landing leg. |
32 | Leg Attenuator Upper Fitting | Fitting or cap bonded to the top end of the aluminum honeycomb tubecore attenuator inside a landing leg. |
33 | Leg Bottom Tapered Cap | Tapered cap at the lower end of the leg primary strut. Contains the leg extension latch mechanisms. |
34 | Leg Bottom Tapered Cap Bushing | Bushing ring fitted inside the bottom opening of the tapered cap on the lower end of the leg primary strut. |
35 | Leg Extension Spring | Long spring within a landing leg that pushes the lower primary strut out during leg deployment. |
36 | Leg Fairing | Kapton laminate cloth contamination fairing for a landing leg primary strut. |
37 | Leg Fairing Clamp Angle | Angle bracket attached to each end of the band forming a clamp at the upper and lower ends of a landing leg contamination fairing. |
38 | Leg Fairing Clamp Band Lower | Band of the clamp that holds the lower end of a landing leg's cloth contamination fairing in place. |
39 | Leg Fairing Clamp Band Upper | Band of the clamp that holds the upper end of a landing leg's cloth contamination fairing in place. |
40 | Leg Fairing Clamp Bolt | Bolt that secures the two ends of a landing leg fairing clamp. |
41 | Leg Fairing Clamp Lower Assy | Clamp that holds the lower end of a landing leg's cloth contamination fairing in place. |
42 | Leg Fairing Clamp Nut | Nut that secures (along with a bolt) the two ends of a landing leg contamination fairing clamp. |
43 | Leg Fairing Clamp Upper Assy | Clamp that holds the upper end of a landing leg's cloth contamination fairing in place. |
44 | Leg Fairing Seal Lower | Lower soft seal for a landing leg contamination fairing, fitted around the leg strut bottom plate. |
45 | Leg Fairing Seal Upper | Upper soft seal for a landing leg contamination fairing, fitted around the leg strut top pivot arm plate. |
46 | Leg Fairing Stiffener Lower | Stiffening wire within the bottom hem of a landing leg contamination fairing. |
47 | Leg Fairing Stiffener Upper | Stiffening wire within the top hem of a landing leg contamination fairing. |
48 | Leg Guide Tube | Tube within a landing leg primary strut to guide deployment of the leg's lower strut tube. |
49 | Leg Guide Tube Assy | Tube assembly within a landing leg primary strut to guide deployment of the leg's lower strut tube assembly. |
50 | Leg Guide Tube Guide Ring | Ring surrounding the bottom end of the leg guide tube. Keeps the leg lower strut tube centered on the leg guide tube, and prevents over-extension of the lower strut tube. |
51 | Leg Latch Block | Interlocking block in the landing leg deployment mechanism that latches between the lower strut and piston. |
52 | Leg Latch Block Assy | Latch assembly, four of which are installed within the lower end of a landing leg primary strut, that interlocks the leg in the deployed configuration. |
53 | Leg Latch Block Guide Plate | Flat plate screwed to the outer face of the interlocking blocks in the leg deployment latch mechanism, restricting the block to linear motion during leg compression. |
54 | Leg Latch Block Spring | Coil spring that puses a landing leg latch block radially inward, to interlock the leg lower strut and piston upon leg deployment. |
55 | Leg Lower Pivot Bushing | Spherical section bushing for the ball joint pivot at lower end of a landing leg primary strut. |
56 | Leg Lower Pivot Pin | Hinge or pivot pin for the joint at the lower end of the leg primary strut. |
57 | Leg Lower Strut Assy | Lower portion of a landing leg primary strut, which retracts when stowed and extends when deployed. |
58 | Leg Lower Strut Tube | Tubular lower portion of a landing leg primary strut, which retracts when stowed and extends when deployed. |
59 | Leg Lower Strut Upper Guide Ring | Ring inserted into the top of the leg lower strut tube. Keeps the lower strut tube centered on the leg guide tube. |
60 | Leg Piston | Piston within the lower end of the leg primary strut, pushed up by the lower strut tube during landing which compresses the honeycomb attenuator. |
61 | Leg Primary Strut Assy | Primary strut assembly for a landing leg. |
62 | Leg Stroke Gauge Assy | Stroke gauge assembly for a landing leg, which projects out the top of the leg primary strut. Black and white bands on the gauge indicate the amount by which the leg attenuator is crushed (shortened) upon landing impact. |
63 | Leg Stroke Gauge Band Black | Black measurement band for a landing leg stroke gauge. |
64 | Leg Stroke Gauge Band White | White measurement band for a landing leg stroke gauge. |
65 | Leg Stroke Gauge Base | Base of the stroke gauge rod for a landing leg, attached to the leg attenuator lower fitting. |
66 | Leg Stroke Gauge Rod | Main strutural rod of a landing leg stroke gauge. Measurement bands are fitted to the upper portion of the rod. |
67 | Leg Stroke Gauge Rod Adhesive | Fillet of adhesive joining the base and rod of a landing leg stroke gauge. |
68 | Leg Strut Bottom Pivot Arm | Arm and strut cap (837J4500100-009) at the bottom end of a leg lower primary strut, ending in a ball joint with the right bipod strut. |
69 | Leg Strut Bottom Pivot Arm | Arm and strut cap (837J4500100-009) at the bottom end of a leg lower primary strut, ending in a ball joint with the right bipod strut. |
70 | Leg Strut Bottom Plate | Plate forming the lower end of the leg primary strut. |
71 | Leg Strut Plunger Plate | Plate at the upper end of the leg primary strut, attached to the top of the attenuator upper cap, that pushes against the Terminal Engine Shutdown Switch (TESS) upon landing. |
72 | Leg Strut Spacer Rod | Rod, three per landing leg, that keeps the primary strut top and bottom plates correctly spaced apart and guides the attenuator during compression. |
73 | Leg Strut Top Microfilter | Simple representation of the microfilters installed in the top pivot arm cap of a landing leg upper primary strut. |
74 | Leg Strut Top Pivot Arm | Arm and cap at the top end of a leg upper primary strut, ending in a ball joint with the leg primary support fitting. |
75 | Leg TESS Actuator Collar | Collar surrounding the actuator (trigger) pin at the bottom of a landing leg Terminal Engine Shutdown Switch (TESS). |
76 | Leg TESS Actuator Pin | Actuating or trigger pin for a landing leg Terminal Engine Shutdown Switch (TESS). |
77 | Leg TESS Assy | Terminal Engine Shutdown Switch (TESS), installed in the top cap of each landing leg. |
78 | Leg TESS Body | Main body of a Terminal Engine Shutdown Switch (TESS) for a landing leg. |
79 | Leg TESS Body Cap | Cap fitted into the top of a landing leg Terminal Engine Shutdown Switch (TESS). |
80 | Leg TESS Guard Spring | Heavy spring under the leg strut top pivot arm and cap, preventing premature triggering of the leg's Terminal Engine Shutdown Switch (TESS) until weight on the deployed footpad and leg compresses the spring. |
81 | Leg Upper Pivot Bushing | Spherical section bushing for the ball joint pivot at upper end of a landing leg primary strut. |
82 | Leg Upper Pivot Pin | Hinge or pivot pin for the joint at the upper end of the leg primary strut. |
83 | Load Limiter | Load limiter strut (837J4500132-001) that connects the inboard end of a landing leg bipod strut to the lower corner of a lander body sidebeam. |
84 | Load Limiter Pivot Bushing | Spherical section bushing for the ball joint pivot at the end of a landing leg Load Limiter. |
85 | Load Limiter Pivot Pin | Hinge pin for the ball joint pivot at the end of a landing leg Load Limiter. |
1 | Component Name | Component Description |
---|---|---|
2 | LGA Assy | S-Band Low Gain Antenna (LGA) assembly. |
3 | LGA Base | Mounting base of the Low Gain Antenna (LGA). |
4 | LGA Base Connector TNC Jack Assy | Coax TNC female jack fitted into the bottom of the Low Gain Antenna (LGA) base. |
5 | LGA Base Connector TNC Jack Body | Body of the coax TNC female jack fitted into the bottom of the Low Gain Antenna (LGA) base. |
6 | LGA Base Connector TNC Jack Contact | Central contact for the coax TNC female jack fitted into the bottom of the Low Gain Antenna (LGA) base. |
7 | LGA Base Connector TNC Jack Insulator | Insulator for the coax TNC female jack fitted into the bottom of the Low Gain Antenna (LGA) base. |
8 | LGA Base Connector TNC Radius Jack Body | Body of the coax TNC female jack fitted onto the bent tube on the bottom of the Low Gain Antenna (LGA). |
9 | LGA Base Connector TNC Radius Jack Contact | Central contact for the coax TNC female jack fitted onto the bent tube on the bottom of the Low Gain Antenna (LGA). |
10 | LGA Base Connector TNC Radius Jack Insulator | Insulator for the coax TNC female jack fitted onto the bent tube on the bottom of the Low Gain Antenna (LGA). |
11 | LGA Base Connector TNC Radius Plug Body Retainer | Retainer piece that constrains the sleeve to the body of the coax TNC connector plug in the bottom of the LGA Base, while allowing the sleeve to rotate independent of the body. |
12 | LGA Base Connector TNC Radius Plug Gasket | Gasket within the body of the coax TNC connector plug in the bottom of the LGA Base. |
13 | LGA Base Connector TNC Radius Plug Inner Contact | Central contact pin of the coax TNC connector in the bottom of the LGA Base. |
14 | LGA Base Connector TNC Radius Plug Insulator | Inner insulator of the coax TNC connector plug in the bottom of the LGA Base. |
15 | LGA Base Connector TNC Radius Plug Outer Contact | Outer cylindrical contact of the coax TNC connector plug in the bottom of the LGA Base. |
16 | LGA Base Connector TNC Radius Plug Shell | Hex-sided outer shell for tightening the coax TNC connector plug in the bottom of the LGA Base. |
17 | LGA Base Connector TNC Radius Plug Sleeve | Radius-bend sleeve of the coax TNC connector plug in the bottom of the LGA Base. |
18 | LGA Base Connector TNC Radius Right-Angle Assy | Coax TNC male-to-female radius-bend right-angle adapter mated to a jack in the bottom of the Low Gain Antenna (LGA) base. |
19 | LGA Element Support Housing | Cylindrical support for the turnstile elements of the Low Gain Antenna (LGA). |
20 | LGA Element Support Housing Pin | Pin to locate and affix the element support housing to the base of the Low Gain Antenna (LGA). |
21 | LGA Ground Screen Reflector Base | Central portion of the ground screen reflector of the Low Gain Antenna (LGA). |
22 | LGA Ground Screen Reflector Grid | Wire grid of the ground screen reflector of the Low Gain Antenna (LGA). |
23 | LGA Ouput Cable | Coax output cable connected to the Low Gain Antenna (LGA). |
24 | LGA Ouput Cable Tape | Protective tape on the coax output cable connected to the Low Gain Antenna (LGA). |
25 | LGA Output Connector TNC Plug Assy | Coax TNC plug mated to a radius-bend adapter in the bottom of the Low Gain Antenna (LGA) base. |
26 | LGA Output Connector TNC Plug Body | Body of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
27 | LGA Output Connector TNC Plug Body Gasket | Gasket within the body of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
28 | LGA Output Connector TNC Plug Braid Clamp | Braid clamp within the body of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
29 | LGA Output Connector TNC Plug Clamp Nut | Clamp nut for the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
30 | LGA Output Connector TNC Plug Inner Contact | Central contact pin of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
31 | LGA Output Connector TNC Plug Insulator | Inner insulator of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
32 | LGA Output Connector TNC Plug Outer Contact | Outer cylindrical contact of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
33 | LGA Output Connector TNC Plug Shell | Hex-sided outer shell for tightening the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
34 | LGA Output Connector TNC Plug Shell Gasket | Gasket within the shell of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
35 | LGA Output Connector TNC Plug Washer | Washer within the body of the coax TNC connector plug mated to the radius-bend adapter of the LGA Base. |
36 | LGA Radiating Element Lower Core | Core segment of the lower radiating turnstile element of the Low Gain Antenna (LGA). |
37 | LGA Radiating Element Lower Sleeve | Sleeve of the lower radiating turnstile element of the Low Gain Antenna (LGA). |
38 | LGA Radiating Element Mounting Block | Block attached to the radome body into which the radiating elements are mounted, for the Low Gain Antenna (LGA). |
39 | LGA Radiating Element Support Tube Lower | Support tube for the lower radiating element of the Low Gain Antenna (LGA), which fits into the radiating element mounting block and radome body. |
40 | LGA Radiating Element Support Tube Upper | Support tube for the upper radiating element of the Low Gain Antenna (LGA), which fits into the radiating element mounting block and radome body. |
41 | LGA Radiating Element Upper Core | Core segment of the upper radiating turnstile element of the Low Gain Antenna (LGA). |
42 | LGA Radiating Element Upper Sleeve | Sleeve of the upper radiating turnstile element of the Low Gain Antenna (LGA). |
43 | LGA Radome Body | Body of the radome of the Low Gain Antenna (LGA). |
44 | LGA Radome Cap | Cap of the radome of the Low Gain Antenna (LGA). |
45 | LGA Test Connector Fitting | Fitting to mount a coax test connector in the base of the Low Gain Antenna (LGA). |
46 | LGA Test Connector Fitting Adjuster | Adjustment device (?) inserted into the extension of the test connector fitting of the Low Gain Antenna (LGA). |
47 | LGA Test Connector Fitting Extension | Small extension on the test connector fitting (just below the test connector itself) of the Low Gain Antenna (LGA). |
1 | Component Name | Component Description |
---|---|---|
2 | Bolt Bevel-Head MS20004-10 0.25x28 | Bevel-head bolt of type MS20004-10, with thread 1/4x28, length 1.125 inches |
3 | Bolt Bevel-Head MS20004-18 0.25x28 | Bevel-head bolt of type MS20004-18, with thread 1/4x28, length 1.625 inches |
4 | Bolt Bevel-Head MS20004-6 0.25x28 | Bevel-head bolt of type MS20004-8, with thread 1/4x28, length 0.875 inches |
5 | Bolt Bevel-Head MS20004-8 0.25x28 | Bevel-head bolt of type MS20004-8, with thread 1/4x28, length 1.0 inches |
6 | Bolt Cluster Fuel Interface | Set of three bolts to attach fuel fittings. |
7 | Bolt NAS1218-08E1 | NAS1218-08E1 bolt, 8x32 threads, overall 27/64 inch length, 3/8 inch thread length. |
8 | Bolt NAS1218-08E23 | NAS1218-08E23 bolt, 8x32 threads, overall 1-5/32 length, 23/64 thread length. |
9 | Bolt NAS1218-08E5 | NAS1218-08E5 bolt, 8x32 threads, overall 21/32 length, 23/64 thread length. |
10 | Cable Clamp MS21919-12 | Cusioned cable clamp of type MS21919-12, with 0.750 inch inside diameter. |
11 | Cable Clamp MS21919-12 Band | Band of a type MS21919-12 cable clamp. |
12 | Cable Clamp MS21919-12 Cusion | Cusion of a type MS21919-12 cable clamp. |
13 | Cable Clamp MS21919-4 | Cusioned cable clamp of type MS21919-4, with 0.250 inch inside diameter. |
14 | Cable Clamp MS21919-4 Band | Band of a type MS21919-4 cable clamp. |
15 | Cable Clamp MS21919-4 Cusion | Cusion of a type MS21919-4 cable clamp. |
16 | Cable Clamp Small | Small-size clamp used to restrain electrical cables in various locations. |
17 | Cable Clamp Small Band | Metal band for a small-size clamp used to restrain electrical cables in various locations. |
18 | Cable Clamp Small Insulation | Insulation for a small-size clamp used to restrain electrical cables in various locations. |
19 | Connector Glenair Backshell Assy | Backshell assembly of Glenair type G62428C or 7252B-3613-2 (unsure of actual part number). |
20 | Connector Glenair Backshell Body | Body of a Glenair backshell of type G62428C or 7252B-3613-2 (unsure of actual part number). |
21 | Connector Glenair Backshell Lockring | Internal lockring (within the body) of a Glenair backshell of type G62428C or 7252B-3613-2 (unsure of actual part number). |
22 | Connector Glenair Backshell Nut | Nut of a Glenair backshell of type G62428C or 7252B-3613-2 (unsure of actual part number). |
23 | Connector KPDR6EN8-2S and Glenair Backshell Assy | ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector with attached Glenair backshell. |
24 | Connector KPDR6EN8-2S Assy | ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
25 | Connector KPDR6EN8-2S Barrel | Main barrel or body of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
26 | Connector KPDR6EN8-2S Barrel Retaining Ring | Barrel retaining ring of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector, which prevents the coupling nut from slipping off the barrel. |
27 | Connector KPDR6EN8-2S Coupling Nut | Coupling nut of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
28 | Connector KPDR6EN8-2S Grommet | Rear grommet of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
29 | Connector KPDR6EN8-2S Insert | Front insert of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
30 | Connector KPDR6EN8-2S Pin Contact | Pin contact (within the front insert) of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
31 | Connector KPDR6EN8-2S Wave Spring | Wave spring within the coupling nut of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector. |
32 | Connector KPDR6EN8-2S Wire Contact | Wire contact of an ITT Cannon KPDR6EN8-2S 2-pin bayonet socket connector, which is installed within the rear grommet. |
33 | Connector M39029 4-110 Contact Pin | Contact pin of type Deutsch M39029/4-110 for an electrical connector. |
34 | Connector M39029 5-115 Contact Socket | Contact socket of type Deutsch M39029/5-115 for an electrical connector. |
35 | Connector MS3474L12-10P Assy | Deutsch MS3474L12-10P electrical connector receptacle assembly. |
36 | Connector MS3474L12-10P Bayonet Pin | Bayonet pin of a Deutsch MS3474L12-10P electrical connector receptacle. |
37 | Connector MS3474L12-10P Coupling Nut | Coupling nut of a Deutsch MS3474L12-10P electrical connector receptacle. |
38 | Connector MS3474L12-10P Gasket | Front gasket of a Deutsch MS3474L12-10P electrical connector receptacle. |
39 | Connector MS3474L12-10P Grommet | Rear grommet of a Deutsch MS3474L12-10P electrical connector receptacle. |
40 | Connector MS3474L12-10P Insert | Insert of a Deutsch MS3474L12-10P electrical connector receptacle. |
41 | Connector MS3474L12-10P Interface Seal | Front interface seal of a Deutsch MS3474L12-10P electrical connector receptacle. |
42 | Connector MS3474L12-10P Jam Nut | Jam nut for mounting a Deutsch MS3474L12-10P electrical connector receptacle. |
43 | Connector MS3474L12-10P Mount O-Ring | O-ring seal for the mounting flange of a Deutsch MS3474L12-10P electrical connector receptacle. |
44 | Connector MS3474L12-10P Shell | Shell or main body of a Deutsch MS3474L12-10P electrical connector receptacle. |
45 | Connector NB6E12-10SNC Assy | Deutsch NB6E12-10SNC electrical connector plug assembly. |
46 | Connector NB6E12-10SNC Grommet | Rear grommet of a Deutsch NB6E12-10SNC electrical connector plug. |
47 | Connector NB6E12-10SNC Insert | Front insert of a Deutsch NB6E12-10SNC electrical connector plug. |
48 | Connector NB6E12-10SNC Load Ring | Load ring of a Deutsch NB6E12-10SNC electrical connector plug. |
49 | Connector NB6E12-10SNC Retaining Ring | Retaining ring of a Deutsch NB6E12-10SNC electrical connector plug. |
50 | Connector NB6E12-10SNC Shell | Main shell or body of a Deutsch NB6E12-10SNC electrical connector plug. |
51 | Connector NB6E12-10SNC Wave Spring | Wave spring of a Deutsch NB6E12-10SNC electrical connector plug. |
52 | Coupling 025 | Reinforced straight coupling for 0.25 inch tubing. |
53 | Coupling Nut AN818-2 | Coupling nut of type AN818-2 for 1/8 inch tubing. |
54 | Coupling Nut AN818-2 Cap | Cap to close the ported end of an AN818-2 1/8 inch coupling nut. |
55 | Coupling Nut AN818-4 | Coupling nut of type AN818-4 for 1/4 inch tubing. |
56 | Coupling Nut AN818-4 Cap | Cap to close the ported end of an AN818-4 1/4 inch coupling nut. |
57 | Coupling Nut AN818-6 | Coupling nut of type AN818-6 for 3/8 inch tubing. |
58 | Coupling Nut AN818-8 | Coupling nut of type AN818-8 for 1/2 inch tubing. |
59 | Coupling Threaded 025 | Threaded coupling or union for small 0.25 inch fuel lines. |
60 | Junction 90 025 | 90 degree junction for small 0.25 inch fuel lines. |
61 | Junction 90 Long 025 | Long form of a 90 degree junction for small 0.25 inch fuel lines. |
62 | Junction Tee 025 | Tee junction for small 0.25 inch fuel lines. |
63 | Junction Tee 025 Threaded | Tee junction for small 0.25 inch fuel lines, with a threaded inlet port. |
64 | Nut AN315-3 | Nut of type AN315-3 with threads #10-32. |
65 | Nut AN345-3 | Hex nut of type AN345-3, with #3-56 threads. |
66 | Nut MS35649-224 | Hex nut of type MS34649-224, with #2-56 threads, corrosion-resistant steel. |
67 | Nut MS90415-4 | Nut of type MS90415-4, 12-point wrenching surface, with captive washer, threads 1/4-28. |
68 | Nut MS90415-4 Body | Main body of a nut of type MS90415-4, threads 1/4-28. |
69 | Nut MS90415-4 Washer | Captive washer of a nut of type MS90415-4, threads 1/4-28. |
70 | Nut NAS12291-08 | Shouldered nut of type NAS1291-08 with threads #8-32. |
71 | Nut NAS1291-06 | Nut of type NAS1291-06, with 6-32 threads. |
72 | Nut NAS1291-3 | Shouldered nut of type NAS1291-3 with threads #10-32. |
73 | Nut Plate MS21075-3E | Nut plate of type MS21075-3E, with eyelets, with #10-32 threads. |
74 | Nut Plate MS21075-3E Body | Body for a nut plate of type MS21075-3E, with eyelets, with #10-32 threads. |
75 | Nut Plate MS21075-3E Nut Insert | Nut insert for a nut plate of type MS21075-3E, with eyelets, with #10-32 threads. |
76 | Plug AN814-3 | Plug of type AN814-3, for 3/8x24 threads. |
77 | Screw NAS1216-3-8 | Dovetail slot machine screw of type NAS1216-3-8, with #10-32 threads, overall length 1/2 inch, thread length 1/2 inch |
78 | Screw NAS1218-06-3 | NAS1218-06-03 machine screw, with #6-32 threads and overall length 0.480 inches. |
79 | Screw NAS1218-3-2 | Dovetail slot machine screw of type NAS1218-3-2, with #10-32 threads, overall length 15/32 inch, thread length 23/64 inch |
80 | Screw NAS1218-3-3 | Dovetail slot machine screw of type NAS1218-3-3, with #10-32 threads, overall length 17/32 inch, thread length 23/64 inch |
81 | Screw NAS1218-3-4 | Dovetail slot machine screw of type NAS1218-3-4, with #10-32 threads, overall length 19/32 inch, thread length 23/64 inch |
82 | Screw NAS1218-3-6 | Dovetail slot machine screw of type NAS1218-3-6, with #10-32 threads, overall length 23/32 inch, thread length 23/64 inch |
83 | Screw NAS1218-3-9 | Dovetail slot machine screw of type NAS1218-3-9, with #10-32 threads, overall length 29/32 inch, thread length 23/64 inch |
84 | Screw NAS1351C00-3 | Socket-head cap screw of type NAS1351C00-3, with #0-80 threads, thread length 0.1875 (3/16) inch. Smooth head (no knurling). |
85 | Screw NAS1351C02-4 | Socket-head cap screw type NAS1351C02-4, with #2-56 threads and threaded-length 0.25 inches. Knurled head. |
86 | Screw NAS1351C02-6 | Socket-head cap screw type NAS1351C02-6, with #2-56 threads and threaded-length 0.375 inches. Smooth head (no knurling). |
87 | Screw NAS1351C03-4 | Socket-head cap screw of type NAS1351C03-4, with #3-56 threads, thread length 0.250 (1/4) inches. |
88 | Screw NAS1351C04-4 | Socket-head cap screw of type NAS1351C04-4, corrosion-resistant steel (C), threads #4-48, thread-length 0.25 inch. Knurled head. |
89 | Screw NAS1351C04-8 | Socket-head cap screw of type NAS1351C04-8, corrosion-resistant steel (C), threads #4-48, thread-length 0.50 inch. Knurled head. |
90 | Screw NAS1351C06H6 | Socket-head cap screw of type NAS1351C06H6, corrosion-resistant steel, threads #6x40, overall length 0.375 inch, splined head, with safety wire holes. |
91 | Screw NAS1351C06H8 | Socket-head cap screw of type NAS1351C06H8, corrosion-resistant steel, threads #6x40, overall length 0.500 inch, splined head, with safety wire holes. |
92 | Screw NAS1351C3-20 | Socket-head cap screw of type NAS1351C3-20, with #10-32 threads, thread length 1.25 inches, splined head. |
93 | Screw Pan Head Phillips 2x56 025 | Pan-head screw with Phillips cross slot, 2x56 threads, 0.25 inches long. |
94 | Screw Pan Head Phillips 2x56 050 | Pan-head screw with Phillips cross slot, 2x56 threads, 0.50 inches long. |
95 | Screw Pan Head Phillips 4x48 0375 | Pan-head screw with Phillips cross slot, 4x48 threads, 0.375 inches long. |
96 | Screw Round-Head Cross-Recess 4-48x25 | Machine screw, round head with cross recess, threads 4-48, threaded length 0.25 inches. |
97 | Sleeve AN819-4 | Sleeve of type AN819-4 for 1/4 inch tubing. |
98 | Spring Pin 1-16x0.25 | Spring pin 1/16th inch nominal diameter and 0.250 inch length (similar to type MS9047). |
99 | Viking Pressure Cartridge | Pyrotechnic Viking Pressure Cartridge (VPC), actuated by a Viking Standard Initiator (VSI) screwed and welded into the top of the VPC. |
100 | Viking Pressure Cartridge Body | Main body of a Viking Pressure Cartridge (VPC). |
101 | Viking Pressure Cartridge Charge Granules | Granular explosive charge within a Viking Pressure Cartridge (VPC). |
102 | Viking Pressure Cartridge Charge Pellet | Explosive charge pellet in a Viking Pressure Cartridge (VPC). |
103 | Viking Pressure Cartridge Closure Cup | Closure cup for a Viking Pressure Cartridge (VPC), which seals the output end of the VPC. |
104 | Viking Pressure Cartridge Disk | Disk that encapsulates the explosive charge within a Viking Pressure Cartridge (VPC). |
105 | Viking Pressure Cartridge O-Ring | O-ring within a Viking Pressure Cartridge (VPC) to seal the interface with the installed Viking Standard Initiator (VSI) which triggers the VPC. |
106 | Viking Pressure Cartridge Retaining Ring | Retaining ring (disk with rim) at the bottom end of the explosive charge within a Viking Pressure Cartridge (VPC). |
107 | Viking Pressure Cartridge Weld Washer | Weld washer for a Viking Pressure Cartridge (VPC), which seals the VPC to the installed Viking Standard Initiator (VSI). |
108 | Viking Pressure Cartridge Weld Washer Bead | Weld bead around the outside perimeter of the weld washer of a Viking Pressure Cartridge (VPC). |
109 | Viking Standard Initiator | Viking Standard Initiator (VSI), a pyrotechnic initiator device used to trigger mechanical systems. |
110 | Washer AN960-10 x0.016 | Washer of type AN960-10 for a #10 threaded machine screw, 0.016 inch thick. |
111 | Washer AN960-10 x0.032 | Washer of type AN960-10 for a #10 threaded machine screw, 0.032 inch thick. |
112 | Washer AN960-10 x0.063 | Washer of type AN960-10 with 0.063 thicnkess. |
113 | Washer AN960-416 x0.063 | Washer of type AN960-416, for 1/4 inch bolt, 0.063 thick. |
114 | Washer AN960-6 | Washer type AN960-6, O.D. 0.375 inches, I.D. 0.149 inches, thickness 0.032 inches. |
115 | Washer AN960-8 x0.032 | Washer of type AN960-8, for #8 screw, with 0.032 inch thickness. |
116 | Washer AN960-C2L | Washer of type AN960-C2L, for #2 screw, 0.016 inches thick. |
117 | Washer NAS620-6L x0.016 | Washer of type NAS620-6L for a #6 threaded machine screw, 0.016 inch thick. |
1 | Component Name | Component Description |
---|---|---|
2 | UHF Antenna Assy | UHF Antenna assembly. |
3 | UHF Antenna Base | Base of the UHF antenna. |
4 | UHF Antenna Cable | UHF antenna radio-frequency feed cable. |
5 | UHF Antenna Cable Tape | Protective tape on the UHF antenna feed cable. |
6 | UHF Antenna Connector Mount | Mounting fitting for the coax connector within the base of the UHF antenna. |
7 | UHF Antenna Ground Screen Brace | Diagonal brace for the ground screen reflector of the UHF antenna. |
8 | UHF Antenna Ground Screen Reflector | Ground screen reflector of the UHF Antenna. |
9 | UHF Antenna Housing | Central housing sleeve or mast of the UHF antenna. |
10 | UHF Antenna Housing Cap Nut Plate | Nut plate mounted within the top of the UHF antenna housing for fastening the housing cap. |
11 | UHF Antenna Housing Slot Nut Plate | Nut plate mounted within the UHF antenna housing near the bottom of the four slots, for attachment of the vernier tabs. Design is speculative. |
12 | UHF Antenna Housing Slot Nut Plate Assy | Assembly of an internal nut plate and fasteners that attach the UHF antenna housing vernier adjust tabs at the lower end of the housing slots. |
13 | UHF Antenna Housing Slot Nut Plate Rivet | Rivet 3/32 inch diameter that fastens the nut plate behind the lower end of each vernier adjustment slot in the housing of the UHF antenna. |
14 | UHF Antenna Mounting Ring | Ring upon which the UHF Antenna base is mounted. |
15 | UHF Antenna Radiator Corona Ball | Ball on the outboard end of each UHF antenna radiator rod, designed to reduce corona arcing in low-pressure gas environments. |
16 | UHF Antenna Radiator Corona Ball Cover Assy | Fiberglass and polyurethane foam assembly that covers the corona ball at the tip of a UHF antenna radiator rod. |
17 | UHF Antenna Radiator Corona Ball Foam Inboard | Inboard portion of polyurethane foam that surrounds the corona ball on the tip of a UHF antenna radiator rod. |
18 | UHF Antenna Radiator Corona Ball Foam Outboard | Outboard portion of polyurethane foam that surrounds the corona ball on the tip of a UHF antenna radiator rod. |
19 | UHF Antenna Radiator Corona Ball Pin | Pin that fastens a corona ball to the outboard end of a radiator rod of the UHF antenna. |
20 | UHF Antenna Radiator Corona Ball Sleeve | Fiberglass sleeve covering the foam that surrounds the corona ball on the tip of a UHF antenna radiator rod. |
21 | UHF Antenna Radiator Corona Ball Sleeve Cap Inboard | Inboard cap of the sleeve that surrounds the corona ball at the tip of a UHF antenna rdiator rod. |
22 | UHF Antenna Radiator Corona Ball Sleeve Cap Outboard | Outboard cap of the sleeve that surrounds the corona ball at the tip of a UHF antenna rdiator rod. |
23 | UHF Antenna Radiator Quad Assy | Assembly of the upper and lower radiator elements forming a quadrant of the UHF antenna. |
24 | UHF Antenna Radiator Rod Lower | Lower (slanted) radiator rod of the UHF antenna, mounted near the top of the antenna central housing. |
25 | UHF Antenna Radiator Rod Upper | Upper (horizontal) radiator rod of the UHF antenna, mounted near the top of the antenna central housing. |
26 | UHF Antenna Slot Dielectric Rod Long | Dielectric rod that fills a long slot in the UHF antenna housing. |
27 | UHF Antenna Slot Dielectric Rod Short | Dielectric rod that fills a short slot in the UHF antenna housing. |
28 | UHF Antenna Slot Vernier Adjust Tab | Tab who's position can be adjusted vertically to fine-tune the frequency response of the slots cut in the UHF antenna housing or mast. |
29 | UHF Antenna Top Cap | Cap on top of the UHF antenna housing. |
30 | UHF Antenna Top Cap Nut Plate Assy | Assembly of an internal nut plate and fasteners that attach the UHF antenna top cap to the upper part of the antenna housing. |
31 | UHF Antenna Top Cap Washer | Washer used with the screws that attach the UHF antenna top cap to the antenna housing. |
1 | Component Name | Component Description |
---|---|---|
2 | CHSU Assy | Collector Head Shroud Unit (CHSU) assembly. |
3 | CHSU Body | Hollow body of a Collector Head Shroud Unit (CHSU) that encloses a Surface Sampler collector head to prevent contamination by Earth microbes prior to landing on Mars. |
4 | CHSU Eject Spring | Coil spring installed on the bottom end of the Collector Head Shroud Unit to eject the shroud from the collector head collar. |
5 | CHSU Guide Rail | Guide rail attached to the side of the Collector Head Shroud Unit (CHSU) that ensures smooth CHSU jettison via the Surface Sampler housing rollers. |
6 | CHSU Hook | Hook plate at the tip of the Collector Head Shroud Unit (CHSU), surrounding the gas fill valve. |
7 | CHSU Hook Mounting Block | Square pad or block at the tip of the Collector Head Shroud Unit, to which the CHSU's hook is attached. |
8 | CHSU Latch | Hinged latch or hook that secures the Collector Head Shroud Unit to the Surface Sampler Collector Head collar. |
9 | CHSU Latch Bushing | Bushing for the hinge pin of a Collector Head Shroud Unit (CHSU) latch hook, installed in the CHSU body blister in which the latch is mounted. |
10 | CHSU Latch Hinge Pin | Hinge pin for a latch hook of the Collector Head Shroud Unit (CHSU). |
11 | CHSU Latch Limiter Tab | Bent sheet metal tab that prevents over-rotation of the Collector Head Shroud Unit retaining latch. |
12 | CHSU Latch Spring | Spring that pushes a Collector Head Shroud Unit (CHSU) latch hook open, away from the CHSU body and the retaining clips on the Surface Sampler collector head collar. |
13 | CHSU Strap | Flexible strap cliped to two large rivets on the inside surface of the Collector Head Shroud Unit (CHSU). |
14 | CHSU Strap Rivet | Rivet to which is clipped a flexible strap on the inside surface of the Collector Head Shroud Unit (CHSU) body. |
15 | CHSU Valve Assy | Fill/seal valve assembly located on the tip of the Collector Head Shroud Unit (CHSU). |
16 | CHSU Valve Body | Main body of the valve at the tip of the Collector Head Shroud Unit (CHSU), in which the valve stem floats. |
17 | CHSU Valve Fill Nut | Nut that allows filling or sealing of the valve at the tip of the Collector Head Shroud Unit (CHSU). |
18 | CHSU Valve Nozzle | Nozzle at the front of the valve at the tip of the Collector Head Shroud Unit (CHSU). |
19 | CHSU Valve NutInsert | Outermost body of the valve for the Collector Head Shroud Unit (CHSU), formed of an integral nut and threaded insert. |
20 | CHSU Valve Poppet | Poppet and stem for the valve at the tip of the Collector Head Shroud Unit (CHSU). |
21 | CHSU Valve Poppet Pin | Pin or rod within the body of the valve at the tip of the Collector Head Shroud Unit (CHSU) that prevents the poppet from rotating. |
22 | Connector Insert MD6302E1891PN | Microdot MARC-63 type electrical connector insert for shell type MD63-02E18-91P-N (box-mount, sealed, size 18, 91 inserts, pins, polarizing position N). Used in the Surface Sampler Acquisition Assembly (SSAA) pedestal mount. |
23 | Connector Shell MD6302E1891PN | Microdot MARC-63 type electrical connector shell MD63-02E18-91P-N (box-mount, sealed, size 18, 91 inserts, pins, polarizing position N). Used in the Surface Sampler Acquisition Assembly (SSAA) pedestal mount. |
24 | Micro Switch 9HM4 Assy | Honeywell Micro Switch type 9HM4 as used in the Surface Sampler Collector Head (SSCH). |
25 | Micro Switch 9HM4 Assy | Honeywell Micro Switch type 9HM4 as used in the Surface Sampler Collector Head (SSCH). |
26 | Micro Switch 9HM4 Body | Body of Honeywell Micro Switch type 9HM4 as used on the Surface Sampler Collector Head (SSCH). |
27 | Micro Switch 9HM4 Body | Body of Honeywell Micro Switch type 9HM4 as used on the Surface Sampler Collector Head (SSCH). |
28 | Micro Switch 9HM4 Lever | Actuating lever for a Honeywell Micro Switch type 9HM4 as used on the Surface Sampler Collector Head (SSCH). |
29 | Micro Switch 9HM4 Lever | Actuating lever for a Honeywell Micro Switch type 9HM4 as used on the Surface Sampler Collector Head (SSCH). |
30 | Micro Switch 9HM4 Terminal | Solder terminal for a Honeywell Micro Switch type 9HM4 as used in the Surface Sampler Collector Head (SSCH). |
31 | Micro Switch 9HM4 Terminal | Solder terminal for a Honeywell Micro Switch type 9HM4 as used in the Surface Sampler Collector Head (SSCH). |
32 | Screw Pan Head Phillips 6x32 5_8th | Machine screw, pan head, Phillips drive, #6x32 thread, 5/8th inch length. |
33 | SS Boom Connector Plug Insert | Internal disc within the electrical connector plug of the Surface Sampler boom that accepts the pins of the connector mounted on the collar plate of the Surface Sampler Collector Head (SSCH). |
34 | SS Boom Connector Plug Shell | Electrical plug shell (size C, similar to MARC 43 type) which is affixed to the end of the surface sampler boom's internal Flat Conductor Cable (FCC). |
35 | SS Boom FCC End Disc | Disc between the Flat Conductor Cable (FCC) and the electrical connector plug within the Surface Sampler boom, where the collector head attaches. |
36 | SS Boom FCC Etched Circuit Tip | Flexible etched circuit at the tip of the Flat Conductor Cable (FCC) within the boom of the Surface Sampler. |
37 | SS Boom FCC Main Cable | Main portion of the Flat Conductor Cable (FCC) within the boom of the Surface Sampler. |
38 | SS Boom FCC Tip Clamp | Clamp plate, two of which are adhered to the tip of the Flat Conductor Cable (FCC) within the Surface Sampler boom. Used to hold the FCC under tension within the boom. |
39 | SS Boom FCC Tip Guard | Wire guard at the tip of the Flat Conductor Cable (FCC) within the boom of the Surface Sampler. |
40 | SS Boom FCC Tip Spring | Spring used to keep tension in the tip of the Flat Conductor Cable (FCC) within the Surface Sampler boom. |
41 | SS Boom Foil Doubler | Reinforcing doubler sheet appled to the tip of the Surface Sampler boom foil skins. |
42 | SS Boom Foil Doubler Tape | Adhesive tape covering the ends of the doubler plate on the tip of the Surface Sampler boom's foil (skin). |
43 | SS Boom Foil Skin Deployed | Steel foil forming half of the boom of the Surface Sampler, in the deployed configuration. |
44 | SS Boom Foil Skin Retracted | Steel foil forming half of the boom of the Surface Sampler, in the retracted configuration. |
45 | SS Boom Mount Assy | The various components used to mount the Surface Sampler Collector Head (SCH) to the surface sampler boom. |
46 | SS Boom Mounting Flange | Flange fitting that joins the Surface Sampler boom to the Surface Sampler Collector Head (SSCH) collar. |
47 | SS Boom Mounting Pressure Plate | Thin sheet or plate riveted to the Surface Sampler boom foil (skin) and connected via a floating joint to the boom mounting flange. |
48 | SS Boom Mounting Spring | Spring surrounding the mounting standoff that presses against the pressure plate attached to the Surface Sampler boom foil (skin). |
49 | SS Boom Mounting Standoff | Cylindrical standoffs surrounding the screws that attach the Surface Sampler boom's foil skin to the boom mounting flange. |
50 | SS Boom Mounting Washer Lower | Lower washer located against the pressure plate on the Surface Sampler boom foil's skin, surrounding the mounting standoff. |
51 | SS Boom Mounting Washer Upper | Upper washer located against the head of the screw through the Surface Sampler boom mounting standoff, into the boom mounting flange. |
52 | SS Boom Tip Cloth Seal Lower | Cloth used to help seal the junction between the Surface Sampler boom's lower foil skin and the Surface Sampler Connector Head (SSCH) collar base, covering part of the boom mounting flange. |
53 | SS Boom Tip Cloth Seal Upper | Cloth used to help seal the junction between the Surface Sampler boom's upper foil skin and the Surface Sampler Connector Head (SSCH) collar base, covering part of the boom mounting flange. |
54 | SS Boom Tip Seal Clamp Lower | Clamp plate that holds the lower cloth seal at the tip of the Surface Sampler boom against the boom mounting flange. |
55 | SS Boom Tip Seal Clamp Upper Port | Clamp plate that holds the upper cloth seal (on the port side) at the tip of the Surface Sampler boom against the boom mounting flange. |
56 | SS Boom Tip Seal Clamp Upper Starboard | Clamp plate that holds the upper cloth seal (on the starboard side) at the tip of the Surface Sampler boom against the boom mounting flange. |
57 | SS Boom Tip Seal Clamp Washer | Truncated washer for the seal-clamps at the tip of the Surface Sampler boom. Supports the machine screw holding the boom mounting flange to the Surface Sampler Collector Head back collar. |
58 | SSAA Azimuth Drive Gear Motor | Gear motor (in approximated form) for the azimuth drive of the Surface Sampler Acquisition Assembly (SSAA). |
59 | SSAA Azimuth Drive Motor Gear | Spur gear on the shaft of the azimuth drive motor for the Surface Sampler Acquisition Assembly (SSAA). |
60 | SSAA Azimuth Drive Motor Mount | Mount that attaches the azimuth drive gear motor to the yoke base of the Surface Sampler Acquisition Assembly (SSAA). |
61 | SSAA Azimuth Drive Spur Gear | Spur gear mounted on the worm drive shaft on the yoke base of the Surface Sampler Acquisition Assembly (SSAA) that engages the pedestal worm wheel gear to rotate the SSAA in azimuth. |
62 | SSAA Azimuth Drive Worm Gear Shaft | Shaft for the worm gear mounted on the yoke base of the Surface Sampler Acquisition Assembly (SSAA) that engages the pedestal worm wheel gear to rotate the SSAA in azimuth. |
63 | SSAA Azimuth Drive Worm Wheel | Worm wheel gear mounted to the pedestal shaft of the Surface Sampler Acquisition Assembly (SSAA) that rotates the SSAA in azimuth. |
64 | SSAA Azimuth Drive Worm Wheel Spacer | Spacer to position the azimuth drive worm gear on the pedestal shaft of the Surface Sampler Acquisition Assembly (SSAA) housing. |
65 | SSAA Boom Drum Bearing | Simplified bearing for the boom drum within the Surface Sampler Acquisition Assembly (SSAA). |
66 | SSAA Boom Drum Body | Main body of the drum onto which is wound the boom of the Surface Sampler Acquisition Assembly (SSAA). |
67 | SSAA Boom Drum End Plate | End plate or wall of the drum onto which is wound the boom of the Surface Sampler Acquisition Assembly (SSAA). |
68 | SSAA Boom Drum Gear | Main retract-drive gear attached to the Surface Sampler Acquisition Assembly (SSAA) boom storage drum. |
69 | SSAA Boom Drum Hub | Stationary hub for the drum onto which the boom is wound within the Surface Sampler Acquisition Assembly (SSAA). |
70 | SSAA Boom Drum Hub Cable Guard | Guard to minimize bending of the Flat Conductor Cable (FCC) within the Surface Sampler Acquisition Assembly (SSAA) boom, at the point it enters the slot of the boom drum stationary hub. |
71 | SSAA Boom Drum Hub Fitting | Anchor fitting for each end of the stationary hub of the storage drum for the Surface Sampler Acquisition Assembly (SSAA) boom. Affixed to the SSAA housing side frames. |
72 | SSAA Boom ExtendRetract Motor Cover | Exterior cover for the gear motor and spur gear that extends and retracts the boom of the Surface Sampler Acquisition Assembly (SSAA). |
73 | SSAA Boom FlipFlip Gear Guide | Guide plate (mostly speculative) for the flip-flop gear in the boom extend-retract drive mechanism of the Surface Sampler Acquisition Assembly (SSAA). |
74 | SSAA Boom FlipFlop Gear | Movable spur gear in the boom extend-retract drive of the Surface Sampler Acquisition Assembly (SSAA) that engages the extend or retract mechanisms. |
75 | SSAA Boom FlipFlop Gear Shaft | Shaft for the flip-flop gear in the extend-retract drive system of the Surface Sampler Acquisition Assembly (SSAA). |
76 | SSAA Boom Guide Inner | Inboard guide channel for the boom of the Surface Sampler Acquisition Assembly (SSAA), located on the boom support guides. |
77 | SSAA Boom Guide Outer | Outboard guide channel for the boom of the Surface Sampler Acquisition Assembly (SSAA), located on the boom support guides. |
78 | SSAA Boom Guide Shoe | Guide bar or shoe that vertically centers the boom within the boom support guides of the Surface Sampler Acquisition Assembly (SSAA). |
79 | SSAA Boom Motor Cover Fitting | Plate that attaches the exterior cover of the boom extend-retract drive motor to the left sideframe of the Surface Sampler Acquisition Assembly (SSAA). |
80 | SSAA Boom Motor Spur Gear | Spur gear attached to the gear motor that extends and retracts the Surface Sampler Acquisition Assembly (SSAA) boom. |
81 | SSAA Boom Pinch Roller | Simplified pinch roller wheel that keeps the boom in contact with the extension-drive sprocket wheels, in the Surface Sampler Acquisition Assembly (SSAA). |
82 | SSAA Boom Pinch Roller Bearing | Simplified bearing and shaft for the pinch rollers that keep the boom in contact with the extension-drive sprocket wheels, in the Surface Sampler Acquisition Assembly (SSAA). |
83 | SSAA Boom Sprocket Drive Shaft | Drive shaft for the sprocket wheels that extend the boom of the Surface Sampler Acquisition Assembly (SSAA). |
84 | SSAA Boom Sprocket Shaft Bearing Left | Simplified bearing for the left end of the sprocket wheel drive shaft that extends the boom of the Surface Sampler Acquisition Assembly (SSAA). |
85 | SSAA Boom Sprocket Spur Gear | Spur gear that drives the sprocket wheels to extend the Surface Sampler Acquisition Assembly (SSAA) boom. |
86 | SSAA Boom Sprocket Wheel | Sprocket wheel that extends the boom of the Surface Sampler Acquisition Assembly (SSAA). |
87 | SSAA Boom Support Bridge Lower | Lower structural bridge that spans the gap between the support guides for the boom of the Surface Sampler Acquisition Assembly (SSAA). |
88 | SSAA Boom Support Bridge Upper | Upper structural bridge that spans the gap between the support guides for the boom of the Surface Sampler Acquisition Assembly (SSAA). |
89 | SSAA Boom Support Guide | Structural frame that guides and supports the boom of the Surface Sampler Acquisition Assembly (SSAA) as the boom exits the SSAA housing. |
90 | SSAA Boom Support Roller Assy LowerLong | Lower boom support roller assembly, located on the forward-inside of the side frames of the Surface Sampler Acquisition Assembly (SSAA). |
91 | SSAA Boom Support Roller Assy LowerShort | Lower boom support roller assembly, located on the boom support guides of the Surface Sampler Acquisition Assembly (SSAA). |
92 | SSAA Boom Support Roller Assy UpperLong | Upper boom support roller assembly, located on the forward-inside of the side frames of the Surface Sampler Acquisition Assembly (SSAA). |
93 | SSAA Boom Support Roller Assy UpperShort | Upper boom support roller assembly, located on the boom support guides of the Surface Sampler Acquisition Assembly (SSAA). |
94 | SSAA Boom Support Roller Axle Long | Axle (long) and mounting shaft for a boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
95 | SSAA Boom Support Roller Axle Short | Axle (short) and mounting shaft for a boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
96 | SSAA Boom Support Roller Bearing | Bearing (simplified) for a boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
97 | SSAA Boom Support Roller Flange | Flange and retainer ring for a boom support upper roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
98 | SSAA Boom Support Roller Jam Nut | Jam nut 1/4 x 28 for a boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
99 | SSAA Boom Support Roller Seal | Cloth seal for the bearing of a boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
100 | SSAA Boom Support Roller Seal Lower Retainer | Retainer ring for the cloth seal of a boom support lower roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
101 | SSAA Boom Support Roller Shell Lower | Shell for a lower boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
102 | SSAA Boom Support Roller Shell Upper | Shell for an upper boom support roller, located on the boom support guides, of the Surface Sampler Acquisition Assembly (SSAA). |
103 | SSAA Downlock Pin Sleeve | Sleeve fitted into the SSAA Lower Frame's central downlock-pin hole. |
104 | SSAA Drive Worm Gear | Worm gear (5/8" x 8TPI) for the Surface Sampler Acquisition Assembly (SSAA) azimuth and elevation drive trains. |
105 | SSAA Dust Skirt | Nomex cloth dust skirt surrounding the elevation-azimuth gimbal of the Surface Sampler Acquisition Assembly (SSAA). |
106 | SSAA Dust Skirt Lower Clamp | Clamping band that affixes the lower end of the dust skirt to the yoke of the Surface Sampler Acquisition Assembly (SSAA). |
107 | SSAA Dust Skirt Upper Clamp | Clamping band that affixes the upper end of the dust skirt to the housing frames of the Surface Sampler Acquisition Assembly (SSAA). |
108 | SSAA Dust Skirt Upper Clamp Doubler Front | Doubler reinforcing bar attached to the front surface of the clamping band that affixes the upper end of the dust skirt to the housing frames of the Surface Sampler Acquisition Assembly (SSAA). |
109 | SSAA Dust Skirt Upper Clamp Doubler Left | Doubler reinforcing bar attached to the left surface of the clamping band that affixes the upper end of the dust skirt to the housing frames of the Surface Sampler Acquisition Assembly (SSAA). |
110 | SSAA Dust Skirt Upper Clamp Doubler Rear | Doubler reinforcing bar attached to the rear surface of the clamping band that affixes the upper end of the dust skirt to the housing frames of the Surface Sampler Acquisition Assembly (SSAA). |
111 | SSAA Dust Skirt Upper Clamp Doubler Right | Doubler reinforcing bar attached to the right surface of the clamping band that affixes the upper end of the dust skirt to the housing frames of the Surface Sampler Acquisition Assembly (SSAA). |
112 | SSAA Elevation Axis Left Bearing | Elevation bearing and pivot axle (in approximate form) for the left side of the Surface Sampler Acquisition Assembly (SSAA). |
113 | SSAA Elevation Axis Right Bearing | Elevation bearing and pivot axle (in approximate form) for the right side of the Surface Sampler Acquisition Assembly (SSAA). |
114 | SSAA Elevation Drive Bevel Gear | Bevel gear in the elevation drive train of the Surface Sampler Acquisition Assembly (SSAA). |
115 | SSAA Elevation Drive Bevel Gear Shaft | Shaft for the bevel and spur gears in the elevation drive of the Surface Sampler Acquisition Assembly (SSAA). |
116 | SSAA Elevation Drive Gear Case Body | Main body of the gear case enclosing the elevation drive of the Surface Sampler Acquisition Assembly (SSAA). |
117 | SSAA Elevation Drive Gear Case Right Side | Right side panel of the gear case enclosing the elevation drive of the Surface Sampler Acquisition Assembly (SSAA). |
118 | SSAA Elevation Drive Spur Gear | Spur gear mounted on the yoke of the Surface Sampler Acquisition Assembly (SSAA) housing, used to drive the SSAA in elevation. |
119 | SSAA Elevation Drive Worm Gear Shaft | Shaft for the worm gear mounted on the right frame of the Surface Sampler Acquisition Assembly (SSAA) that engages the worm gear wheel affixed to the SSAA yoke base to rotate the SSAA in elevation. |
120 | SSAA Elevation Drive Worm Wheel | Worm wheel gear mounted on the yoke of the Surface Sampler Acquisition Assembly (SSAA) housing, used to drive the SSAA in elevation. |
121 | SSAA ElevationExtend Drive Gear Motor | Gear motor (in simplified form) for the elevation and extend-retract drives of the Surface Sampler Acquisition Assembly (SSAA). |
122 | SSAA Front Bulkhead | Thin vertical sheet bulkhead inside the Surface Sampler Acquisition Assembly (SSAA) housing front opening. The surface sampler boom passes through an opening in the bulkhead, passing from the interior drum to the exterior boom guides. |
123 | SSAA Front Bulkhead Boom Seal | Nomex cloth seal around the boom, mounted on the front bulkhead of the Surface Sampler Acquisition Assembly (SSAA) housing. |
124 | SSAA Front Bulkhead Corner Shim | Shim plate that fills a gap at the upper left and right corners of the front bulkhead of the Surface Sampler Acquisition Assembly (SSAA) housing. |
125 | SSAA Front Bulkhead Left Bracket | Bracket that attaches the left side of the Surface Sampler Acquisition Assembly (SSAA) housing front bulkhead to the left frame. |
126 | SSAA Front Bulkhead Seal Doubler | Doubler plate that reinforces the Nomex-sealed boom aperture in the front bulkhead of the Surface Sampler Acquisition Assembly (SSAA) housing. |
127 | SSAA FrontLeft Frame | Left half of the front frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
128 | SSAA FrontRight Frame | Right half of the front frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
129 | SSAA Head Retract Limiter | Fitting that limits the retraction range of the collector head on the Surface Sampler Acquisition Assembly (SSAA), located at the top of the SSAA housing front face. |
130 | SSAA Latch Pin Support Bar | Bar that supports the Surface Sampler Acquisition Assembly (SSAA) restraint pin until the boom has been extended a few inches for the first time. Located below the boom support guides. |
131 | SSAA Latch Pin Support Bar Brace | Right-side brace that supports the rear end of the latch-pin support bar, below the boom support guides, on the Surface Sampler Acquisition Assembly (SSAA). |
132 | SSAA Left Side Frame | Left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
133 | SSAA Left Skin Panel A | Skin panel located in the upper left corner on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
134 | SSAA Left Skin Panel B | Skin panel located left of center on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
135 | SSAA Left Skin Panel C | Skin panel located near center on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
136 | SSAA Left Skin Panel D | Skin panel located below center on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
137 | SSAA Left Skin Panel Drive Shaft Cover | Skin panel located over the drive shaft on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
138 | SSAA Left Skin Panel E | Skin panel located right of center on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
139 | SSAA Left Skin Panel H | Skin panel located on the right end on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
140 | SSAA Left Skin Panel Sprocket Drive | Skin panel located over the sprocket drive on the left side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
141 | SSAA LeftRight Skin Panel F | Skin panel located above the drive shaft cover on the left and right side frames of the Surface Sampler Acquisition Assembly (SSAA) housing. |
142 | SSAA LeftRight Skin Panel G | Skin panel located below the drive shaft cover on the left and right side frames of the Surface Sampler Acquisition Assembly (SSAA) housing. |
143 | SSAA Lower Frame | Lower (forward) frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
144 | SSAA Lower Skin | Skin panel located on the lower frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
145 | SSAA Microswitch Actuator Assy | Roller-equipped lever actuator (similar to Honeywell JS-5 but slightly longer) for microswitches on the Surface Sampler Acquisition Assembly (SSAA). |
146 | SSAA Microswitch Actuator Roller | Roller wheel for the lever actuator of a microswitch. |
147 | SSAA Microswitch Actuator Roller Axle | Axle for the roller wheel in a microswitch lever actuator. |
148 | SSAA Microswitch Roller Actuator Lever | Lever arm for a roller-equipped actuator (similar to Honeywell type JS-5 but slightly longer) for microswitches on the Surface Sampler Acquisition Assembly (SSAA). |
149 | SSAA Mirror | Mirror used for imaging, attached to the boom support guides of the Surface Sampler Acquisition Assembly (SSAA). |
150 | SSAA Mirror 1 Mount | Mounting frame for mirror 1 on the left side of the boom support guides on the Surface Sampler Acquisition Assembly (SSAA). |
151 | SSAA Mirror 2 Mount | Mounting frame for mirror 2 on the right side of the boom support guides on the Surface Sampler Acquisition Assembly (SSAA). |
152 | SSAA Mirror Clip | Clip that attaches a mirror to its mount, on the boom support guides of the Surface Sampler Acquisition Assembly (SSAA). |
153 | SSAA Pedestal | Fixed pedestal on which the Surface Sampler Acquisition Assembly (SSAA) is mounted to the lander via the large surface sampler fitting. |
154 | SSAA Pedestal Connector Assy | Microdot MARC-63 type electrical connector assembly MD63-02E18-91P-N (box-mount, sealed, size 18, 91 inserts, pins, polarizing position N). Used in the Surface Sampler Acquisition Assembly (SSAA) pedestal mount, with a custom number of pins. |
155 | SSAA Rear Cover Frame | Rear frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
156 | SSAA Rear Skin Panel | Skin panel located on the rear frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
157 | SSAA RearLower Frame | Lower-rear frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
158 | SSAA Retract Switch Mount | Mount to which is attached the microswitch that detects full surface sampler boom retraction, located on the Surface Sampler Acquisition Assembly (SSAA) housing lower frame. |
159 | SSAA Retract Switch Platform | Base platform on which is mounted (via the switch mount) the microswitch that detects full surface sampler boom retraction, located on the Surface Sampler Acquisition Assembly (SSAA) housing lower frame. |
160 | SSAA Right Side Frame | Right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
161 | SSAA Right Skin Panel A | Skin panel located in the upper right corner on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
162 | SSAA Right Skin Panel B | Skin panel located above-left of the sprocket drive on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
163 | SSAA Right Skin Panel Drive Shaft Cover | Skin panel located over the drive shaft on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
164 | SSAA Right Skin Panel H | Skin panel located in the upper left corner on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
165 | SSAA Right Skin Panel J | Skin panel located in the lower left corner on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
166 | SSAA Right Skin Panel Sprocket Drive | Skin panel located over the sprocket drive on the right side frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
167 | SSAA Shroud Restraint Bar | Bar that prevents premature release of the Collector Head Shroud Unit (CHSU) latches, attached to the boom support bridges of the Surface Sampler Acquisition Assembly (SSAA). |
168 | SSAA Shroud Restraint Bar Shim | Shim for proper fitting of the shroud restraint bars of the Surface Sampler Acquisition Assembly (SSAA). |
169 | SSAA Upper Frame | Top frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
170 | SSAA Upper Skin Panel A | Skin panel located at the front on the upper frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
171 | SSAA Upper Skin Panel B | Skin panel located second-from-front on the upper frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
172 | SSAA Upper Skin Panel C | Skin panel located third-from-front on the upper frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
173 | SSAA Upper Skin Panel D | Skin panel located at the rear on the upper frame of the Surface Sampler Acquisition Assembly (SSAA) housing. |
174 | SSAA Yoke | Structural base for the Surface Sampler Acquisition Assembly (SSAA) azimuth and elevation gimbal mechanism. This yoke pivots in azimuth on the SSAA pedestal. The SSAA housing pivots in elevation on this yoke. |
175 | SSCH Backhoe Blade | Main blade and body of the backhoe on the Surface Sampler Collector Head (SSCH). |
176 | SSCH Backhoe Brush Bristle | Simplified bristle for the rock abrasion brush on the backhoe of the Surface Sampler Collector Head (SSCH). |
177 | SSCH Backhoe Brush Bristle Cluster | Group of bound-together bristles for the rock abrasion brush on the backhoe of the Surface Sampler Collector Head (SSCH). |
178 | SSCH Backhoe Brush Bristle Lockwire | Lockwire threaded through the bristle clusters of the rock-abrasion brush on the backhoe of the Surface Sampler Collector Head (SSCH). |
179 | SSCH Backhoe Magnet Cover Plate | Plate that covers the two ring-magnet assemblies on the face of the Surface Sampler Collector Head (SSCH) backhoe. |
180 | SSCH Backhoe Pivot Pin | Axle or pin on which the backhoe of the Surface Sampler Collector Head (SSCH) rotates. |
181 | SSCH Backhoe Pivot Washer | Washer on the pivot pin between backhoe and the body of the Surface Sampler Collector Head (SSCH). |
182 | SSCH Backhoe Retainer | Retainer rod that restrains the backhoe of the Surface Sampler Collector Head (SSCH) in its folded orientation while the SSCH is sealed in the Collector Head Shroud Unit (CHSU). |
183 | SSCH Backhoe Retainer Mounting Tab | Sheet-metal tab brazed to the ends of the Surface Sampler Collector Head (SSCH) backhoe retainer. Used to attach the retainer to the SSCH base barrel. |
184 | SSCH Backhoe Spring | Coil spring that forces the Surface Sampler Collector Head (SSCH) backhoe to be perpendicular to the SSCH body. |
185 | SSCH Base Barrel | Barrel unit at the base of the Surface Sampler Collector Head (SSCH), housing the gimbal mechanism. |
186 | SSCH Base Plate | Base plate and gimbal support for the Surface Sampler Collector Head (SSCH). |
187 | SSCH Body and Lower Jaw | Main structural body of the Surface Sampler Collector Head (SSCH) including lower jaw. |
188 | SSCH Body Rotation Shim | Partly speculative shim in the back of the Surface Sampler Collector Head (SSCH) lower jaw that covers the rotation motor shaft coupling (which allows the SSCH to be inverted). |
189 | SSCH Cable Shield | Braided shield around the exterior electrical wires from the collar to the solenoid of the Surface Sampler Collector Head (SSCH). |
190 | SSCH Collar Connector Assy | Electrical connector receptacle assembly mounted on the collar plate of the Surface Sampler Collector Head (SSCH). |
191 | SSCH Collar Connector Insert | Internal disc that holds the pins within the electrical connector assembly mounted on the collar plate of the Surface Sampler Collector Head (SSCH). |
192 | SSCH Collar Connector Nut | Hex nut to secure the electrical connector receptacle assembly on the collar plate of the Surface Sampler Collector Head (SSCH). |
193 | SSCH Collar Connector Pin | Contact pin within the electrical connector mounted on the collar plate of the Surface Sampler Collector Head (SSCH). |
194 | SSCH Collar Connector Pin | Contact pin within the electrical connector mounted on the collar plate of the Surface Sampler Collector Head (SSCH). |
195 | SSCH Collar Connector Shell | Electrical connector shell (size 15, similar to MARC 53 type) mounted on the collar plate for the Surface Sampler Collector Head (SSCH). |
196 | SSCH Collar Connector Washer | Washer used in mounting the electrical connector on the collar plate of the Surface Sampler Collector Head (SSCH). |
197 | SSCH Collar Latch Clip | Clip attached to the Surface Sampler Collector Head (SSCH) collar, onto which a latch of the Collector Head Shroud Unit (CHSU) locks. |
198 | SSCH Collar Latch Clip Shim | Shim for the clip attached to the Surface Sampler Collector Head (SSCH) collar, onto which a latch of the Collector Head Shroud Unit (CHSU) locks. |
199 | SSCH Collar ORing | Heavy O-ring that seals the Collector Head Shroud Unit (CHSU) to the collar plate of the Surface Sampler Collector Head (SSCH). |
200 | SSCH Collar Plate | Collar plate of the Surface Sampler Collector Head (SSCH) which both attaches the SSCH to the Surface Sampler boom, and seals the Collector Head Shroud Unit (CHSU) around the SSCH. |
201 | SSCH Collar Vent Plug | Plug that screws into and seals the vent or port in the back face of the collar plate of the Surface Sampler Collector Head (SSCH). |
202 | SSCH Dam | Dam near the tip of the Surface Sampler Collector Head (SSCH) jaw, forming the secondary sample retention area behind it. |
203 | SSCH External Cable Terminator | Small inboard end termination fitting brazed to the braided shield of the external electrical cable of the Surface Sampler Collector Head (SSCH). |
204 | SSCH Gear Motor Assy | Sealed DC gear motor assembly as used in the Surface Sampler Collector Head (SSCH). |
205 | SSCH Gear Motor Main Body | Main body and front face (where the shaft protrudes) of the gear motor within the Surface Sampler Collector Head (SSCH) that rotates the head 180 degrees. |
206 | SSCH Gear Motor Rear Cap | Rear cap or closure for the body of the gear motor within the Surface Sampler Collector Head (SSCH) that rotates the head 180 degrees. |
207 | SSCH Gear Motor Shaft | External shaft of the gear motor within the Surface Sampler Collector Head (SSCH) that rotates the head 180 degrees. |
208 | SSCH Gear Motor Shaft Cover | Front cover plate surrounding the shaft of the gear motor within the Surface Sampler Collector Head (SSCH) that rotates the head 180 degrees. |
209 | SSCH Gimbal Axle | Speculative axle pin for the gimbal mechanism in the Surface Sampler Collector Head (SSCH). |
210 | SSCH Gimbal Frame Cable Clamp | Small electrical cable clamp internally attached to the side of the Surface Sampler Collector Head (SSCH) gimbal frame. |
211 | SSCH Gimbal Seal | Split ring seal surrounding the large gimbal ball of the Surface Sampler Collector Head (SSCH), fitted into the end of the base barrel. |
212 | SSCH Gimbal Spring | Centering spring for the gimbal pivot mechanism of the Surface Sampler Collector Head (SSCH). |
213 | SSCH Gimbal Washer | Washer between the rotation motor housing and the gimbal mount of the Surface Sampler Collector Head (SSCH). |
214 | SSCH Lid | Lid of the Surface Sampler Collector Head (SSCH). |
215 | SSCH Lid Pivot Pin | Axle or pin on which the lid of the Surface Sampler Collector Head (SSCH) can pivot when opening and closing. |
216 | SSCH Lid Pivot Switch Washer | Washer on the pivot pin between the lid and body of the Surface Sampler Collector Head (SSCH), right in front of the micro switch. |
217 | SSCH Lid Pivot Washer | Washer on the pivot pin between the lid and body of the Surface Sampler Collector Head (SSCH). |
218 | SSCH Magnet Cylinder | Cylindrical magnet within the backhoe of the Surface Sampler Collector Head (SSCH), and mounted on Camera Reference Test Chart (RTC) 1. |
219 | SSCH Magnet Ring | Ring-shaped magnet within the backhoe of the Surface Sampler Collector Head (SSCH), and mounted on Camera Reference Test Chart (RTC) 1. |
220 | SSCH Magnet Shim | Disc that spans the ring and cylindrical magnet components within the backhoe of the Surface Sampler Collector Head (SSCH). |
221 | SSCH Magnet Spacer | Spacer between the ring and cylindrical magnets within the backhoe of the Surface Sampler Collector Head (SSCH). |
222 | SSCH Micro Switch Cover | Cover guarding the lid-open micro switch on the Surface Sampler Collector Head (SSCH). |
223 | SSCH Micro Switch Lever Extension | Extension lever for the micro switch mounted on the side of the Surface Sampler Collector Head (SSCH). |
224 | SSCH Micro Switch Shim | Shim between the Surface Sampler Collector Head (SSCH) body and the various micro switch used to detect motion. |
225 | SSCH Motor Housing Ground Lug | Grounding lug on the end of a cable within the rotation motor housing of the Surface Sampler Collector Head (SSCH). |
226 | SSCH Restraint Base | Base of the in-flight restraint fitting for the Surface Sampler Collector Head (SSCH). |
227 | SSCH Restraint Fitting | Channeled fitting that locks the Surface Sampler Collector Head (SSCH) to the in-flight restraint post; attached via the Restraint Base to the back of the SSCH collar. |
228 | SSCH Rotation Motor Coupling Pin | Pin that links the Surface Sampler Collector Head (SSCH) rotation motor coupling to the gear motor shaft. |
229 | SSCH Rotation Motor Coupling Washer | Washer on the end of the Surface Sampler Collector Head (SSCH) rotation motor coupling, located within the scoop on the face of the SSCH body rotation keyway insert. |
230 | SSCH Rotation Motor Housing Base | Partly speculative housing base for the rotation gear motor of the Surface Sampler Collector Head (SSCH). This component also provides the gimbal rotation stop at 10 degree up deflection. |
231 | SSCH Rotation Motor Housing Bearing | Bearing of the rotation motor housing of the Surface Sampler Collector Head (SSCHU). This allows the SSCH body to rotate about the motor housing. |
232 | SSCH Rotation Motor Housing Cap | Partly speculative housing cap for the rotation gear motor of the Surface Sampler Collector Head (SSCH). |
233 | SSCH Solenoid Cable Clamp | Small electrical cable clamp attached to a bracket mounted on the solenoid of the Surface Sampler Collector Head (SSCH). |
234 | SSCH Solenoid Cap | Top cap of the solenoid on the Surface Sampler Collector Head (SSCH). |
235 | SSCH Solenoid Case | Main case or body of the solenoid on the Surface Sampler Collector Head (SSCH). |
236 | SSCH Solenoid Clamp Bracket | Bracket attached to the Surface Sampler Collector Head (SSCH) solenoid on which is mounted an electrical cable clamp. |
237 | SSCH Solenoid Clevis Pin | Pin or pivot axle connecting the Surface Sampler Collector Head (SSCH) lid to the solenoid clevis. |
238 | SSCH Solenoid Cover | Protective cover surrounding the solenoid and attached wiring clamp of the Surface Sampler Collector Head (SSCH). |
239 | SSCH Solenoid Mounting Adapter | Mounting adapter for the solenoid of the Surface Sampler Collector Head (SSCH) that attaches the solenoid to the SSCH main body. |
240 | SSCH Solenoid Seal | Sealing disc for the clevis shaft of the solenoid of the Surface Sampler Collector Head (SSCH). |
241 | SSCH Solenoid Seal Guard | Plate-with-ring surrounding the seal for the clevis of the solenoid actuator on the Surface Sampler Collector Head (SSCH). |
242 | SSCH Solenoid Shaft Clevis | Shaft with clevis for the solenoid on the Surface Sampler Collector Head (SSCH). |
243 | SSCH Solenoid Spring | Coil spring within the solenoid of the Surface Sampler Collector Head (SSCH) that restores the solenoid shaft to its extended (unpowered) position. |
244 | SSCH Temperature Sensor Housing | Housing for the temperature sensor mounted on the bottom of the jaw of the Surface Sampler Collector Head (SSCH). |
245 | Surface Sampler Acquisition Assy | Main housing for the Surface Sampler Acquisition Assembly (SSAA), into which the sampler's extendable boom retracts. |
246 | Surface Sampler Collector Head Assy | Surface Sampler Collector Head (SSCH) assembly on the end of the surface sampler boom or arm. |
247 | Washer .50 Diameter | Washer 1/2 inch diameter for 1/4 inch fastener. |
1 | Component Name | Component Description |
---|---|---|
2 | Bolt Bevel-Head 10x32 | Bevel-head bolt with internal-wrenching socket, #10-32 thread, 7/16-inch length. |
3 | Bolt NAS121808E3 | NAS1218-08E3 bolt, 8x32 threads, overall .512 length, 23/64 thread length. |
4 | Coax Rotary Joint Assy | Coaxial RF non-contacting rotary joint (based on Spinner BN 835031; the actual type is unknown) within the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
5 | Coax Rotary Joint Body | Main body for a coax RF non-contacting rotay joint, based on Spinner BN 835031 (modified to use TNC interfaces). |
6 | Coax Rotary Joint Contact | Central contact for a coax RF non-contacting rotary joint. |
7 | Coax Rotary Joint End | Free-rotating end fitting for a coax RF non-contacting rotary joint based on Spinner BN 835031 (modified to use TNC interfaces). |
8 | Coax Rotary Joint Insulator | Insulator for a coax RF non-contacting rotary joint. |
9 | Connector MD6300E919P Receptacle Assy | Microdot MD63-00E9-19P connector receptacle assembly. |
10 | Connector MD6300E919P Receptacle Closure Assy | Closure assembly that retains the inserts within the shell of a Microdot MD63-00E9-19P connector. |
11 | Connector MD6300E919P Receptacle Closure Hex | Hex wrenching surface of the end closure for a Microdot MD63-00E9-19P connector. |
12 | Connector MD6300E919P Receptacle Closure ORing | O-ring fitted between the sleeve and wrenching hex of the end closure for the shell of a Microdot MD63-00E9-19P connector. |
13 | Connector MD6300E919P Receptacle Closure Retaining Ring | Wire retaining ring that restrains the sleeve within the wrenching hex of the end closure for the shell of a Microdot MD63-00E9-19P connector. |
14 | Connector MD6300E919P Receptacle Closure Sleeve | Inner sleeve of the end closure for the shell of a Microdot MD63-00E9-19P connector. |
15 | Connector MD6300E919P Receptacle Closure Wrap | Sinusoidal wrap around the sleeve of the end closure for the shell of a Microdot MD63-00E9-19P connector. |
16 | Connector MD6300E919P Receptacle InsertFront Assy | Assembly of pieces forming the front insert of a Microdot MD63-00E9-19P connector receptacle. |
17 | Connector MD6300E919P Receptacle InsertFront Base | Rigid base of the front insert within the shell of a Microdot MD63-00E9-19P connector. |
18 | Connector MD6300E919P Receptacle InsertFront Front | Rubber pin-layout front face of the front insert within the shell of a Microdot MD63-00E9-19P connector. |
19 | Connector MD6300E919P Receptacle InsertRear Assy | Assembly of pieces forming the rear insert of a Microdot MD63-00E9-19P connector receptacle. |
20 | Connector MD6300E919P Receptacle InsertRear Back | Back rubber face of the rear insert within the shell of a Microdot MD63-00E9-19P connector. |
21 | Connector MD6300E919P Receptacle InsertRear Base | Rigid base of the rear insert within the shell of a Microdot MD63-00E9-19P connector. |
22 | Connector MD6300E919P Receptacle InsertRear Front | Front (with markings) rubber portion of the rear insert within the shell of a Microdot MD63-00E9-19P connector. |
23 | Connector MD6300E919P Receptacle Jam Nut | Jam nut for mounting a Microdot MD63-00E9-19P connector. |
24 | Connector MD6300E919P Receptacle Jam Washer | Washer under the jam nut for mounting a Microdot MD63-00E9-19P connector. |
25 | Connector MD6300E919P Receptacle Pin | Electrical contact pin fitted into the inserts within the shell of a Microdot MD63-00E9-19P connector. |
26 | Connector MD6300E919P Receptacle Pins | Set of pins within a Microdot MD63-00E9-19P connector receptacle. |
27 | Connector MD6300E919P Receptacle Shell | Microdot MARC-63 type electrical connector shell MD63-00E9-19P (single-hole mount, sealed, size 9, 19 pins). Used in the High Gain Antenna (HGA) interface bracket. |
28 | Connector MD6300E919P Receptacle Shell Assy | Shell assembly for a Microdot MD63-00E9-19P connector. |
29 | Connector MD6300E919P Receptacle Shell Bayonet Pin | Pin (small cylinder) fitted into the side of the shell to grip the bayonet fitting on the mating plug, for a Microdot MD63-00E9-19P connector. |
30 | Connector MD6300E919P Receptacle Shell Keys | Keys to align the pin-carrier inserts within the shell of a Microdot MD63-00E9-19P connector. |
31 | Connector MD6300E919P Receptacle Shell ORing | O-ring that fits underneath the hex head of the shell for a Microdot MD63-00E9-19P connector. |
32 | Connector MD6300E919P Receptacle ShelltoClosure ORing | O-ring nested within the top of the shell, to seal the end closure when screwed into place, for a Microdot MD63-00E9-19P connector. |
33 | Connector MD6306E919S Plug Assy | Microdot MD63-06E9-19S connector plug assembly. |
34 | Connector MD6306E919S Plug Closure Assy | Closure assembly that retains the inserts within the shell of a Microdot MD63-06E9-19S connector plug. |
35 | Connector MD6306E919S Plug Closure ORing | O-ring within the end closure of a Microdot MD63-06E9-19S connector plug. |
36 | Connector MD6306E919S Plug Closure Sleeve | Inner sleeve of the end closure for the shell of a Microdot MD63-06E9-19P connector plug. |
37 | Connector MD6306E919S Plug Closure Sleeve Retaining Ring | Wire retaining ring that restrains the sleeve within the end closure assembly of a Microdot MD63-06E9-19S connector plug. |
38 | Connector MD6306E919S Plug Closure Thumbscrew | Splined and threaded "thumbscrew" body of the end closure for a Microdot MD63-00E9-19P connector plug. |
39 | Connector MD6306E919S Plug Closure Wrap | Sinusoidal wrap around the sleeve of the end closure for the shell of a Microdot MD63-06E9-19S connector plug. |
40 | Connector MD6306E919S Plug Coupling Sleeve Keys | Keys to align the pin-carrier inserts within the coupling sleeve of a Microdot MD63-00E9-19P connector plug. |
41 | Connector MD6306E919S Plug Coupling Sleeve Retaining Ring | Wire retaining ring that restrains the coupling sleeve within the shell of a Microdot MD63-06E9-19S connector plug. |
42 | Connector MD6306E919S Plug InsertFront | Rigid front insert within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
43 | Connector MD6306E919S Plug InsertRear Assy | Rear insert assembly within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
44 | Connector MD6306E919S Plug InsertRear Back | Back rubber face of the rear insert within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
45 | Connector MD6306E919S Plug InsertRear Base | Rigid base of the rear insert within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
46 | Connector MD6306E919S Plug InsertRear Front | Front (with markings) rubber portion of the rear insert within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
47 | Connector MD6306E919S Plug Shell ORing | O-ring within the base of the shell of a Microdot MD63-06E9-19S connector plug. |
48 | Connector MD6306E919S Plug ShelltoClosure ORing | O-ring nested within the top of the shell's sleeve, to seal the end closure when screwed into place, for a Microdot MD63-06E9-19S connector plug. |
49 | Connector MD6306E919S Plug Socket | Electrical contact socket fitted into the inserts within the coupling sleeve of a Microdot MD63-06E9-19S connector plug. |
50 | Connector MD6306E919SN Plug Coupling Sleeve | Sleeve within the shell of a Microdot MD63-06E9-19S-N connector plug, which engages the type-N alignment pins of the mating receptacle. |
51 | Connector MD6306E919SN Plug Shell | Microdot MARC-63 type electrical connector plug shell MD63-06E9-19S (sealed, size 9, 19 sockets, polarizing position N). Used in the High Gain Antenna (HGA) interface bracket. |
52 | Connector MD6306E919SN Plug Shell Assy | Shell assembly for a Microdot MD63-06E9-19S connector plug with polarizing position N. |
53 | Connector SMA Panel Receptacle 2Hole Assy | Coax SMA straight female panel-mount receptacle connector - solder back, as used in the High Gain Antenna (HGA) Direct Communications System (DCS). |
54 | Connector SMA Panel Receptacle 2Hole Body | Body for a coax SMA straight female panel-mount receptacle connector - solder back. |
55 | Connector SMA Panel Receptacle Contact | Central contact for a coax SMA straight female panel-mount receptacle connector - solder back. |
56 | Connector SMA Panel Receptacle Insulator | Insulator for a coax SMA straight female panel-mount receptacle connector - solder back. |
57 | Connector SMA Plug Assy | Coax SMA male plug, as used in the High Gain Antenna (HGA) Direct Communications System (DCS) test line. |
58 | Connector SMA Plug Body | Main body of a coax SMA connector plug. |
59 | Connector SMA Plug Contact Pin | Central contact pin of a coax SMA connector plug. |
60 | Connector SMA Plug Gasket | Gasket within the body of a coax SMA connector plug. |
61 | Connector SMA Plug Insulator | Inner insulator of a coax SMA connector plug. |
62 | Connector SMA Plug Retainer Ring | Ring or clip holding the shell to the body of a coax SMA connector plug. |
63 | Connector SMA Plug Shell | Hex-sided outer shell of a coax SMA connector plug. |
64 | Connector TNC Bulkhead FrontMount Jack Assy | Coaxial RF bulkhead front-mount jack connector located within the bottom of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
65 | Connector TNC Bulkhead FrontMount Jack Contact | Central contact for a coax TNC bulkhead front-mount jack. |
66 | Connector TNC Bulkhead FrontMount Jack Insulator | Insulator for a coax TNC bulkhead front-mount jack. |
67 | Connector TNC Bulkhead FrontMount Jack Jam Nut | Jam nut for mounting the shell of the coaxial RF bulkhead front-mount jack connector within the bottom of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
68 | Connector TNC Bulkhead FrontMount Jack Petal Nut | Custom simplified nut glued to the face of the petal washer for a coax TNC bulkhead front-mount jack. |
69 | Connector TNC Bulkhead FrontMount Jack Shell | Shell for the coaxial RF bulkhead front-mount jack connector mounted within the bottom of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
70 | Connector TNC Bulkhead Jack Assy | Coaxial RF bulkhead connector mounted on the left side of the interface bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). Also used at the top of the drive head azimuth axis. |
71 | Connector TNC Bulkhead Jack Closure | Rear closure for the shell of the coaxial RF bulkhead connector mounted on the left side of the interface bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
72 | Connector TNC Bulkhead Jack Contact | Central contact for a coax TNC bulkhead-mount jack. |
73 | Connector TNC Bulkhead Jack Insulator | Insulator for a coax TNC bulkhead-mount jack. |
74 | Connector TNC Bulkhead Jack Jam Nut | Jam nut for mounting the shell of the coaxial RF bulkhead connector to the interface bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
75 | Connector TNC Bulkhead Jack Jam Washer | Washer for the jam nut for the coaxial RF bulkhead connector mounted on the left side of the interface bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
76 | Connector TNC Bulkhead Jack Shell | Shell for the coaxial RF bulkhead connector mounted on the left side of the interface bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
77 | Connector TNC Jack Dust Cover | Protective cover for a coax TNC connector jack. |
78 | Connector TNC Panel Receptacle 4Hole Assy | Coax TNC straight female panel-mount receptacle connector - solder back, as used in the High Gain Antenna (HGA) Direct Communications System (DCS). |
79 | Connector TNC Panel Receptacle 4Hole Body | Body for a coax TNC straight female panel-mount receptacle connector - solder back. |
80 | Connector TNC Panel Receptacle Contact | Central contact for a coax TNC straight female panel-mount receptacle connector - solder back. |
81 | Connector TNC Panel Receptacle Insulator | Insulator for a coax TNC straight female panel-mount receptacle connector - solder back. |
82 | Connector TNC Plug Assy | Coax TNC male plug, as used in the High Gain Antenna (HGA) Direct Communications System (DCS). |
83 | Connector TNC Plug Body | Main body of a coax TNC connector plug. |
84 | Connector TNC Plug Body Retainer | Retainer piece that constrains the sleeve to the body of a coax TNC connector plug, while allowing the sleeve to rotat eindependent of the body. |
85 | Connector TNC Plug Clamp Nut | Clamp nut closing the rear of a coax TNC connector plug and locking the cable in place. |
86 | Connector TNC Plug Gasket | Gasket within the body of a coax TNC connector plug. |
87 | Connector TNC Plug Inner Contact | Central contact pin of a coax TNC connector. |
88 | Connector TNC Plug Insulator | Inner insulator of a coax TNC connector plug. |
89 | Connector TNC Plug Outer Contact | Outer cylindrical contact of a coax TNC connector plug. |
90 | Connector TNC Plug Shell | Hex-sided outer shell for tightening a coax TNC connector plug. |
91 | Connector TNC Spacer | Washer for mounting a coax TNC connector jack at the top of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
92 | Gear 64T 08in P | Gear with 64 teech and a tooth spacing of 0.08 inches. |
93 | Gear 75T 08in P | Gear with 75 teeth and a tooth spacing of 0.08 inches. |
94 | HGA Assy | S-Band High Gain Antenna (HGA) assemly for a Viking '75 Mars lander, including the Deployment Mechanism and the Direct Communications System. |
95 | HGA DCS Alignment Pin | Pin to align the High Gain Antenna (HGA) Direct Communications System (DCS) mast on the HGA deployment mechanism elbow. |
96 | HGA DCS Assy | S-Band High Gain Antenna (HGA) Direct Communications System (DCS) assembly. |
97 | HGA DCS Azimuth Assy | Azimuth assembly of the High Gain Antenna (HGA) Direct Communications System (DCS), which rotates the antenna left and right. |
98 | HGA DCS Azimuth Coax Guard | Shell to protect the RF coax at the top of the azimuth axis of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
99 | HGA DCS Azimuth Coax Mount | Fitting for mounted the RF coax connector within the guard shell at the top of the azimuth axis of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
100 | HGA DCS Azimuth Coax Petal Washer | Multi-petal washer between the RF coax receptacle and plug at the top of the azimuth axis of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
101 | HGA DCS Azimuth Coax Test Cable Clip | Clip that restrains the test cable on the side of the drive head azimuth-axis RF coax guard on the High Gain Antenna (HGA) Direct Communications System (DCS). |
102 | HGA DCS Azimuth Coax Test Cable Fitting | Fitting attached to the drive head azimuth-axis RF coax guard, to support the test cable, on the High Gain Antenna (HGA) Direct Communications System (DCA). |
103 | HGA DCS Azimuth Motor Mounting Plate | Plate to which the azimuth motor is mounted on the bottom of the drive head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
104 | HGA DCS Bottom Coax Petal Washer | Multi-petal washer on the RF coax jack within the bottom of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
105 | HGA DCS Cable Support Bracket | Bracket for the RF feed cable located atop the dish support structure of the High Gain Antenna (HGA) Direct Communications System (DCS). |
106 | HGA DCS Cable Support Bracket Insert | Protective insert in the bracket for the RF feed cable located atop the dish support structure of the High Gain Antenna (HGA) Direct Communications System (DCS). |
107 | HGA DCS Center Frame Left Cover | Cover plate for an opening on the left side of the drive head center frame of the High Gain Antenna (HGA) Direct Communications System (DCS). |
108 | HGA DCS Center Frame Left Cover Alignment Pin | Alignment pin for the cover plate on the left side of the drive head center frame of the High Gain Antenna (HGA) Direct Communications System (DCS). |
109 | HGA DCS Dish Bonding Strap | Electrical bonding or grounding strap on the back of the antenna dish, connecting the dish rear skin to the dish support, within the High Gain Antenna (HGA) Direct Communications System (DCS). |
110 | HGA DCS Dish Filler | Honeycomb filler between the front and rear skins of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
111 | HGA DCS Dish Rim Band | Rim band of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
112 | HGA DCS Dish Rim Band Closure | Closure segment for the band around the rim of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
113 | HGA DCS Dish Rim Band Plug | Filler plug in the band surrounding the rim of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
114 | HGA DCS Dish Skin Front | Front skin of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
115 | HGA DCS Dish Skin Front Joiner | Joining or bridge segment between the High Gain Antenna (HGA) dish front skin and the RF feed mast, within the HGA Direct Communications System (DCS). |
116 | HGA DCS Dish Skin Rear | Rear skin of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
117 | HGA DCS Dish Skin Rear Doubler | Doubler on the back of the High Gain Antenna (HGA) dish rear skin, within the HGA Direct Communications System (DCS). |
118 | HGA DCS Dish Stud | Stud (unknown purpose) embedded into the back of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
119 | HGA DCS Dish Support Frame | Supporting structure for the parabolic dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
120 | HGA DCS Dish Support Insert | Threaded insert bonded into the back of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS), to which the dish support frame is attached. |
121 | HGA DCS Drive Head Back Cover | Cover plate over the large opening on back (dish side) of the center frame of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
122 | HGA DCS Drive Head Bottom Plate | Bottom plate of the drive head housing for the High Gain Antenna (HGA) DIrect Communications System (DCS). |
123 | HGA DCS Drive Head Bottom Shell | Bottom shell of the drive head housing for the High Gain Antenna (HGA) DIrect Communications System (DCS). |
124 | HGA DCS Drive Head Bottom Shell Side Cover | Cover for an opening in the side of the bottom shell of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
125 | HGA DCS Drive Head Center Frame | Central portion of the main drive head frame for the High Gain Antenna (HGA) Direct Communications System (DCS). |
126 | HGA DCS Drive Head Center Frame Alignment Pin | Pin used to align an internal component (near the elevation axis) to the center frame of the drive-head, within the the High Gain Antenna (HGA) Direct Communications System (DCS). |
127 | HGA DCS Drive Head Elevation Cover | Cover plate for the elevation axis opening on the side of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
128 | HGA DCS Drive Head Lower Frame | Lower portion of the main drive head frame for the High Gain Antenna (HGA) Direct Communications System (DCS). |
129 | HGA DCS Drive Head Side Frame | Side portion of the main drive head frame for the High Gain Antenna (HGA) Direct Communications System (DCS). |
130 | HGA DCS Drive Head Side Frame Alignment Pin | Pin used to align the side frame to the center frame of the drive-head, within the the High Gain Antenna (HGA) Direct Communications System (DCS). |
131 | HGA DCS Drive Head Side Frame Insert | Domed insert in the side frame of the drive head for the High Gain Antenna (HGA) Direct Communications System (DCS). |
132 | HGA DCS Drive Motor | Kearfott/Singer stepper motor used to activate the elevation and azimuth motions of the drive head on the High Gain Antenna (HGA) Direct Communications System (DCS). |
133 | HGA DCS Drive Motor Clip | Clip used to affix the drive motors to the head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
134 | HGA DCS Drive Resolver | Kearfott/Singer Resolver used to sense elevation and azimuth rotation of the drive head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
135 | HGA DCS Drive Resolver Clip | Clip used to affix the rotation resolvers to the head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
136 | HGA DCS Elevation Assy | Elevation assembly of the High Gain Antenna (HGA) Direct Communications System (DCS), which pivots the antenna up and down. |
137 | HGA DCS Elevation Bearing Seat | Speculative seat to support an elevation-axis bearing within the drive head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
138 | HGA DCS Elevation Motor Mounting Plate | Plate to which the elevation motor is mounted on the side of the drive head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
139 | HGA DCS Elevation Shaft | Pivot shaft for the elevation-axis gimbal of the High Gain Antenna (HGA) Direct Communications System (DCS). |
140 | HGA DCS Elevation Thrust Bearing | Speculative thrust bearing for the elevation axis of the High Gain Antenna (HGA) Direct Communications System (DCS). |
141 | HGA DCS Feed Coupler | RF coupler within the dish support spider that carries signals to the antenna feed helix, of the High Gain Antenna (HGA) Direct Communications System (DCS). |
142 | HGA DCS Feed Coupler Plug | Plug for the back side of the main RF coax receptacle on the feed coupler of the HIgh Gain Antenna (HGA) Direct Communications System (DCA). |
143 | HGA DCS Feed Coupler Test Plug | Threaded plug adjacent to the test-connector receptacle on the feed coupler of the High Gain Antenna (HGA) Direct Communications System (DCS). |
144 | HGA DCS Feed Coupler Test Receptacle Mount | Mount fitting for the test-connector receptacle on the feed coupler of the High Gain Antenna (HGA) Direct Communications System (DCS). |
145 | HGA DCS Gimbal Base Plate | Base plate of the elevation gimbal assembly, attached to the elevation pivot of the High Gain Antenna (HGA) Direct Communications System (DCS). |
146 | HGA DCS Gimbal Gusset | Gusset plate joining the elevation gimbal shell to the dish support frame of the High Gain Antenna (HGA) Direct Communications System (DCS). |
147 | HGA DCS Gimbal Shell | Main structural shell of the elevation gimbal assembly, attached to the elevation pivot of the High Gain Antenna (HGA) Direct Communications System (DCS). |
148 | HGA DCS Gimbal Side Cover | Side cover for the elevation gimbal shell of the High Gain Antenna (HGA) Direct Communications System (DCS). |
149 | HGA DCS Interface Connector Bracket | Bracket for electrical connectors, attached to the lower flange of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
150 | HGA DCS Interface Connector Bracket Lug | Electrical contact lug or terminal clip attached to the right end of the interface connector bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
151 | HGA DCS Left Downlock Alignment Fitting | Fitting attached to the drive head center frame of the High Gain Antenna (HGA) Direct Communications System (DCS) near the azimuth axis, for alignment with the HGA downlock mechanism. |
152 | HGA DCS Left Downlock Alignment Pin | Alignment pin connecting the left downlock fitting to the center frame of the drive head of the High Gain Antenna (HGA) Direct Communications System (DCS). |
153 | HGA DCS Mast | Main mast of the High Gain Antenna (HGA) Direct Communication System (DCS). Attaches to the upper interface flange of the HGA deployment mechanism elbow. |
154 | HGA DCS Mast Support Cover | Cover for the mast support ring and disc of the High Gain Antenna (HGA) Direct Communications System (DCS). Located just below the top of the mast. |
155 | HGA DCS Mast Support Cover Washer | Washers used when attaching the mast support cover to the support ring, near the top of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
156 | HGA DCS Mast Support Disc | One-half partial disc attached under the top of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
157 | HGA DCS Mast Support Ring | One-half ring attached under the top of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
158 | HGA DCS Mast Support Seal | Seal band (speculative) around the support ring around the top of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
159 | HGA DCS Mast Thrust Bearing | Speculative thrust bearing for the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
160 | HGA DCS Mast Wiring Shield | Shield for electrical wires that are attached to the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
161 | HGA DCS Motor Alignment Pin | Pin used to align the stepper motor mounting plates to the drive-head frame, within the the High Gain Antenna (HGA) Direct Communications System (DCS). |
162 | HGA DCS MultiPin Connector Strain Relief | Strain relief located on the rear of the multi-pin connector receptacle mounted on the interface connector bracket of the High Gain Antenna (HGA) Direct Communications System (DCS). |
163 | HGA DCS RF Feed Cable in Drive Head | Coax cable carrying the RF signal within the High Gain Antenna (HGA) Direct Communications System (DCS) drive head, between the internal rotary coupler and the jack above the mast. |
164 | HGA DCS RF Feed Cable in Mast | Coax cable carrying the RF signal within the High Gain Antenna (HGA) Direct Communications System (DCS) mast. |
165 | HGA DCS RF Feed Cable Loop | Loop of coax cable carrying the RF signal from the drive head to the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
166 | HGA DCS RF Feed Cable Loop Tape | Protective tape covering on the loop of coax cable carrying the RF signal from the drive head to the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
167 | HGA DCS RF Feed Cable Loop Tape STOWED | Protective tape covering on the loop of coax cable carrying the RF signal from the drive head to the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
168 | HGA DCS RF Feed Circuit Board | Small circuit board (shape and placement speculative) within the RF feed assembly of the High Gain Antenna (HGA) Direct Communications System (DCS). |
169 | HGA DCS RF Feed Front Cover | Front (away from dish, in front of the front cap) cover of the RF feed shell for the High Gain Antenna (HGA) Direct Communications System (DCS). |
170 | HGA DCS RF Feed Ground Plane Cup | Ground Plane for the RF feed assembly of the High Gain Antenna (HGA) Direct Communications System (DCS). |
171 | HGA DCS RF Feed Ground Plane Insulator | Semi-circular insulator (speculation) in the RF feed assembly between the ground plane cup and the winding terminal block of the High Gain Antenna (HGA) Direct Communications System (DCS). |
172 | HGA DCS RF Feed Mast | Mast of the RF feed at the center of the dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
173 | HGA DCS RF Feed Mounting Tube | Tube at the center of the RF feed assembly that mounts to the feed support mast in the reflector dish of the High Gain Antenna (HGA) Direct Communications System (DCS). |
174 | HGA DCS RF Feed Shell | Main shell of the RF feed assembly for the High Gain Antenna (HGA) Direct Communications System (DCS). |
175 | HGA DCS RF Feed Shell Front Cap | Front (away from dish) cap of the RF feed shell for the High Gain Antenna (HGA) Direct Communications System (DCS). |
176 | HGA DCS RF Feed Shell Rear Cap | Rear (toward dish) cap of the RF feed shell for the High Gain Antenna (HGA) Direct Communications System (DCS). |
177 | HGA DCS RF Feed Winding | Active RF winding on the outside of the shell of the feed assembly for the High Gain Antenna (HGA) Direct Communications System (DCS). |
178 | HGA DCS RF Feed Winding Terminal Block | Small terminal block at the forward end of the RF winding on the feed shell of the High Gain Antenna (HGA) Direct Communications System (DCS). |
179 | HGA DCS RF Test Cable Loop | Loop of 0.86 coax cable for sampling or testing the RF feed signal, connecting the drive head to the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
180 | HGA DCS RF Test Cable Loop Tape | Protective tape covering on the RF coax test cable connecting the drive head to the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
181 | HGA DCS RF Test Cable Loop Tape STOWED | Protective tape covering on the RF coax test cable connecting the drive head to the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
182 | HGA DCS RF Test Cable on Mast | Segment of 0.86 coax cable for sampling or testing the RF feed signal, running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
183 | HGA DCS RF Test Cable on Mast Tape | Protective tape covering the RF coax test cable running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
184 | HGA DCS Right Downlock Alignment Fitting | Fitting attached to the drive head center frame of the High Gain Antenna (HGA) Direct Communications System (DCS) below the elevation motor, for alignment with the HGA downlock mechanism. |
185 | HGA DCS Widget Assy | Widget (purpose unknown) located on the lower rear of the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
186 | HGA DCS Widget Body | Central body of the widget located on the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
187 | HGA DCS Widget Mount | Mounting bar for the widget attached to the lower back of the dish support frame of the High Gain Antenna (HGA) Direct Communications System (DCS). |
188 | HGA DCS Widget Set Screw Long | Set screw used to horizontally-align the body of the widget located on the back of the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
189 | HGA DCS Widget Set Screw Small | Set screw used to veritcally-align the body of the widget located on the back of the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
190 | HGA DCS Widget Shell | Outer widget frame or shell within which is the body of the widget, located on the dish support of the High Gain Antenna (HGA) Direct Communications System (DCS). |
191 | HGA DCS Wire on Mast 01 | Wire #1 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
192 | HGA DCS Wire on Mast 02 | Wire #2 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
193 | HGA DCS Wire on Mast 03 | Wire #3 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
194 | HGA DCS Wire on Mast 04 | Wire #4 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
195 | HGA DCS Wire on Mast 05 | Wire #5 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
196 | HGA DCS Wire on Mast 06 | Wire #6 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
197 | HGA DCS Wire on Mast 07 | Wire #7 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
198 | HGA DCS Wire on Mast 08 | Wire #8 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
199 | HGA DCS Wire on Mast 09 | Wire #9 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
200 | HGA DCS Wire on Mast 10 | Wire #10 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
201 | HGA DCS Wire on Mast 11 | Wire #11 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
202 | HGA DCS Wire on Mast 12 | Wire #12 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
203 | HGA DCS Wire on Mast 13 | Wire #13 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
204 | HGA DCS Wire on Mast 14 | Wire #14 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
205 | HGA DCS Wire on Mast 15 | Wire #15 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
206 | HGA DCS Wire on Mast 16 | Wire #16 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
207 | HGA DCS Wire on Mast 17 | Wire #17 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
208 | HGA DCS Wire on Mast 18 | Wire #18 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
209 | HGA DCS Wire on Mast 19 | Wire #19 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
210 | HGA DCS Wire on Mast 20 | Wire #20 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
211 | HGA DCS Wire on Mast 20 21 Tape | Protective tape covering the external contact-lug end of wires #20 and #21 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
212 | HGA DCS Wire on Mast 21 | Wire #21 running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
213 | HGA DCS Wire on Mast Bundle | Bundle of electrical wires and RF cable running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
214 | HGA DCS Wire on Mast Bundle Tape | Protective tape covering most of the wire bundle running down the outside of the mast of the High Gain Antenna (HGA) Direct Communications System (DCS). |
215 | HGA Deployment Mech Assy | Deployment mechanism assembly for the High Gain Antenna (HGA). |
216 | HGA Deployment Mech Bearing R3 | R-3 size bearing, used for various shafts within the governor of the High Gain Antenna (HGA) deployment mechanism. |
217 | HGA Deployment Mech Bearing R4 | R-4 size bearing, used for shaft #1 within the governor of the High Gain Antenna (HGA) deployment mechanism. |
218 | HGA Deployment Mech Cable Entry Plate | Plate on the bottom of the High Gain Antenna (HGA) deployment mechanism elbow through which an electrical cable enters the elbow. |
219 | HGA Deployment Mech Clutch Ratchet | Ratchet wheel for the clutch within the governor of the High Gain Antenna (HGA) deployment mechanism. |
220 | HGA Deployment Mech Clutch Spring | Spring of the clutch ratchet within the governor of the High Gain Antenna (HGA) deployment mechanism. |
221 | HGA Deployment Mech Clutch Spring Shoulder | Sleeve or shoulder to anchor the spring of the clutch ratchet within the governor of the High Gain Antenna (HGA) deployment mechanism. |
222 | HGA Deployment Mech Crank Eyelet | Eyelet for anchoring the small crank shaft handle of the governor for the High Gain Antenna (HGA) deployment mechanism. |
223 | HGA Deployment Mech Crank Handle | External handle for the small crank shaft of the governor within the High Gain Antenna (HGA) deployment mechanism. |
224 | HGA Deployment Mech Crank Handle Spring | Spring wrapping around the crank handle of the governor within the High Gain Antenna (HGA) deployment mechanism. |
225 | HGA Deployment Mech Crank Shaft | Crank shaft for an unknown device within the gearbox of the High Gain Antenna (HGA) deployment mechanism. |
226 | HGA Deployment Mech Crank Shaft Bushing | Bushing for the crank shaft within the governor of the High Gain Antenna (HGA) deployment mechanism. |
227 | HGA Deployment Mech Elbow | Elbow fitting of the High Gain Antenna (HGA) deployment mechanism. |
228 | HGA Deployment Mech Elbow LImit Stop | Stud that prevents rotational over-travel of the High Gain Antenna (HGA) deployment mechanism elbow. |
229 | HGA Deployment Mech Elbow Shaft | Rotational shaft of the elbow of the High Gain Antenna (HGA) deployment mechanism. |
230 | HGA Deployment Mech Elevation Assy | Pivoting elevation assembly of the deployment mechanism for the High Gain Antenna (HGA), which raises the HGA Direct Communications System (DCS). |
231 | HGA Deployment Mech Erector Spring Assy | Assembly of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
232 | HGA Deployment Mech Erector Spring Layer1 | Layer 1 (outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
233 | HGA Deployment Mech Erector Spring Layer1 STOWED | Layer 1 (outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
234 | HGA Deployment Mech Erector Spring Layer2 | Layer 2 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
235 | HGA Deployment Mech Erector Spring Layer2 STOWED | Layer 2 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
236 | HGA Deployment Mech Erector Spring Layer3 | Layer 3 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
237 | HGA Deployment Mech Erector Spring Layer3 STOWED | Layer 3 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
238 | HGA Deployment Mech Erector Spring Layer4 | Layer 4 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
239 | HGA Deployment Mech Erector Spring Layer4 STOWED | Layer 4 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
240 | HGA Deployment Mech Erector Spring Layer5 | Layer 5 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
241 | HGA Deployment Mech Erector Spring Layer5 STOWED | Layer 5 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
242 | HGA Deployment Mech Erector Spring Layer6 | Layer 6 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
243 | HGA Deployment Mech Erector Spring Layer6 STOWED | Layer 6 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
244 | HGA Deployment Mech Erector Spring Layer7 | Layer 7 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
245 | HGA Deployment Mech Erector Spring Layer7 STOWED | Layer 7 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
246 | HGA Deployment Mech Erector Spring Layer8 | Layer 8 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
247 | HGA Deployment Mech Erector Spring Layer8 STOWED | Layer 8 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
248 | HGA Deployment Mech Erector Spring Layer9 | Layer 9 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
249 | HGA Deployment Mech Erector Spring Layer9 STOWED | Layer 9 (counting from the outermost) of the 9-layer laminated constant-force springs of the deployment mechanism used to erect the High Gain Antenna (HGA). |
250 | HGA Deployment Mech Erector Spring Lockwire | Lockwire used to secure the bolts attaching the High Gain Antenna erector spring laminations to the deployment mechanism hub. |
251 | HGA Deployment Mech Erector Spring Shaft | Shaft for the erector spring spool of the deployment mechanism for the High Gain Antenna (HGA). |
252 | HGA Deployment Mech Erector Spring Shaft Washer | Washer on the erector-spring spool's shaft of the deployment mechanism for the High Gain Antenna (HGA). Located on the shaft end opposite the spool and springs. |
253 | HGA Deployment Mech Erector Spring Spool | Spool on which the erector springs are mounted of the deployment mechanism for the High Gain Antenna (HGA). |
254 | HGA Deployment Mech Erector Spring Spool Bushing | Bushing between the erector-spring spool and the elbow's mounting arm for the deployment mechanism of the High Gain Antenna (HGA). |
255 | HGA Deployment Mech Erector Spring Spool Cap | Cap on the large end of the spool holding the erector springs for the deployment mechanism of the High Gain Antenna (HGA). |
256 | HGA Deployment Mech Erector Spring Spool Washer | Washer on the end of the erector-spring spool (under the end-cap) for the deployment mechanism of the High Gain Antenna (HGA). |
257 | HGA Deployment Mech Escapement Pallet | Anchor-recoil pallet for the governor within the High Gain Antenna (HGA) deployment mechanism. |
258 | HGA Deployment Mech Escapement Pendulum | Escapement torsion pendulum within the governor of the High Gain Antenne (HGA) deployment mechanism. |
259 | HGA Deployment Mech Escapement Shaft | Shaft for the escapement within the High Gain Antenna (HGA) deployment mechanism. |
260 | HGA Deployment Mech Escapement Wheel | Escapement wheel within the governor of the High Gain Antenna (HGA) deployment mechanism. |
261 | HGA Deployment Mech Foot Base | Base plate for the foot of the deployment mechanism for the High Gain Antenna (HGA). |
262 | HGA Deployment Mech Foot Brace A | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
263 | HGA Deployment Mech Foot Brace B | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
264 | HGA Deployment Mech Foot Brace C | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
265 | HGA Deployment Mech Foot Brace D | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
266 | HGA Deployment Mech Foot Brace E | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
267 | HGA Deployment Mech Foot Brace F | Brace welded to the base plate and mast of the deployment mechanism for the High Gain Antenna (HGA). |
268 | HGA Deployment Mech Foot Dust Filter | Metalic mesh dust filter located on the bottom of the foot base plate of the deployment mechanism for the High Gain Antenna (HGA). |
269 | HGA Deployment Mech Foot Filter Holder | Holder for the dust filter that is located on the bottom of the foot base plate of the deployment mechanism for the High Gain Antenna (HGA). |
270 | HGA Deployment Mech Gear Shaft 1 | Gear shaft #1 within the governor of the High Gain Antenna (HGA) deployment mechanism. The shaft has an integral gear wheel with 12 teeth and a tooth spacing of 0.08 inches. |
271 | HGA Deployment Mech Gear Shaft 2 | Gear shaft #2 within the governor of the High Gain Antenna (HGA) deployment mechanism. The shaft has an integral gear wheel with 10 teeyh and a tooth spacing of 0.08 inches. |
272 | HGA Deployment Mech Gear Shaft 3 | Gear shaft #3 within the governor of the High Gain Antenna (HGA) deployment mechanism. The shaft has an integral gear wheel with 10 teeyh and a tooth spacing of 0.08 inches. |
273 | HGA Deployment Mech Gear2 75T 08in P | Gear with 75 teeth and a tooth spacing of 0.08 inches, mounted on shaft 2 of the governor of the High Gain Antenna (HGA) deployment mechanism. |
274 | HGA Deployment Mech Gearbox Front Wall | Gearbox front wall within the governor of the High Gain Antenna (HGA) deployment mechanism. |
275 | HGA Deployment Mech Gearbox Rear Wall | Gearbox rear wall within the governor of the High Gain Antenna (HGA) deployment mechanism. |
276 | HGA Deployment Mech Gearbox Standoff Back | Standoff used to mount the back of the gearbox within the High Gain Antenna (HGA) deployment mechanism to the deployment hub. |
277 | HGA Deployment Mech Gearbox Standoff Front | Standoff used to join the front and back of the gearbox within the High Gain Antenna (HGA) deployment mechanism. |
278 | HGA Deployment Mech Governor Assy | Governor and its housing for the High Gain Antenna (HGA) deployment mechanism. |
279 | HGA Deployment Mech Governor Back Wall | Back wall of the governor for the High Gain Antenna (HGA) deployment mechanism. |
280 | HGA Deployment Mech Governor Cover | Front cover of the governor for the High Gain Antenna (HGA) deployment mechanism. |
281 | HGA Deployment Mech Governor Shell | Main exterior shell of the governor for the High Gain Antenna (HGA) deployment mechanism. |
282 | HGA Deployment Mech Hub Bearing | Simplified bearing for the horizontal hub tube of the High Gain Antenna (HGA) deployment mechanism. |
283 | HGA Deployment Mech Hub Tube | Structural tube forming the horizontal hub of the High Gain Antenna (HGA) deployment mechanism. |
284 | HGA Deployment Mech MultiPin Cable | Multi-conductor cable for control and power of the High Gain Antenna (HGA), connected to a plug on the HGA interface bracket. |
285 | HGA Deployment Mech MultiPin Cable STOWED | Multi-conductor cable for control and power of the High Gain Antenna (HGA), connected to a plug on the HGA interface bracket. |
286 | HGA Deployment Mech MultiPin Cable Tape | Protective tape covering the multi-conductor cable for control and power of the High Gain Antenna (HGA), connected to a plug on the HGA interface bracket. |
287 | HGA Deployment Mech MultiPin Cable Tape STOWED | Protective tape covering the multi-conductor cable for control and power of the High Gain Antenna (HGA), connected to a plug on the HGA interface bracket. |
288 | HGA Deployment Mech RF Feed Cable | Coax cable carrying the RF signal from the bottom of the High Gain Antenna (HGA) Direct Communications System (DCS) mast out through the elbow of the HGA deployment mechanism. |
289 | HGA Deployment Mech RF Feed Cable STOWED | HGA Deployment Mech RF Feed Cable |
290 | HGA Deployment Mech RF Feed Cable Tape | Protective tape covering the coax cable carrying the RF signal from the bottom of the High Gain Antenna (HGA) Direct Communications System (DCS) mast out through the elbow of the HGA deployment mechanism. |
291 | HGA Deployment Mech RF Feed Cable Tape STOWED | Protective tape covering the coax cable carrying the RF signal from the bottom of the High Gain Antenna (HGA) Direct Communications System (DCS) mast out through the elbow of the HGA deployment mechanism. |
292 | HGA Deployment Mech Right Stabilizer Pivot | Pivot pin for the stabilizer fitting on the right arm of the High Gain Antenna (HGA) downlock assembly. |
293 | HGA Deployment Mech Support Clamp | Large cushioned clamp on the support tube of the High Gain Antenna (HGA) deployment mechanism. Used to mount additional cable clamps. |
294 | HGA Deployment Mech Support Clamp Band | Band of the large cushioned clamp on the support tube of the High Gain Antenna (HGA) deployment mechanism. Used to mount additional cable clamps. |
295 | HGA Deployment Mech Support Clamp Insulation | Insulation or cushion of the large clamp on the support tube of the High Gain Antenna (HGA) deployment mechanism. Used to mount additional cable clamps. |
296 | HGA Deployment Mech Support Clamp Spacer | Spacer ring fitted underneath the large cusioned clamp on the support tube of the High Gain Antenna (HGA) deployment mechanism. |
297 | HGA Deployment Mech Support Tube | Main support tube of the deployment mechanism for the High Gain Antenna (HGA). |
298 | HGA Deployment Mech Uplock Hinge Pin | Pin or axle on which the uplock latch rotates on the High Gain Antenna (HGA) deployment mechanism. |
299 | HGA Deployment Mech Uplock Latch | Latch finger for the uplock of the High Gain Antenna (HGA) deployment mechanism. |
300 | HGA Deployment Mech Uplock Latch Spring | Torsion spring holding the uplock latch of the High Gain Antenna (HGA) deployment mechanism against the hub. |
301 | HGA Downlock Assy | Downlock assembly for the High Gain Antenna (HGA). |
302 | HGA Downlock Body LeftHalf | Left half of the main structural body or frame of the downlock assembly for the High Gain Antenna (HGA). |
303 | HGA Downlock Body RightHalf | Right half of the main structural body or frame of the downlock assembly for the High Gain Antenna (HGA). |
304 | HGA Downlock Body Weld Bead | Representation of the weld bead joining the two halves of the High Gain Antenna (HGA) downlock body. |
305 | HGA Downlock Deployment Limit Setscrew | Setscrew that limits spring-back travel of the High Gain Antenna (HGA) deployment assembly. |
306 | HGA Downlock PinPuller Assy | Pyrotechnic pin-puller mounted on the right arm of the High Gain Antenna (HGA) downlock assembly, used to restrain the HGA in its stowed configuration. |
307 | HGA Downlock PinPuller Body | Main body of the pyrotechnic pin-puller used to restrain the High Gain Antenna (HGA) in its downlock assembly. |
308 | HGA Downlock PinPuller End Cap | Cap affixed to the the end of the body of the pin-puller used to restrain the High Gain Antenna (HGA) in it downlock assembly. |
309 | HGA Downlock PinPuller End CapCrushed | Internally-crushed version (after firing) of the cap affixed to the the end of the body of the pin-puller used to restrain the High Gain Antenna (HGA) in it downlock assembly. |
310 | HGA Downlock PinPuller Jam Nut | Jam nut holding the pin-puller in place on the right arm of the High Gain Antenna (HGA) downlock body. |
311 | HGA Downlock PinPuller Pin | Pin or piston that provides the lock and release feature of the pin-puller used to restrain the High Gain Antenna (HGA) in its stowed position within the downlock assembly. |
312 | HGA Downlock PinPuller Pin Head ORing | O-ring seal around the head of the pin or piston within the pin-puller for the High Gain Antenna (HGA) downlock assembly. |
313 | HGA Downlock PinPuller Pin Shaft ORing | O-ring seal around the shaft of the pin or piston within the pin-puller for the High Gain Antenna (HGA) downlock assembly. |
314 | HGA Downlock PinPuller Shear Pin | Shear pin to prevent premature pin or piston movement within the pin-puller used to restrain the High Gain Antenna (HGA) in its stowed position within the downlock assembly. |
315 | HGA Downlock PinPuller Shock Absorber | Shock absorber fitted to the head of the pin or piston within the pin-puller of the High Gain Antenna (HGA) downlock assembly. |
316 | HGA Downlock PinPuller Shock AbsorberCrushed | Crushed version (after firing) of the shock absorber fitted to the head of the pin or piston within the pin-puller of the High Gain Antenna (HGA) downlock assembly. |
317 | HGA Downlock PinPuller Sleeve | Sleeve holding the pin-puller on the right arm of the High Gain Antenna (HGA) downlock body. |
318 | HGA Downlock PinPuller Sleeve ORing | O-ring sealing the pin-puller mounting sleeve to the right arm of the High Gain Antenna (HGA) downlock body. |
319 | HGA Downlock Pivot Axle | Axle upon which the High Gain Antenna (HGA) downlock pivots during deployment. |
320 | HGA Downlock Pivot Axle Cotter Pin | Cotter pin through the High Gain Antenna (HGA) downlock bracket preventing the downlock assembly's axle pin from rotating. |
321 | HGA Downlock Pivot Axle Spacer | Spacer disc fitted near the inboard end of the pivot axle for the High Gain Antenna (HGA) downlock assembly. |
322 | HGA Downlock Prong | Prong (unknown function) on the right arm of the High Gain Antenna (HGA) downlock body, below the right stabilizer block. |
323 | HGA Downlock Spring Deployed | Spring (in the deployed configuration) to retract the High Gain Antenna (HGA) downlock assembly when the HGA is deployed. |
324 | HGA Downlock Spring Stowed | Spring (in the stowed configuration) to retract the High Gain Antenna (HGA) downlock assembly when the HGA is deployed. |
325 | HGA Downlock Stabilizer | Anchoring fitting mounted on the left arm of the High Gain Antenna (HGA) downlock body that restrains the HGA drive head on the side opposite from the pin-puller. |
326 | HGA Downlock Stabilizer Block | Anchoring block mounted on the right arm of the High Gain Antenna (HGA) downlock body that restrains the HGA drive head near the pin-puller. |
327 | HGA Downlock Stabilizer Horizontal Pin | Adjustment pin for horizontal positioning of the stabilizer fitting of the High Gain Antenna (HGA) downlock assembly. |
328 | HGA Downlock Stabilizer Pin Collar | Washer-like collar or disc near the heads of the pins that hold the stabilizer fitting on the left arm of the High Gain Antenna (HGA) downlock assembly. |
329 | HGA Downlock Stabilizer Pin Washer | Washer at the base or tip of the pins that hold the stabilizer fitting on the left arm of the High Gain Antenna (HGA) downlock assembly. |
330 | HGA Downlock Stabilizer Pins Lockwire | Lockwire used to restrain the horizontal and vertical positioning pins for the stabilizer fitting on the left arm of the High Gain Antenna (HAG) downlock assembly. |
331 | HGA Downlock Stabilizer Vertical Pin | Adjustment pin for vertical positioning of the stabilizer fitting of the High Gain Antenna (HGA) downlock assembly. |
332 | Retaining Ring Internal 0.375 | Standard internal retaining ring for a 0.375 inch nominal installation. |
333 | Rivet 8thInch AluminumLong | Aluminum rivet with 1/8-inch long shank, as used in the elevation gimbal assembly for the High Gain Antenna (HGA) Direct Communications System (DCS). |
334 | Rivet 8thInch AluminumShort | Aluminum rivet with 1/8-inch short shank, as used in the elevation gimbal assembly for the High Gain Antenna (HGA) Direct Communications System (DCS). |
335 | Rivet 8thInch CopperShortHollow | Copper rivet with 1/8-inch hollow short shank, as used in the elevation gimbal assembly for the High Gain Antenna (HGA) Direct Communications System (DCS). |
1 | Component Name | Component Description |
---|---|---|
2 | Bleed-In Fitting Barrel Fuel Tank 2 | Main barrel of the bleed-in fitting attached to the mounting structure for fuel tank 2's drain valve. |
3 | Bleed-In Fitting Base Fuel Tank 2 | Base of the bleed-in fitting attached to the mounting structure for fuel tank 2's drain valve. |
4 | Bleed-In Fitting Plug Fuel Tank 2 | Plug of the bleed-in fitting attached to the mounting structure for fuel tank 2's drain valve. |
5 | Bolt Cluster Fuel Interface | Set of three bolts to attach fuel fittings. |
6 | Drain Valve Fuel Tank 1 Assy | Small 0.25 inch pyrotechnic fuel drain valve assembly for fuel tank 1, located on the tank's long support strut. |
7 | Drain Valve Fuel Tank 2 Assy | Small 0.25 inch pyrotechnic fuel drain valve assembly for fuel tank 2, located on a mounting structure attached to the tank's long support strut. |
8 | Drain Valve Fuel Tank 2 Mounting Structure Backplate | Rear-most plate of the mounting structure for fuel tank 2's drain valve. |
9 | Drain Valve Fuel Tank 2 Mounting Structure Clamp Fitting | Fitting for a fuel-line clamp attached to the left side of the mounting structure for fuel tank 2's drain valve. |
10 | Drain Valve Fuel Tank 2 Mounting Structure Front Lower | Lower front of the mounting structure for fuel tank 2's drain valve. |
11 | Drain Valve Fuel Tank 2 Mounting Structure Front Upper | Upper front of the mounting structure for fuel tank 2's drain valve. |
12 | Drain Valve Fuel Tank 2 Mounting Structure Left Side | Left side of the mounting structure for fuel tank 2's drain valve. |
13 | Drain Valve Fuel Tank 2 Mounting Structure Right Side | Right side of the mounting structure for fuel tank 2's drain valve. |
14 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Blind | Blind rivet with universal head (similar to type MS20604-4) used to attach the fuel tank 2 drain valve mounting structure top and bottom to backplate. |
15 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Blind Sleeve | Sleeve of a blind rivet with universal head (similar to type MS20604-4) used to attach the fuel tank 2 drain valve mounting structure top and bottom to backplate. |
16 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Blind Stem | Stem of a blind rivet with universal head (similar to type MS20604-4) used to attach the fuel tank 2 drain valve mounting structure top and bottom to backplate. |
17 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Small Flush 05 | Small flush-head rivet (similar to type MS20426-3) of length 0.05 inch used to attach the fuel tank 2 drain valve mounting structure sides to backplate. |
18 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Small Round 06 | Small round-head rivet (similar to type MS20470-3) of length 0.06 inch used to attach the drain valve mounting structure backplate to the fuel valve mounting platform for fuel tank 2. |
19 | Drain Valve Fuel Tank 2 Mounting Structure Rivet Small Round 13 | Small round-head rivet (similar to type MS20470-3) of length 0.13 inch used to attach the left-side angle fitting to the drain valve mounting structure for fuel tank 2. |
20 | Drain Valve Fuel Tank 2 Mounting Structure Top | Top of the mounting structure for fuel tank 2's drain valve. |
21 | Drain Valve Mount Fuel Tank 1 | Mounting fitting for the small 0.25 inch pyrotechnic fuel drain valve for fuel tank 1, located on the tank's long support strut. |
22 | Drain Valve Mount Rivet | Rivet for attaching a nut plate to the underside of the drain valve mount for fuel tank 1. |
23 | Fuel Bleed-In Valve Mount Assy | Mount for the small 0.25 inch pyrotechnic bleed-in valve mounted on the upper arm of the long strut for fuel tank 1. |
24 | Fuel Bleed-In Valve Mount Rivet | Rivet that attaches the components of the mount for the small 0.25 inch pyrotechnic bleed-in valve mounted on the upper arm of the long strut for fuel tank 1. |
25 | Fuel Bleed-In Valve Mount Side Bracket | Side bracket of the mount for the small 0.25 inch pyrotechnic bleed-in valve mounted on the upper arm of the long strut for fuel tank 1. |
26 | Fuel Bleed-In Valve Mount Top Plate | Top plate of the mount for the small 0.25 inch pyrotechnic bleed-in valve mounted on the upper arm of the long strut for fuel tank 1. |
27 | Fuel Filter Large | Large fuel filter, as used on the supply lines for the Roll Control Thrusters. |
28 | Fuel Filter Large Base | Base of a large fuel filter. |
29 | Fuel Filter Large Base Weld Bead | Weld bead joining the base and body of a large fuel filter. |
30 | Fuel Filter Large Body | Body of a large fuel filter. |
31 | Fuel Filter Large Outlet | Outlet tube for a large fuel filter. |
32 | Fuel Filter Small | Small fuel filter, as used on the bleed-in line for fuel tank 1. |
33 | Fuel Line Brace Back | Back portion of the brace sandwiching the cluster of four fuel lines entering from the Mortar Support Truss above the lander. |
34 | Fuel Line Brace Front | Front portion of the brace sandwiching the cluster of four fuel lines entering from the Mortar Support Truss above the lander. |
35 | Fuel Line Clamp Assy | Assembled fuel line clamp, which secures the main fuel line running around the lower circumference of the lander. |
36 | Fuel Line Clamp Band | Main circumferential band of a fuel line clamp. |
37 | Fuel Line Clamp Base | Base piece of a fuel line clamp. |
38 | Fuel Line Clamp Holder | Holder or bracket to which is mounted a main fuel line clamp. Attaches to the lander body via a Fuel Line Bracket. |
39 | Fuel Line Clamp Insulator | Central split insulator for a main fuel line clamp. |
40 | Fuel Line Clamp Spacer | Spacer between a main fuel line clamp and the clamp holder. |
41 | Fuel Main Line Circumferential Section A | Section A of the main fuel line running around the circumference of the lander. Located at the inlet valve of Terminal Descent Engine 1. |
42 | Fuel Main Line Circumferential Section B | Section B of the main fuel line running around the circumference of the lander. Located near Terminal Descent Engine 1, two copies of section B are located on either side of a tap block. |
43 | Fuel Main Line Circumferential Section C | Section C of the main fuel line running around the circumference of the lander. Located near Terminal Descent Engine 1. |
44 | Fuel Main Line Circumferential Section D | Section D of the main fuel line running around the circumference of the lander. Located on the diagonal path near Terminal Descent Engine 1 and 3. |
45 | Fuel Main Line Circumferential Section E | Section E of the main fuel line running around the circumference of the lander. Located on the left end of sidebeam 1 wrapping around the left corner, and a mirrored copy on the right end of sidebeam 3 wrapping around the right corner. |
46 | Fuel Main Line Circumferential Section F | Section F of the main fuel line running around the circumference of the lander. Located on short side 2, leading from the vertical fuel line outlet section D (from tank 1) toward sidebeam 1. |
47 | Fuel Main Line Circumferential Section G | Section G of the main fuel line running around the circumference of the lander. Located on short side 2, leading from the vertical fuel line outlet section D (from tank 1) toward sidebeam 2. |
48 | Fuel Main Line Circumferential Section H | Section H of the main fuel line running around the circumference of the lander body. Located on the lower-right front of sidebeam 2. |
49 | Fuel Main Line Circumferential Section J | Section J of the main fuel line running around the circumference of the lander. Located near the center of sidebeam 2, leading up from the tee junction toward Terminal Descent Engine 2. |
50 | Fuel Main Line Circumferential Section K | Section K of the main fuel line running around the circumference of the lander. Located in the middle of sidebeam 2 leading to Terminal Descent Engine 2. |
51 | Fuel Main Line Circumferential Section L | Section L of the main fuel line running around the circumference of the lander body. Located on the lower-left front of sidebeam 2. |
52 | Fuel Main Line Circumferential Section M | Section M of the main fuel line running around the circumference of the lander. Located on short side 3, leading from the vertical fuel line outlet section D (from tank 2) toward sidebeam 2. |
53 | Fuel Main Line Circumferential Section N | Section N of the main fuel line running around the circumference of the lander. Located on short side 3, leading from the vertical fuel line outlet section D (from tank 3) toward sidebeam 3. |
54 | Fuel Main Line Coupling 135 Elbow | 135 degree elbow coupling for the main fuel line, as used under the fuel tank near the tank outlet. |
55 | Fuel Main Line Coupling 165 Tee | Tee coupling with a 165 degree bend in the straight leg for the main fuel line, used at the intersection of section D of the outlet from a fuel tank with the circumferential fuel line around the lander body. |
56 | Fuel Main Line Fitting Tee | Tee junction on the main fuel line near the middle of sidebeam 2. |
57 | Fuel Main Line Straight Coupling | Straight coupling or union used on the main fuel line. |
58 | Fuel Main Line Tank 1 and 2 Section A | Section A of the main fuel line from the bottom outlet of fuel tank 1 and tank 2. Located under the tank, connected to the tank outlet fitting. |
59 | Fuel Main Line Tank 1 and 2 Section B | Section B of the main fuel line from the bottom outlet of fuel tank 1 and tank 2. Located to the lower side of the tank, on a 45 degree angle. |
60 | Fuel Main Line Tank 1 and 2 Valve NC Inlet Section | Fuel line leading into the normally-closed pyrotechnic valve located along the side of a fuel tank (between the NC and NO valves in the valve pair). |
61 | Fuel Main Line Tank 1 and 2 Valve Outlet Section | Valve-outlet section of the main fuel line from the bottom outlet of fuel tank 1 and tank 2. Located along the side of the tank, brazed into the second in-line (Normally-Closed) valve outlet. |
62 | Fuel Main Line Tank 1 Section C | Section C of the main fuel line from the bottom outlet of fuel tank 1. Located along the side of the tank. |
63 | Fuel Main Line Tank 1 Section D | Section D of the main fuel line from the bottom outlet of fuel tank 1. Attached to the downstream (outlet) fitting of the double-valve block on the side of the tank. |
64 | Fuel Main Line Tank 1 Valve Inlet Section | Valve-inlet section of the main fuel line from the bottom outlet of fuel tank 1. Located along the side of the tank, brazed into the first in-line (Normally-Open) valve. |
65 | Fuel Main Line Tank 2 Section C | Section C of the main fuel line from the outlet of fuel tank 2. Located along the side of the tank. |
66 | Fuel Main Line Tank 2 Section D | Section D of the main fuel line from the bottom outlet of fuel tank 2. Attached to the downstream (outlet) fitting of the double-valve block on the side of the tank. |
67 | Fuel Main Line Tank 2 Valve Inlet Section | Valve-inlet section of the main fuel line from the bottom outlet of fuel tank 2. Located along the side of the tank, brazed into the first in-line (Normally-Open) valve. |
68 | Fuel Main Line Tap Block Assy | Tap block assembly with 0.25 inch tap for accessing the main fuel line. Examples are located near Terminal Descent Engines 1 and 3. |
69 | Fuel Main Line Tap Block Body | Body of the tap block with 0.25 inch taps for accessing the main fuel line. |
70 | Fuel Small Line Aeroshell Tank 1 Fill Section A | Section A of the fill line for Aeroshell fuel tank 1. |
71 | Fuel Small Line Aeroshell Tank 1 Fill Section B | Section B of the fill line for Aeroshell fuel tank 1. |
72 | Fuel Small Line Aeroshell Tank 1 Fill Section C | Section C of the fill line for Aeroshell fuel tank 1. |
73 | Fuel Small Line Aeroshell Tank 2 Fill Section A | Section A of the fill line for Aeroshell fuel tank 2. |
74 | Fuel Small Line Aeroshell Tank 2 Fill Section B | Section B of the fill line for Aeroshell fuel tank 2. |
75 | Fuel Small Line Aeroshell Tank 2 Fill Section C | Section C of the fill line for Aeroshell fuel tank 2. |
76 | Fuel Small Line Bleed-In Tank 1 Section A | Section A of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
77 | Fuel Small Line Bleed-In Tank 1 Section B | Section B of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
78 | Fuel Small Line Bleed-In Tank 1 Section C | Section C of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
79 | Fuel Small Line Bleed-In Tank 1 Section D | Section D of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
80 | Fuel Small Line Bleed-In Tank 1 Section E | Section E of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
81 | Fuel Small Line Bleed-In Tank 1 Section F | Section F of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
82 | Fuel Small Line Bleed-In Tank 1 Section G | Section G of the bleed-in port on the outlet side of a normally-closed 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
83 | Fuel Small Line Bleed-In Tank 2 Section A | Section A of the bleed-in line on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 2. |
84 | Fuel Small Line Drain Tank 1 End Fitting | Terminal fitting on the end of the drain line for fuel tank 1. |
85 | Fuel Small Line Drain Tank 1 Section A | Section A of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
86 | Fuel Small Line Drain Tank 1 Section B | Section B of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
87 | Fuel Small Line Drain Tank 1 Section C | Section C of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
88 | Fuel Small Line Drain Tank 1 Section D | Section D of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 1. |
89 | Fuel Small Line Drain Tank 2 Section A | Section A of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 2. |
90 | Fuel Small Line Drain Tank 2 Section B | Section B of the drain port on the outlet side of a normally-open 0.75 inch pyrotechnic valve in a fuel tank valve pair, for tank 2. |
91 | Fuel Small Line Fill Tank 1 and 2 Pressure Tap Section A | Section A of the small 0.25 inch fuel line for a pressure tap on the tank 1 and 2 fill line. |
92 | Fuel Small Line Fill Tank 1 and 2 Pressure Tap Section B | Section B of the small 0.25 inch fuel line for a pressure tap on the tank 1 and 2 fill line. |
93 | Fuel Small Line Fill Tank 1 and 2 Section A | Section A of the small 0.25 inch fuel line for filling tank 1 and 2. |
94 | Fuel Small Line Fill Tank 1 and 2 Section B | Section B of the small 0.25 inch fuel line for filling tank 1 and 2. |
95 | Fuel Small Line Fill Tank 1 and 2 Section C | Section C of the small 0.25 inch fuel line for filing tank 1 and 2. |
96 | Fuel Small Line Fill Tank 1 and 2 Section D | Section D of the small 0.25 inch fuel line for filling tank 1 and 2. |
97 | Fuel Small Line Fill Tank 1 Section E | Section E of the small 0.25 inch fuel line for filling tank 1. |
98 | Fuel Small Line Fill Tank 1 Section F | Section F of the small 0.25 inch fuel line for filling tank 1. |
99 | Fuel Small Line Fill Tank 2 Section E | Section E of the small 0.25 inch fuel line for filling tank 2. |
100 | Fuel Small Line Fill Tank 2 Section F | Section F of the small 0.25 inch fuel line for filling tank 2. |
101 | Fuel Small Line Fill Tank 2 Section G | Section G of the small 0.25 inch fuel line for filling tank 2. |
102 | Fuel Small Line Roll Thruster Supply Section A | Section A of the fuel supply line for roll-contol thrusters. Connected to the tap on the main fuel line near a Terminal Descent Engine. |
103 | Fuel Small Line Thruster Feed Section A | Section A of the fuel feed line supplying the pair of roll-control thrusters mounted on a fuel tank. |
104 | Fuel Small Line Thruster Feed Section B | Section B of the fuel feed line supplying the pair roll-control thrusters mounted on a fuel tank. |
105 | Fuel Small Line Thruster Feed Section C | Section C of the fuel feed line supplying the pair roll-control thrusters mounted on a fuel tank. This segment runs from the fuel filter on the side of the tank to the nearby thruster. |
106 | Fuel Small Line Thruster Feed Section D | Section D of the fuel feed line supplying the pair of roll-control thrusters mounted on a fuel tank. |
107 | Fuel Small Line Thruster Feed Section E | Section E of the fuel feed line supplying the pair of roll-control thrusters mounted on a fuel tank. |
108 | Fuel Small Line Thruster Feed Section F | Section F of the fuel feed line supplying the pair of roll-control thrusters mounted on a fuel tank. |
109 | Fuel Small Line Valve Inlet-Outlet Drain Tank 1 | Small fuel line passing through a small 0.25 inch pyrotechnic valve on the drain line for fuel tank 1. |
110 | Fuel Small Line Valve Inlet-Outlet Drain Tank 2 | Small fuel line passing through a small 0.25 inch pyrotechnic valve on the drain line for fuel tank 2. |
111 | Fuel Small Line Valve Inlet-Outlet Long | Long form of the small fuel line passing through a small 0.25 inch pyrotechnic valve, as used in the pair of valves mounted on the upper arm of a fuel tank long strut (and other locations). |
112 | Fuel Small Line Valve-Pair Inlet-Outlet Short | Short form of the small fuel line passing through a small 0.25 inch pyrotechnic valve, as used in the upper valve of the pair of valves mounted on the upper arm of fuel tank 2's long strut. |
113 | Fuel Small Line Valve-Pair U-Turn | U-turn segment of small fuel line connecting a pair of small 0.25 inch pyrotechnic valves mounted on the upper arm of a fuel tank long strut. |
114 | Fuel System Assy | The overall fuel (propellant) system plumbing, valves, tanks, and Roll-Control Thrusters. |
115 | Fuel System Cable Tank 1 Bleed-In N-C N-O | Protective tape wrap on the combined electrical cable for the VSIs of the bleed-in, normally-open, and normally-closed valves for fuel tank 1. |
116 | Fuel System Cable Tank 1 Bleed-In VSI A | Protective tape wrap on the electrical cable for VSI A of the bleed-in valve for fuel tank 1. |
117 | Fuel System Cable Tank 1 Bleed-In VSI B | Protective tape wrap on the electrical cable for VSI B of the bleed-in valve for fuel tank 1. |
118 | Fuel System Cable Tank 1 Fill VSI A | Protective tape wrap on the electrical cable for VSI A of the fill valve for fuel tank 1. |
119 | Fuel System Cable Tank 1 Fill VSI B | Protective tape wrap on the electrical cable for VSI B of the fill valve for fuel tank 1. |
120 | Fuel System Cable Tank 1 Fill VSI C | Protective tape wrap on the electrical cable for VSI C of the fill valve for fuel tank 1. |
121 | Fuel System Cable Tank 1 Fill VSI D | Protective tape wrap on the electrical cable for VSI D of the fill valve for fuel tank 1. |
122 | Fuel System Cable Tank 1 Main | Protective tape wrap on the combined electrical cables for the VSIs of the valves for fuel tank 1. |
123 | Fuel System Cable Tank 1 N-C VSI A | Protective tape wrap on the electrical cable for VSI A of the normally-closed valve for fuel tank 1. |
124 | Fuel System Cable Tank 1 N-C VSI AB | Protective tape wrap on the combined electrical cable for the VSIs of the normally-closed valve for fuel tank 1. |
125 | Fuel System Cable Tank 1 N-C VSI B | Protective tape wrap on the electrical cable for VSI B of the normally-closed valve for fuel tank 1. |
126 | Fuel System Cable Tank 1 N-O VSI A | Protective tape wrap on the electrical cable for VSI A of the normally-open valve for fuel tank 1. |
127 | Fuel System Cable Tank 1 N-O VSI B | Protective tape wrap on the electrical cable for VSI B of the normally-open valve for fuel tank 1. |
128 | Fuel System Cable Tank 2 Fill VSI A | Protective tape wrap on the electrical cable for VSI A of the fill valve for fuel tank 2. |
129 | Fuel System Cable Tank 2 Fill VSI AB | Protective tape wrap on the combined electrical cable for VSI A and B of the fill valve for fuel tank 2. |
130 | Fuel System Cable Tank 2 Fill VSI ABCD | Protective tape wrap on the combined electrical cable for VSI A, B, C, and D of the fill valve for fuel tank 2. |
131 | Fuel System Cable Tank 2 Fill VSI B | Protective tape wrap on the electrical cable for VSI B of the fill valve for fuel tank 2. |
132 | Fuel System Cable Tank 2 Fill VSI C | Protective tape wrap on the electrical cable for VSI C of the fill valve for fuel tank 2. |
133 | Fuel System Cable Tank 2 Fill VSI D | Protective tape wrap on the electrical cable for VSI D of the fill valve for fuel tank 2. |
134 | Fuel System Cable Tank 2 N-C N-O | Protective tape wrap on the combined electrical cable for VSIs of the normally-open and normally-closed valves for fuel tank 2. |
135 | Fuel System Cable Tank 2 N-C VSI A | Protective tape wrap on the electrical cable for VSI A of the normally-closed valve for fuel tank 2. |
136 | Fuel System Cable Tank 2 N-C VSI B | Protective tape wrap on the electrical cable for VSI B of the normally-closed valve for fuel tank 2. |
137 | Fuel System Cable Tank 2 N-O VSI A | Protective tape wrap on the electrical cable for VSI A of the normally-open valve for fuel tank 2. |
138 | Fuel System Cable Tank 2 N-O VSI B | Protective tape wrap on the electrical cable for VSI B of the normally-open valve for fuel tank 2. |
139 | Fuel Tank 1 | Fuel tank 1, which is mounted on struts near the left end of the lander body's sidebeam 1. |
140 | Fuel Tank 1 Assy | Fuel tank 1 and its support struts and fasteners. |
141 | Fuel Tank 1 Fill Pressure Tap Mount | Mounting fitting for a pressure transducer on the fill line of fuel tank 1. |
142 | Fuel Tank 1 Lower Hemisphere | The lower hemisphere of fuel (propellant) tank 1. |
143 | Fuel Tank 1 Strut Long | Long strut that supports fuel tank 1 (on the side of the tank that faces toward leg 2). |
144 | Fuel Tank 1 Upper Hemisphere | The upper hemisphere of fuel (propellant) tank 1. |
145 | Fuel Tank 2 Assy | Fuel tank 2 and its support struts and fasteners. |
146 | Fuel Tank 2 Strut Long | Long strut that supports fuel tank 2 (on the side of the tank that faces toward leg 2). |
147 | Fuel Tank Fill Boss | Reinforced boss on a fuel tank upper hemisphere for filling with propellant and pressurant. |
148 | Fuel Tank Fill Boss Weld Bead | Weld bead around the fill boss on the upper hemisphere of a fuel tank. |
149 | Fuel Tank Fill Valve Assy | Assembly of two small 0.25 inch fuel valves mounted on the upper arm of a fuel tank long strut. |
150 | Fuel Tank Fill Valve Mount | Mounting fixture for a pair of 0.25 inch fuel valves, mounted on the upper arm of a fuel tank strut. |
151 | Fuel Tank Outlet fitting | Fuel outlet pipe and elbow fitting on the bottom of a fuel tank. |
152 | Fuel Tank Outlet Fitting Elbow | Elbow junction on the end of the short outlet fitting pipe on the bottom of a fuel tank. |
153 | Fuel Tank Pressure Tap | Pressure-sensing tap on a fuel tank. |
154 | Fuel Tank Pressure Tap Weld Bead | Weld bead or fillet surrounding a pressure tap on a fuel tank. |
155 | Fuel Tank Rear Mounting Lug | Mounting lug affixed to the rear of the fuel tank which attaches to the rear fuel tank support fitting. |
156 | Fuel Tank Rear Mounting Lug Weld Bead | Weld bead attaching the fuel tank rear mounting lug. |
157 | Fuel Tank Roll Thruster Mounting Lug | Mounting lug for a roll thruster affixed to a fuel tank. Four such lugs per thruster. |
158 | Fuel Tank Roll Thruster Mounting Lug Weld Bead | Weld bead attaching a roll thruster mounting lug to a fuel tank. |
159 | Fuel Tank Side Mounting Lug Left | Box-shaped mounting lug on the left side of the fuel tanks, which attach to the fuel tank support struts. |
160 | Fuel Tank Side Mounting Lug Right | Box-shaped mounting lug on the right side of the fuel tanks, which attach to the fuel tank support struts. |
161 | Fuel Tank Side Mounting Lug Weld Bead Outer | Weld bead along the outside joint of the fuel tank side mounting lug. |
162 | Fuel Tank Strut Connector Mounting Bracket | Bracket for mounting an electrical connector on the lower arm of a long fuel tank strut. |
163 | Fuel Tank Strut Short | Short strut that supports fuel tanks 1 and 2 (on the side of the tanks facing leg 1). |
164 | Fuel Tank Strut Short Fuel Filter Bracket | Bracket on the upper arm of a fuel tank short strut to support a large fuel filter. |
165 | Fuel Tank Valve Pair | Pair of 0.75 inch pyrotechnic fuel valves (normally-open and normally-closed) on the outlet of a fuel tank. |
166 | Fuel Valve Mounting Platform Fuel Tank 1 | Platform or fitting where two pyrotechnic fuel values are mounted, located on the left (long) support strut for fuel tank 1. |
167 | Fuel Valve Mounting Platform Fuel Tank 2 | Platform or fitting where two pyrotechnic fuel values are mounted, located on the right (long) support strut for fuel tank 2. |
168 | Pyro Valve Normally-Closed | Pyrotchnic valve which is normally-closed (NC), preventing fuel to flow through the valve before firing and allowing fuel to flow after firing. Intended for a 0.75 inch fuel line (which is reduced at the valve inlet and outlet). |
169 | Pyro Valve Normally-Closed Body | Main body of a normall-closed 0.75 inch pyrotechnic valve. |
170 | Pyro Valve Normally-Closed Bottom Plug | Plug or pin sealing the bottom of the body of a normally-closed 0.75 inch pyrotechnic valve. |
171 | Pyro Valve Normally-Closed Inlet Nested Weld Bead | Weld bead on the small-diameter inlet tube between a pair of 0.75 inch pyrotechnic normally-closed and normally-open valves. |
172 | Pyro Valve Normally-Closed Inlet Weld Bead | Weld bead around the inlet tube for a normally-closed 0.75 inch pyrotechnic valve. |
173 | Pyro Valve Normally-Closed Lock Screw | Screw that locks in place the tension screw within the top closure of a normally-closed 0.75 inch pyrotechnic valve. |
174 | Pyro Valve Normally-Closed Mounting Tab Lower | Lower mounting tab (at the end of the ported ram catch basin) for a normally-closed 0.75 inch pyrotechnic valve. |
175 | Pyro Valve Normally-Closed Mounting Tab Lower Weld Bead | Weld bead on the lower mounting tab of a normally-closed 0.75 inch pyrotechnic valve. |
176 | Pyro Valve Normally-Closed Mounting Tab Upper | Upper mounting tab (near the pressure cartridges) for a normally-closed 0.75 inch pyrotechnic valve. |
177 | Pyro Valve Normally-Closed Mounting Tab Upper Weld Bead | Weld bead for the upper mounting tab of a normally-closed 0.75 inch pyrotechnic valve. |
178 | Pyro Valve Normally-Closed Outlet-Straight Weld Bead | Weld bead on the outlet tube for a normally-closed 0.75 inch pyrotechnic valve. Used with a straight outlet tube, as in the valve pair mounted on the side of a fuel tank. |
179 | Pyro Valve Normally-Closed Outlet-Tapered Weld Bead | Weld bead on the outlet tube for a normally-closed 0.75 inch pyrotechnic valve. Used with a tapered outlet tube, as in the valve mounted to a Terminal Descent Engine (TDE) inlet. |
180 | Pyro Valve Normally-Closed Piston O-Ring | O-ring for sealing the piston within the body of a normally-closed 0.75 inch pyrotechnic valve. |
181 | Pyro Valve Normally-Closed Piston Ram | Piston with integral ram (which has a circular port or hole) for a normally-closed 0.75 inch pyrotechnic valve. The piston is pushed by the expanding gas from the valve's pressure cartridges, which drives the ram to break off the shear plugs of the valve inlet-output lines to enable fuel flow. |
182 | Pyro Valve Normally-Closed TDE Assy | Normally-closed 0.75 inch pyrotechnic valve located at the inlet of each Terminal Descent Engine (TDE). |
183 | Pyro Valve Normally-Closed TDE Assy Inlet Tube | Inlet tube of a normally-closed 0.75 inch pyrotechnic valve located in front of the Terminal Descent Engine (TDE) inlet. |
184 | Pyro Valve Normally-Closed TDE Assy Outlet Tube | Outlet tube and mounting interface of a normally-closed 0.75 inch pyrotechnic valve for a Terminal Descent Engine (TDE). Brazed into the valve body outlet. |
185 | Pyro Valve Normally-Closed Tension Screw | Tension screw for a 0.75 inch normally-closed pyrotechnic valve. The screw restrains the piston and ram prior to valve actuation. |
186 | Pyro Valve Normally-Closed Top Closure | Closure plug fitted into the top of a normally-closed 0.75 inch pyrotechnic valve. Provides seat for the tension screw. |
187 | Pyro Valve Normally-Closed Top Weld Beads | Weld beads on the top of a normally-closed 0.75 inch pyrotechnic valve, sealing the top closure to the valve body. |
188 | Pyro Valve Normally-Open | Pyrotchnic valve which is normally-open (NO), allowing fuel to flow through the valve before firing but not after firing. Intended for a 0.75 inch fuel line (which is reduced at the valve inlet and outlet). |
189 | Pyro Valve Normally-Open Body | Main body of a normally-open 0.75 inch pyrotechnic valve. |
190 | Pyro Valve Normally-Open Bottom Plug | Plug or pin sealing the bottom of the body of a normally-open 0.75 inch pyrotechnic valve. |
191 | Pyro Valve Normally-Open Inlet-Outlet Weld Bead | Weld bead around the inlet-outlet tube for a normally-open 0.75 inch pyrotechnic valve. |
192 | Pyro Valve Normally-Open Lock Screw | Screw that locks in place the tension screw within the top closure of a normally-open 0.75 inch pyrotechnic valve. |
193 | Pyro Valve Normally-Open Mounting Tab Lower | Lower mounting tab (at the end of the shear wedge catch basin) for a normally-open 0.75 inch pyrotechnic valve. |
194 | Pyro Valve Normally-Open Mounting Tab Lower Weld Bead | Weld bead on the lower mounting tab of a normally-open 0.75 inch pyrotechnic valve. |
195 | Pyro Valve Normally-Open Mounting Tab Upper | Upper mounting tab (near the pressure cartridges) for a normally-open 0.75 inch pyrotechnic valve. |
196 | Pyro Valve Normally-Open Mounting Tab Upper Weld Bead | Weld bead for the upper mounting tab of a normally-open 0.75 inch pyrotechnic valve. |
197 | Pyro Valve Normally-Open Piston O-Ring | O-ring for sealing the piston within the body of a normally-open 0.75 inch pyrotechnic valve. |
198 | Pyro Valve Normally-Open Piston Wedge | Piston with integral wedge for a normally-open 0.75 inch pyrotechnic valve. The piston is pushed by the expanding gas from the valve's pressure cartridges, which drives the wedge through the shear spool of the valve inlet-output line to seal the valve shut. |
199 | Pyro Valve Normally-Open Tension Screw | Tension screw for a normally-open 0.75 inch pyrotechnic valve. The screw restrains the piston and wedge prior to valve actuation. |
200 | Pyro Valve Normally-Open Top Closure | Closure plug fitted into the top of a normally-open 0.75 inch pyrotechnic valve. Provides seat for the tension screw. |
201 | Pyro Valve Normally-Open Top Weld Beads | Weld beads on the top of a normally-open 0.75 inch pyrotechnic valve, sealing the top closure to the valve body. |
202 | Pyro Valve Small Base | Flat form of the base for a small 0.25 inch pyrotechnic fuel valve. |
203 | Pyro Valve Small Body | Body of a small 0.25 inch pyrotechnic fuel valve. |
204 | Pyro Valve Small Normally-Open | Small 0.25 inch normally-open pyrotechnic valve. |
205 | Pyro Valve Small Top Closure | Closure plug fitted into the top of a small 0.25 inch pyrotechnic valve. |
206 | Roll Thruster Cable Tie | Tie that binds together the electrical cables for an MR-50F roll-control thruster. |
207 | Roll Thruster Common Plug Cable Tape | Common segment of protective tape wrap on the electrical cable leading from the connector plugs on a pair of MR-50F roll-control thrusters. |
208 | Roll Thruster Connector Backshell Adapter Anti-Rotation Ring | Anti-rotation ring of a backshell adapter for the connectors of an MR-50F roll-control thruster. |
209 | Roll Thruster Connector Backshell Adapter Retaining Ring | Retaining ring for the anti-rotation ring of the backshell adapter for the connectors of an MR-50F roll-control thruster. |
210 | Roll Thruster Connector Plug Backshell | Backshell for the connector plug of an MR-50F roll-control thruster. |
211 | Roll Thruster Connector Plug Backshell Adapter Assy | Backshell adapter for the connector plug of an MR-50F roll-control thruster. |
212 | Roll Thruster Connector Plug Backshell Adapter Shell | Main shell of the backshell adapter for the connector plug of an MR-50F roll-control thruster. |
213 | Roll Thruster Connector Receptacle Backshell | Backshell for the connector receptacle of an MR-50F roll-control thruster. |
214 | Roll Thruster Connector Receptacle Backshell Adapter Assy | Backshell adapter for the connector receptacle of an MR-50F roll-control thruster. |
215 | Roll Thruster Connector Receptacle Backshell Adapter Shell | Main shell of the backshell adapter for the connector receptacle of an MR-50F roll-control thruster. |
216 | Roll Thruster Left Connector Plug Cable Tape | Protective tape wrap on the electrical cable leading from the connector plug on the left (as mounted on a fuel tank) MR-50F roll-control thruster. |
217 | Roll Thruster Mount Base | Main mounting base fitting for a roll-control thruster, attached to a fuel tank. |
218 | Roll Thruster Mount Front | Front fitting of the mount for a roll-control thruster, attaches to the mount base. |
219 | Roll Thruster Mount Front Pin | Pin attached to the face of a roll-control thruster's mounting front frame, used to secure the cloth insulation cover surrounding a fuel tank. |
220 | Roll Thruster Mount Front Rivet Small Round 011 | Small round-head rivet (similar to type MS20470-2) of length 0.11 inch used to attach the insulation-tie pins to the front fitting of a roll-control thruster mount. |
221 | Roll Thruster Mounted Assy Left | Roll-control thruster and associated mounting hardware, attached to a fuel tank (left half of a pair of thrusters) |
222 | Roll Thruster Mounted Assy Right | Roll-control thruster and associated mounting hardware, attached to a fuel tank (right half of a pair of thrusters) |
223 | Roll Thruster MR-50F Assy | Roll-control thruster of type MR-50F, mounted on a fuel tank. |
224 | Roll Thruster MR-50F Catalyst Bed Lower | Lower catalyst bed, composed of 14- to 18-mesh Shell 405 catalyst, for an MR-50F roll-control thruster. |
225 | Roll Thruster MR-50F Catalyst Bed Upper | Upper catalyst bed, composed of 25- to 30-mesh Shell 405 catalyst, for an MR-50F roll-control thruster. |
226 | Roll Thruster MR-50F Feed Line Section A | Section A of the fuel feed line for an MR-50F roll-control Thruster. Located on the valve inlet fitting. |
227 | Roll Thruster MR-50F Feed Line Section B | Section B of the fuel feed line for an MR-50F roll-control Thruster. Located on the valve inlet fitting. |
228 | Roll Thruster MR-50F Heat Shield Aft | Heat shield surrounding the reactor chamber for an MR-50F roll-control thruster. |
229 | Roll Thruster MR-50F Heat Shield Aft Disk | Aft heat shield disk for an MR-50F roll-control thruster. |
230 | Roll Thruster MR-50F Heat Shield Diaphragm | Diaphragm of the forward heat shield for an MR-50F roll-control-thruster, supporting the thrust chamber. |
231 | Roll Thruster MR-50F Heat Shield Diaphragm Ring | Clamping ring supporting the thrust chamber of an MR-50F roll-control thruster. |
232 | Roll Thruster MR-50F Heat Shield Forward | Heat shield surrounding the nozzle for an MR-50F roll-control thruster. |
233 | Roll Thruster MR-50F Heat Shield Forward Support Flange | Supporting flange between the aft and forward heat shield cylinders or cans. |
234 | Roll Thruster MR-50F Injector Body | Main body of the propellant Injector for an MR-50F roll-control thruster, which fits into the end of the thrust chamber. |
235 | Roll Thruster MR-50F Injector Feed Gasket | Gasket around the feed tube of the injector for an MR-50F roll-control thruster. |
236 | Roll Thruster MR-50F Injector Rigimesh Element | Rigimesh dispersion element welded to the inside face of the injector for an MR-50F roll-control thruster. |
237 | Roll Thruster MR-50F Intermediate Bed Plate Assy | Intermediate bed plate assembly within an MR-50F roll-control thruster. |
238 | Roll Thruster MR-50F Intermediate Bed Plate Ring Inner | Inner ring of the intermediate bed plate assembly within an MR-50F roll-control thruster. |
239 | Roll Thruster MR-50F Intermediate Bed Plate Ring Outer | Outer ring of the intermediate bed plate assembly within an MR-50F roll-control thruster. |
240 | Roll Thruster MR-50F Intermediate Bed Plate Screen Lower | Lower rigimesh screen for the intermediate bed plate assembly within an MR-50F roll-control thruster. |
241 | Roll Thruster MR-50F Intermediate Bed Plate Screen Upper | Upper rigimesh screen for the intermediate bed plate assembly within an MR-50F roll-control thruster. |
242 | Roll Thruster MR-50F Lower Bed Plate Assy | Lower bed plate assembly within an MR-50F roll-control thruster. |
243 | Roll Thruster MR-50F Lower Bed Plate Ring Inner | Inner ring of the lower bed plate assembly within an MR-50F roll-control thruster. |
244 | Roll Thruster MR-50F Lower Bed Plate Ring Outer | Outer ring of the lower bed plate assembly within an MR-50F roll-control thruster. |
245 | Roll Thruster MR-50F Lower Bed Plate Screen | Rigimesh screen for the lower bed plate assembly within an MR-50F roll-control thruster. |
246 | Roll Thruster MR-50F Module Frame | Module frame or back plate of an MR-50F roll-control thruster, used to mount the thruster on the lander's fitting. |
247 | Roll Thruster MR-50F Mounting Lockwire Long | Long lockwire threaded through three of the five cap screws attaching an MR-50F roll-control thruster to the thruster's mount base. |
248 | Roll Thruster MR-50F Mounting Lockwire Short | Short lockwire threaded through two of the five cap screws attaching an MR-50F roll-control thruster to the thruster's mount base. |
249 | Roll Thruster MR-50F Thermocouple Cable Shield | Tube that protects the external wire leads connected to the thermocouple on the thrust chamber of an MR-50F roll-control thruster. |
250 | Roll Thruster MR-50F Thermocouple Cable Shield Fitting | Cable shield fitting welded to the thrust chamber to hold a thermocouple for an MR-50F roll-control thruster. |
251 | Roll Thruster MR-50F Thermocouple Cable Shield Fitting Weld Bead | Weld bead attaching the thermocouple cable shield fitting to the thrust chamber of an MR-50F roll-control thruster. |
252 | Roll Thruster MR-50F Thrust Chamber and Nozzle | Unified thrust chamber and exhaust nozzle for an MR-50F roll-control thruster. |
253 | Roll Thruster MR-50F Thrust Chamber Pressure Adapter | Tubing adapter on the end of the thrust chamber pressure test line for an MR-50F roll-control thruster. |
254 | Roll Thruster MR-50F Thrust Chamber Pressure Assy | Pressure test assembly for an MR-50F roll-control thruster. |
255 | Roll Thruster MR-50F Thrust Chamber Pressure Fitting | Fitting for the thrust chamber pressure line (tube) that is welded onto the throat of the thrust chamber for an MR-50F roll-control thruster. |
256 | Roll Thruster MR-50F Thrust Chamber Pressure Fitting Weld Bead | Weld bead attaching the thrust chamber pressure fitting to the convergent throat of the thrust chamber for an MR-50F roll-control thruster. |
257 | Roll Thruster MR-50F Thrust Chamber Pressure Gasket | Gasket on the outside of the thrust chamber pressure tubing adapter for an MR-50F roll-control thruster. |
258 | Roll Thruster MR-50F Thrust Chamber Pressure Line | Line (tubing) leading from the thrust chamber pressure filtting port for an MR-50F roll-control thruster. |
259 | Roll Thruster MR-50F Valve Armature | Actuating armature of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
260 | Roll Thruster MR-50F Valve Assy | Parker-Haniffin solenoid valve assembly for an MR-50F roll-control thruster. |
261 | Roll Thruster MR-50F Valve Back | Back cap of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
262 | Roll Thruster MR-50F Valve Belleville Spring | Belleville spring (which guides and pre-loads the valve armature) within a Parker-Haniffin valve for an MR-50F roll-control thruster. |
263 | Roll Thruster MR-50F Valve Cable Shield | Tube that protects the external wire leads connected to the solenoid coil of a Parker-Haniffin valve for an MR-50F roll-control thruster. |
264 | Roll Thruster MR-50F Valve Coil Retainer | Retaining disc that seals the solenoid coil within a Parker-Haniffin valve for an MR-50F roll-control thruster. |
265 | Roll Thruster MR-50F Valve End Cap | End cap and fuel outlet of the solenoid valve for an MR-50F roll-control thruster. |
266 | Roll Thruster MR-50F Valve Filter | Propellant filter within the Parker-Haniffin valve for an MR-50F roll-control thruster. |
267 | Roll Thruster MR-50F Valve Middle Cap | Middle cap and fuel outlet of the first-stage solenoid valve for an MR-50F roll-control thruster. |
268 | Roll Thruster MR-50F Valve Mounting Flange | Mounting flange of the Parker-Hannifin valve for an MR-50F roll-control thruster. |
269 | Roll Thruster MR-50F Valve Poppet | Poppet of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
270 | Roll Thruster MR-50F Valve Poppet Spring | Spring to hold the poppet closed within a Parker-Haniffin valve for an MR-50F roll-control thruster. |
271 | Roll Thruster MR-50F Valve Seat | Teflon seat for the poppet of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
272 | Roll Thruster MR-50F Valve Solenoid Coil | Solenoid coil of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
273 | Roll Thruster MR-50F Valve Solenoid Shell A | Solenoid shell (closest to the outlet) of the Parker-Hannifin valve for an MR-50F roll-control thruster. |
274 | Roll Thruster MR-50F Valve Solenoid Shell B | Solenoid shell (closest to the intlet) of the Parker-Hannifin valve for an MR-50F roll-control thruster. |
275 | Roll Thruster MR-50F Valve Spacer Ring | Spacer ring (between the end cap and solenoid shell A) of the Parker-Haniffin valve for an MR-50F roll-control thruster. |
276 | Roll Thruster Plug Cable Tape Assy | Protective tape wrap on the electrical cable leading from the connector plugs on a pair of MR-50F roll-control thrusters. |
277 | Roll Thruster Right Connector Plug Cable Tape | Protective tape wrap on the electrical cable leading from the connector plug on the right (as mounted on a fuel tank) MR-50F roll-control thruster. |
278 | Roll Thruster Small Fuel Line Interconnect Assy | Small 0.25 inch fuel line assembly connecting the two MR-50F roll-control thrusters mounted on a fuel tank. |
279 | Roll Thruster Thermocouple Cable | Electrical cable for the thermocouple of an MR-50F roll-control thruster. |
280 | Roll Thruster Valve A Cable Left | Electrical cable for valve A of an MR-50F roll-control thruster (left thruster of a pair). |
281 | Roll Thruster Valve A Cable Right | Electrical cable for valve A of an MR-50F roll-control thruster (right thruster of a pair). |
282 | Roll Thruster Valve B Cable Left | Electrical cable for valve B of an MR-50F roll-control thruster (left thruster of a pair). |
283 | Roll Thruster Valve B Cable Right | Electrical cable for valve B of an MR-50F roll-control thruster (right thruster of a pair). |
284 | Tubing Sleeve 0.25 for Fill Pressure Tap | Sleeve for the small 0.25 inch tubing on a fuel tank fill pressure tap. |
285 | Valve Pair Bleed-In Port Weld Bead | Weld bead for the bleed-in port of a 0.75 inch pyrotechnic fuel valve pair. |
286 | Valve Pair Drain Port Weld Bead | Weld bead for the drain port of a 0.75 inch fuel valve pair. |
287 | Viking Pressure Cartridge | Pyrotechnic Viking Pressure Cartridge (VPC), actuated by a Viking Standard Initiator (VSI) screwed and welded into the top of the VPC. |
288 | Viking Pressure Cartridge Body | Main body of a Viking Pressure Cartridge (VPC). |
289 | Viking Pressure Cartridge Charge Granules | Granular explosive charge within a Viking Pressure Cartridge (VPC). |
290 | Viking Pressure Cartridge Charge Pellet | Explosive charge pellet in a Viking Pressure Cartridge (VPC). |
291 | Viking Pressure Cartridge Closure Cup | Closure cup for a Viking Pressure Cartridge (VPC), which seals the output end of the VPC. |
292 | Viking Pressure Cartridge Disk | Disk that encapsulates the explosive charge within a Viking Pressure Cartridge (VPC). |
293 | Viking Pressure Cartridge O-Ring | O-ring within a Viking Pressure Cartridge (VPC) to seal the interface with the installed Viking Standard Initiator (VSI) which triggers the VPC. |
294 | Viking Pressure Cartridge Retaining Ring | Retaining ring (disk with rim) at the bottom end of the explosive charge within a Viking Pressure Cartridge (VPC). |
295 | Viking Pressure Cartridge Weld Washer | Weld washer for a Viking Pressure Cartridge (VPC), which seals the VPC to the installed Viking Standard Initiator (VSI). |
296 | Viking Pressure Cartridge Weld Washer Bead | Weld bead around the outside perimeter of the weld washer of a Viking Pressure Cartridge (VPC). |
297 | Viking Standard Initiator | Viking Standard Initiator (VSI), a pyrotechnic initiator device used to trigger mechanical systems. |
1 | Component Name | Component Description |
---|---|---|
2 | Camera 1 Mount Adapter | Adapter to which camera 1 is mounted on top. The adapter is installed on the upper surface of the Equipment Plate. |
3 | Camera 2 Mount Adapter | Adapter to which camera 2 is mounted on top. The adapter is installed on the upper surface of the Equipment Plate. |
4 | Coolant Loop Clamp | Clamp to hold the coolant loop tubing on the underside of the Equipment Plate. |
5 | Coolant Loop Clamp Assy | Clamp assembly to hold the coolant loop tubing on the underside of the Equipment Plate. |
6 | Equipment Plate | Equipment Plate (837J3100042-009) located within the lander body, below the top dust cover. |
7 | Equipment Plate Assy | Equipment Plate assembly located within the lander body, below the top dust cover. |
8 | Equipment Plate Camera Connector Bracket | Bracket for a camera electrical connector, located on a rib of the Equipment Plate near the camera mount adapters. |
9 | Equipment Plate Camera Connector Plate | Plate for mounting a camera electrical connector, located on the base of the Equipment Plate near the camera mount adapters. |
10 | Equipment Plate Coolant Loop | Loop of tubing for circulating coolant on the bottom of the Equipment Plate prior to launch. |
11 | Equipment Plate Coolant Loop Cement | Thermally-conductive cement that bonds the collant loop to the underside of the Equipment Plate. |
12 | Equipment Plate Dust Cover Standoff A1 | Standoff to support the top dust cover, type A1 (attached to a vertical rib of the Equipment Plate near and between the cameras). Threaded #6-32 on top. |
13 | Equipment Plate Dust Cover Standoff A1 Assy | Assembled form of the standoff to support the top dust cover, type A1 (attached to a vertical rib of the Equipment Plate near and between the cameras). Threaded #6-32 on top. |
14 | Equipment Plate Dust Cover Standoff A2 | Standoff to support the top dust cover, type A2 (attached to a vertical rib of the Equipment Plate under the Seismometer cover area). Threaded #6-32 on top. |
15 | Equipment Plate Dust Cover Standoff A2 Assy | Assembled form of the standoff to support the top dust cover, type A2 (attached to a vertical rib of the Equipment Plate, under the Seismometer cover area). Threaded #6-32 on top. |
16 | Equipment Plate Dust Cover Standoff A3 | Standoff to support the top dust cover, type A3 (attached to a vertical rib of the Equipment Plate near center). Threaded #6-32 on top. |
17 | Equipment Plate Dust Cover Standoff A3 Assy | Assembled form of the standoff to support the top dust cover, type A3 (attached to a vertical rib of the Equipment Plate near center). Threaded #6-32 on top. |
18 | Equipment Plate Dust Cover Standoff B | Standoff to support the top dust cover, type B (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
19 | Equipment Plate Dust Cover Standoff B Assy | Assembled form of the standoff to support the top dust cover, type B (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
20 | Equipment Plate Mag Mirror Standoff A | Standoff to support the front of the magnifying mirror mount, type A (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
21 | Equipment Plate Mag Mirror Standoff A Assy | Assembled form of the standoff to support the front of the magnifying mirror mount, type A (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
22 | Equipment Plate Mag Mirror Standoff B | Standoff to support the front of the magnifying mirror mount, type B (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
23 | Equipment Plate Mag Mirror Standoff B Assy | Assembled form of the standoff to support the front of the magnifying mirror mount, type B (attached to the lower surface of the Equipment Plate). Threaded #6-32 on top and bottom. |
24 | Equipment Plate Nut Plate MS21075 Mounting Rivet | Rivet for attaching an MS21075 nut plate to the Equipment Plate. |
25 | Equipment Plate RAE 2 Standoff A | Standoff to support Radar Altimeter Electronics unit 2, type A (attached to a vertical rib of the Equipment Plate). Threaded #6-32 on top. |
26 | Equipment Plate RAE 2 Standoff A1 Assy | Assembled form of the standoff to support Radar Altimeter Electronics unit 2, type A1 (attached to a vertical rib of the Equipment Plate). Threaded #6-32 on top. |
27 | Equipment Plate RAE 2 Standoff A2 Assy | Assembled form of the standoff to support Radar Altimeter Electronics unit 2, type A2 (attached to a wide vertical rib of the Equipment Plate). Threaded #6-32 on top. |
28 | Equipment Plate RAE 2 Standoff A3 Assy | Assembled form of the standoff to support Radar Altimeter Electronics unit 2, type A3 (attached to a vertical rib of the Equipment Plate). Threaded #6-32 on top. |
29 | Equipment Plate Support Fitting 001 | Fitting (837J3100059-001) that supports the Equipment Plate within the lander, type 001 (located behind the three leg Primary Support Fittings, at the splice joints between sidebeams). |
30 | Equipment Plate Support Fitting 001 Assy | Fitting (837J3100059-001) assembly that supports the Equipment Plate within the lander, type 001 (located behind the three leg Primary Support Fittings, at the splice joints between sidebeams). |
31 | Equipment Plate Support Fitting 002 | Fitting (837J3100059-002) that supports the Equipment Plate within the lander, type 002 (located above the six shear pads on the main faces of the three sidebeams, two fittings per sidebeam). |
32 | Equipment Plate Support Fitting 002 Assy 013 | Fitting (837J3100059-002) assembly that supports the Equipment Plate within the lander, type 002 (located above the six shear pads on the main faces of the three sidebeams, two fittings per sidebeam). This assembly is for use at the three locations with Equipment Plate shims of type 013. |
33 | Equipment Plate Support Fitting 002 Assy 017 | Fitting (837J3100059-002) assembly that supports the Equipment Plate within the lander, type 002 (located above the six shear pads on the main faces of the three sidebeams, two fittings per sidebeam). This assembly is for use at the three locations with Equipment Plate shims of type 017. |
34 | RAE 2 Support Frame Assy | Support frame assembly for Radar Altimeter Electronics unit 2, just below the lander top dust cover near leg 1. |
35 | RAE 2 Support Frame Front Beam | Front beam of the support frame for Radar Altimeter Electronics unit 2, just below the lander top dust cover. |
36 | RAE 2 Support Frame Rear Beam | Rear beam of the support frame for Radar Altimeter Electronics unit 2, just below the lander top dust cover. |
37 | RAE 2 Support Frame Side Beam | Side beam of the support frame for Radar Altimeter Electronics unit 2, just below the lander top dust cover. |
38 | RAE Support Frame Nut Plate MS21075 Mounting Rivet | Rivet for attaching an MS21075 nut plate to the RAE 2 support frame. |
39 | RTG Bipod-Tripod Fastener Guides | |
40 | RTG Mount Bipod | Bipod which supports one "corner" of an RTG. A bipod and a tripod support the RTG above the Equipment Plate. |
41 | RTG Mount Bipod-Tripod Assy | Bipod and tripod assembly for mounting an RTG, supported by the Equipment Plate. |
42 | RTG Mount Bipod-Tripod Nut Plate MS21075 Mounting Rivet | Rivet for attaching an MS21075 nut plate to the RTG support bipods and tripods. |
43 | RTG Mount Tripod | Tripod which supports one "corner" of an RTG. A bipod and a tripod support the RTG above the Equipment Plate. |
44 | Shim 013 | Shim (837J3100000-013) which is located between the internal Equipment Plate and the Equipment Plate support fittings (837J3100059-002) located in three positions: on the left and right sides of the main face of sidebeam 1, and on the right side of the main face of sidebeam 3. |
45 | Shim 016 | Shim (837J3100000-016) which is located between the internal Equipment Plate and the Equipment Plate support fittings (837J3100059-001) centered on the sidebeam splices. |
46 | Shim 017 | Shim (837J3100000-017) which is located between the internal Equipment Plate and the Equipment Plate support fittings (837J3100059-002) located in three positions: on the left and right sides of the main face of sidebeam 2, and on the left side of the main face of sidebeam 3. |
47 | Thermal Switch 1 Assy | Thermal switch for conducting heat from RTG #1 into the lander's Equipment Plate. |
48 | Thermal Switch 1 Connecting Rod | Connecting rod for thermal switch 1, linking the actuator assembly to the contactor assembly. |
49 | Thermal Switch 1 Connecting Rod Assy | Connecting rod assembly for thermal switch 1 that links the actuator assembly to the contactor assembly. |
50 | Thermal Switch 2 Assy | Thermal switch for conducting heat from RTG #2 into the lander's Equipment Plate. |
51 | Thermal Switch 2 Connecting Rod | Connecting rod for thermal switch 2, linking the actuator assembly to the contactor assembly. |
52 | Thermal Switch 2 Connecting Rod Assy | Connecting rod assembly for thermal switch 2 that links the actuator assembly to the contactor assembly. |
53 | Thermal Switch Actuator Assy | Temperature-sentitive actuator mechanism for a thermal switch. |
54 | Thermal Switch Actuator Charging Port Cover | Cover for the charging port on top of a thermal switch actuator primary or secondary body. |
55 | Thermal Switch Actuator Charging Tube | Tube used to charge or fill with freon the primary or secondary body of a thermal switch actuator. |
56 | Thermal Switch Actuator Front Cap | Front cap for a thermal switch actuator primary body. |
57 | Thermal Switch Actuator Front Cap Bushing | Bushing within the thermal switch actuator front cap, to guide the piston. |
58 | Thermal Switch Actuator Front Cap Dust Seal | Seal to prevent dust from entering through the front cap of a thermal switch actuator and around the piston. |
59 | Thermal Switch Actuator Front Cap Plug | Plug to close the front cap of a thermal switch actuator. |
60 | Thermal Switch Actuator Mid Body | Middle body of a thermal switch actuator, located between the primary body and secondary body. |
61 | Thermal Switch Actuator Mounting Nut Plate | Custom nut plate for mounting a thermal switch actuator to the Equipment Plate. |
62 | Thermal Switch Actuator Piston | Piston within a thermal switch actuator, moved by freon vapor pressure within the actuator to operate the thermal switch contactor linkage. |
63 | Thermal Switch Actuator Primary Bellows | Primary bellows within a thermal switch actuator. |
64 | Thermal Switch Actuator Primary Body | Primary body of a thermal switch actuator, which encluses the primary freon chamber. |
65 | Thermal Switch Actuator Rear Cap | Rear cap for a thermal switch actuator secondary body. |
66 | Thermal Switch Actuator Secondary Bellows | Secondary bellows for a thermal switch actuator. |
67 | Thermal Switch Actuator Secondary Bellows Header | Header on the rear end of the piston within the thermal switch actuator secondary body. The secondary bellows pushes against the header to extend the piston. |
68 | Thermal Switch Connecting Rod Adjuster Left | Left-hand threaded length-adjustment segment for the connecting rod of a thermal switch. |
69 | Thermal Switch Connecting Rod Adjuster Right | Right-hand threaded length-adjustment segment for the connecting rod of a thermal switch. |
70 | Thermal Switch Connecting Rod Clevis A | Clevis on the actuator end of a thermal switch connecting rod assembly. |
71 | Thermal Switch Connecting Rod Clevis B | Clevis on the contactor end of a thermal switch connecting rod assembly. |
72 | Thermal Switch Connecting Rod Clevis Pin A | Pin (axle) for clevis A on the connecting rod for a thermal switch. |
73 | Thermal Switch Connecting Rod Clevis Pin B | Pin (axle) for clevis B on the connecting rod for a thermal switch. |
74 | Thermal Switch Connecting Rod Pivot Washer | Restraining washer on the end of a pivot pin in the connecting rod and linkage assemblies for a thermal switch. |
75 | Thermal Switch Contactor Assy | Contactor assembly for a thermal switch, which conducts heat when in contact with the associated RTG. |
76 | Thermal Switch Contactor Base Block | Base block for a thermal switch contactor assembly. |
77 | Thermal Switch Contactor Bearing R2 | Bearing of size R2 (1/8 inch shaft) for the elevating link within the contactor assembly of a thermal switch. |
78 | Thermal Switch Contactor Bellcrank | Bellcrank within a contactor assembly for a thermal switch. |
79 | Thermal Switch Contactor Bellcrank Pivot | Fixed pivot for the bellcrank within a contactor assembly for a thermal switch. |
80 | Thermal Switch Contactor Carrier Plate | Base plate for the flexible-foil carrier of a thermal switch contactor assembly. |
81 | Thermal Switch Contactor Contact Seat | Rigid layer of tin that forms the bulk of the movable contact patch within a thermal switch contactor assembly. |
82 | Thermal Switch Contactor Dust Seal | Dust seal of a thermal switch contactor assembly. |
83 | Thermal Switch Contactor Dust Seal Clamp Lower | Clamp to hold the lower movable portion of the dust seal for a thermal switch contactor assembly. |
84 | Thermal Switch Contactor Dust Seal Clamp Upper | Clamp to hold the upper fixed portion of the dust seal for a thermal switch contactor assembly. |
85 | Thermal Switch Contactor Elevating Link Clevis | Lower part of the elevating link within the contactor assembly of a thermal switch. |
86 | Thermal Switch Contactor Elevating Link Pivot | Upper part of the elevating link within the contactor assembly of a thermal switch. |
87 | Thermal Switch Contactor Elevating Link Pivot Pin | Pin (axle) for the pivot bearing of the elevating link within the contactor assembly of a thermal switch. |
88 | Thermal Switch Contactor Flexible Foil Stack | Stack of flexible foils that form the variable conductive pathway within the contactor assembly of a thermal switch. |
89 | Thermal Switch Contactor Flexible Foil Stack Open | Open-configuration of the stack of flexible foils that form the variable conductive pathway within the contactor assembly of a thermal switch. |
90 | Thermal Switch Contactor Mounting Shim | Shim between the thermal switch contactor base block and the equipment plate mounting platform. |
91 | Thermal Switch Contactor Platen | Platen at the top of a thermal switch contactor assembly which is in contact with the associated RTG lower end cap cooler. |
92 | Thermal Switch Contactor Platen Insert | Insert in the center of the heated platen of a thermal switch contactor, to which the RTG lower end cap cooler is attached. |
93 | Thermal Switch Contactor Platten Support | Support for the fixed-position heated platen of a thermal switch contactor assembly. |
94 | Thermal Switch Contactor Platten Support Nut Plate NAS1474-08 Mounting Rivet | Rivet for attaching a NAS1475-08 nut plate to a thermal switch contactor platten support. |
95 | Thermal Switch Contactor RF Shield | Radio-Frequency shield for the top of a thermal switch contactor assembly. |
96 | Thermal Switch Contactor Soft Seat | Tin foil that forms the upper surface of the movable contact patch within a thermal switch contactor assembly. |
97 | Thermal Switch Nut Plate Mounting Rivet | Rivet for attaching a custom nut plate for mounting a thermal switch actuator to the Equipment Plate. |
1 | Component Name | Component Description |
---|---|---|
2 | Camera Reference Test Chart | Reference Test Chart for camera image calibration. |
3 | Camera Reference Test Chart 2 Mount Lower | Lower mount for camera Reference Test Chart #2. |
4 | Camera Reference Test Chart 2 Mount Upper | Upper mount for camera Reference Test Chart #2. |
5 | Camera Reference Test Chart Base Plate | Base plate for a camera Reference Test Chart, upon which are affixed various calibrated reflectance targets. |
6 | Camera Reference Test Chart Target Antimony Oxide | Antimony oxide reflectance target on a camera Reference Test Chart. |
7 | Camera Reference Test Chart Target Blue | Blue reflectance target on a camera Reference Test Chart. |
8 | Camera Reference Test Chart Target Boron-Nitride | Boron nitride reflectance target on a camera Reference Test Chart. |
9 | Camera Reference Test Chart Target Gray 01 | Gray #1 (0.095%) reflectance target on a camera Reference Test Chart. |
10 | Camera Reference Test Chart Target Gray 02 | Gray #2 (0.130%) reflectance target on a camera Reference Test Chart. |
11 | Camera Reference Test Chart Target Gray 03 | Gray #3 (0.196%) reflectance target on a camera Reference Test Chart. |
12 | Camera Reference Test Chart Target Gray 04 | Gray #4 (0.245%) reflectance target on a camera Reference Test Chart. |
13 | Camera Reference Test Chart Target Gray 05 | Gray #5 (0.308%) reflectance target on a camera Reference Test Chart. |
14 | Camera Reference Test Chart Target Gray 06 | Gray #6 (0.356%) reflectance target on a camera Reference Test Chart. |
15 | Camera Reference Test Chart Target Gray 07 | Gray #7 (0.400%) reflectance target on a camera Reference Test Chart. |
16 | Camera Reference Test Chart Target Gray 08 | Gray #8 (0.458%) reflectance target on a camera Reference Test Chart. |
17 | Camera Reference Test Chart Target Gray 09 | Gray #9 (0.527%) reflectance target on a camera Reference Test Chart. |
18 | Camera Reference Test Chart Target Gray 10 | Gray #10 (0.572%) reflectance target on a camera Reference Test Chart. |
19 | Camera Reference Test Chart Target Gray 11 | Gray #11 (0.762%) reflectance target on a camera Reference Test Chart. |
20 | Camera Reference Test Chart Target Green | Green reflectance target on a camera Reference Test Chart. |
21 | Camera Reference Test Chart Target Red | Red reflectance target on a camera Reference Test Chart. |
22 | Camera Reference Test Chart Target Tribars | Tribar resolution target on a camera Reference Test Chart. Light areas have reflectance 0.40%, dark areas 0.02%. |
23 | Coolant Loop Brace Assy | Brace assembly used to reinforce the lander's top dust cover where the coolant loop tubing passes through the cover. |
24 | Coolant Loop Brace Body | Main body of the brace used to reinforce the lander's top dust cover where the coolant loop tubing passes through the cover. |
25 | Coolant Loop Brace Nut Plate | Nut plate (unknown type, similar to MS21075) with #8-32 threads, for the coolant loop braces attached to the top dust cover. |
26 | Coolant Loop Brace Nut Plate Body | Body of a nut plate (unknown type, similar to MS21075) with #8-32 threads, for the coolant loop braces attached to the top dust cover. |
27 | Coolant Loop Brace Nut Plate Nut Insert | Nut insert for a nut plate (unknown type, similar to MS21075) with #8-32 threads, for the coolant loop braces attached to the top dust cover. |
28 | Coolant Loop Brace Top Plate | Top plate of the brace used to reinforce the lander's top dust cover where the coolant loop tubing passes through the cover. |
29 | Coolant Loop Brace Washer | Upper washer of the brace used to reinforce the lander's top dust cover where the coolant loop tubing passes through the cover. |
30 | Coolant Loop Flex Assy | Assembly of flexible and rigid lines for the coolant loop within an RTG wind cover. The flex allows the Upper End Cap Cooler to be removed from the RTG while keeping the coolant loop intact. |
31 | Coolant Loop Flex Assy Rigid Section A | Rigid section A (below the flexible line) of a coolant loop flex assembly within an RTG wind cover. |
32 | Coolant Loop Flex Assy Rigid Section B | Rigid section B (above the flexible line) of a coolant loop flex assembly within an RTG wind cover. |
33 | Coolant Loop Flex Coupling | Coupling between flexible and rigid sections of line in a coolant loop flex assembly. |
34 | Coolant Loop Flex Section | Flexible section of coolant loop within an RTG wind cover. |
35 | Coolant Loop Inlet Section A | Section A of the coolant loop inlet path (passing through the tube cutter on the mortar support truss). |
36 | Coolant Loop Inlet Section B | Section B of the coolant loop inlet path (from the coupling on the front face of RTG 1's windcover to the coupling leading through the lander's top dust cover). |
37 | Coolant Loop Outlet Section A | Section A of the coolant loop outlet path (passing through the tube cutter on the mortar support truss). |
38 | Coolant Loop Outlet Section B | Section B of the coolant loop outlet path (emerging from the front of RTG 1's windcover, leading toward the tube cutter on the mortar support truss). |
39 | Coolant Loop Outlet Section E | Section E of the coolant loop outlet path (within the RTG 1 windcover, leading out of the lower End Cap Cooler). |
40 | Coolant Loop Outlet Section F | Section F of the coolant loop outlet path (crossing between the windcovers of the two RTGs). |
41 | Coolant Loop Outlet Section G | Section G of the coolant loop outlet path (between the RTG 2 windcover front face and the upper End Cap Cooler). |
42 | Coolant Loop Outlet Section J | Section J of the coolant loop outlet path (from the RTG 2 lower End Cap Cooler toward the upper End Cap Cooler). |
43 | Coolant Loop Outlet Section K | Section K of the coolant loop outlet path (between the RTG 2 lower End Cap Cooler and the emergence of the loop through the lander top dust cover). |
44 | Electrical Cable Standoff RTG Front | Standoff for a clamp securing an electrical cable bundle to the front of RTG 1's windcover. |
45 | Equipment Plate Nut Plate MS21075 Mounting Rivet | Rivet for attaching an MS21075 nut plate to the Equipment Plate. |
46 | GCMS Atmospheric Inlet Assy | GCMS atmospheric inlet assembly, including dust trap box and piping. |
47 | GCMS Atmospheric Inlet Dust Trap Bottom | Bottom plate for half of the GCMS atmospheric inlet dust trap box. |
48 | GCMS Atmospheric Inlet Dust Trap Divider | Central divider for the GCMS atmospheric inlet dust trap box. |
49 | GCMS Atmospheric Inlet Dust Trap Side | Side panels for half of the GCMS atmospheric inlet dust trap box. |
50 | GCMS Atmospheric Inlet Dust Trap Top | Top plate for half of the GCMS atmospheric inlet dust trap box. |
51 | GCMS Atmospheric Inlet Dust Trap Weld Bead Center | Weld bead around one quarter perimeter of the central vertical divider of the GCMS atmospheric inlet dust trap box. |
52 | GCMS Atmospheric Inlet Dust Trap Weld Bead End | Weld bead around the end faces (top and bottom) of the GCMS atmospheric inlet dust trap box. |
53 | GCMS Atmospheric Inlet Dust Trap Weld Bead Top | Weld bead on the top of the GCMS atmospheric inlet dust trap box, affixing the tube adapter (for the inlet tube) to the box. |
54 | GCMS Atmospheric Inlet Mount Bracket Lower | Lower mounting bracket for the GCMS atmospheric inlet, attached to the front of the windcover for RTG 1. |
55 | GCMS Atmospheric Inlet Mount Bracket Side | Side mounting bracket for the GCMS atmospheric inlet dust trap box. |
56 | GCMS Atmospheric Inlet Mount Bracket Side Assy | Side mounting bracket for the GCMS atmospheric inlet as welded to the dust trap box. |
57 | GCMS Atmospheric Inlet Mount Bracket Side Weld Bead | Weld bead for the side mounting bracket for the GCMS atmospheric inlet dust trap box. |
58 | GCMS Atmospheric Inlet Mount Bracket Upper | Upper mounting bracket for the GCMS atmospheric inlet, attached to the front of the windcover for RTG 1. |
59 | GCMS Atmospheric Inlet Mount Standoff A | Type A standoff for the mounting brackets of the GCMS atmospheric inlet. |
60 | GCMS Atmospheric Inlet Mount Standoff B | Type B standoff for the mounting brackets of the GCMS atmospheric inlet. |
61 | GCMS Atmospheric Inlet Mount Standoff C | Type C standoff for the mounting brackets of the GCMS atmospheric inlet. |
62 | GCMS Atmospheric Inlet Mount Washer | Washer between standoff and mounting bracket for the GCMS atmospheric inlet. |
63 | GCMS Atmospheric Inlet Tube Section A | Section A of the GCMS atmospheric inlet, which feeds into the top of the dust trap box. |
64 | GCMS Atmospheric Inlet Tube Section B | Section B of the GCMS atmospheric inlet, which emerges from the right side of the dust trap box (facing toward lander sidebeam 2). |
65 | GCMS Atmospheric Inlet Tube Section C | Section C of the GCMS atmospheric inlet, on the right side of the dust trap box, leading to a fitting that enters the lander top dust cover. |
66 | GCMS Atmospheric Inlet Tube Section D | Section D of the GCMS atmospheric inlet, which emerges from the left side of the dust trap box (facing away from lander sidebeam 2). |
67 | GCMS Atmospheric Inlet Tube Section E | Section E of the GCMS atmospheric inlet, on the left side of the dust trap box, leading to a fitting that enters the lander top dust cover. |
68 | GCMS Atmospheric Inlet Tube Section F | Section F of the GCMS atmospheric inlet, which attaches to the lower end of the fittting that penetrates through the lander body top dust cover. This tube section is inside the lander body. |
69 | GMCS Atmospheric Inlet Dust Trap Weld Bead Side | Weld bead on the side of the GCMS atmospheric inlet dust trap box, affixing a flared outlet tube to the box. |
70 | N2 Hose | Hose section of the nitrogen purge make-up line. |
71 | N2 Hose Assy | Assembled hose and clamps of the nitrogen purge make-up line. |
72 | N2 Hose Sleeve | Sleeve for clamping the nitrogen Purge Make-up hose. |
73 | N2 Purge Make-Up Line Section A | Section A of the nitrogen purge make-up line, located along the front corner of the RTG 1 windcover. |
74 | N2 Purge Make-Up Line Standoff | Standoff for the nitrogen purge make-up line (tubing) on the lower side of RTG 1's windcover. |
75 | Nut Threaded 9-16x18 | Hex nut with threads 9/16 inch x18, used to affix the GCMS atmospheric inlet tubing union that enters the lander top dust cover. |
76 | RTG 1 Power Output Cable Assy | Power output cable assembly for RTG 1. |
77 | RTG 1 Wind Cover Assy | Wind cover assembly for Radioisotope Thermoelectric Generator (RTG) 1. |
78 | RTG 1 Wind Cover Base Left Half | Left half of the base for the RTG 1 wind cover. |
79 | RTG 1 Wind Cover Base Left Seam Tape | Seam tape connecting the left and right halves of the RTG 1 wind cover base. |
80 | RTG 1 Wind Cover Base Right Half | Right half of the base for the RTG 1 wind cover. |
81 | RTG 1 Wind Cover Cap | Cap or top for the RTG 1 wind cover. |
82 | RTG 2 Power Output Cable Assy | Power output cable assembly for RTG 2. |
83 | RTG 2 Power Unknown Cable Assy | Cable assembly of unknown purpose passing through the side wall of the wind cover for RTG 2. |
84 | RTG 2 Wind Cover Assy | Wind cover assembly for Radioisotope Thermoelectric Generator (RTG) 2. |
85 | RTG 2 Wind Cover Base Left Half | Left half of the base for the RTG 2 wind cover. |
86 | RTG 2 Wind Cover Base Right Half | Right half of the base for the RTG 2 wind cover. |
87 | RTG 2 Wind Cover Cap | Cap or top for the RTG 2 wind cover. |
88 | RTG End Cap Cooler Lower Cooling Loop | Loop of tubing embedded in an RTG lower End Cap Cooler. |
89 | RTG End Cap Cooler Upper Cooling Loop | Loop of tubing embedded in an RTG upper End Cap Cooler. |
90 | RTG Lower End Cap Cooler 1 Assy | Lower End Cap Cooler assembly for Radioisotope Thermoelectric Generator (RTG) 1. |
91 | RTG Lower End Cap Cooler 1 Body | Main body of the Lower End Cap Cooler for RTG 1. |
92 | RTG Lower End Cap Cooler 2 Assy | Lower End Cap Cooler assembly for Radioisotope Thermoelectric Generator (RTG) 2. |
93 | RTG Lower End Cap Cooler 2 Body | Main body of the Lower End Cap Cooler for RTG 2. |
94 | RTG Lower End Cap Cooler Fin | Radiator fin of a lower End Cap Cooler for an RTG. |
95 | RTG Lower End Cap Cooler Fin Support | Support ring for the radiator fin of a Lower End Cap Cooler (LECC) for an RTG, joining the fin to the top of the LECC body. |
96 | RTG Lower End Cap Cooler Mounting Shim A | Shim used when mounting the inboard end of an RTG Lower End Cap Cooler (LECC) to the apex of an Equipment Plate RTG-mount bipod or tripod, above the lander dust cover. |
97 | RTG Lower End Cap Cooler Mounting Shim B | Shim used when mounting the outboard end of an RTG Lower End Cap Cooler (LECC) to the adjacent lander body sidebeam. |
98 | RTG Lower End Cap Cooler Mounting Thermal Washer | Thermal washer used when mounting an RTG Lower End Cap Cooler (LECC) to the lander. |
99 | RTG Lower End Cap Cooler Mounting Thermal Washer RIng | Ring that surrounds a thermal washer used when mounting an RTG Lower End Cap Cooler (LECC) to the lander. |
100 | RTG System | Radioisotope Thermoelectric Generators and supporting components. |
101 | RTG Upper End Cap Cooler 1 Assy | Upper End Cap Cooler assembly for Radioisotope Thermoelectric Generator (RTG) 1. |
102 | RTG Upper End Cap Cooler Body | Main body of the Upper End Cap Cooler for RTG 1. |
103 | RTG Wind Cover Base Filter | Dust filter over the vent in the bottom of an RTG wind cover base. |
104 | RTG Wind Cover Base Filter Support | Ring that supports the inside face of the filter disc located on the bottom of an RTG wind cover base. |
105 | RTG Wind Cover Base Front Panel | Front central panel of an RTG wind cover base. |
106 | RTG Wind Cover Base Front Panel Backer | Backing plate that fixes the front panel to the left and right halves of the RTG wind cover base. |
107 | RTG Wind Cover Base Front Panel Rivet Flat Head Long | Flat head rivet (based on type MS20426-4) that fastens the front-panel backer within an RTG wind cover base. |
108 | RTG Wind Cover Base Front Panel Stiffener Lower | Lower stiffener on the front panel of an RTG wind cover base. |
109 | RTG Wind Cover Base Front Panel Stiffener Upper | Upper stiffener on the front panel of an RTG wind cover base. |
110 | RTG Wind Cover Base Rib Left A | Internal rib A (nearest to the tail) for the left half of an RTG wind cover base. |
111 | RTG Wind Cover Base Rib Left B | Internal rib B (near the middle of the side) for the left half of an RTG wind cover base. |
112 | RTG Wind Cover Base Rib Left C | Internal rib C (near the middle of the side) for the left half of an RTG wind cover base. |
113 | RTG Wind Cover Base Rib Left D | Internal rib D (furthest forward on the side) for the left half of an RTG wind cover base. |
114 | RTG Wind Cover Base Rib Left E | Internal rib E (on the angled side) for the left half of an RTG wind cover base. |
115 | RTG Wind Cover Base Rib Right A | Internal rib A (near the tail) for the right half of an RTG wind cover base. |
116 | RTG Wind Cover Base Rib Right B | Internal rib B (near the middle) for the right half of an RTG wind cover base. |
117 | RTG Wind Cover Base Rib Right C | Internal rib C (near the middle) for the right half of an RTG wind cover base. |
118 | RTG Wind Cover Base Rib Right D | Internal rib D (furthest forward) for the right half of an RTG wind cover base. |
119 | RTG Wind Cover Base Rib Right Front | Horizontal reinforcing rib within the front face of the right side of an RTG wind cover base. |
120 | RTG Wind Cover Base Rib Rivet Flat Head | Flat head rivet (based on type MS20426-4) that fastens a rib within an RTG wind cover base. |
121 | RTG Wind Cover Base Rib Rivet Plate | Reinforcing plate at the rivet attachments for the ribs within an RTG wind cover base. |
122 | RTG Wind Cover Base Rib Rivet Plate Front Duo | Reinforcing plate at the two rivet attachments for the horizontal rib within the front face of the right side of an RTG wind cover base. |
123 | RTG Wind Cover Base Rib Rivet Plate Left Tail Strap | Reinforcing plate at the rivet attachments for the horizontal part of leftt rib A within an RTG wind cover base. |
124 | RTG Wind Cover Base Rib Rivet Plate Right Corner | Reinforcing plate at the double rivet attachment for the upper end of right-side rib A within an RTG wind cover base. |
125 | RTG Wind Cover Base Rib Rivet Plate Right Tail Strap | Reinforcing plate at the rivet attachments for the horizontal part of right rib A within an RTG wind cover base. |
126 | RTG Wind Cover Base Rib Rivet Round Head | Round head rivet (based on type MS20470-4) that fastens a rib within an RTG wind cover base. |
127 | RTG Wind Cover Base Rib Rivet Round Head Long | Long round head rivet (based on type MS20470-4) that fastens rib A within the tails of an RTG wind cover base. |
128 | RTG Wind Cover Base Rib Rivet Round Head Overlapped Strap | Extra long round head rivet (based on type MS20470-4) that fastens the overlapped or doubled stap portions under rib A within the tails of an RTG wind cover base. |
129 | RTG Wind Cover Base Rib-Plate Right Front | Reinforcing vertical rib and plate inside the front face of the right side of an RTG wind cover base. |
130 | RTG Wind Cover Base Strut | Strut that supports the tails of an RTG wind cover base. |
131 | RTG Wind Cover Base Strut Shim | Shim within the top and bottom ends of the struts supporting the RTG wind cover base tails. |
132 | RTG Wind Cover Base Strut Support Strap Left Inner | Inner portion of the overlapping straps for the left tail support strut of an RTG wind cover base. |
133 | RTG Wind Cover Base Strut Support Strap Left Outer | Outer portion of the overlapping straps for the left tail support strut of an RTG wind cover base. |
134 | RTG Wind Cover Base Strut Support Strap Right Inner | Inner portion of the overlapping straps for the right tail support strut of an RTG wind cover base. |
135 | RTG Wind Cover Base Strut Support Strap Right Outer | Outer portion of the overlapping straps for the right tail support strut of an RTG wind cover base. |
136 | RTG Wind Cover Base Tail Strut Spade Bolt | Spade bolt with #10-32 threads that anchors the ends of an RTG wind cover base tail support strut. |
137 | RTG Wind Cover Cable Hole Boot | Protective boot or sleeve inserted into the hole for a large cable to enter an RTG wind cover base. |
138 | RTG Wind Cover Cable Hole Filler | Filler piece to block an unused cable hole in an RTG wind cover base. |
139 | RTG Wind Cover Cable Hole Plate | Reinforcing half-plate for a large cable to enter an RTG wind cover base. |
140 | RTG Wind Cover Cable Support Bracket | Bracket supporting the power output cable inside the front of an RTG wind cover base. |
141 | RTG Wind Cover Coolant Line Bracket | Bracket to stabilize the coolant lines running veritcally behind the front of an RTG wind cover base. |
142 | RTG Wind Cover Coolant Line Seal Bottom | Sealing membrane for a coolant line on the bottom of an RTG wind cover base. |
143 | RTG Wind Cover Coolant Line Seal Front | Sealing membrane for a coolant line on the front of an RTG wind cover base. |
144 | RTG Wind Cover Hole Plug | Plug for an unused hole in the angled left side of RTG 1's wind cover base. |
145 | RTG Wind Cover Interior Plate | Plate for mounting an unknown component behind the front face of an RTG wind cover base. |
146 | RTG Wind Cover LECC Filler Panel | Filler panel between the bottom skin of an RTG wind cover and the Lower End Cap Cooler fin support. |
147 | RTG Wind Cover LECC Filler Rivet Round Head | Round head rivet (based on type MS20470-4) that fastens the LECC filler panel to the bottom of an RTG wind cover base. |
148 | RTG Wind Cover LECC Fin Support Rivet Flat Head | Flat head rivet (based on type MS20426-4) that fastens the LECC fin support to the LECC filler panel within the bottom of an RTG wind cover base. |
149 | RTG Wind Cover LECC Fin Support Rivet Round Head | Round head rivet (based on type MS20470-4) that fastens the LECC fin support to the LECC filler panel within the bottom of an RTG wind cover base. |
150 | RTG Wind Cover Skirt Segment A | Segment A of an RTG wind cover thermal skirt along the bottom edge. Segment A is on the left side, facing toward landing leg 2 or 3. |
151 | RTG Wind Cover Skirt Segment B1 | Segment B2 of an RTG wind cover thermal skirt along the bottom edge. Segment B2 is on the truncated (angled) side, facing toward a camera, for RTG 1. |
152 | RTG Wind Cover Skirt Segment B2 | Segment B2 of an RTG wind cover thermal skirt along the bottom edge. Segment B2 is on the truncated (angled) side, facing toward a camera, for RTG 2. |
153 | RTG Wind Cover Skirt Segment C | Segment C of an RTG wind cover thermal skirt along the bottom edge. Segment C is on the front, along the narrow half. |
154 | RTG Wind Cover Skirt Segment D | Segment D of an RTG wind cover thermal skirt along the bottom edge. Segment D is on the front center. |
155 | RTG Wind Cover Skirt Segment E 1 | Segment E of the RTG 1 wind cover thermal skirt along the bottom edge. Segment E is on the front, along the wide half. |
156 | RTG Wind Cover Skirt Segment E 2 | Segment E of the RTG 2 wind cover thermal skirt along the bottom edge. Segment E is on the front, along the wide half. |
157 | RTG Wind Cover Skirt Segment F | Segment F of an RTG wind cover thermal skirt along the bottom edge. Segment F is on the long right side, facing toward landing leg 1. |
158 | RTG Wind Cover Vent Rivet | Round head rivet (based on type MS20470-3) that fastens the vent filter material to the bottom of an RTG wind cover base. |
159 | Top Dust Cover Thermal Switch Ring | Reinforcing ring around the opening in the top dust cover where a thermal switch is located. |
160 | Tridair LiveLock Receptacle CA2010 Assy for RTG Wind Cover | Assembly of Tridair LiveLock receptacle type CA2010 with #4-40 two-start threads, LiveLock stud nut type CA2022-1, LiveLock retaining ring type CA2025, receptacle mounting rivets, and stud nut washer. Used to install an RTG wind cover cap onto the wind cover's base. |
161 | Tridair LiveLock Receptacle CA2010 Assy for RTG Wind Cover Tall | Assembly of Tridair LiveLock receptacle type CA2010 with #4-40 two-start threads, LiveLock stud nut type CA2022-1, LiveLock retaining ring type CA2025, receptacle mounting rivets, and stud nut washer. Used to install an RTG wind cover cap onto the wind cover's base, above the front area reinforced by the backer fitting. |
1 | Component Name | Component Description |
---|---|---|
2 | Connector 78033-16-26PN | Deutsch 78033-16-26PN receptacle connector installed in the side of the housing of a SNAP-19 Viking RTG for power output. Derived from Deutsch DBA54H-16-26PN, customized for the Viking RTG. |
3 | Connector 78033-16-26PN Bayonet Pin | Bayonet engagement pin in the shell of a Deutsch 78033-16-26PN receptacle connector. |
4 | Connector 78033-16-26PN Contact Pin | Contact pin of a Deutsch 78033-16-26PN receptacle connector. |
5 | Connector 78033-16-26PN Glass Pearl | Glass pearl layer that hermetically seals the connector's contacts to the shell of a Deutsch 78033-16-26PN receptacle connector. |
6 | Connector 78033-16-26PN Interfacial Seal | Interfacial seal within the shell of a Deutsch 78033-16-26PN receptacle connector. |
7 | Connector 78033-16-26PN Shell | Shell of the Deutsch 78033-16-26PN receptacle connector installed in the side of the housing of a SNAP-19 Viking RTG. |
8 | SNAP-19 Viking RTG | Viking-mission variant of the SNAP-19 type Radioisotope Thermoelectric Generator (RTG). Each Viking lander had two RTGs to provide electric power and heat. |
9 | SNAP-19 Viking RTG Cold End Assy | Cold end components of a thermoelectric module for a SNAP-19 Viking RTG. |
10 | SNAP-19 Viking RTG Cold End Button | Button within a cold-end piston assembly of a thermoelectric module for a SNAP-19 Viking RTG. |
11 | SNAP-19 Viking RTG Cold End Piston | Piston within a cold-end piston assembly of a thermoelectric module for a SNAP-19 Viking RTG. |
12 | SNAP-19 Viking RTG Cold End Piston Assy | Cold-end piston assembly of a thermoelectric module for a SNAP-19 Viking RTG. |
13 | SNAP-19 Viking RTG Cold End Spring | Spring within a cold-end piston assembly of a thermoelectric module for a SNAP-19 Viking RTG. |
14 | SNAP-19 Viking RTG End Insulation Disc Lower | Cast Min-K 1301 insulation disc fitted between the heat source and the lower generator end cover. |
15 | SNAP-19 Viking RTG End Insulation Disc Upper | Cast Min-K 1301 insulation disc fitted between the heat source and the upper generator end cover. |
16 | SNAP-19 Viking RTG Fin Root Thermistor Cable | Electrical cable for the fin root thermistor within the housing of a SNAP-19 Viking RTG. |
17 | SNAP-19 Viking RTG Fin Root Thermistor Lead Neg | Negative lead wire for the fin root thermistor within the housing of a SNAP-19 Viking RTG. |
18 | SNAP-19 Viking RTG Fin Root Thermistor Lead Pos | Positive lead wire for the fin root thermistor within the housing of a SNAP-19 Viking RTG. |
19 | SNAP-19 Viking RTG Fuel Capsule | Fuel capsule for a SNAP-19 Viking RTG. |
20 | SNAP-19 Viking RTG Fuel Capsule Capsule Clad Body | Body for the capsule clad of the fuel capsule within a SNAP-19 VIking RTG. |
21 | SNAP-19 Viking RTG Fuel Capsule Capsule Clad Cap | Cap for the capsule clad of the fuel capsule within a SNAP-19 Viking RTG. |
22 | SNAP-19 Viking RTG Fuel Capsule Inner Liner Body | Body for the inner liner of the fuel capsule within a SNAP-19 Viking RTG. |
23 | SNAP-19 Viking RTG Fuel Capsule Inner Liner Cap | Cap for the inner liner of the fuel capsule within a SNAP-19 Viking RTG. |
24 | SNAP-19 Viking RTG Fuel Capsule Inner Liner Cap PRD Cover | Cover fitted to the cap of the fuel capsule inner liner for a SNAP-19 Viking RTG, used to interface with the Pressure Relief Device (PRD) fitted to the fuel capsule liner. |
25 | SNAP-19 Viking RTG Fuel Capsule Liner Body | Body for the liner for the fuel capsule within a SNAP-19 Viking RTG. |
26 | SNAP-19 Viking RTG Fuel Capsule Liner Cap | Cap for the liner of the fuel capsule within a SNAP-19 Viking RTG. |
27 | SNAP-19 Viking RTG Fuel Capsule PRD Body | Body of the Pressure Relief Device (PRD) within the fuel capsule of a SNAP-19 Viking RTG. |
28 | SNAP-19 Viking RTG Fuel Capsule PRD Core | Core filter of the plug of the Pressure Relief Device (PRD) within the fuel capsule of a SNAP-19 Viking RTG. |
29 | SNAP-19 Viking RTG Fuel Capsule PRD Plug | Plug of the Pressure Relief Device (PRD) within the fuel capsule of a SNAP-19 Viking RTG. |
30 | SNAP-19 Viking RTG Fuel Capsule PRD Plug Seal | Plug seal of the Pressure Relief Device (PRD) within the fuel capsule of a SNAP-19 Viking RTG, punctured after fueling. |
31 | SNAP-19 Viking RTG Fuel Capsule Strength Member Body | Body for the strength member of the fuel capsule within a SNAP-19 Viking RTG. |
32 | SNAP-19 Viking RTG Fuel Capsule Strength Member Cap | Cap for the strength member of the fuel capsule within a SNAP-19 Viking RTG. |
33 | SNAP-19 Viking RTG Fuel Puck A | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape A is cylindrical with diameter to fit within the outer shell of the fuel capsule inner liner. |
34 | SNAP-19 Viking RTG Fuel Puck B | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape B is cylindrical with diameter to fit within the inner shell of the fuel capsule inner liner. |
35 | SNAP-19 Viking RTG Fuel Puck C | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape C is conical with tapered cross-section to fit within the end domes of the fuel capsule inner liner; C fits in the base of the dome. |
36 | SNAP-19 Viking RTG Fuel Puck D | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape D is conical with tapered cross-section to fit within the end domes of the fuel capsule inner liner; D fits in the middle of the dome. |
37 | SNAP-19 Viking RTG Fuel Puck E1 | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape E is conical with tapered cross-section to fit within the end domes of the fuel capsule inner liner; E1 fits in the apex of the inner liner's outer shell dome. |
38 | SNAP-19 Viking RTG Fuel Puck E2 | Puck of plutonium-dioxide-molybdenum cermet fuel for a SNAP-19 Viking RTG. Puck shape E is conical with tapered cross-section to fit within the end domes of the fuel capsule inner liner; E2 fits in the apex of the inner liner's inner shell dome. |
39 | SNAP-19 Viking RTG Fuel Shim | Molybdenum shim between fuel pucks in a SNAP-19 Viking RTG fuel stack. |
40 | SNAP-19 Viking RTG Fuel Stack | Stack of 18 fuel pucks and molybdenem shims within a SNAP-19 Viking RTG fuel capsule. |
41 | SNAP-19 Viking RTG Gas Fill Tube | Tube located in the housing lower cover used to evacuate and fill a SNAP-19 Viking RTG with the desired cover gas. |
42 | SNAP-19 Viking RTG Hazard Monitor Receptacle Cable | Cable from the external hazard monitor thermistor to its receptacle connector of a SNAP-19 Viking RTG. |
43 | SNAP-19 Viking RTG Heat Shield Face Insulator Strip | Mica electrical insulator sheet or strip on each face of the hexagonal heat shield within a SNAP-19 Viking RTG. |
44 | SNAP-19 Viking RTG Heat Source | The heat source (fuel capsule and graphite reentry body) for a SNAP-19 Viking RTG. |
45 | SNAP-19 Viking RTG Heat Source End Plug | Graphite end plug for the heat shield of the heat source for a SNAP-19 Viking RTG. |
46 | SNAP-19 Viking RTG Heat Source Getter | Zirconium getter of the heat source within a SNAP-19 Viking RTG. A getter was located at each end of the heat shield and functioned to absorb hydrogen that was outgassed from resudual water vapor within the RTG. |
47 | SNAP-19 Viking RTG Heat Source Getter Cup Inner | Palladium inner cup encapsulation for the zirconium getter of the heat source for a SNAP-19 Viking RTG. |
48 | SNAP-19 Viking RTG Heat Source Getter Cup Outer | Palladium outer cup encapsulation for the zirconium getter of the heat source for a SNAP-19 Viking RTG. |
49 | SNAP-19 Viking RTG Heat Source Heat Shield | Main heat shield of the heat source for a SNAP-19 Viking RTG. The heat shield surrounds the fuel capsule to protect it from the heat of an unplanned atmospheric reentry. |
50 | SNAP-19 Viking RTG Heat Source Load Ring | Zirconium oxide load ring that bears on an end of the fuel capsule within the heat source of a SNAP-19 Viking RTG. |
51 | SNAP-19 Viking RTG Heat Source Restraint Ring | Graphite felt restraint ring protecting the sleeves within the heat source for a SNAP-19 Viking RTG. |
52 | SNAP-19 Viking RTG Heat Source Restraint Ring Washer | Graphite washer atop the restraint ring protecting the sleeves within the heat source for a SNAP-19 Viking RTG. |
53 | SNAP-19 Viking RTG Heat Source Sleeve Inner | Inner graphite sleeve surrounding the fuel capsule within the heat source for a SNAP-19 Viking RTG. |
54 | SNAP-19 Viking RTG Heat Source Sleeve Middle | Middle graphite sleeve surrounding the fuel capsule within the heat source for a SNAP-19 Viking RTG. |
55 | SNAP-19 Viking RTG Heat Source Sleeve Outer | Outer graphite sleeve surrounding the fuel capsule within the heat source for a SNAP-19 Viking RTG. |
56 | SNAP-19 Viking RTG Heat Source Thermal Pad | Tantalum felt thermal insulation pad between the load ring and end plug of the heat source for a SNAP-19 Viking RTG. |
57 | SNAP-19 Viking RTG Housing Body | Main body of the exterior housing for a SNAP-19 Viking RTG. |
58 | SNAP-19 Viking RTG Housing Cover Seal Welds | Welds that seal the housing upper and lower covers to the housing body of a SNAP-19 Viking RTG. |
59 | SNAP-19 Viking RTG Housing End Cover Lock Ring | Lock ring to secure the upper and lower housing end covers of a SNAP-19 Viking RTG. |
60 | SNAP-19 Viking RTG Housing End Cover Seal RIng | Seal ring for the upper and lower housing end covers of a SNAP-19 Viking RTG. |
61 | SNAP-19 Viking RTG Housing Fin | Radiator fin that is welded to the body of the housing for a SNAP-19 Viking RTG. Used in positions 1, 2, 4, 5, and 6. |
62 | SNAP-19 Viking RTG Housing Fin 3 | Radiator fin that is welded to the body of the housing for a SNAP-19 Viking RTG. Used in position 3, where the Hazard Monitor Receptacle is mounted. |
63 | SNAP-19 Viking RTG Housing Lower Cover | Lower cover of the housing for a SNAP-19 Viking RTG. |
64 | SNAP-19 Viking RTG Housing Upper Cover | Upper cover of the housing for a SNAP-19 Viking RTG. |
65 | SNAP-19 Viking RTG Housing Upper Cover Seal Shell Body | Body of the seal shell installed in the housing upper cover of a SNAP-19 Viking RTG. The seal shell is a modified Deutsch DBA54H-16-26 electrical receptacle shell, without any pin contacts or bayonet connectivity. |
66 | SNAP-19 Viking RTG Housing Upper Cover Seal Shell Jam Nut | Jam nut to install the seal shell in the housing upper cover of a SNAP-19 Viking RTG. The seal shell is a modified Deutsch DBA54H-16-26 electrical receptacle shell, without any pin contacts or bayonet connectivity. |
67 | SNAP-19 Viking RTG Housing Upper Cover Seal Shell Jam Nut Lockwire | Lockwire for the jam nut of the seal shell installed in the upper cover of a SNAP-19 Viking RTG. |
68 | SNAP-19 Viking RTG Housing Upper Cover Seal Shell O-Ring | O-ring for the seal shell installed in the housing upper cover of a SNAP-19 Viking RTG. The seal shell is a modified Deutsch DBA54H-16-26 electrical receptacle shell, without any pin contacts or bayonet connectivity. |
69 | SNAP-19 Viking RTG Insulation Ring End | Ring of Min-k 1301 insulation for the upper end of a SNAP-19 Viking RTG. |
70 | SNAP-19 Viking RTG Insulation Ring Inner | Inner (or upper-most) ring of Min-k 1301 insulation for the lower end of a SNAP-19 Viking RTG. |
71 | SNAP-19 Viking RTG Insulation Ring Middle | Middle ring of Min-k 1301 insulation for the lower end of a SNAP-19 Viking RTG. |
72 | SNAP-19 Viking RTG Insulation Ring Outer | Outer (or lower-most) ring of Min-k 1301 insulation for the lower end of a SNAP-19 Viking RTG. |
73 | SNAP-19 Viking RTG Interconnect Oval Splice 021 | Oval splice (type 021) for two parallel #9 gauge wires interconnecting the top and bottom wiring of pairs of thermoelectric modules for a SNAP-19 Viking RTG. |
74 | SNAP-19 Viking RTG Interconnect Oval Splice 041 | Oval splice (type 041) for two parallel #9 gauge wires interconnecting the side to side wiring of pairs of thermoelectric modules for a SNAP-19 Viking RTG. |
75 | SNAP-19 Viking RTG Interconnect Wire 023 | Stranded wire (type 023) connecting the bottom end of two thermoelectric modules in a SNAP-19 Viking RTG. This type 023 wire is crimped to the splices on a type A copper strap. |
76 | SNAP-19 Viking RTG Interconnect Wire 025 | Stranded wire (type 025) connecting the top end of two thermoelectric modules in a SNAP-19 Viking RTG. This type 025 wire is crimped to the splices on a type D copper strap. |
77 | SNAP-19 Viking RTG Interconnect Wire 027 | Stranded wire (type 027) connecting the top end of two thermoelectric modules in a SNAP-19 Viking RTG. This type 027 wire is crimped to the splice on a type F copper strap. |
78 | SNAP-19 Viking RTG Interconnect Wire 031 | Stranded wire (type 031) connecting the bottom end of a type 009 thermoelectric module in a SNAP-19 Viking RTG. This type 031 wire forms the shorter portion of the magnetic compensation loop around the bottom of the RTG. |
79 | SNAP-19 Viking RTG Interconnect Wire 033 | Stranded wire (type 033) connecting the bottom end of a type 039 thermoelectric module in a SNAP-19 Viking RTG. This type 033 wire forms the longer portion of the magnetic compensation loop around the bottom of the RTG. |
80 | SNAP-19 Viking RTG Interconnect Wire 035 | Stranded wire (type 035) connecting the side strap of thermoelectric modules of type 029 and 039 in a SNAP-19 Viking RTG. |
81 | SNAP-19 Viking RTG Interconnect Wire 045 | Stranded wire (type 045) connecting the side strap of thermoelectric modules of type 009 and 019 in a SNAP-19 Viking RTG. |
82 | SNAP-19 Viking RTG Nameplate | Nameplate attached to the housing of a SNAP-19 Viking RTG. |
83 | SNAP-19 Viking RTG Nameplate Screw | Round head screw with #4-40 threads for attaching a nameplate to the housing of a SNAP-19 Viking RTG. |
84 | SNAP-19 Viking RTG Power Output Receptacle Compression Ring | Compression ring for mounting the power-output receptacle to the housing of a SNAP-19 Viking RTG. |
85 | SNAP-19 Viking RTG Power Output Receptacle Compression Ring Weld Bead | Weld bead for mounting the power-output receptacle compression ring to the housing of a SNAP-19 Viking RTG. |
86 | SNAP-19 Viking RTG Power Output Receptacle Seal Ring | Seal ring for mounting the power-output receptacle to the housing of a SNAP-19 Viking RTG. |
87 | SNAP-19 Viking RTG Power Output Receptacle Weld Bead | Weld bead for attaching the power-output receptacle body to the receptacle seal ring of a SNAP-19 Viking RTG. |
88 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 1 | Wire 1 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
89 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 10 | Wire 10 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
90 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 2 | Wire 2 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
91 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 3 | Wire 3 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
92 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 4 | Wire 4 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
93 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 5 | Wire 5 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
94 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 6 | Wire 6 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
95 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 7 | Wire 7 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
96 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 8 | Wire 8 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
97 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Neg 9 | Wire 9 carrying DC negative power to the power output receptacle of a SNAP-19 Viking RTG. |
98 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 1 | Wire 1 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
99 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 10 | Wire 10 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
100 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 2 | Wire 2 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
101 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 3 | Wire 3 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
102 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 4 | Wire 4 carrying DC Positive power to the power output receptacle of a SNAP-19 Viking RTG. |
103 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 5 | Wire 5 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
104 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 6 | Wire 6 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
105 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 7 | Wire 7 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
106 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 8 | Wire 8 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
107 | SNAP-19 Viking RTG Power Output Receptacle Wire DC Pos 9 | Wire 9 carrying DC positive power to the power output receptacle of a SNAP-19 Viking RTG. |
108 | SNAP-19 Viking RTG Power Output Receptacle Wire Fin Root Thermistor Neg | Negative wire from the fin root thermistor to the power output receptacle of a SNAP-19 Viking RTG. |
109 | SNAP-19 Viking RTG Power Output Receptacle Wire Fin Root Thermistor Pos | Positive wire from the fin root thermistor to the power output receptacle of a SNAP-19 Viking RTG. |
110 | SNAP-19 Viking RTG Power Output Receptacle Wire Pressure Transducer Neg | Negative wire from the pressure transducer to the power output receptacle of a SNAP-19 Viking RTG. |
111 | SNAP-19 Viking RTG Power Output Receptacle Wire Pressure Transducer Pos | Positive wire from the pressure transducer to the power output receptacle of a SNAP-19 Viking RTG. |
112 | SNAP-19 Viking RTG Power Output Receptacle Wire RTD Neg | Negative wire from the RTD to the power output receptacle of a SNAP-19 Viking RTG. |
113 | SNAP-19 Viking RTG Power Output Receptacle Wire RTD Pos | Positive wire from the RTD to the power output receptacle of a SNAP-19 Viking RTG. |
114 | SNAP-19 Viking RTG Pressure Transducer | Pressure transducer (simplified) within a SNAP-19 Viking RTG, attached to the inside of the housing lower cover. |
115 | SNAP-19 Viking RTG Pressure Transducer Locking Tab | Locking tab to attach the pressure transducer to the inside of the housing lower cover of a SNAP-19 Viking RTG. |
116 | SNAP-19 Viking RTG Reservoir Dome | Reservoir dome of a SNAP-19 Viking RTG. |
117 | SNAP-19 Viking RTG Reservoir Dome Seal Weld | Weld that seals the reservoir dome to the housing body of a SNAP-19 Viking RTG. |
118 | SNAP-19 Viking RTG Reservoir Dome Tube | Tube for evacuating and filling the reservoir dome of a SNAP-19 Viking RTG with a Helium/Argon mix. |
119 | SNAP-19 Viking RTG Reservoir Dome Tube Support | Support for the evacuate-fill tube for the reservoir dome of a SNAP-19 Viking RTG. |
120 | SNAP-19 Viking RTG Reservoir Dome Weld Ring | Weld ring for the reservoir dome of a SNAP-19 Viking RTG. |
121 | SNAP-19 Viking RTG RTD | Resistance Temperature Detector (RTD) for a SNAP-19 Viking RTG. The RTD was connected to a thermocouple pair along the bottom row of one of the RTG's thermoelectric modules, and measured the temperature of the hot side of the module. |
122 | SNAP-19 Viking RTG RTD Barrel | Lead-out barrel for the RTD within a SNAP-19 Viking RTG. |
123 | SNAP-19 Viking RTG RTD Cable | Cable from the housing to the lead-out barrel of the RTD within a SNAP-19 Viking RTG. |
124 | SNAP-19 Viking RTG RTD Housing | Main housing containing the sensing coil of the RTD within a SNAP-19 Viking RTG. |
125 | SNAP-19 Viking RTG RTD Lead | Lead wire extending from the lead-out barrel of the RTD within a SNAP-19 Viking RTG. |
126 | SNAP-19 Viking RTG Thermistor Assy | Thermistor assembly used internally in a SNAP-19 Viking RTG as the fin root sensor, and externally as the hazard monitor sensor. |
127 | SNAP-19 Viking RTG Thermistor Bead | Glass bead of the thermistor used internally in a SNAP-19 Viking RTG as the fin root sensor, and externally as the hazard monitor sensor. |
128 | SNAP-19 Viking RTG Thermistor Carrier | Carrier for the thermistor used internally in a SNAP-19 Viking RTG as the fin root sensor, and externally as the hazard monitor sensor. |
129 | SNAP-19 Viking RTG Thermistor Lead | Lead of a thermistor used internally in a SNAP-19 Viking RTG as the fin root sensor, and externally as the hazard monitor sensor. |
130 | SNAP-19 Viking RTG Thermocouple 3M-TEGS-2N(M) | 3M-TEGS-2N(M) element of the N-leg within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
131 | SNAP-19 Viking RTG Thermocouple Assy 009 | Thermocouple assembly (type 009) of a thermoelectric module for a SNAP-19 Viking RTG. Each thermocouple generated electricity from the heat of the RTG radioisotope fuel. Type 009 has an RTD extension tab on the hot shoe. |
132 | SNAP-19 Viking RTG Thermocouple Assy 019 | Thermocouple assembly (type 019) of a thermoelectric module for a SNAP-19 Viking RTG. Each thermocouple generated electricity from the heat of the RTG radioisotope fuel. Type 019 does not have an RTD extension tab on the hot shoe. |
133 | SNAP-19 Viking RTG Thermocouple Bonding Wafer | Wafer used to bond other materials to the P-leg TAGS-85 element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
134 | SNAP-19 Viking RTG Thermocouple Braze Wafer N-Leg | Braze wafer for the N-leg within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
135 | SNAP-19 Viking RTG Thermocouple Braze Wafer P-Leg | Braze wafer for the P-leg within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
136 | SNAP-19 Viking RTG Thermocouple Cold Cap N-Leg | Cold cap for the N-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
137 | SNAP-19 Viking RTG Thermocouple Cold Cap P-Leg | Cold cap for the P-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
138 | SNAP-19 Viking RTG Thermocouple Hot Shoe 001 | Hot shoe (type 001) in contact with the heat source within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. Type 001 does not have an RTD extension tab. |
139 | SNAP-19 Viking RTG Thermocouple Hot Shoe 003 | Hot shoe (type 003) in contact with the heat source within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. Type 003 has an RTD extension tab. |
140 | SNAP-19 Viking RTG Thermocouple Hot Shoe Extension | Extension tab for welding a Resistance Temperature Detector (RTD) to a hot shoe within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
141 | SNAP-19 Viking RTG Thermocouple Iron Cup N-Leg | Iron cup supporting the N-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
142 | SNAP-19 Viking RTG Thermocouple Iron Cup P-Leg | Iron cup supporting the P-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
143 | SNAP-19 Viking RTG Thermocouple Solder Disc N-Leg | Solder disc for the N-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
144 | SNAP-19 Viking RTG Thermocouple Solder Disc P-Leg | Solder disc for the P-leg element within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
145 | SNAP-19 Viking RTG Thermocouple TAGS-85 Element | TAGS-85 element of the P-leg within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
146 | SNAP-19 Viking RTG Thermocouple Tin-Telluride Element | Tin-telluride element of the P-leg within a thermocouple of a thermoelectric module for a SNAP-19 Viking RTG. |
147 | SNAP-19 Viking RTG Thermoelectric Module 009 019 | Thermoelectric module (type 009 and 019) of a SNAP-19 Viking RTG. Each RTG has six modules (one type 009, two type 019, two type 029, one type 039), which directly convert heat into electricity. Types 029 and 039 have an extension tab on one hot shoe for a Resistive Temperature Detector (RTD). Types 009 and 019 lack such a tab. Types 009/019 also have a slightly different arrangement of copper straps compared to types 029/039. Types 009 and 019 differ only in a minor wiring change; a similar difference exists betweeen types 029 and 039. |
148 | SNAP-19 Viking RTG Thermoelectric Module 029 039 | Thermoelectric module (type 029 and 039) of a SNAP-19 Viking RTG. Each RTG has six modules (one type 009, two type 019, two type 029, one type 039), which directly convert heat into electricity. Types 029 and 039 have an extension tab on one hot shoe for a Resistive Temperature Detector (RTD). Types 009 and 019 lack such a tab. Types 009/019 also have a slightly different arrangement of copper straps compared to types 029/039. Types 009 and 019 differ only in a minor wiring change; a similar difference exists betweeen types 029 and 039. |
149 | SNAP-19 Viking RTG Thermoelectric Module Barrel Splice 017 | Barrel splice (type 017) for a copper strap of a thermoelectric module for a SNAP-19 Viking RTG. |
150 | SNAP-19 Viking RTG Thermoelectric Module Barrel Splice 037 | Barrel splice (type 037) for a copper strap of a thermoelectric module for a SNAP-19 Viking RTG. |
151 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap A | Copper strap (type A) of a thermoelectric module for a SNAP-19 Viking RTG. |
152 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap B | Copper strap (type B) of a thermoelectric module for a SNAP-19 Viking RTG. |
153 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap C | Copper strap (type C) of a thermoelectric module for a SNAP-19 Viking RTG. |
154 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap D | Copper strap (type D) of a thermoelectric module for a SNAP-19 Viking RTG. |
155 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap E | Copper strap (type E) of a thermoelectric module for a SNAP-19 Viking RTG. |
156 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap F | Copper strap (type F) of a thermoelectric module for a SNAP-19 Viking RTG. |
157 | SNAP-19 Viking RTG Thermoelectric Module Copper Strap G | Copper strap (type G) of a thermoelectric module for a SNAP-19 Viking RTG. |
158 | SNAP-19 Viking RTG Thermoelectric Module Heat Sink Bar | Heat sink bar for the cold end of a thermoelectric module for a SNAP-19 Viking RTG. |
159 | SNAP-19 Viking RTG Thermoelectric Module Insulation | Cast Min-K 1301 insulation block of a thermoelectric module for a SNAP-19 Viking RTG. |