10-597107-171 Datasheet, PDF (51/73 Pages) Amphenol Corporation – Amphenol MIL-DTL-5015 and MIL-5015 Type Standard Cylindrical Connectors

Thermocouple
contact arrangements
Shell
Size
and Arrg.
10SL-51
10SL-52
10SL-53
10SL-54
10SL-55
10SL-56
10SL-57
10SL-58
10SL-59
10SL-60
10SL-61
10SL-62
10SL-63
10SL-64
Similar
to
MS Arrg.
10SL-4
10SL-4
10SL-4
10SL-3
10SL-3
10SL-4
10SL-4
10SL-3
10SL-4
10SL-4
10SL-4
10SL-3
10SL-3
10SL-3
Total
Contacts
2
2
2
3
3
2
2
3
2
2
2
3
3
3
Contact
Size
12 16
2
2
2
3
3
2
2
3
2
2
2
3
3
3
Pin
Insert
Rotation
CW
45°
45°
45°
None
None
None
None
None
None
None
None
None
None
None
A = Ir.; B = Con.
A = Cu.; B = Con.
A = Al.; B = Ch.
A = Ir.; B = Con.; C = Cu.
A = Al.; B = Ch.; C = Cu.
A = Al.; B = Ch.
A = Ch.; B = Con.
A = Ch.; B = Al.; C = Cu.
A = Ch.; B = Al.
A = Ir.; B = Con.
A = Cu.; B = Con.
A = Cu.; B = Al.; C = Ir.
A, C = Con.; B = Ch.
A, C = Ch.; B = Al.
Contact Material
12S-51
12S-3
2
12S-54
12S-3
2
12S-55
12S-3
2
12S-56
12S-3
2
12S-57
12S-3
2
12S-58
12S-3
2
12S-59
12S-3
2
12S-60
12S-3
2
12S-61
12S-3
2
12S-62
12S-3
2
2
315°
A = Ch.; B = Al.
2
315°
A = Ir.; B = Con.
2
45°
A = Cu.; B = Con.
2
None
A = Al.; B = Ch.
2
60°
A = Ch.; B = Al.
2
120°
A = Ir.; B = Con.
2
None
A = Ir.; B = Con.
2
None
A = Cu.; B = Con.
2
None
A = Ch.; B = Con.
2
None
A = Ch.; B = Al.
14S-51
14S-9
2
14S-52
14S-2
4
14S-53
14S-9
2
14S-54
14S-6
6
14S-55
14S-2
4
14S-56
14S-2
4
14S-57
14S-2
4
14S-58
14S-7
3
14S-59
14S-9
2
14S-60
14S-9
2
14S-61
14S-6
6
14S-63
14S-6
6
14S-64
14S-2
4
14S-65
14S-6
6
14S-67
14S-6
6
14S-68
14S-2
4
14S-69
14S-7
3
14S-70
14S-2
4
14S-71
14S-2
4
14S-72
14S-9
2
14S-73
14S-2
4
2
90°
A = Al.; B = Ch.
4
45°
A, B = Cu.; C = Al.; D = Ch.
2
90°
A = Ir.; B = Con.
6
45°
A, C, E = Ir.; B, D, F = Con.
4
45°
A, C = Ir.; B, D = Con.
4
45°
A = Ir.; B = Con.; C, D = Cu.
4
45°
A, C = Al.; B, D = Ch.
3
45°
A = Al.; B = Ch.; C = Cu.
2
90°
A = Cu.; B = Con.
2
None
A = Al.; B = Ch.
6
45°
A = Al.; B = Ch.; C = Ir.; D = Con.; E, F = Cu.
6
None
A, C = Al.; B, D = Ch.; E = Ir.; F = Con.
4
None
A, C = Con.; B, D = Cu.
6
None
A, C., E = Cu.; B, D, F = Con.
6
None
A = Al.; B = Ch.; Balance = Cu.
4
45°
A = Ch.; B = Con.; C, D = Cu.
3
None
A = Con.; B = Ch.; C = Cu.
4
None
A, D = Ch.; B, C = Al.
4
None
A, B, D = Cu.; C = Con.
2
None
A = Con.; B = Cu.
4
None
A, B = Cu.; C = Al.; D = Ch.
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