Catalog MIL-DTL-38999 Series & derivates

Amphenol SOCAPEX │ MIL-DTL-38999 SERIES │ Series III TV-CTV

Concept MIL-DTL-38999 SERIES III & EN3645, TV/CTV - MECHANICAL CHARACTERISTICS

1 Coupling nut 2 Quick coupling thread 3 Ratchet 4 Anti decoupling device 5 Plug shell 6 Grounding spring

7 Grommet 8 Receptacle shell

9 Contact retention clips 10 Crimping pin contact 11 Crimping socket contact

12 Interfacial seal 13 Socket insert 14 Pin insert

Materials and platings

Material

Plating

Benefit

Olive drab cadmium, Nickel, Black zinc nickel, Tin Zinc

Aluminum

Robust standard material

Lightweight: up to 70% weight saving .Corrosion resistance: up to 2000 hours salt spray exposure

Olive drab cadmium Nickel

Composite

Shell

Passivated Nickel

Stainless steel

Firewall capability for K & S classes

Corrosion resistance: up to 500 hours salt spray exposure. Robustness for Marine applications

Bronze

Insert

Thermoplastic or thermoset

Grommet and interfacial seal

Fluorosilicone

Contact

Copper alloy

Gold, Tin lead, Silver tin, Silver tin copper

Mechanical characteristics

Characteristics

MIL-DTL-38999 & EN3645

500 mating cycles 1500 mating cycles for composite connector fitted with H and J contacts

Durability

Half sine wave of 300 G magnitude during 3ms per EIA-364-27

Shock

Sine vibrations: - 60g from -55°C to +175°C (Olive drab cadmium and Black zinc nickel) - 60g from -55°C to +200°C (Nickel and Stainless steel) Random vibrations : per EIA-364-28: - 43.92 grms at 175°C (Aluminum with Olive drab cadmium and Black zinc nickel), 50 to 2000 Hz - 43.92 grms at 200°C (Aluminum with Nickel and Stainless steel), 50 to 2000 Hz - 50.09 grms at ambient air Consult us for Durmalon (Nickel PTFE) and Green Zinc cobalt

Vibration

23 HD

22D

20

16

12

8

4

Size

Contact retention

Max load (N)

44

44

67

111

111

111

150

All dimensions are given for information only and are in mm, except as otherwise specified │ *in mm: 1mm=0.03937 inch HD High density 38999. Quadrax and differential Twinax arrangements are not rated over 175°C

Amphenol SOCAPEX

Due to technical modifications, all information provided is subject to change without prior notice Designed by Amphenol Socapex

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