Introduction
AFD
4
5
3
6
2
7
1
8
1–
2–
3–
4–
5–
6–
7–
Triple wire seal.
Mechanical retention of insert into shell by means of snap ring.
Interfacial seal ensured by compression of insert and static / dynamic seal.
Contacts individual sealing at coupling stage by compression of elastomer conical risers on hard insert.
Anti-friction washers for constant mating force.
Insert to shell sealing with potting.
Connector's rear part fitted with a teeth anti-rotation system assuming an effective tightening and clamping.
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Advantages
AFD
Representing the most advanced design in use which both reflects and sets the pace for future developments, Compagnie
DEUTSCH presents its AFD series connectors meet requirements of MIL-C 26482 G series 2 bayonet coupling connectors.
The Compagnie DEUTSCH AFD series connectors offer several advantages over previous devices such as :
•
Higher performance characteristics.
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Completely sealed against rigorous environments.
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Reduced assembly and rework costs.
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Simplified assembly procedures.
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Hard plastic socket interface prevents penetration of bent pins.
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Rear release system from the rear of the connector.
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RFI fingers available for AFD 57 only.
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Intermateability and interchangeability with Compagnie DEUTSCH series connectors :
- 951 meet requirements of NFL 54125 B and UTE 93422 model HE 301 B.
- FDBA meet requirements of MIL-C 26482 and UTE 93422 model HE 302 and 303.
•
Available in 9 shell sizes and 27 various insert arrangements.
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Hermetically sealed electrical connectors in DBC version.
2
Technical characteristics
I
Mechanical
Material
Plating
Material
Resistance
Type
Finish
AFD
: Aluminum alloy
: Nickel, standard, corrosion test as per MIL - STD 1344
Modifications index olive drab cadmium
: Front and rear silicone inserts are devoid of all organic matter
: Withstands fluids to MIL-C 26482 G standard
: Crimp type
: Gold over nickel
: 500 full coupling and uncoupling cycles
250 RFI fingers cycles
Contacts withstand a minimum load of
: Size 20 : 6,93 daN
Size 16 : 11,56 daN
Size 12 : 11,56 daN
Size 8 : 11,56 daN
: – 55° C to + 200° C
: Leakage inferior to 16 cm3/hour under a 2,1 bars
differential pressure
: 5 cycles of – 55° C to + 200° C
: No mechanical nor electrical failure further to 12 hours
vibration (4 hours in the 3 axes), 20 G from 10 to 2000 Hz
: 100 G 11 ms in the 3 axes
Shell and accessoires
Silicone insert
Contact
Durability
Contact Retention
Temperature
Air Leakage
Thermal Shocks
Vibrations
Physical Shocks
I
Electrical
at sea level
at 15000 m altitude
at 21000 m altitude
at 33000 m altitude
: Service 1 : 1500 V 50 Hz (R.M.S)
Service 2 : 2300 V 50 Hz (R.M.S)
: Service 1 : 500 V
Service 2 : 750 V
: Service 1 : 375 V
Service 2 : 500 V
: Service 1 : 200 V
Service 2 : 200 V
: Higher than 5000 MΩ at 25° C at 60% R.H.
: Size 20 : 7,5 A.
Size 16 : 13 A.
Size 12 : 23 A.
Size 8 : 46 A.
: Size 20 : 15 mv at 7,5 A.
Size 16 : 21 mv at 13 A.
Size 12 : 22 mv at 23 A.
Size 8 : 25 mv at 23 A.
: Size 20 : 0,21 to 0,60 mm2
Size 16 : 0,60 to 1,34 mm2
Size 12 : 1,91 to 3,18 mm2
Size 8 : 5,30 to 8,98 mm2
: Size 20 : 1,01 to 2,10 mm
Size 16 : 1,73 to 2,62 mm
Size 12 : 2,69 to 4,01 mm
Size 8 : 3,80 to 5,15 mm
Withstanding voltage
Insulation resistance
Contacts maximum current
Contact millivolt drop
Allowed wires section
Diameter over insulating sheath
3
Talking
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