BRANCHE CONNECTEURS AEROMILITAIRES
AFD series
Norme MIL-C 26482 G
Series 2
Summary
AFD
Introduction
Advantage
Technical characteristics
Part-numbering system
Standard equivalence
Synoptic
Arrangements
Receptacles
Plugs
Large receptacles
Mating and unmating dimensions
Accessories
Protective covers
Contacts and tools
Contacts and tools for coax
Bushings
Part-numbering system hermetic
Hermetic receptacles
1
2
3
4
5
6
8
10
14
18
21
22
24
26
28
30
31
33
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.
11
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.
•
Completely sealed against rigorous environments.
•
Reduced assembly and rework costs.
•
Simplified assembly procedures.
•
Hard plastic socket interface prevents penetration of bent pins.
•
Rear release system from the rear of the connector.
•
RFI fingers available for AFD 57 only.
•
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.
•
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
FPGA/CPLD
