62GB- Series
Miniature Bayonet Lock Connectors
Designed to meet MIL-C-26482
Amphenol
62GB and
Pattern 608
New Planforms
Current:
(a)
Maximum current per individual contact (in isolation)* at ambient
temperature of 85°C
Contact size 12: 23 A
Current:
(a)
Maximum current per individual
contact (in isolation)* at ambient
temperature of 85°C
Contact size 8: 45 A
(b)
Maximum current per contact through all contacts simultaneously at
an ambient temperature of 85°C
Contact size 12: 20 A
(b)
Maximum current per contact
through all contacts simultaneously
at an ambient temperature of 85°C
Contact size 8: 40 A
Voltage rating
Working voltages **
(nominal)
d.c. or a.c. peak
Voltage proof
d.c. or a.c. peak
Sea level
1013 mbar
I
II
700
1200
III
1500
8500m (27,900ft)
320 mbar
I
II
III
550
650
800
21,340m (70,OOOft)
44 mbar
I
II
III
330
380
450
2100
3000
3000
1100
1300
1300
660
760
750
*
**
i.e. when only one contact per connector is electrically loaded.
1 mbar=10
2
N/m
2
=100 Pa
Establishment of electrical safety factors is the responsibility of the user
CONTENTS
Page
Amphenol 62GB Solder Connectors
Schedule of Tests
Connector Styles Available
Insert Availability
Ordering 62GB Series Connectors
Box Mounting Receptacles - Table of Styles
Box Mounting Receptacles
Single Hole Fixing Receptacles - Table of Styles
Single Hole Fixing Receptacles
Cable Mounting Receptacles - Table of Styles
Cable Mounting Receptacles
Plugs - Table of Styles
Plugs
Accessories - Table of Styles
Accessories
Cable Accessories - Table of Styles
Cable Accessories
Insert Orientations
Key/Keyway Orientations
Assembly Instructions
Wire Stripping
Torque Details
1
2-3
4-5
6-7
8-9
10-11
12-16
17-19
20-27
28
29-31
32-33
34-39
40-41
42-48
49-50
51-55
56
57
58-61
62
62
Amphenol ® 62GB
solder connectors
This miniature bayonet lock connector series offers
designers important features not found in any other range
of connectors.
62GB Series connectors – compliant to the United States
Military Specification MIL-C-26482E on certificate No.
1713. They are the first and only British connectors to
have achieved this. A doubly strong position which
Amphenol are well geared to handle. The manufacturing
facilities of the Whitstable plant have been cited as
exemplary in Europe. Certainly the layout is extensive and
extremely efficient.
62GB Series connectors have been well established with
Government authorities on an international scale and users
can be found in Sweden, Denmark, Norway, Finland,
Germany, Spain, Holland, India, Canada and Italy.
Derating
Connectors must be derated under the following
operating conditions:
1.
At elevated ambient temperatures, the current ratings
are reduced so that total maximum hot spot
temperature of 125°C is not exceeded.
At high altitudes, revised voltage ratings become
effective as shown on page 7.
When connectors to different specifications are
intermated, the combination must not be operated
under conditions more severe than the less
stringent clause of either specification.
Basic Construction
62GB Series can be supplied in brass or stainless steel.
The normal shell finish used, which has a high resistance to
corrosion, is zinc cobalt olive drab. Other finishes may be
supplied to special order, such as cadmium plate which is
available by adding deviation (714) to the end of part
number. For other finishes available, please see part
number breakdown
Inserts are of polychloroprene rubber compounded to an
Amphenol specification. Operating temperature range is
-55°C to 125°C, and the connectors have gold-plated
contacts designed for soldered connections. Configurations
for size 20 contacts range between 2 contacts in the size 8
12.7mm (0.5in diameter) shell up to a maximum of 61
contacts in the size 2436.1 mm (1.5in diameter) shell.
Intermediate sizes, and contact data for heavier current
ratings are shown in the insert availability chart on page 6
and 7.
Hermetic connectors with glass sealed dielectric are
manufactured with mild steel shells and nickel iron
contacts plated tin over copper.
2.
*
Other finishes are available on request.
3.
Protection Against Mis-Mating or Cross-Plugging
Positive shell-to-shell keying is provided with keys and
keyways in a choice of either the normal (N) or any of the
four preferred alternate positions: B, C, E and F. This
prevents mismating between shells of different
orientations and overcomes the difficulties associated with
rotated inserts and a standard key-keyway orientation. In
the latter system, damage to the inserts or contacts can
result if excessive force is used to engage non-mating
pairs.
Rotated inserts are available in positions w, x, y and z.
These are to be requested via the part number
configuration. See part number breakdown.
1
Schedule of Tests
Required for Qualification
Approval
Tests
Visual Examination
Dimensions, outline mass(including
contacts) Compatibility Gauging
procedure
Polarization
Engaging and separating force, connector
Brief Description
Engagement max: 0,90 Nm (8.0 lbf.in.) to
4,97 Nm (44 lbf.in.) according to shell size.
Separation min: 0,22 Nm (2.0 lbf.in.) to 1,58
Nm (14.0 lbf.in.) according to shell size.
0,21 N (0.047 lbf) min.size 20
0,56 N (0.126 lbf)min. size 16
Max leakage 28,53 uNm/s (1 cm3/h), 1
bar (14.5 p.s.i.) differential.
Hermetic receptacles have a max leak of 0.1 micron
cubic foot per hour (1 x 10-6Cm3/s)
5 milliohms max.
200 milliohms max. 5 milliohms max.
grounding spring styles. Plating dependant.
5,000 Megaohms at 500 - 50 V d.c.
See page 7. Duration
1
minute
As BS 9520: 1983, Clause 1.2.6.7,
Method 2. Bit temperature of +350
o
C
As BS 9520: 1983, Clause 1.2.6.2. 4,000
-10 bumps / 390m / s2 (40 gn).
As BS 9520: 1983, Clause 1.2.6.3. Procedure A. 10 Hz to
5000 Hz, 0.75 mm / 10 gn.
As BS 9520: 1983, Clause 1.2.6.4. 981
m/s2 (100 g n).
As BS 9520: 1983, Clause 1.2.6.5. 490
m/s2 (50 gn).
As BS 9520: 1983, Clause 1.2.6.8. -55
0
C
to +125
o
C one hour at each
temperature = 1 cycle. 5 cycles to be
completed
As BS 9520: 1983, Clause 1.2.6.12.
Severity 55/125/56.
As BS 9520: 1983, Clause 1.2.6.9. Direct
flame applied, duration 1 minute.
As BS 9520: 1983, Clause 1.2.6.15.
Severity 56 days.
Contact Holding Force
Sealing (air pressure)
Sealing Hermetic
Contact Resistance
Housing (Shell) Continuity
Insulation Resistance
Voltage Proof
Soldering
Bumping
Sine Vibration
Shock
Acceleration (Steady State)
Rapid Change of Temperature
Climatic Sequence
Flammability
Damp Heat (Steady State)
2
FPGA/CPLD
