The NANO Line - .025" Contact Spacing
NANO contacts incorporate the highly reli-
able Twist Pin concept, which allows conti-
nuity in very dense areas and under severe
shock and vibration, requiring low engage-
ment and separation forces. Termination
can consist of uninsulated pigtails or insu-
lated wire all pre-harnessed at our factory
to your specifications.
Due to various industry application require-
ments the NANO line is available in several
different configurations, available in strip,
metal shell and plastic, rectangular or cir-
cular configurations with center jackscrew.
Successful applications for NANO connec-
tors are many and varied, from the Air
Force's AIRS program to actual human
implantations in the medical research field.
Specifications
NTP
NDM
NJS
NJSC
• Contact Rating - 1 amp max.
Type
Shell
Single Row
Strip
Metal Shell
Rectangular
Rectangular
Center Jackscrew Center Jackscrew
Circular
• Minimum contact centers - 0.025 (0.64).
• Wire sizes - #32 AWG stranded, #30 AWG solid.
• Contact termination - integral pigtail or multiple indent crimp.
• Contact rentention - fixed via epoxy.
Alum. alloy
2024 T351 per
QQ-A-250 or
6061-T6 per
QQ-A-200
• Contact materials - socket: nickel silver.
pin bundle: precious metal alloy or BeCu.
pin Sleeve: nickel silver or cartridge brass.
nickel plate
Insulator
Phenolic
Phenolic
Polyester
9, 24, 44
Polyester
• Mating/unmating force - 6oz. per contact max.
1-40
Contacts
9, 15, 21, 25
31, 37
27, 72, 266
No. of Contacts
Pin Bundle
Material
- Precious metal per ASTM B477 and ASTM B541, or BeCu per CDA alloy 172 & 102 -
- Nickel silver/ASTM B122, Comp. B-
Socket Sleeve
Material
Pin Sleeve
Material
- Nickel silver per ASTM B122, Comp. B or Cartridge Brass per CDA alloy 260 -
Test Data
The table below summarizes the results of key tests
performed in accordance with MIL-STD-202, where
applicable. Data is applicable to standard connec-
tor with standard terminations. Variations may
affect this data, so please consult the factory for
further information on your requirements.
Test
Method
Criteria of Acceptance
Dielectric Withstanding
Voltage
Method 301:
350 VAC at sea level
100 VAC at 70,000' altitude
No breakdown
No breakdown
Insulation Resistance
Thermal Shock
Method 302, Condition A
5,000 megohms minium
No physical damage
Method 107, Condition B:
-65˚C to +125˚C
Physical Shock
Method 213, Condition I:
100 G's, 3-axes, 6 millisecond No loss of continuity > 1 µ sec
duration sawtooth pluse
No physical damge
Vibration
Durability
Method 204, Condition D:
15 G's, 10-2,000 Hz, 12 hours No loss of continuity > 1 µ sec
No physical damge
500 cycles of mating and
unmating, 500 CPH max.
No mechanical or electrical defect
Insulation resistance > 100 megohms
Moisture Resistance
Salt Spray
Method 106, omit 7b
Method 101, Condition B:
48 hours
Shall be capable of mating and unmating,
and meet contact resistance requirements
Contact Resistance
Method 307:
With gold plated Be-
30 milliohms maximum
}
}
Cu Nanopin contact.
With precious metal
alloy Nanopin contact.
At 1 amp
At 100 milliamps
60 milliohms maximum
80 milliohms maximum
Contact Retention
-
3 lb. minimum axial load
Dimensions shown in inch (mm)
Specifications and dimensions subject to change
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