Catalog 2M

Amphenol Socapex │ 2M MICRO MINIATURE │ Technical Characteristics


Materials characteristics

Operating temperature (C°) Min

Salt Spray exposure per EIA 364-26

Shell Material

Shell finish



Electroless Nickel

Olive Drab Cadmium




Black Zinc Nickel Durmalon (Ni-PTFE)


: RoHS compliant

Mechanical characteristics





500 mating cycles


EIA-364-27 Condition D 300 G, halfsine, 3ms, 3 axes


300 G ± 15

EIA-364-28 Test Condition V Letter I 100 milliamp test current 50- 2,000 Hz @ temp. MIL-STD-202 Method 204, test Condition G 12 sweep cycles per axes, 20 min. per 10-2000-10Hz @ temp.

Random vibrations

43,9 g RMS

Sine vibrations

60 g RMS

Environmental characteristics




EIA-364-31 Condition B Method III 80-98% RH 10 cycles (10 days) +25° C to +65° C

No deterioration which will adversely affect the connector. 100 Mohms minimum insulation resistance during the final cycle. Following the recovery period, connectors shall meet contact resis - tance, shell-to-shell resistance and DWV requirements. No evidence of moisture on connector interface or contacts. Connector shall meet dielectric withstanding voltage. No visible damage from immersion in various fuels and oils. Connector shall meet coupling torque and dielectric withstanding voltage requirements.


Step 7b vibration deleted. 24 hour recovery period.

Altitude immersion


EIA-364-10 Unmated connectors

Fluid Immersion

MIL-STD-810F Method 512.4 1 meter immersion 1 hour

No evidence of water penetration into mated connectors. ≥100Ω insulation resistance.

Water immersion, mated

Connectors with waterblock potting process. 1 X 10-4 cc/second maximum helium leak rate at 1 atmosphere pressure differential following thermal shock conditioning.

EIA-365-02 3 cycles thermal shock -57°C to +71°C 75 min. dwell 5 minute transfer rate

Water immersion, open face sealed receptacle with non- removable PC tails or solder cup contacts

EIA-364-32 Test Condition IV 5 cycles consisting of -65° C 30 minutes, +25° C 5 minutes max., +150° C 30 minutes, +25° C 5 minutes max.

No mechanical damage or loosening of parts. Following thermal shock, connector shall meet contact resistance, DWV, insulation resistance and shell-to-shell resistance requirements.

Thermal shock

Mated connectors shall withstand the effects of blowing sand and dust

Sand and dust

MIL-STD-810F, Method 510.4

All dimensions are given for information only and are in mm

Amphenol SOCAPEX

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


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