MS3106E14S-9P Amphenol, MS3106E14S-9P Datasheet - Page 4
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MS3106E14S-9P
Manufacturer Part Number
MS3106E14S-9P
Description
Conn MIL-DTL-5015 Circular PIN 2 POS Solder Cup ST Cable Mount 2 Terminal 1 Port
Manufacturer
Amphenol
Type
MIL-DTL-5015 Circularr
Series
MS Seriesr
Specifications of MS3106E14S-9P
Gender
PL
Termination Method
Solder Cup
Mounting
Cable Mount
Body Orientation
Straight
Mil Type
MIL-DTL-5015
Product Type
Connectors
Contact Style
Pin (Male)
Shell Style
Plug
Shell Size
14S
Number Of Contacts
2
Insert Arrangement
14S-9
Mating Style
Threaded
Mounting Style
Cable
Termination Style
Solder
Shell Plating
Cadmium, Olive Drab
Contact Plating
Silver
Body Material
Aluminum Alloy
Mounting Angle
Straight
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
MS/Standard
MS-A and MS-C
wall mounting receptacle
cable connecting plug
box mounting receptacle
straight plug
90 degree plug
4
MS-A and MS-C
MS-A and MS-C class connectors perform many of the
vital functions in powering, testing and ground support
systems. Class A applications include communications
equipment, computers and shipboard installations where
mechanical forces and physical parameters are not sub-
ject to extreme or rapid environmental changes.
Class C connectors are most frequently used on pressur-
ized bulkheads or pressure barriers at elevated altitudes
or maritime applications. Air leakage is limited to one
cubic inch per hour at a pressure differential of 30 lbs. per
square inch.
Shells:
Shell components are fabricated from high grade alumi-
num alloy. Electrically conductive cadmium plate finish
with an olive drab chromate after-treat offers corrosion
resistance.
Contacts:
Contacts are available in both solder and crimp versions.
Pins and sockets are machined from copper alloy with a
silver plated finish. Size 16 and 12 socket contacts incor-
porate a closed entry design. Refer to pages 49, 67 and
68 for additional contact information.
Inserts:
Inserts are resilient neoprene, offering high dielectric
strength, high arc resistance and resistance to vibration.
Proprietary design permits pressurization of either pin or
socket insert.