MS3108B14S-6S 데이터 시트보기 (PDF) - Amphenol Aerospace

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MS3108B14S-6S

Amphenol MIL-DTL-5015 and MIL-5015 Type Standard Cylindrical Connectors

Amphenol Aerospace 

Amphenol® MIL-DTL-5015 and MIL-5015

Type Standard Cylindrical Connectors

MS-A, MS-C

MS-E/F

MS-R

DESIGN CHARACTERISTICS

• Medium to heavy weight cylindrical

• Durable, field-proven design

• Environmental resistant

• Resilient inserts

• Operating voltage to 3000 VAC (RMS) at sea level

• Threaded couplings

• Single key/keyway shell polarization

• Cost effective

CUSTOMER OPTIONS

• Five shell styles

• Nineteen shell sizes

• 305 contact arrangements from 1 to 104 circuits

• Solder or crimp contacts, sizes 16-0 accepting

22-0 AWG.

• Coaxial and thermocouple contact options

• Five class designations

• Alternate insert positioning

• Hermetic configurations available

• Zinc alloy plating (cadmium-free) available

MS connectors meet the latest performance require-

ments of MIL-DTL-5015. These connectors represent

well-proven electrical capability at an acceptable cost for

most equipment where durability is important.

MIL-DTL-5015 features threaded couplings and single

key/keyway polarization, representing maximum simplic-

ity in design. Applications include military ground support

equipment, ordnance and shipboard installations.

Amphenol Industrial Operations manufactures five

classes of connectors to meet different requirements.

Class designations and brief descriptions are listed

below.

A – Solid Shell – for general, non-environmental appli-

cations.

C – Pressurized – for use on pressurized bulkheads or

pressure barriers; limits air leakage regardless of

type and class of plug mated with them.

E/F –Environmental Resisting with Strain Relief –

designed for applications where the connector will

be exposed to moisture, vibration, and rapid

changes in pressure and temperature.

R – Lightweight Environmental Resisting – shorter in

length and lighter in weight than the E and F

classes, the MS-R offers a high degree of reliability

under adverse conditions: recommended for new

design applications.

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