MS3472L24-61PX

MS3472 - Connectors, Receptacle, Electric, Series 2, Crimp Type, Wide Flange Mounting, Bayonet Coupling, 26482 Series II

Introducing MIL-DTL-26482 Series 2 connectors, designed for rugged environments with enhanced sealing capabilities compared to Series I. Offering versatility with separate rear hardware, these connectors feature narrow and wide flange receptacles, jam nut options, and RFI grounding plugs. With 33 insert arrangements and M39029 crimp contacts in sizes 20, 16, and 12, they ensure reliable connectivity. Available in aluminum shells with various plating options like olive drab cadmium and electroless nickel, these connectors meet stringent military specifications. RoHS compliant finishes and Boeing BACC-approved designs cater to diverse application needs, making them ideal for aerospace and defense industries.
AVAILABILITY
Immediate Shipment:NA
Stock Location:In Stock
Factory Stock:Call for Stock
Factory Lead:
Unit Of Measure:
Minimum/Multiple:1/1
Pricing
CALL:800.400.7041
Product Category:
Manufacturer:Aero-Electric Connector | Conesys
Manufacturer Part Number:Aero-Electric Connector | Conesys MS3472L24-61PX
Military Specification:MIL-DTL-26482 II
Series:Series II
Connector Type:Circular, Receptacle
Number of Contacts:61
Mount Type:Wall Mounting
Contact Plating:Gold
Maximum Operating Temperature:200 °C
Minimum Operating Temperature:-55 °C
Contact Size:20(61)
Contact Type:Rear Release, Removable Crimp Contacts
Mating Type:Bayonet
Finish/Coating:Electroless Nickel
Termination Type:Crimp
Keyway Polarization:X
Service Rating:I
Shell Style:Wall Mounting Flange Receptacle, Wide Flange
Shell Size - Insert Arrangement:24-61
Service Class:L
Shell Material:Aluminum
Contact Gender:Male
Conductivity:Conductive
Ingress Protection:Environment Resistant, Space Grade
Contact Style:Pin
Service Class Detail:Fluid Resistant Conductive Electroless Nickel for Space Applications Only
SKU:AERMS3472L24-61PX

Environmental Initiative Details

Environmental Initiative:RoHS
Compliant:Unknown
Date of this Information:Unknown
Notes: