62GB11F1007SB

Heilind Number:PCD62GB11F1007SB
Manufacturer:Amphenol Pcd
Manufacturer Number:62GB11F1007SB
ECAD Model:
3D Model

Description:

This Miniature Bayonet Lock Connector Series Offers Designers Important Features not Found in any Other Range of Connectors. 62GB Series Connectors Compliant to the United States Military Specification MIL-C-26482E on Certificate No. 1713. They are the First and Only British Connectors to Have Achieved This. A Doubly Strong Position which Amphenol are Well Geared to Handle. The Manufacturing Facilities of the Whitstable Plant have Been Cited as Exemplary in Europe. Certainly the Layout is Extensive and Extremely Efficient. 62GB Series Connectors have Been well Established with Government Authorities on an International Scale.

More >>

Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Pcd
Manufacturer Part Number:Amphenol Pcd 62GB11F1007SB
Series:62GB Series
Shell Size:10
Shell Type:Cable Mount Receptacle
Contact Type:Socket
Shell Finish:Olive Drab Zinc Cobalt
Shell Material:Aluminum
Contact Plating:Gold
Keying Position:B
Locking Mechanism:Bayonet
Insert Arrangement:10-7
Military Specification:MIL-C-26482E
Operating Temperature:-55 to 125 °C
SKU:PCD62GB11F1007SB

Detailed Description

Introducing the 62GB11F1007SB, an essential component for military and high-performance applications. This circular connector, meeting the rigorous MIL-C-26482E specifications, is part of the robust 62GB Series known for its durability and reliability. With gold contact plating ensuring optimal conductivity, and a shell size 10 made of aluminum for lightweight yet sturdy construction, this socket-type cable mount receptacle is designed for seamless connectivity in demanding environments. The olive drab zinc cobalt shell finish provides corrosion resistance, while the bayonet locking mechanism guarantees secure mating. Featuring insert arrangement 10-7 and keying position B, this connector offers precise and efficient operation. Trust in the 62GB11F1007SB for your critical connectivity needs.