Amphenol CE-2Aa 62 GB Series Accessories Data Sheet

This catalog introduces Amphenol 62GB series connector accessories, including plugs and receptacles. These accessories can meet a variety of application requirements.


Amphenol CE-2Aa 62 GB Series Accessories Data Sheet - cover page
Brand
Amphenol
Category
Other Electronics
Document type
Product Leaflet
Language
English
Pages
22
File format
PDF
File size
1.1 MB
Published
05 June, 2012
Updated
30 September, 2023
MD5 checksum
1F1EA5B5C73B7C536E938FE9F6C9704B

About this manual

The document describes a range of accessories designed for the Amphenol 62GB Series Miniature Bayonet Lock Connectors. These items are intended to be used in conjunction with the main plug and receptacle catalogues (CE-2Pa and CE-2Ra) to complete connector assemblies.

The accessories include caps and chains for single hole mounting, cable mounting, flange mounting, and plugs. The data sheet provides specific dimensional tables for these components across various shell sizes, ranging from 3.0mm to 4.0mm diameter.

What's inside

  • 62GB Series Accessories
  • Caps and Chains
  • Single Hole Mounting Receptacles
  • Cable Mounting Receptacles
  • Flange Mounting Receptacles
  • Plugs Caps and Cords
  • Shell Size Dimensions

Specifications

Operating Temperature Range-55°C to 125°C
Compliance StandardsMIL-C-26482, BS 9522, DEF STAN 59-35
Material (Shell)Solid aluminium bar stock

Frequently asked questions

What catalogues should be used with this accessories data sheet?

This catalogue must be used in conjunction with Catalogues CE-2Pa (62GB Series Plugs) and CE-2Ra (62GB Series Receptacles).

What is the maximum hot spot temperature for these connectors?

The total maximum hot spot temperature must not exceed 125°C.

What are the minimum engagement and separation torques for size 20 shells?

Engagement torque is a maximum of 0.90 Nm (8.0 lbf.in.) and separation torque is a minimum of 0.22 Nm (2.0 lbf.in.).

What is the maximum leakage rate for hermetic receptacles?

Hermetic receptacles have a maximum leak of 0.1 micron cubic foot per hour.

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