XM-LSGG 2B Watertight/Vacuum Bulkhead Female Receptacle

A straight double-ended female bulkhead receptacle with a long cylindrical body, central nut mounting and push-pull self-locking interfaces on both ends.

  • Connector Series:XM-LSGG
  • Connector Type:Female
  • Alignment Pin:G
  • Locking Mechanism:Self-locking
  • Connector Shape:Straight
  • Part Number:XM-LSGG.2B.3**.CLLM
  • Applications:Watertight and vacuum feedthroughs, sealed enclosures, instruments, medical equipment and through-panel cable connections
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Description

XM-LSGG is a straight double-ended bulkhead receptacle with a distinctive long cylindrical appearance. Female push-pull interfaces are positioned at both ends, allowing two compatible cable plugs to connect through an equipment panel or sealed enclosure.

A threaded section and fixing nut in the centre of the body provide secure bulkhead installation. Both ends use the standard G alignment key and support push-pull self-locking mating. The watertight or vacuum-type construction makes the connector suitable for sealed feedthrough applications.

Product Features

  • Long cylindrical double-ended structure
  • Female mating interface on both ends
  • Fixed bulkhead feedthrough design
  • Central threaded nut mounting
  • Push-pull self-locking mating on both ends
  • Standard G alignment key on both ends
  • Watertight or vacuum-type construction
  • Straight connector configuration
  • 2B shell size
  • Anti-rotation panel cutout

Dimensions

Series A (mm) B (mm) Mounting thread M L1 (mm) L3 (mm) L4 (mm) SW1 (mm) SW3 (mm)
2B 20.8 21.5 M16 × 1.0 44.5 8 11 15 19

All dimensions are in millimetres.

Recommended Panel Cutout

Series Flat width SW (mm) Cutout diameter Ø (mm)
2B 15.1 16.1

The flat section prevents the connector body from rotating after nut-mounted bulkhead installation.

Applications

  • Watertight panel feedthroughs
  • Vacuum systems and equipment
  • Sealed industrial enclosures
  • Test and measurement instruments
  • Medical and laboratory equipment
  • Communication systems
  • Cable connections through equipment walls
  • Systems requiring double-ended female connectivity
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