David Clark C9102 Marine Network Cable Assembly - 3m - 40892G-25

The David Clark C9102 Network Cable Assembly (40892G-25) is a rugged, marine-grade network cable designed for the Series 9100 Digital Intercom System, built to support reliable Ethernet style connectivity in harsh environments. With pre-terminated, over-molded ends and an IP68 rated connector design when properly mated, it helps protect your digital intercom system from common field issues like moisture intrusion, dirt contamination, and vibration-related connection failures. In aviation ground support, the C9102 is ideal for linking the U9100 Master Station to headset stations or wireless gateways across hangars, ramp work areas, and GSE vehicle installations where dependable intercom communications improve safety and coordination.

• Series 9100 network cable assembly for connecting digital intercom system modules with rugged, sealed connectivity.
• 3 meter length, approximately 9.5 feet, supports common mid-length runs in vehicles and facilities.
• Pre-terminated over-molded connectors support faster installation compared to field-built network cables.
• IP68 rated connector design supports harsh aviation and industrial environments when properly mated.

Key Features

• Supports scalable digital intercom system layouts for hangars, deicing equipment, and ramp coordination points.
• Helps reduce network interruption risk by using sealed connectors designed for harsh environments.
• Installation-friendly option when access to termination and cable testing tools is limited.

40892G-25 Specifications

• System Compatibility: Series 9100 Digital Intercom System
• Length: 3 meter, approximately 9.5 ft
• Termination: Pre-terminated, over-molded connectors
• Ingress Protection: Network connectors rated IP68 when mated properly

For aviation ground support teams building out a reliable Series 9100 intercom network in a real-world environment, the David Clark 40892G-25 C9102 cable assembly delivers the rugged, sealed connectivity needed for consistent communications performance.