Band Adapter -M85049/88

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• Efficient EMI Shielding Termination  -Simplifies and secures the connection of cable shields      to the connector backshell using a metal band mechanism, enhancing      electromagnetic compatibility performance.
• Strong Cable Strain Relief - Provides mechanical strain relief to cable      assemblies to protect termination points from vibration, movement, or pull      forces.
• Versatile Compatibility -      Designed for use with      MIL-DTL-38999 Series III and IV circular connectors, ensuring broad      applicability across military and aerospace systems.
• Multiple Shell Sizes & Entry Options - Available in a range of shell size variations to      match different connector interfaces and cable diameters.
• Durable Construction - Constructed from high quality metallic      materials with a choice of corrosion resistant finishes to      meet harsh environment requirements.

• Standards Compliance: Designed      to meet MIL-DTL-38999 Series III and IV connector systems.
• Product Family: M85049      Banding Backshell / Band Adapter Series.
• Configuration: Straight      band adapter style (slash /88).
• Material & Finish Options: Variety of finishes available including      electroless nickel, cadmium olive drab, and zinc-nickel plating for      corrosion protection.
• Cable Entry Sizes: Supported      in multiple entry diameters to suit various cable harness designs.
• Installation: Quick      and secure banding termination for shielding, compatible with standard      tooling methods.

M85049/88 Band Adapters are ideal for demanding military, aerospace, and industrial applications where EMI control and mechanical robustness are critical. Typical use cases include defense communication systems, avionics harnesses, ruggedized instrumentation, and connectorized sensor installations.

The M85049/88 Band Adapter delivers a cost effective and reliable solution for closing the loop between cable shielding and connector backshells, improving both electrical performance and mechanical durability. Its straightforward design reduces assembly time while offering the rugged performance required in mission-critical systems.