1616492-8

Overview

The TE Connectivity Aerospace, Defense and Marine part number 1616492-8 is identified as the BB493B contactor support base. This component serves as a mounting interface for contactors within electrical systems. It is manufactured by TE Connectivity Aerospace, Defense and Marine and is currently listed in an active status. The product is categorized under bases and supports designed to facilitate the secure installation of high-current switching devices.

Feature Summary

• Provides a dedicated mounting platform for contactor installation
• Designed for integration into electrical control assemblies

Applications

• Industrial electrical panel assembly
• Power distribution system infrastructure
• Contactor mounting in heavy machinery

Procurement Notes

Verify that the BB493B designation matches the specific contactor model intended for installation. Confirm mechanical dimensions and terminal compatibility with the host system design requirements before procurement. Ensure the component meets the environmental specifications required for the target application environment.

Selection Notes

Select this base when a standardized mounting solution is required for compatible TE Connectivity or equivalent contactors. Evaluate mechanical fit and electrical clearance requirements against the system layout. Ensure the support structure aligns with the thermal and current carrying capabilities of the associated switching device.

Part Context

This part belongs to the broader category of electromechanical accessories used in power switching applications. It functions as a structural component rather than an active switching element. The product line supports various industrial and aerospace connectivity solutions requiring robust mechanical interfaces for high-power components.

Replacement Considerations

Cross-reference mechanical drawings to ensure dimensional equivalence with existing mounts. Verify that the new base supports the same contactor form factor and terminal configuration. Check for any changes in material composition or environmental ratings that might affect long-term reliability.