1483283-2

Overview

The TE Connectivity AMP Connectors part number 1483283-2 is a rectangular housing connector component. It belongs to the broader AMP product series designed for secure electrical connections in various industrial and commercial applications. The component functions as a receptacle assembly, providing a structured interface for mating with corresponding pins or sockets to ensure reliable signal or power transmission within electronic systems.

Feature Summary

• Rectangular housing design for organized terminal alignment
• Secure locking mechanism for stable connection integrity
• Compatible with standard AMP contact insertion tools

Applications

• Industrial control panel wiring assemblies
• Automotive electronic module interconnections
• General equipment signal routing harnesses

Procurement Notes

Verify the specific mating pin requirements and housing color coding against the official datasheet before ordering. Confirm that the selected crimp contacts match the wire gauge specifications intended for the application. Ensure compatibility with existing tooling sets for proper installation and quality assurance during assembly processes.

Selection Notes

Select this housing when a rectangular form factor is required for high-density terminal arrangements. Consider the material properties and environmental ratings if the deployment involves exposure to moisture or extreme temperatures. Validate the pitch dimensions against the system's mechanical constraints to ensure proper fit within the enclosure.

Part Context

This component is part of the extensive TE Connectivity AMP portfolio, which has historically provided robust interconnect solutions since the mid-20th century. The AMP brand is recognized for pioneering crimp termination technologies that replaced traditional soldering methods, offering faster and more reliable connections for aerospace, automotive, and general industrial markets globally.

Replacement Considerations

Consult the official cross-reference guide for direct substitutes. Generic equivalents may lack the precise dimensional tolerances and locking force characteristics required for critical system reliability.