1564984-2

Overview

The TE Connectivity AMP Connectors part number 1564984-2 is a rectangular connector component belonging to the AMP MCP Interconnection System. It functions as a receptacle contact designed for crimp termination. The contact is engineered for wire gauges ranging from 22 to 24 AWG. The mating surface features a gold finish with a specified thickness of 31.5µin (0.80µm). This component serves as a critical interconnect element within automotive and industrial applications requiring high reliability.

Feature Summary

• Designed for crimp termination on 22-24 AWG wires
• Gold-plated mating interface for corrosion resistance
• Part of the high-reliability AMP MCP system

Applications

• Automotive electrical systems
• Industrial control panels
• High-reliability interconnect assemblies

Procurement Notes

Verify the specific AMP MCP series compatibility before procurement, as this contact is part of a larger interconnection system. Confirm that the 22-24 AWG wire gauge range matches your harness specifications. Ensure the gold finish requirements align with your environmental protection needs. Cross-reference the base product number 1564984 to identify compatible housing and tooling sets.

Selection Notes

Select this component when a crimp-style terminal is required for small-gauge wiring in demanding environments. The gold plating offers superior conductivity and oxidation resistance compared to tin-only finishes. Consider the AMP MCP system's overall reliability status if long-term usage in harsh conditions is anticipated. Ensure the contact geometry matches the intended mating header or socket.

Part Context

This component is integrated into the AMP MCP (Miniature Connector Product) family, which is known for supporting high reliability status for long-term use. It complements other parts like 1564984-3 and 1564985-1 within the same ecosystem. The design supports compact packaging while maintaining robust electrical performance standards typical of TE Connectivity's automotive-grade solutions.