1600698-4

Overview

TE Connectivity AMP Connectors part number 1600698-4 is a Multi-Beam XLE series housing designed for high-current applications. It features a 4-position configuration with keys for polarization. The component is a straight cable mount receptacle housing intended for use with blade-type female contacts, which are sold separately. This connector supports robust power transmission in demanding industrial environments.

Feature Summary

• Multi-Beam XLE series design for high-current capability
• Integrated keys for secure polarization and mating alignment
• Straight cable mount configuration for flexible routing

Applications

• Industrial automation systems requiring high current
• Power distribution units
• Heavy machinery electrical connections

Procurement Notes

Verify the specific Multi-Beam XLE series designation when sourcing. Confirm that blade-type female contacts are ordered separately as they are not included with the housing. Ensure compatibility with existing cable assemblies and mating connectors within the same series to maintain proper polarization and electrical integrity.

Selection Notes

Select this housing when a 4-position high-current solution is required. The Multi-Beam XLE series offers superior current carrying capacity compared to standard D-sub or Fastin-Faston connectors. Consider the straight cable orientation for panel-to-cable interconnects where space allows linear routing rather than right-angle configurations.

Part Context

The Multi-Beam XLE series represents TE Connectivity's advanced high-power connector family. These connectors utilize a unique blade contact system to achieve higher current ratings in compact form factors. The 1600698-4 housing serves as the structural interface for these contacts, enabling reliable power delivery in sectors like renewable energy and transportation.

Replacement Considerations

Direct substitutes include other 4-position Multi-Beam XLE housings with matching keying options. Verify pin count and key position to ensure mechanical compatibility. Cross-referencing with similar high-current housing families requires careful evaluation of current ratings and contact interface types.