ELR4Y0301

Overview

The Amphenol Industrial Operations ELR4Y0301 is a rectangular receptacle connector from the EPOWER-LITE series. It features four positions and utilizes crimp termination for wire connections. Designed for free-hanging or panel mounting, this straight-installation component supports cables with a 6.0mm diameter. The housing is constructed from lightweight plastic, offering a compact footprint suitable for hybrid and electric vehicle applications.

Feature Summary

• Compact plastic shell structure designed for lightweight integration
• Engineered specifically for hybrid and electric vehicle environments
• Provides secure crimp termination for reliable electrical connectivity

Applications

• Hybrid electric vehicle power systems
• Electric vehicle high-voltage interconnects
• Automotive rectangular connector assemblies

Procurement Notes

Verify the specific coding key (Y) and absence of HVIIL shielding against project requirements. Confirm cable diameter compatibility (6.0mm) during integration planning. Cross-reference datasheet specifications to ensure environmental sealing meets operational standards. Validate that the receptacle configuration matches the mating pin assembly.

Selection Notes

Select this model when a four-position rectangular receptacle is required for EV applications. Ensure the system design accommodates the 6.0mm cable diameter constraint. Verify that the Y-coding aligns with the intended mating interface to prevent misconnection. Consider the free-hanging installation style if panel mounting hardware is not utilized.

Part Context

This component belongs to the EPOWER-LITE family, which provides robust solutions for automotive power distribution. The series emphasizes compactness and reliability in demanding vehicular environments. As a receptacle, it interfaces with corresponding pins to complete high-current circuits within electric drive trains.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify mating compatibility with existing harnesses before considering alternative sources.