Molex Flexi-Latch+ Connectors

Introduction

Molex Flexi-Latch+ Connectors are innovative components designed to enhance connectivity in high-impact electric vehicle (EV) applications. These connectors are engineered to streamline assembly processes while meeting stringent industry standards, making them a reliable choice for various demanding environments.

Part Description

The Molex Flexi-Latch+ Connectors are lightweight and compact, specifically built for electric vehicle battery management and power control systems. They feature a dual-row pitch of 2.00mm or a single-row pitch of 1.50mm, accommodating various circuit configurations. With a maximum rated voltage of 400V for dual rows and 250V for single rows, these connectors ensure high reliability in shock and vibration environments, complying with USCAR-2 V2/LV214 S1 and PG19 standards. Their design includes features that prevent mis-mating, provide visual confirmation of mating, and protect against moisture and impurities, enhancing overall contact reliability and operator safety.

Applications

• Automotive applications
• Battery management systems
• Electric vehicles
• E-motorcycles
• Junction boxes
• Energy storage systems
• Data centers and battery-backup infrastructure
• Commercial vehicles (e.g., ATVs, forklifts, HD trucks)
• Marine under-dash wiring and lighting

Industries

• Automotive
• Renewable energy
• Industrial automation
• Transportation
• Marine

Usage Ideas

1. Electric Vehicle Prototype: Use Molex Flexi-Latch+ Connectors to create a prototype for an electric vehicle's battery management system, ensuring reliable connections in a compact design.
2. Energy Storage System: Integrate these connectors into a custom energy storage solution for a data center, enhancing the reliability of battery backup systems.
3. Marine Lighting System: Design a marine under-dash lighting system utilizing the connectors for secure and moisture-resistant connections, ensuring durability in harsh environments.

Conclusion

Molex Flexi-Latch+ Connectors are a vital component for modern electric vehicle and energy management systems. Their robust design, ease of assembly, and compliance with industry standards make them suitable for a wide range of applications across various industries. Whether in automotive, industrial, or marine settings, these connectors provide the reliability and performance needed for today's advanced technologies.