Molex, MX150 34985 2 Row 16 Way Cable Mount Female Sealed Connector

Molex MX150 Series Automotive Connector Seal, 37.91mm Depth, 5A Current Rating - 34985-1601

This automotive connector seal is a vital component designed for MX150 sealed connector systems. Measuring 37.91mm in depth, 51.28mm in width, and 28.74mm in height, it features a robust nylon housing suitable for various automotive applications. The high-performance female connector boasts 16 contacts for reliable connections, ensuring durability and longevity under extreme conditions.

This automotive connector seal is a vital component designed for MX150 sealed connector systems. Measuring 37.91mm in depth, 51.28mm in width, and 28.74mm in height, it features a robust nylon housing suitable for various automotive applications. The high-performance female connector boasts 16 contacts for reliable connections, ensuring durability and longevity under extreme conditions.

Features & Benefits

• IP6K7 rating protects against dust and water ingress • High-temperature tolerance up to 125°C ensures performance • Crimp termination method delivers solid, secure connections • Suitable for cable mount applications for versatile use • Designed for dual-row housing for compact installations • 5A current rating supports various automotive requirements

• IP6K7 rating protects against dust and water ingress • High-temperature tolerance up to 125°C ensures performance • Crimp termination method delivers solid, secure connections • Suitable for cable mount applications for versatile use • Designed for dual-row housing for compact installations • 5A current rating supports various automotive requirements

Applications

• Ideal for high-temperature environments in automotive electronics • Utilised in wire-to-wire connections for automotive systems • Compatible with crimping for secure electrical connections • Suitable for use in harsh outdoor conditions due to IP rating • Effective in automotive wiring harness assemblies

• Ideal for high-temperature environments in automotive electronics • Utilised in wire-to-wire connections for automotive systems • Compatible with crimping for secure electrical connections • Suitable for use in harsh outdoor conditions due to IP rating • Effective in automotive wiring harness assemblies

What materials are used in the construction of this connector seal?

The connector features a nylon housing, which contributes to its durability and resilience in high-temperature environments. This choice of material ensures stability and longevity in various automotive applications while conforming to strict industry standards.

The connector features a nylon housing, which contributes to its durability and resilience in high-temperature environments. This choice of material ensures stability and longevity in various automotive applications while conforming to strict industry standards.

How does the IP6K7 rating benefit this automotive connector seal?

The IP6K7 rating indicates protection against dust and water immersion, making it suitable for use in demanding environments. This enhances the reliability of electrical connections in vehicles exposed to moisture and dirt, reducing the risk of failure and improving long-term performance.

The IP6K7 rating indicates protection against dust and water immersion, making it suitable for use in demanding environments. This enhances the reliability of electrical connections in vehicles exposed to moisture and dirt, reducing the risk of failure and improving long-term performance.

What is the significance of the crimp termination method?

The crimp termination method used in this connector provides a secure electrical connection that is less prone to loosening compared to alternative methods. This method ensures low contact resistance and enhances the overall reliability of connections in automotive applications, making it a preferred choice for professionals in the industry.

The crimp termination method used in this connector provides a secure electrical connection that is less prone to loosening compared to alternative methods. This method ensures low contact resistance and enhances the overall reliability of connections in automotive applications, making it a preferred choice for professionals in the industry.