Molex, 42817 Metal Crimp Terminal Housing, White, Yellow

Molex 42817 Series Crimp Terminal Housing, 16AWG Minimum Wire size, 14AWG Maximum Wire size - 428170042

This crimp terminal housing serves as a vital component in the realm of electrical connector solutions. Categorised under crimp terminals, it is specifically designed for use with 16 AWG wire connectors, accommodating wires from 14 to 16 AWG. Constructed from metal, this housing is notably robust, ensuring reliable connections in various applications. The colour options of white and yellow provide versatility in identification and installation.

This crimp terminal housing serves as a vital component in the realm of electrical connector solutions. Categorised under crimp terminals, it is specifically designed for use with 16 AWG wire connectors, accommodating wires from 14 to 16 AWG. Constructed from metal, this housing is notably robust, ensuring reliable connections in various applications. The colour options of white and yellow provide versatility in identification and installation.

Features & Benefits

• Designed for mini-fit connectors, ensuring compatibility across applications • Accommodates 16-14 AWG wire sizes for versatile usage • Constructed from high-performance alloy for durability and longevity • Gold plating on mating surfaces enhances conductivity and reduces corrosion • Crimp termination style allows for secure and efficient installation • Supports high current capacity of up to 50.0A for demanding applications

• Designed for mini-fit connectors, ensuring compatibility across applications • Accommodates 16-14 AWG wire sizes for versatile usage • Constructed from high-performance alloy for durability and longevity • Gold plating on mating surfaces enhances conductivity and reduces corrosion • Crimp termination style allows for secure and efficient installation • Supports high current capacity of up to 50.0A for demanding applications

Applications

• Utilised in power distribution systems for reliable wire-to-wire connections • Suitable for automotive requiring secure electrical connections • Commonly used in automation systems to ensure consistent electrical performance • Ideal for mechanical assemblies involving high-current transfer

• Utilised in power distribution systems for reliable wire-to-wire connections • Suitable for automotive requiring secure electrical connections • Commonly used in automation systems to ensure consistent electrical performance • Ideal for mechanical assemblies involving high-current transfer

What wire sizes are compatible with this component?

It can accommodate wire sizes ranging from 14 AWG to 16 AWG, making it versatile for various electrical applications.

It can accommodate wire sizes ranging from 14 AWG to 16 AWG, making it versatile for various electrical applications.

How does the material choice impact performance?

The high-performance alloy construction enhances durability and ensures reliable electrical connections, mitigating risks associated with corrosion.

The high-performance alloy construction enhances durability and ensures reliable electrical connections, mitigating risks associated with corrosion.

What plating does it feature, and why is it significant?

The component is plated with gold for mating surfaces and tin for terminations, improving conductivity and ensuring a robust connection.

The component is plated with gold for mating surfaces and tin for terminations, improving conductivity and ensuring a robust connection.

Can it be used in automotive environments?

Yes, it is designed to perform reliably in automotive applications, providing secure electrical connections in challenging conditions.

Yes, it is designed to perform reliably in automotive applications, providing secure electrical connections in challenging conditions.

Is there a maximum current rating I should be aware of?

The maximum current rating per contact is 50.0A, making it suitable for high-demand electrical systems.

The maximum current rating per contact is 50.0A, making it suitable for high-demand electrical systems.