Molex Mega-Fit Series Male Crimp Terminal, 16AWG Min, 14AWG Max

Molex Mega-Fit Series Crimp Terminal, Male, 16 AWG Minimum Wire size - 105417-0334

This crimp terminal is a male connector specifically designed for use with Mega-Fit power connectors. Engineered from copper alloy and tin-plated for conductivity, this terminal ensures robust performance in demanding environments. With a wire size range from 16 to 14 AWG, it can accommodate various applications efficiently. The terminal operates effectively between -40 and +105 °C, making it suitable for a wide array of industrial requirements.

This crimp terminal is a male connector specifically designed for use with Mega-Fit power connectors. Engineered from copper alloy and tin-plated for conductivity, this terminal ensures robust performance in demanding environments. With a wire size range from 16 to 14 AWG, it can accommodate various applications efficiently. The terminal operates effectively between -40 and +105 °C, making it suitable for a wide array of industrial requirements.

Features & Benefits

• Constructed from durable copper alloy for longevity and performance • Tin-plated finish reduces contact resistance to just 6mΩ • Provides a secure crimp termination method for easy installation

• Constructed from durable copper alloy for longevity and performance • Tin-plated finish reduces contact resistance to just 6mΩ • Provides a secure crimp termination method for easy installation

Applications

• Used with Mega-Fit power connectors for automotive systems • Ideal for high current in electrical installations • Utilised in mechanical systems requiring low resistance connections

• Used with Mega-Fit power connectors for automotive systems • Ideal for high current in electrical installations • Utilised in mechanical systems requiring low resistance connections

How does the contact plating influence performance?

The tin plating offers superior conductivity while minimising contact resistance. This enhances the overall efficiency of connections, particularly in high current demands.

The tin plating offers superior conductivity while minimising contact resistance. This enhances the overall efficiency of connections, particularly in high current demands.

Can it withstand harsh environmental conditions?

Yes, it is engineered to function in extreme temperatures from -40 to +105 °C, making it suitable for challenging environments such as automotive and industrial settings.

Yes, it is engineered to function in extreme temperatures from -40 to +105 °C, making it suitable for challenging environments such as automotive and industrial settings.

What is the importance of the low contact resistance?

A maximum contact resistance of 6mΩ allows for more efficient power transmission, which reduces energy loss and improves the overall performance of the connected systems.

A maximum contact resistance of 6mΩ allows for more efficient power transmission, which reduces energy loss and improves the overall performance of the connected systems.