Molex 172448 Series Right Angle Through Hole PCB Header, 2 Contact(s), 4.2 mm Pitch, 2 Row, Shrouded

Molex 172448 Series PCB Header, 4.2mm Pitch, 4.2mm Tail Pin Length - 1724480002

This PCB header is a reliable component designed for use in modern electronic applications. A part of the Mini-Fit Jr. series, it features a dual-row layout with 2 circuits arranged in a right-angle orientation. This snap-in connector is built for durability and offers a pitch of 4.2mm, supporting efficient wire-to-board connections. Constructed from sturdy materials, it is capable of handling current ratings of up to 13A and voltage ratings of 600V.

This PCB header is a reliable component designed for use in modern electronic applications. A part of the Mini-Fit Jr. series, it features a dual-row layout with 2 circuits arranged in a right-angle orientation. This snap-in connector is built for durability and offers a pitch of 4.2mm, supporting efficient wire-to-board connections. Constructed from sturdy materials, it is capable of handling current ratings of up to 13A and voltage ratings of 600V.

Features & Benefits

• Shrouded design prevents accidental disconnections during operation• Right-angled configuration facilitates space-efficient installations• Dual-row layout optimises PCB real estate for compact designs• Snap-in mounting type ensures secure attachment for enhanced stability• Tin plating on contacts provides reliable conductivity and corrosion resistance• Supports a temperature range of -40°C to +105°C for versatile usage

• Shrouded design prevents accidental disconnections during operation

• Right-angled configuration facilitates space-efficient installations

• Right-angled configuration facilitates space-efficient installations

• Dual-row layout optimises PCB real estate for compact designs

• Dual-row layout optimises PCB real estate for compact designs

• Snap-in mounting type ensures secure attachment for enhanced stability

• Snap-in mounting type ensures secure attachment for enhanced stability

• Tin plating on contacts provides reliable conductivity and corrosion resistance

• Tin plating on contacts provides reliable conductivity and corrosion resistance

• Supports a temperature range of -40°C to +105°C for versatile usage

• Supports a temperature range of -40°C to +105°C for versatile usage

Applications

• Used for power distribution in automation systems• Ideal for connections in consumer electronics assemblies• Suitable for industrial machinery control panels• Effective in various wire-to-board within electrical devices

• Used for power distribution in automation systems

• Ideal for connections in consumer electronics assemblies

• Ideal for connections in consumer electronics assemblies

• Suitable for industrial machinery control panels

• Suitable for industrial machinery control panels

• Effective in various wire-to-board within electrical devices

• Effective in various wire-to-board within electrical devices

How many mating cycles can this connector withstand?

This connector is designed for a maximum of 30 mating cycles, ensuring a reliable connection throughout its operational life.

This connector is designed for a maximum of 30 mating cycles, ensuring a reliable connection throughout its operational life.

What materials are used in the construction of this connector?

It is made from nylon for the body and brass for the contacts, with tin plating that enhances conductivity and corrosion resistance.

It is made from nylon for the body and brass for the contacts, with tin plating that enhances conductivity and corrosion resistance.

Is this connector suitable for use in high-temperature environments?

Yes, it operates effectively within a temperature

Yes, it operates effectively within a temperature

What is the recommended PCB thickness for optimal performance?

The recommended PCB thickness is 1.78mm, ensuring proper retention and alignment within the assembly.

The recommended PCB thickness is 1.78mm, ensuring proper retention and alignment within the assembly.

How is this connector mounted onto the PCB?

It utilises a snap-in fitting method, providing easy installation and ensuring a secure fit on the printed circuit board.

It utilises a snap-in fitting method, providing easy installation and ensuring a secure fit on the printed circuit board.