Molex 206832 Series Vertical Through Hole PCB Header, 20 Contact(s), 3 mm Pitch, 2 Row, Shrouded

Molex 206832 Series PCB Header, 3mm Pitch, 20 Contacts - 206832-2002

This PCB header is designed for high-performance applications in the electronics and automation industries. The product features a 3.0mm pitch, dual-row configuration with 20 circuits, ideal for connecting various components effectively. With a vertical mounting orientation and a shrouded design, it ensures secure and efficient connectivity in wire-to-board scenarios.

Features & Benefits

• High copper alloy contact material enhances conductivity and durability
• Gold plating improves corrosion resistance and ensures reliable connections
• Shrouded design prevents unintended contact for increased safety
• Supports a maximum current rating of 12A for high-power applications
• Through-hole design allows for secure and stable mounting
• Glow-wire capable, suitable for rigorous thermal conditions

Applications

• Used in power distribution systems connecting wires to PCBs
• Ideal for automation equipment requiring reliable electrical connections
• Suitable for electrical systems where space is limited and efficiency is a priority
• Employed in mechanical devices needing robust and stable connections

What is the maximum current rating for individual circuits?

Each circuit supports a maximum current rating of 12.5A, accommodating various electrical demands in high-power applications.

What are the compatible materials used in its construction?

The header is primarily constructed from a high copper alloy for the contact material, ensuring superior electrical performance. The resin is liquid crystal polymer, providing thermal stability and durability.

How does the glow-wire capability enhance usability?

The glow-wire capability allows this component to resist ignition under elevated temperatures, making it suitable for applications where safety and thermal performance are crucial.

What is the maximum operating temperature range for this product?

This component operates efficiently within a temperature range of -40°C to +105°C, making it versatile for various environments, including industrial applications.