Molex 206832 Series Vertical Through Hole PCB Header, 8 Contact(s), 3 mm Pitch, 2 Row, Shrouded

Molex 206832 Series PCB Header, 3mm Pitch, 12A Current - 206832-0202

This PCB header is part of the Micro-Fit+ connector system, designed with a 3.00mm pitch and features a dual row configuration for 2 circuits. With its vertical mounting style, this shrouded PCB header ensures reliable connections in demanding applications. Built from high copper alloy, the connector offers durability and excellent conductivity, making it suitable for a variety of electrical tasks.

Features & Benefits

• Shrouded design enhances protection against accidental misalignment
• Current rating of 12A supports robust electrical applications
• Voltage rating of 600V ensures safe operation in high-voltage environments
• Dual row configuration optimises space in compact designs
• Through hole mounting style simplifies installation on PCBs
• High copper alloy contacts provide superior conductivity and longevity

Applications

• Utilised in power distribution for automation systems
• Used with wire to board connections in electronic devices
• Ideal for harsh environments with operating temperatures from -40°C to +105°C
• Commonly found in mechanical control systems requiring durable connections

What is the maximum number of circuits supported by this connector?

This connector supports a maximum of 2 circuits, which is ideal for compact designs and specific applications requiring dual connectivity.

Can this header withstand high temperatures?

Yes, it operates effectively within a temperature range of -40°C to +105°C, making it suitable for various environmental conditions.

What type of materials are used in this PCB header?

The header features metal components made from high copper alloy and has a plating of gold for the mating interface, ensuring optimal conductivity. The resin is composed of liquid crystal polymer for enhanced durability.

How does the shrouded design benefit the user?

The shrouded design protects the contacts from dust and damage during installation, ensuring secure and stable connections, which is critical for reliability in electrical systems.