Molex 87832 Series Vertical Surface PCB Header, 14 Contact(s), 2 mm Pitch, 2 Row, Shrouded

Molex 87832 Series PCB Header, 2mm Pitch, Surface Mount - 878325622

This PCB header is a component designed for efficient wire-to-board connections within electronic systems. Featuring a 2.0mm pitch and a dual-row configuration with 14 circuits, this vertical PCB connector supports surface mount applications. Constructed from durable materials and equipped with gold-plated connectors, it ensures reliable electrical performance across a voltage range of 125V.

Features & Benefits

• Shrouded design protects contacts from dust and damage
• Vertical orientation simplifies space optimisation on PCB
• Phosphor bronze contacts enhance electrical conductivity
• Gold plating on connectors reduces corrosion risk
• Lead-free construction meets environmental standards
• Capable of withstanding up to 100 mating cycles

Applications

• Utilised in automation for connecting control circuits
• Ideal for use in electronics where reliable connections are required
• Suitable for mechanical assemblies needing dual-row PCB connections
• Employed in electrical devices to ensure secure signal transmission
• Applicable in various consumer electronics requiring compact connectors

What can I expect regarding the current handling capacity of this connector?

The maximum current rating per contact is 2.0A, allowing it to handle moderate power loads effectively without overheating.

How does the shrouded design contribute to the overall functionality?

The shrouded design protects the contacts from inadvertent contact and environmental contaminants, helping maintain connection integrity in diverse conditions.

What type of installation process is recommended for this header?

Utilisation of surface mount technology is recommended, with a reflow soldering process to ensure optimal adhesion and performance on the PCB.

What measures ensure the connector's longevity?

The metal components are made from phosphor bronze, while the gold plating provides resistance to tarnishing, ensuring prolonged operational life.