Molex PICO-CLASP PCB (Kart) Header, 6 Pinli, 1mm Aralıklı, Yüzeye Monte, Düz, Seri No: 501331

Molex 501331 Series PCB Header, 1mm Pitch, 6 Contacts - 501331-0607

This PCB Header is a 1.00mm pitch connector designed for effective wire-to-board applications. With its surface mount configuration and vertical orientation, this shrouded PCB connector features six circuits, offering robust connectivity and reliable performance. Constructed with phosphor bronze contacts and tin plating, this connector is designed to handle a maximum voltage rating of 100V, making it suitable for a variety of electrical projects.

Features & Benefits

• Positive lock feature ensures secure connections during use
• Durable construction supports up to 30 mating cycles
• Solder termination method permits easy installation on PCB
• Shrouded design protects against misalignment and reverse mating
• Compact 1.0mm pitch optimises space on the circuit board
• Phosphor bronze contacts enhance conductivity and reliability

Applications

• Used in automation systems for signal transmission
• Utilised in electronic devices requiring Compact connectors
• Applied in customised circuit boards in mechanical assemblies
• Employed in control panels for securing connections

What is the current rating per contact for this connector?

The maximum current rating per contact is 1A, ensuring sufficient power handling for various applications.

How does the surface mount design benefit circuit board integration?

The surface mount design allows for automated assembly using robotic placement, which enhances production efficiency and reduces assembly time.

What materials are used for the contacts and plating of the header?

The contacts are MADE from phosphor bronze, while the plating for both mating and termination areas is tin, ensuring effective signal transmission and corrosion resistance.

What conditions can this component operate under?

It operates within a temperature range of -40°C to +85°C, making it suitable for diverse environmental conditions in industrial settings.

How is the connector designed to ensure proper orientation during installation?

The connector is polarised to the mating part, preventing incorrect connections and ensuring reliability in assembly processes.