Phoenix Contact MC Series Straight Wave Soldering Mount PCB Header, 9 Contact(s), 5.08 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB header is an innovative solution designed for seamless connectivity in various electronic applications. Originating from the MC 1.5/-G series, this component emphasizes flexibility and reliability, catering to numerous device designs. Ideal for pin connections, it ensures efficient electrical flow whilst adhering to stringent quality standards. Crafted with utmost precision, the connector features a pitch of 5.08 mm, making it compatible with a wide range of configurations. Its durable materials and robust construction guarantee long-lasting performance, establishing it as a preferred choice among manufacturers seeking dependable and compact solutions. By leveraging advanced design principles, this product not only meets but exceeds industry requirements, making it a valuable addition to any assembly process.

The Phoenix Contact PCB header is an innovative solution designed for seamless connectivity in various electronic applications. Originating from the MC 1.5/-G series, this component emphasizes flexibility and reliability, catering to numerous device designs. Ideal for pin connections, it ensures efficient electrical flow whilst adhering to stringent quality standards. Crafted with utmost precision, the connector features a pitch of 5.08 mm, making it compatible with a wide range of configurations. Its durable materials and robust construction guarantee long-lasting performance, establishing it as a preferred choice among manufacturers seeking dependable and compact solutions. By leveraging advanced design principles, this product not only meets but exceeds industry requirements, making it a valuable addition to any assembly process.

Maximum flexibility in device design enables the use of one header for various connector typesThe pin layout is optimally arranged for linear pinning, ensuring easy integrationA green housing colour allows for quick identification within complex systemsIt is WEEE and RoHS compliant, supporting environmentally conscious manufacturingThe lightweight design promotes efficient assembly while maintaining structural integrityCompatible with wave soldering techniques for streamlined production processesContact surfaces are tin plated, enhancing conductivity and reducing resistanceThe standard locking mechanism simplifies assembly and ensures reliable connectionsMeeting diverse electrical requirements, it allows operation at nominal currents of up to 8 AVibration and thermal tests confirm its durability in demanding environments

Maximum flexibility in device design enables the use of one header for various connector types

The pin layout is optimally arranged for linear pinning, ensuring easy integration

The pin layout is optimally arranged for linear pinning, ensuring easy integration

A green housing colour allows for quick identification within complex systems

A green housing colour allows for quick identification within complex systems

It is WEEE and RoHS compliant, supporting environmentally conscious manufacturing

It is WEEE and RoHS compliant, supporting environmentally conscious manufacturing

The lightweight design promotes efficient assembly while maintaining structural integrity

The lightweight design promotes efficient assembly while maintaining structural integrity

Compatible with wave soldering techniques for streamlined production processes

Compatible with wave soldering techniques for streamlined production processes

Contact surfaces are tin plated, enhancing conductivity and reducing resistance

Contact surfaces are tin plated, enhancing conductivity and reducing resistance

The standard locking mechanism simplifies assembly and ensures reliable connections

The standard locking mechanism simplifies assembly and ensures reliable connections

Meeting diverse electrical requirements, it allows operation at nominal currents of up to 8 A

Meeting diverse electrical requirements, it allows operation at nominal currents of up to 8 A

Vibration and thermal tests confirm its durability in demanding environments

Vibration and thermal tests confirm its durability in demanding environments