Phoenix Contact SMSTB Series Angled Wave Soldering Mount PCB Header, 5 Contact(s), 5 mm Pitch, 1 Row, Shrouded

The Phoenix Contact SMSTB 2.5/5-G PCB header is engineered for superior connectivity and flexibility in electronic device design. This versatile header accommodates up to five positions, allowing for a compact layout while maintaining effective pin connection. With a nominal current capacity of 12 A and a rated voltage of 320 V, it is well-suited for various applications, ensuring both reliability and performance in demanding environments. Its innovative wave soldering mounting method enhances installation efficiency, making it an excellent choice for modern PCB assemblies. Designed in a distinct green hue, this header not only supports robust operational requirements but also aligns with contemporary aesthetic preferences in electronic design.

The Phoenix Contact SMSTB 2.5/5-G PCB header is engineered for superior connectivity and flexibility in electronic device design. This versatile header accommodates up to five positions, allowing for a compact layout while maintaining effective pin connection. With a nominal current capacity of 12 A and a rated voltage of 320 V, it is well-suited for various applications, ensuring both reliability and performance in demanding environments. Its innovative wave soldering mounting method enhances installation efficiency, making it an excellent choice for modern PCB assemblies. Designed in a distinct green hue, this header not only supports robust operational requirements but also aligns with contemporary aesthetic preferences in electronic design.

Designed for compatibility with various connection technologiesAllows for multi-row arrangements on PCBs through angled connectionsOffers a linear pin layout for straightforward integrationConstructed with WEEE/RoHS-compliant materials, ensuring environmental sustainabilityLightweight design contributes to overall device efficiencyProvides a reliable locking mechanism, enhancing stability within the assemblyMeets rigorous international standards for quality and performanceTested for high durability under extreme volumetric conditions

Designed for compatibility with various connection technologies

Allows for multi-row arrangements on PCBs through angled connections

Allows for multi-row arrangements on PCBs through angled connections

Offers a linear pin layout for straightforward integration

Offers a linear pin layout for straightforward integration

Constructed with WEEE/RoHS-compliant materials, ensuring environmental sustainability

Constructed with WEEE/RoHS-compliant materials, ensuring environmental sustainability

Lightweight design contributes to overall device efficiency

Lightweight design contributes to overall device efficiency

Provides a reliable locking mechanism, enhancing stability within the assembly

Provides a reliable locking mechanism, enhancing stability within the assembly

Meets rigorous international standards for quality and performance

Meets rigorous international standards for quality and performance

Tested for high durability under extreme volumetric conditions

Tested for high durability under extreme volumetric conditions