Samtec FTSH Series Straight Through Hole Pin Header, 10 Contact(s), 1.27mm Pitch, 2 Row(s), Unshrouded

This Samtec pin header with a 1.27 mm pitch from the FTSH series, model FTSH 120 01 F DV, is a versatile connector suitable for various applications in automation, electronics, electrical, and mechanical industries. Designed with high quality materials and precise specifications, this pin header offers reliable performance and durability.

• Straight pin header design for easy wire to board connection
• Features a through hole mounting type for secure installation
• Constructed with phosphor bronze contacts for enhanced conductivity
• Gold plated pins ensure excellent signal transmission and resistance to corrosion
• Can handle high current ratings up to 3.4 A, suitable for demanding applications
• Comes with 10 pins in 2 rows, providing flexibility in connectivity
• Unshrouded design for easy accessibility and connection
• Offers a pitch of 1.27 mm, ideal for compact and space constrained applications
• Solder termination method for a strong and reliable connection

• Ideal for use in PCB assemblies in automation and electronics applications
• Suitable for connecting various components in electrical equipment
• Perfect for board-to-board connections in mechanical systems
• Can be used in industrial control systems for reliable signal transmission
• Suitable for applications requiring a secure and high-current connection

Yes, the Samtec pin header is designed to handle high current ratings of up to 3.4 A, making it ideal for demanding applications.

Yes, this pin header features a through-hole mounting type, ensuring a secure and stable connection in your application.

Yes, the gold-plated pins offer excellent conductivity and resistance to corrosion, ensuring reliable signal transmission.

Yes, this pin header is designed for wire-to-board connections, making it suitable for various connection scenarios in your application.

Yes, the 1.27 mm pitch of this pin header makes it ideal for compact and space-constrained applications where precision is essential.