Phoenix Contact IPCV 5/ 2-G-7 Series Wave Soldering Mount PCB Header, 2 Contact(s), 7.62 mm Pitch, 1 Row, Shrouded

The Phoenix Contact PCB Header features wave soldering for the mounting method, with a linear pinning layout. Each solder pin (P) has a 5 mm length, and there are 3 solder pins per potential. It utilizes the COMBICON PC 5 plug-in system with a standard pin connector pattern alignment. The header does not include a locking mechanism or additional mounting methods. The type of packaging is in cardboard for safe storage and transport.

The Phoenix Contact PCB Header features wave soldering for the mounting method, with a linear pinning layout. Each solder pin (P) has a 5 mm length, and there are 3 solder pins per potential. It utilizes the COMBICON PC 5 plug-in system with a standard pin connector pattern alignment. The header does not include a locking mechanism or additional mounting methods. The type of packaging is in cardboard for safe storage and transport.

Well known mounting principle allows worldwide useMaximum flexibility when it comes to device design which has one header for connectors with different connection technologiesInverted header with socket contacts for touch proof device outputs or PCB/PCB connectionsIntegrated double steel spring provides additional safety in the event of temperature and power fluctuations

Well known mounting principle allows worldwide use

Maximum flexibility when it comes to device design which has one header for connectors with different connection technologies

Maximum flexibility when it comes to device design which has one header for connectors with different connection technologies

Inverted header with socket contacts for touch proof device outputs or PCB/PCB connections

Inverted header with socket contacts for touch proof device outputs or PCB/PCB connections

Integrated double steel spring provides additional safety in the event of temperature and power fluctuations

Integrated double steel spring provides additional safety in the event of temperature and power fluctuations