Phoenix Contact PCB Terminal Block, 5-Contact, 5.08mm Pitch, Wave Soldering, 1-Row, Plug In, Screw Termination

The Phoenix Contact PCB terminal block stands out with its exceptional engineering crafted for reliability and efficiency in modern electronic applications. Designed for seamless integration, it accommodates a nominal current of 17.5 A and operates at a rated voltage of up to 400 V. The compact design features five positions with a pitch of 5.08 mm, making it ideal for tight spaces on printed circuit boards. Its screw connection method ensures a secure and stable link between conductors, promoting enhanced functionality and performance. The green housing not only enhances visibility but also adheres to strict environmental standards, ensuring compliance with WEEE and RoHS directives.

The Phoenix Contact PCB terminal block stands out with its exceptional engineering crafted for reliability and efficiency in modern electronic applications. Designed for seamless integration, it accommodates a nominal current of 17.5 A and operates at a rated voltage of up to 400 V. The compact design features five positions with a pitch of 5.08 mm, making it ideal for tight spaces on printed circuit boards. Its screw connection method ensures a secure and stable link between conductors, promoting enhanced functionality and performance. The green housing not only enhances visibility but also adheres to strict environmental standards, ensuring compliance with WEEE and RoHS directives.

Designed for optimal safety with comprehensive insulation propertiesTemperature resilience allows operation across a wide temperature rangeCompliance with stringent environmental regulations ensures eco friendlinessVersatile design supports various conductor sizes, enhancing application flexibility

Designed for optimal safety with comprehensive insulation propertiesTemperature resilience allows operation across a wide temperature rangeCompliance with stringent environmental regulations ensures eco friendlinessVersatile design supports various conductor sizes, enhancing application flexibility