Phoenix Contact SPT Series PCB Terminal Block, 4-Contact, 5.08mm Pitch, Solder Mount, 1-Row, Push In Spring Termination

The Phoenix Contact PCB terminal block is designed for seamless integration with modern electronic assemblies. Engineered for reliable performance, it's ideal for applications requiring efficient power distribution. Its compact structure optimises space on the printed circuit board while maintaining a housing that is not only sturdy but also compliant with stringent environmental regulations. The terminal block accommodates a nominal current of 17.5 A and a rated voltage of 320 V, supporting a diverse range of electrical configurations. Enhanced with a sophisticated pin layout, it ensures a strong electrical connection with minimal mechanical stress, providing peace of mind in demanding operational environments.

The Phoenix Contact PCB terminal block is designed for seamless integration with modern electronic assemblies. Engineered for reliable performance, it's ideal for applications requiring efficient power distribution. Its compact structure optimises space on the printed circuit board while maintaining a housing that is not only sturdy but also compliant with stringent environmental regulations. The terminal block accommodates a nominal current of 17.5 A and a rated voltage of 320 V, supporting a diverse range of electrical configurations. Enhanced with a sophisticated pin layout, it ensures a strong electrical connection with minimal mechanical stress, providing peace of mind in demanding operational environments.

Optimised for tight spaces without sacrificing performanceRobust construction compliant with WEEE and RoHS directivesIntegrated test option for quick and convenient verification of connectionsMoisture sensitive packaging enhances durability during transport

Optimised for tight spaces without sacrificing performanceRobust construction compliant with WEEE and RoHS directivesIntegrated test option for quick and convenient verification of connectionsMoisture sensitive packaging enhances durability during transport