Phoenix Contact PCB Terminal Block, 3-Contact, 5.08mm Pitch, Wave Soldering, 1-Row, Push In Spring Termination

The Phoenix Contact PCB terminal block is engineered for optimal performance in compact electronic applications. Featuring a robust design that ensures reliability, it accommodates a nominal current of 15 A and a rated voltage of 400 V. The connection method employs a push-in spring mechanism for effortless installation, while its unique linear pinning layout enhances versatility in board configurations. With multiple positions available, it supports intricate interconnections, making it ideal for modern automation systems. The terminal block is crafted to endure harsh environments, thus proving effective in a wide range of industrial settings. Its green housing is not only visually identifiable but also complies with stringent WEEE and RoHS standards, reflecting a commitment to sustainability.

The Phoenix Contact PCB terminal block is engineered for optimal performance in compact electronic applications. Featuring a robust design that ensures reliability, it accommodates a nominal current of 15 A and a rated voltage of 400 V. The connection method employs a push-in spring mechanism for effortless installation, while its unique linear pinning layout enhances versatility in board configurations. With multiple positions available, it supports intricate interconnections, making it ideal for modern automation systems. The terminal block is crafted to endure harsh environments, thus proving effective in a wide range of industrial settings. Its green housing is not only visually identifiable but also complies with stringent WEEE and RoHS standards, reflecting a commitment to sustainability.

Includes colour coded actuating elements for quick identification and operationMechanically robust, reducing strain on soldering points for enhanced durabilityIdeal for applications requiring efficient space utilisation and reliability

Includes colour coded actuating elements for quick identification and operationMechanically robust, reducing strain on soldering points for enhanced durabilityIdeal for applications requiring efficient space utilisation and reliability