Phoenix Contact, 5.08mm Pitch, 6 Way, , Pluggable Terminal Block, Feed Through Header, Flange Mount, Plug In, Push In

The Phoenix Contact Feed Through Header is meticulously designed for seamless integration into electrical applications, ensuring robust and reliable connectivity. Comprising a nominal cross section of 2.5 mm² and a striking green colour, it caters to various industrial needs. With a nominal current rating of 12 A and a rated voltage of 320 V, this component serves as a vital link in controlling systems. Its unique pin layout supports wave soldering and linear pinning, guaranteeing straightforward installation and assembly. Housed within a durable PBT casing, it exhibits excellent resilience against operational stresses, making it ideal for use in demanding environments.

The Phoenix Contact Feed Through Header is meticulously designed for seamless integration into electrical applications, ensuring robust and reliable connectivity. Comprising a nominal cross section of 2.5 mm² and a striking green colour, it caters to various industrial needs. With a nominal current rating of 12 A and a rated voltage of 320 V, this component serves as a vital link in controlling systems. Its unique pin layout supports wave soldering and linear pinning, guaranteeing straightforward installation and assembly. Housed within a durable PBT casing, it exhibits excellent resilience against operational stresses, making it ideal for use in demanding environments.

Screw locking mechanism provides added reliability in maintaining connectionsWave soldering compatibility enhances manufacturing efficiencyRoHS compliant materials reflect a commitment to environmental responsibilityExcellent vibration resistance ensures performance in dynamic settingsCasing material offers superior resilience to thermal and electrical stress

Screw locking mechanism provides added reliability in maintaining connectionsWave soldering compatibility enhances manufacturing efficiencyRoHS compliant materials reflect a commitment to environmental responsibilityExcellent vibration resistance ensures performance in dynamic settingsCasing material offers superior resilience to thermal and electrical stress