Phoenix Contact HC Housing

The Phoenix Contact Housing is tailored for robust applications. Constructed from salt-water resistant aluminium, this panel mounting base ensures durability while providing exceptional electromagnetic shielding. Its thoughtful design incorporates a single locking latch and a conductive flat gasket, allowing it to meet the demanding standards of environmental applications. Designed for compatibility with a range of contact inserts, this housing boasts precision engineering and can easily accommodate various industrial needs. With dimensions that optimally balance size and strength, this product stands as a reliable choice for enhancing connectivity in diverse settings.

The Phoenix Contact Housing is tailored for robust applications. Constructed from salt-water resistant aluminium, this panel mounting base ensures durability while providing exceptional electromagnetic shielding. Its thoughtful design incorporates a single locking latch and a conductive flat gasket, allowing it to meet the demanding standards of environmental applications. Designed for compatibility with a range of contact inserts, this housing boasts precision engineering and can easily accommodate various industrial needs. With dimensions that optimally balance size and strength, this product stands as a reliable choice for enhancing connectivity in diverse settings.

Constructed from die cast aluminium offering both strength and lightweight handlingAccommodates standard M4 mounting screws for easy installationProvides effective impact protection with an IK08 impact strength ratingMaterials selected for environmental compliance and long term durabilityManufactured with a focus on minimising electromagnetic interference

Constructed from die cast aluminium offering both strength and lightweight handlingAccommodates standard M4 mounting screws for easy installationProvides effective impact protection with an IK08 impact strength ratingMaterials selected for environmental compliance and long term durabilityManufactured with a focus on minimising electromagnetic interference