Schuko Plugs & Couplings By Woodhead

• Nylon body is resistant to impact and corrosion
• Rubber grommet provides a liquid-tight seal and reduces cord pull-out
• Grommets are color-coded for easy identification
• Rubber grommet is best material to resist chemicals and handles a wide temperature range
• Available stainless steel mesh yields high strength, corrosion resistance and slight conductivity

• Receptacle Cover: this receptacle coverplate is recommended as a part of vital electrical safety measures. The faceplate ensures outlet box connection don't present a hazard, even in warm, wet or moist conditions
• Durable Material: this electrical outlet coverplate is made of Black NEo - TEX Paracril OZO rubber that has impressive lifespan and electric insulation
• Performance: Woodhead Super-Safeway Coverplate is used to cover a conforming electrical outlet box. This plastic cover for electrical boxes is apt for industrial environments since it has high resistance to impact, heat, oil, and chemicals
• Application: this outlet box plate is best used with Super Safeway Outlet Boxes. With its faceplate in place, the electrical receptacle helps to create safe plug-in pathways, ensuring people are protected against possibly fatal electrical hazards
• Specifications: the plastic outlet coverplate has dual openings. It offers easy fitting for Series 3000 standard depth outlet boxes with C-clamp. These outlet covers have simple aesthetics that fit in nearly any d?cor

• NEoTEX Paracril OZO rubber body yields the best performance for abrasion, chemical exposure and temperature extremes within the Super-Safeway(TM) offering
• Rugged nylon bodies within the Safeway offering provide exceptional durability and performance
• Color-coded 1/4\" terminal screws pre-set in open position, ready to wire
• Wire screw terminals are tri-drive to be used with straight blade, Phillips and square-drive screw drivers
• Floating blade construction provides self-alignment, and a better mechanical and electrical connection minimizing wear and heat generation