1-1375006-3 Datasheet/PDF1-1375006-3 Application Field and Working Principle
1-1375006-3 is a faceplate manufactured and sold by Keystone, a company that provides innovative products in the fields of home, office, and industrial safety. The faceplate is designed to provide efficient and effective protection to electrical outlets, allowing them to remain safe and in good condition over extended periods of time.
The 1-1375006-3 faceplate is constructed from durable materials and is designed to protect electrical outlets from damage caused by everyday wear-and-tear, dust, dirt, and moisture. The faceplate\'s design features a built-in gasket seal which prevents the entry of water and dirt into the outlet while also providing an airtight seal that keeps the outlet safe from the elements. The faceplate is designed with an open-cell honeycomb structure, which provides improved resistance to vibration, shock, and pressure, making it ideal for use in industrial settings. Additionally, the faceplate is UL tested and approved, providing reliable protection against hazardous temperature changes and insulation breakdowns.
As far as the working principle is concerned, the 1-1375006-3 faceplate operates by providing an electrical interface between the outlet and the electrical wiring. The faceplate houses an internal contact system which maintains contact with the outlets\' electrical connection points and automatically routs power to the outlet as needed. This allows the outlet to remain powered while the faceplate remains in place, offering improved protection and convenience for the user. Additionally, the internal contact system also prevents short-circuits that can occur from contact with bare wires or loose outlets.
In conclusion, the 1-1375006-3 faceplate from Keystone is a reliable and effective solution for those looking to protect their electrical outlets. The faceplate\'s unique design and durable construction make it the ideal choice for a variety of applications, ranging from residential use to highly-specialized industrial settings. Its internal contact system provides improved protection against temperature changes, shocks, and other potential hazards, making it a reliable and efficient choice.