Master Adapter schuko10a+t white with safety

The Master Adapter Schuko 10A+T White with Safety is a socket adapter designed to allow the connection of electrical devices with Schuko type plugs (CEE 7/4 or 7/7) to Italian 10A sockets. This type of adapter is useful in situations where it is necessary to connect equipment with a German plug (Schuko) to a standard Italian socket.

Main features:

• Brand: Master
• Product type: Schuko adapter 10A + T (with earth)
• Color: White
• Socket type: Schuko (CEE 7/4 or 7/7) with 10A Italian plug
• Maximum load: Suitable for loads up to 10 Amps
• Safety function: Equipped with protective devices that prevent accidental insertion of foreign objects into the electrical contacts
• Material: Generally made of durable and fireproof plastic to ensure safety and durability

Functionality:

• Compatibility: Allows you to connect appliances with a Schuko plug to Italian 10A sockets.
• Safety: Equipped with child protection or devices that prevent accidental insertion, reducing the risk of electric shock.
• Easy to use: Simple to use, just insert the Schuko plug into the adapter and connect it to the Italian socket.

Usage:

• Domestic applications: Ideal for use at home, in the office or in any environment where there are equipment with a Schuko plug to be connected to Italian sockets.
• Versatility: Can be used with various electrical devices, such as household appliances, electronic tools, lamps and more.

Advantages:

• Convenience: Allows you to use devices with a Schuko plug without having to change existing sockets.
• Portability: Compact and easy to carry, also ideal for travel or business trips.
• Additional safety: Built-in protections ensure safe use, especially important in environments frequented by children.

Notes:

• Maximum load: Make sure the device to be connected does not exceed the maximum load capacity of 10A.
• Check compatibility: Check that the adapter is suitable for use with the type of Italian socket available (10A socket) and that the connected device does not exceed the maximum supported power.