How is a single receptacle defined?

How is a single receptacle defined?

• A. As two or more devices on the same yoke
• B. As a single contact device on its own yoke
• C. As a device protecting against overload.
• D. As a system for delivering electrical energy

Answer: (B)

A single receptacle is defined as a single contact device on its own yoke. This means that it is an individual electrical outlet designed to accept only one plug, enabling a single appliance to connect to the electrical supply. The definition is important in the context of electrical installations and safety requirements, as it differentiates a single receptacle from multi-outlet or duplex receptacles that can accommodate multiple plugs and devices simultaneously. Understanding the significance of yoke in this context is crucial, as it refers to the mounting component that holds the receptacle securely in place. A single receptacle’s design ensures that it is not overloaded by multiple devices, thus promoting safety in residential electrical systems. This clarity of definition helps technicians and installers correctly adhere to installation codes and standards, ensuring both effective functionality and safety in electrical installations.

A single receptacle is defined as a single contact device on its own yoke. This means that it is an individual electrical outlet designed to accept only one plug, enabling a single appliance to connect to the electrical supply. The definition is important in the context of electrical installations and safety requirements, as it differentiates a single receptacle from multi-outlet or duplex receptacles that can accommodate multiple plugs and devices simultaneously.

Understanding the significance of yoke in this context is crucial, as it refers to the mounting component that holds the receptacle securely in place. A single receptacle’s design ensures that it is not overloaded by multiple devices, thus promoting safety in residential electrical systems. This clarity of definition helps technicians and installers correctly adhere to installation codes and standards, ensuring both effective functionality and safety in electrical installations.