Electronic outlet symbols

About these electronic outlet symbols

This guide aims to identify and explain various signs that represent electronic outlets. The symbols are quite useful. They help decipher a map of a house's wiring, an electrical layout for a new building, or a device's guide. Every one of these symbols has a unique role and a unique purpose.

Outlet signs show several common electronic devices and controls in networks. These symbols allow us to reduce the intricacy of a diagram and provide a broad picture of elements' relationships as well as their roles. These symbols enable one to comprehend wiring layouts.

Why is it necessary to know the electronic outlet symbols? First of all, it makes working with electrical systems less dangerous. If you know what each symbol means, you are safe. You won't do anything wrong with electrical circuits.

It also helps you avoid incorrect device coupling. It may prevent damage or even fatal accidents. They matter because they help anyone understand electrical plans and manuals, without being an expert.

Another advantage of comprehending those symbols is the time factor. Suppose you are walking into a new workplace or thinking of redesigning your home office. If you can easily find the outlets and switches from the diagram, the decisions made will be correct.

Finally, we aim to make electrical systems more accessible. We hope to achieve this by understanding their symbols. It suffices to know the basics so you don't need to be an expert on it. When you are aware of these symbols, you can read layouts, work more safely, and make the right decisions. Here are some important electronic outlet symbols:

Machine

This one means an apparatus that is powered by electricity. In the diagram, it is used to show that there is an appliance that is powered or a motor involved.

Socket outlet

A socket outlet is a place where an individual can plug electronic equipment to obtain power. In wiring layouts, it is normally used to indicate positions of power.

Switch

The switch symbol is a control symbol that essentially controls the on and off of power. It is commonly used in circuits to control the flow of current.

Fuse switch

A fuse switch is a switch and a fuse constructed together; it offers protection from electrical overload while at the same time offering power control.

Capacitor

A capacitor symbol represents an element in a circuit that can store and discharge electric charge.

Lamp

This symbol can be seen as a light bulb or a lamp; an object that provides light once it is connected.

Plug

The plug symbol is used to denote an interface through which a device receives a power supply.

Socket

This symbol means a point where devices are connected to, like the socket outlet.

Normally open switch

The NO switch symbol can be defined as the switch that is off and only turned on when required.

Normally closed switch

This symbol is used for a switch that is always closed or on by default until it is opened.

Push button

The push button symbol represents a contact that works only during the time of its activation.

Contact coil

This symbol is applied in the remote operation of switching in automated systems.

Diode

The diode symbol refers to a device that permits only the flow of current in one specific direction.

Transistor

This symbol refers to a transistor which is a device that can either amplify or switch electrical signals.

Three phase winding

The symbol above depicts the windings in a three-phase transformer. This is used in power circuits for purposes of energy transmission.

Relay

The relay symbol is a switch that is managed by an electrical signal.

Limit switch

This symbol refers to a switch that works when a specific limit is achieved.

Battery

The battery symbol points to a source that delivers direct current (DC) power.

Inverter

The symbol used for an inverter means a device that transforms DC to AC. It is normally applied in systems that need both forms of power.

Rectifier

This rectifier symbol changes current in a specific direction. It's quite useful in circuits that require a constant flow of DC voltage.