For over 20 years, Aries Electronics has offered over 5,000 custom CSP and RF socket solutions.

We provide Burn-In Socket solutions for both standard and custom packages using one of our five standard molded socket sizes. Our electric socket options are customized to your specific device, PCB, or application requirements. Aries is proud to offer extensive customization options across both our standard molded socket and custom fully machined socket designs to ensure that you can buy electric sockets that best match your unique needs.

Whether your package matches our standard socket or you need a customized design for your innovation, we can help. Aries specializes in customized designs utilizing our technology and expertise to develop and supply you with your ideal electric sockets.

Here’s how to get started.

Our Electric Sockets Selection

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How to Choose the Right Electric Socket Option

Choosing the right electric socket for your home or office is an important task that requires a careful understanding of electrical equipment, their requirements, and safety standards. The first step in this process is to understand the different socket types available. Electric sockets come in various designs, with two-pronged and three-pronged being the most commonly used ones. Two-pronged outlets are suitable for appliances with lower power needs, while three-pronged outlets are designed to accommodate larger appliances and provide a safer connection by grounding the electricity.

When selecting an outlet or plug, it’s essential to consider the voltage compatibility of your electrical equipment and the socket. For instance, if your appliance operates on 240 volts, but your outlet only supports 120 volts, this could lead to problems such as short circuits, fires, or even damage to the appliance. As a result, you should always check the voltage specifications of your appliances before choosing the socket.

The wiring of the outlet also plays an important role in ensuring safety and efficient electricity usage — poorly installed or outdated wiring can lead to a faulty circuit and pose a risk of electrical accidents. For that reason, it’s advised to hire a professional electrician to handle the wiring of your electrical outlets.

Advantages of Customizing Electric Sockets

There are many benefits to customizing electric sockets. Customization offers flexibility in terms of the number and type of connections you can have in a particular area, enhancing the functionality of the space. For example, in a kitchen, you might need multiple outlets to connect various appliances. By customizing an electric socket, you can ensure that all appliances have a dedicated outlet, reducing the risk of overloading a single outlet.

Furthermore, customizing outlets allows you to choose sockets that are compatible with the plugs of your electrical equipment, ensuring that all appliances can be connected without the need for adapters. This not only enhances the usability of the space but also improves the safety as using too many adapters can lead to loose connections and increase the risk of electrical accidents.

By carefully designing your customized sockets, you can ensure a safe and efficient electricity supply for all your appliances and electrical equipment.

Can’t Find What You’re Looking For in Our Electric Socket Selection?

Aries Electronics can provide you with a quote for creating electric sockets that will fit all of your needs. Let us know exactly what you are looking for, and we can make it!

If you have any questions about our electric sockets, sockets for IC devices, and other products, contact us today — we will be happy to provide you with answers.

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What are the four main types of electrical outlets?

There are four primary types of electrical outlets that you might find in a typical home or office setting. These include:

Standard Outlets: These are the most common types of outlets, typically seen in residential spaces. They have two rectangular slots and a circular grounding hole.
Ground Fault Circuit Interrupter (GFCI) Outlets: These outlets are primarily found in areas where water is present, like bathrooms or kitchens. GFCI outlets are designed to prevent electrical shocks by cutting off power when a ground fault is detected.
20-Amp Outlets: These outlets have one slot slightly T-shaped, providing additional capacity for high-powered devices. They’re usually installed in areas requiring more electricity, like garages or workshops.
Tamper-Resistant Outlets (TRR): These outlets have shutter mechanisms inside the slots that only open when both are simultaneously pressed. They’re designed to protect children from electric shocks.

What is the difference between an electrical outlet and socket?

The terms “electrical outlet” and “socket” often get used interchangeably, but they do have slight differences. An electrical outlet refers to the entire unit that’s mounted into the wall, including the faceplate and the internal wiring connections. On the other hand, a socket refers to the specific part of the outlet where you plug in an electrical device. In essence, sockets are a part of the overall electrical outlet setup.

What is the difference between switch and socket outlet?

A switch and a socket outlet serve two different functions in an electrical system. A switch is a device that interrupts the electrical circuit, controlling the flow of electricity and turning devices on or off. A socket outlet, however, is a point in the electrical circuit that provides an accessible connection for an electrical device to draw power.

What do you call the plug that goes into an outlet?

The plug that goes into an outlet is commonly referred to as a “male plug” or simply a “plug.” It has prongs that fit into the slots of the socket, allowing electrical devices to connect to the power source.

How do you replace a wall plug socket?

Replacing a wall plug socket involves several steps:

Turn off the power at the breaker box to ensure safety.
Remove the faceplate and unscrew the old outlet from the wall.
Disconnect the wires from the old outlet.
Connect the wires to the new outlet, ensuring the correct placement.
Screw the new outlet back into the wall and replace the faceplate.
Turn the power back on at the breaker box to test the new outlet.

Please note that it’s best for this process to be carried out by a qualified professional to avoid any risk of electric shock or fire.