Transfer switches are devices that allow for the safe connection or disconnection of different sources of electricity to an electrical load. Many homes and businesses are equipped with a backup generator that is used in the event of a power outage. Think of a transfer switch as a miniature circuit breaker panel that draws electricity from your generator instead of the power company. When there is no electrical service in your area, you connect your portable generator to an outdoor power outlet that is connected, through the house, to a transfer switch inside.
Generac transfer switches provide a secure connection between your portable generator and your home electrical appliances. This makes it possible to quickly change the power from the supply source to the generator during a power outage. Transfer switches install directly next to your home electrical panel. This allows the generator to be connected to a single source rather than to several appliances.
Connecting directly to your home circuit eliminates the time and hassle of cluttered extension cords throughout your home and provides a safer environment for your family. Generac offers both manual and automatic transfer switches that can be used to power your entire home or just the appliances needed in case of an emergency. Transfer switches basically control your business's connections to utility power and power from the. The transfer switch avoids any form of overlap and, in the event of an interruption, gives you a straightforward and simple method to power critical functions, comfort solutions, lights and emergency equipment.
It is necessary to isolate the generator from the distribution system to protect it from overloads in the power loads in the house and for safety, as utility workers expect the lines to be dead. These transfer switches distribute power from your home's backup generator without the need for user interaction. First of all, if you're powering your home with a generator and electricity comes back from the street, you can overload your house wiring and fry your electronics. Generac manual transfer switches allow you to switch between grid and generator power with user assistance.
Some transfer switches allow you to reduce the load or prioritize optional circuits, such as heating and cooling equipment. More complex emergency switching equipment used in large back-up generator installations allow for smooth charging, allowing load to be seamlessly transferred from the power grid to synchronized generators and vice versa; such installations are useful in reducing a company's peak load demand of public services. In addition to transferring the load to the backup generator, an ATS can also command the backup generator to start, based on the voltage monitored on the primary supply. Taken together, these components are called an energy transfer system because they transfer energy from the generator to your home.
When in place, the interlock covers the main kill switch of the service panel, so you cannot turn it on while the generator is running. Transfer switches, both automatic and manual, give you quick access to power for critical functions in the event of an outage. How to Size a Manual Transfer Switch The best way to size a manual transfer switch is to match it to the larger socket on your generator. If you're still unsure which manual transfer switch is best for your generator and home, you can always call on the experts to get the advice you need to complete your project.
During a sudden power outage, you probably don't feel like running multiple extension cords from your appliances to the portable generator outside. When utility power returns for a minimum amount of time, the transfer switch will transfer the home back to utility power and order the generator to shut down, after another specified amount of no-load cooling time on the generator. A transfer switch allows you to use your home wiring system to power any appliance in your home with your generator quickly and easily. This means that the motor that drives the generator that supplies one of the sources must generally be controlled by an isochronous regulator.