Reasons Why Backup Generators must have an Automatic Transfer Switch

1. Reasons Why Backup Generators must have an Automatic Transfer Switch Recent times have witnessed an elevated sale of generators that are rather the backbone of any commercial or household set up during sudden blackouts. The absence of a backup power supply creates certain challenges and therefore to handle all such problems with ease several modifications have been made to the traditional generators to help humankind. One such innovation is an Automatic Transfer Switchthat doesn’t require the involvement of any manual personnel and is quite versatile. Once positioned, they automatically transfer the electricity flowing from the utility during power cuts, making it convenient for the users. To ensure that you enjoy an uninterrupted power supply, get an automatic power system from a reliable source to bring home only the best quality set up at a reasonable price. Below written are the two particular things that users must keep in mind while buying one: Sturdiness: An automatic transfer switch must be able to handle any kind of extreme weather conditions without requiring any human intervention. Its main characteristic is to differentiate when a system condition does not permit the transfer of electricity to the alternate source. Time Delay Functionality:

2. Check the time delay functionality to avoid any false alarms. The delay must not be too long to reconnect with the backup source and must take somewhere between 0-6 seconds. Most of it comes with the setting of one second. Now that you have an idea of what you must look for in an ATS, below mentioned are the few types from which you can choose the one best suited for your electrical system. Open Transition: This is perhaps the most popular one where the transfer switch dissolves its connection with one shift before it gets connected to the emergency supply. This process is also termed as the break-before-make process. Close Transition: This process doesn’t involve any temporary break in between power transmission. Here the transfer switch firstly gets connected to another source; post which it disrupts the connection with the first one. This ensures a continuous flow of power supply throughout.