The ATS panel is a key element in the automatic transfer of electrical loads between two power sources, typically the mains power supply and a backup power source like a generator or an alternate grid connection.
Enables the seamless transition of the load between the mains and the backup power source.
Controller
Monitors the status of both power sources and automatically triggers the transfer switch in case of a power failure or other predefined conditions.
Application
01
Critical Infrastructure
AMF and ATS panels are commonly used in critical facilities such as hospitals, data centers, telecommunications facilities, and industrial plants where uninterrupted power is essential.
02
Residential and Commercial Buildings
In situations where a standby generator is employed, AMF and ATS panels provide a reliable solution to automatically switch to backup power during mains power failures.
03
Remote Sites
Applications include remote sites where a continuous power supply is required, and manual intervention is not feasible.
Rating
Voltage Rating
The voltage rating depends on the specific application and the electrical system's requirements.
Current Rating
The current-carrying capacity is determined based on the connected load and the power sources involved.
Advantages
Continuous Power Supply
Ensures a continuous and reliable power supply by seamlessly transferring the load to a backup source in the event of mains power failure.
Automation
The automation provided by AMF and ATS panels eliminates the need for manual intervention during power transitions, reducing downtime.
Protection
Protects sensitive equipment and systems from power fluctuations and interruptions.
Versatility
Can be integrated with different power sources, such as generators, alternate grid connections, or renewable energy systems.
Continuous Power Supply
Ensures a continuous and reliable power supply by seamlessly transferring the load to a backup source in the event of mains power failure.
Automation
The automation provided by AMF and ATS panels eliminates the need for manual intervention during power transitions, reducing downtime.
Protection
Protects sensitive equipment and systems from power fluctuations and interruptions.
Versatility
Can be integrated with different power sources, such as generators, alternate grid connections, or renewable energy systems.
