The ATESS ATS30/50/100/150 series refers to automatic transfer switch (ATS) units manufactured by ATESS GmbH. These devices are crucial components in backup power systems, especially in applications where uninterrupted power supply (UPS) is critical. Here are the key features and functions typically associated with the ATESS ATS30/50/100/150 series:
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Automatic Transfer Switching: The primary function of the ATESS ATS units is to automatically transfer electrical load between two power sources. This is commonly between the main utility power and a backup generator or another power source like a solar PV system with battery backup.
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Capacity Options: The ATS30, ATS50, ATS100, and ATS150 refer to different capacity ratings of the ATESS ATS series, catering to various load sizes and applications. The choice of ATS depends on the total electrical load that needs to be transferred and managed during power outages.
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Seamless Transition: These ATS units ensure a seamless transition between power sources, typically within milliseconds, to maintain continuous power supply to connected devices and systems. This minimizes downtime and disruption during power outages.
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Monitoring and Control: Many ATESS ATS units are equipped with monitoring and control features. These include status indicators, alarms for power source failures, and sometimes remote monitoring capabilities via communication interfaces like Modbus or Ethernet.
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Safety and Protection: ATS units include built-in safety features such as over-current protection, short-circuit protection, and voltage monitoring to safeguard connected equipment and ensure reliable operation.
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Compatibility: The ATESS ATS series is designed to be compatible with a wide range of power sources, including mains power, generators, and renewable energy sources. They are engineered to integrate seamlessly into both residential and commercial backup power systems.
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Reliability: ATESS is known for producing robust and reliable ATS units that can withstand varying environmental conditions and operate efficiently over extended periods.