The Dekraft brand of low-voltage equipment, belonging to the Russian company "System Electric," a manufacturer of integrated solutions in the field of power distribution and automation, announces the expansion of its range of power equipment for power distribution and introduces a new product – the automatic transfer switch (ATS) device of the AVR-101 series.
Devices of the AVR-101 series are an indispensable element of the power supply system for facilities with increased reliability requirements. They are installed at the power input in input-distribution devices, distribution boards of residential, public buildings, as well as industrial enterprises.
Their main function is to ensure uninterrupted power supply to consumers of the first category of power supply reliability. Consumers of the first category, who receive power from devices of the AVR-101 series, are critical systems that depend on the safety of people and the preservation of property in the event of an emergency shutdown of the main power source. These include: emergency lighting systems, smoke removal, fire alarms, and technological installations for various purposes.
The modular design of the devices saves time and labor during installation and connection, and the intuitive interface allows you to quickly and easily configure the necessary parameters. The advantages of AVR-101 also include integration into the data transmission system via the Modbus RTU protocol.
The AVR-101 device is a ready-made design with switching and control elements installed in a single housing, which together can be used for many functions: automatic switching from the main to the backup power source, voltage monitoring, displaying network parameters, setting AVR operating modes, the ability to connect a generator and its automatic start when the voltage stops at the main power source, remote shutdown of the device by signal, electrical and mechanical interlock between two inputs, displaying the status of the inputs on the cabinet door, and transmitting data on the status of the inputs to the monitoring and dispatching system.
