Double Power Automatic Transfer Switch SGQ163AE/2P Compact automatic transfer switch designed for reliable, fast switching between two power sources. Ideal for protecting equipment from power interruption and for use with backup generators or alternative supply lines. Key benefits Automatic transfer between primary and secondary power sources to minimize downtime and maintain continuous power. Supports 110V control systems for straightforward integration with common control circuits. Durable, flameretardant PC housing provides insulation and temperature resistance for long service life. electrical tolerance with rated insulation voltage up to 690V and impulse withstand voltage of 8KV for improved reliability under electrical stress. Simple twopole design for compact installation and efficient switching of singlephase or twopole circuits. Main features Model: SGQ163AE/2P Item type: Double Power Automatic Transfer Switch Control voltage: 110V Rated current: 63A Rated insulation voltage Ui: 690V Impulse withstand voltage: 8KV Frequency: 50 Hz and 60 Hz Material: Flameretardant PC plastic Configuration: 2P (two poles) Why customers need this product Ensures continuity of critical electrical circuits by automatically selecting the available power source when the primary supply fails. Reduces manual intervention and response time during power outages. Provides a compact, reliable solution for installations where space and safety are priorities. Typical applications Residential backup power systems switching between utility mains and a generator. Small commercial or light industrial sites supplying critical lighting, control panels, or pointof systems. Telecommunications cabinets, security systems, or other equipment that require uninterrupted power in mixedfrequency environments. Installation and package Package includes: 1 x Double Power Automatic Transfer Switch SGQ163AE/2P Please read the instruction manual carefully before use to ensure correct installation and safe operation. This transfer switch offers a straightforward, dependable method to manage dual power sources while meeting common electrical requirements for small to medium installations.