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UPS Ever SINLINE 1600 USB HID
The UPS Ever SINLINE 1600 USB HID is a line-interactive uninterruptible power supply designed to protect equipment from power interruptions and voltage fluctuations. It delivers 1.6 kVA (1040 W) output power from a compact tower form factor in black, with four AC outlets and an integrated 5 Ah, 12 V battery. Typical runtime at full load is approximately 4 minutes, and the unit includes a 10 m power cable to allow flexible placement in server rooms, offices or home setups. The physical dimensions are 165 mm width, 480 mm depth and 190 mm height, and the unit weighs 17 kg.
The Ever SINLINE 1600 USB HID provides clean and continuous power through line-interactive regulation, reducing the risk of data loss and hardware damage during short outages. Its compact tower design and four AC outlets enable connection of multiple devices without occupying excessive space. The included 10 m cable enhances placement options while the black finish integrates into professional environments. The unit supports USB HID communication for basic monitoring and orderly shutdown when paired with compatible systems.
Install the UPS on a stable, level surface with adequate ventilation and connect the equipment you wish to protect to the four AC outlets. Plug the UPS into a grounded mains socket using the supplied 10 m cable. When first powered, allow the UPS to charge its internal battery for the time recommended by the manufacturer before relying on battery backup. For monitoring and controlled shutdown, connect the UPS to a computer via USB and enable HID support in compatible operating systems or management software.
Place the UPS away from heat sources, moisture and direct sunlight. Do not block ventilation openings and ensure periodic battery checks; replace the battery according to the manufacturer’s guidance or when runtime noticeably decreases. For critical systems, verify the combined load does not exceed 1040 W and consider regular testing of the battery-backed transfer to confirm expected behaviour during outages.
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