Key FeaturesThe BX1600MI is a high-capacity, line-interactive UPS designed to provide professional-grade power protection for workstations and high-end gaming setups. With its robust 1600VA power rating, the BX1600MI utilizes Automatic Voltage Regulation (AVR) to correct voltage dips and surges without switching to battery power. This model also features a built-in USB communication port, allowing the BX1600MI to integrate with PowerChute software for automated, graceful shutdowns during extended outages.Technical SpecificationsThe BX1600MI offers a massive 900W power capacity to handle multiple high-drain devices simultaneously. On the rear panel, the BX1600MI provides six IEC 320 C13 outlets, ensuring all your critical equipment is protected by both battery backup and surge suppression. Additionally, the BX1600MI includes Gigabit-speed dataline protection to safeguard your network equipment from surges traveling through Ethernet cables.SpecificationDetails for BX1600MIOutput Power900 Watts / 1600VAOutput Connections6x IEC 320 C13Surge Energy Rating273 JoulesBattery TypeLead-acid (Replaceable APCRBC176)Dimensions190 x 140 x 390 mmCore BenefitsChoosing the BX1600MI ensures that your high-performance electronics remain operational during power disturbances, preventing costly hardware damage and data loss. The BX1600MI is specifically engineered for stable 230V delivery, making it an essential component for protecting sensitive IT infrastructure in volatile power environments. Furthermore, the BX1600MI features intelligent battery management that optimizes charging cycles to extend the overall lifespan of the internal cells.Unboxing ContentThe BX1600MI package arrives with the main tower unit, which is constructed from high-quality, durable materials for long-term reliability. Inside the BX1600MI box, you will find a detailed user manual and safety documentation to assist with the quick and easy installation process. Every BX1600MI also includes a pre-installed, maintenance-free battery that only requires a simple connection before its first charge.
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