The APC Easy UPS On-Line SRV 6000VA (SRV6KI) is a robust, high-density power solution for applications where failure is not an option. Standing out with its 1.0 Power Factor, it delivers an impressive 6000W of real power, ensuring total efficiency for servers and industrial equipment. Equipped with Double Conversion On-Line technology, this UPS completely isolates your devices from any utility power disturbances, providing a constant pure sine wave output and zero transfer time. Its Tower form factor is ideal for centralizing the protection of critical infrastructure with the maximum reliability of APC by Schneider Electric.
🚀 Total Real Power: Featuring a 1.0 Power Factor, it delivers a full 6000W, allowing you to power more high-performance equipment with a single unit.
🛡️ Zero Transfer Time: Double conversion technology ensures the load never senses a utility interruption, protecting against severe drops and surges.
🔄 Automatic Internal Bypass: Guarantees power continuity to connected loads even in the event of an internal UPS fault or overload.
📊 Intelligent Monitoring: Intuitive LCD display presenting full system status, facilitating preventive management and quick diagnostics.
🔌 Hardwire Connection: Input and output via terminal blocks, ensuring a secure and stable installation for high-current applications.
SKU: SRV6KI
Product Type: On-Line Double Conversion UPS
Output Power: 6000VA / 6000W (PF 1.0)
Input/Output Voltage: 230V (Single Phase)
Form Factor: Tower
Technology: Pure Sine Wave (Double Conversion)
Battery Type: Sealed lead-acid (VRLA) with intelligent recharging
Connections: Hard Wire 3-wire (L + N + E)
Communication: USB, RS-232 ports, and SmartSlot (for SNMP management cards)
🏭 Industrial Environments: Protection for machinery and control panels that require constant, high-quality power.
🏢 Centralized IT Infrastructure: Ideal for high-density server racks and large-scale storage systems.
🏥 Complex Medical Systems: Essential support for diagnostic and imaging equipment that cannot tolerate voltage fluctuations.
