Intelligent Online UPS Beyond Your Expectation

Voltronic Power has extended its selection of Galleon online series to 6KVA and 10KVA with small footprints. The most powerful online series integrates true double conversion design, DSP technology, and active input power factor correction design to ensure better output voltage conditions, power quality and power performance at all times for sensitive loads on servers, PCs and other computing devices.

Galleon 6K and Galleon 10K, same as entire Galleon online series, are all equipped with frequency converter mode, ECO mode, EPO function, programmable power management outlets, and output power factor 0.8. In addition, Galleon 6K/10K also provides advanced 3-stage extendable charger design. 3-stage charger design will optimize battery recharge time and prolong battery lifecycle. In long-run models, the charger also can be extendable for larger capacity battery charging. Galleon 6K/10K provides adjustable battery number feature that allows the UPS still running well even though the internal battery number is either 18 or 19 pieces.

This online models offering high performance, reliability, flexibility and manageability, is capable of parallel operation to increase power capacity or make redundant system. Equipped with maintenance bypass switch, Galleon 6K/10K series can still provide continuous power with normal mains during scheduled UPS maintenance without power interruption.

Feature summary:

• True double-conversion
• DSP technology guarantees high performance
• Output power factor 0.8
• Wide input voltage range (110 – 300 VAC)
• Active input power factor correction 0.99
• 50Hz/60Hz freq. converter mode
• ECO mode for energy saving
• Programmable power management outlets
• Emergency power off function (EPO)
• Generator compatible
• Charger capacity expansion to 8A for long-run models
• SNMP+USB+RS-232 multiple communications
• 3-stage extendable charger design for prolonged battery lifecycle and optimized battery recharge time
• Adjustable battery numbers
• Maintenance bypass available
• Optional N+X parallel redundancy available