Fonte de alimentação ininterrupta PowerWalker VI 1200 SH Schuko

The PowerWalker VI 1200 SH Schuko is a line-interactive uninterruptible power supply (UPS) delivering 1.2 kVA (600 W) in a compact tower design. It offers automatic startup without AC mains, built-in voltage stabilization and RJ-11 surge protection to maintain clean and stable power for home and small office equipment. The unit includes a 7 Ah battery, four AC outlets and comes with input power and USB cables for straightforward setup.

Advantages

The UPS provides high power density in an economical enclosure and supports HID over USB for easy compatibility with common operating systems. A stronger charger restores up to 90% of battery capacity within 2–4 hours, while passive cooling reduces noise and maintenance. Automatic cold-start capability ensures the device can start without AC mains present.

Suitable for

• Home desktop PCs and workstations
• Small office equipment such as routers, modems and network switches
• Point-of-sale terminals and small retail systems
• External hard drives and NAS devices requiring short power backup

Key specifications

• Model: PowerWalker VI 1200 SH Schuko (MPN 10120050, EAN 4260074975079)
• Capacity: 1.2 kVA / 600 W
• Battery: 7 Ah, typical backup time 1.3 minutes at full load
• Outlets: 4 AC outlets (Schuko)
• Dimensions & weight: tower form factor, weight 8.6 kg
• Cooling: passive
• Interfaces: USB (HID) and RJ-11 surge protection

How to use

Connect the UPS to mains using the supplied power cable and plug critical equipment into the Schuko AC outlets. Use the included USB cable to connect to a PC for monitoring and automatic shutdown via the operating system (HID). The UPS will charge its internal battery when mains power is present; in case of mains failure it switches to battery-supported output to keep connected devices running. For initial setup allow the battery to charge to achieve optimal backup performance.

Recommendations

Place the UPS in a well-ventilated area away from direct heat sources. To maximize battery life, perform regular controlled discharges and recharge cycles and avoid running the unit at continuous full load when possible.