CyberPower OL6KSTF Smart App Online Series 7-Outlet Rack/Tower Step-Down Isolation Transformer, 6000VA 6000W, Hardwire Terminal NEMA L6-30P 6' Cord

Ensure consistent, service-grade 120V power for mixed-voltage environments with the CyberPower OL6KSTF Smart App Online step-down transformer. Designed for data centers, security racks and surveillance deployments, this UPS-compatible transformer converts 208V utility, UPS or generator input to stable 120V output at 6,000VA/6,000W, so critical monitoring, recording and networking equipment stays online. With six NEMA 5-20R outlets, a hardwire terminal block and an included 6' NEMA L6-30P cord, the OL6KSTF supports high-density device connections—NVRs, PoE switches, access control panels and other security devices—without extra PDUs. The 2U rack/tower convertible chassis saves space and simplifies rack integration, while built-in output circuit breakers and over-temperature protection reduce the risk of outages. RoHS-compliant and backed by a 3-year limited warranty, this transformer pairs seamlessly with CyberPower Smart App Online UPS models for centralized monitoring and straightforward power management. Ideal for IT, security, surveillance and monitoring applications that require dependable step-down isolation. Add the OL6KSTF to your rack to protect uptime and streamline power distribution.

• Ensures reliable 120V power from 208V sources so surveillance, security, and IT equipment run without interruption
• 6,000VA/6,000W step-down conversion for high-density racks, supporting multiple servers, NVRs and PoE switches
• Six NEMA 5-20R outlets plus a hardwire terminal block and included 6' NEMA L6-30P cord for flexible deployments
• 2U rack / tower convertible form factor streamlines installation in server rooms, network closets, and security cabinets
• Integrated overload and over-temperature protection with UPS-compatible topology reduces downtime and simplifies power management
• Compatible with CyberPower Smart App Online series UPS gear for centralized monitoring and easy integration into existing power infrastructures