CyberPower Systems OL8K10KRT3UTFHW, OL6KRT2UTFHW user manual Basic Operation

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BASIC OPERATION

STEP-DOWN TRANSFORMER FRONT/REAR PANEL DESCRIPTION

1. Input Circuit Breaker

Provides input overload and fault protection.

2.Input Power Cord / Input Terminal Block Connect to UPS outlet / output terminal block.

3.Battery Backup & Surge Protected Outlets (120Vac)

Provides battery backup and surge protection. They ensure power is provided to connected equipment over a period of time during a power failure.

4. Output Circuit Breaker (120Vac)

Provides output overload and fault protection.

5. Battery Backup & Surge Protected Outlets (208Vac)

Provides battery backup and surge protection. They ensure power is provided to connected equipment over a period of time during a power failure.

6. Output Circuit Breaker (208Vac)

Provides output overload and fault protection.

OL8K10KRT3UTF

OL8K10KRT3UTFHW

7

OL6KRT2UTF

OL6KRT2UTFHW

Copyright © 2011 CyberPower Systems, Inc.

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Contents User’s Manual Overview UnpackingSafety Precautions Rackmount Installation Hardware InstallationHardware Installation VERTICAL/TOWER Installation Safety PrecautionsRotate the Multifunction LCD Module Attach the base standsHardwiring the Input Terminals Safety Precautions Check WiringSeparate the top and bottom covers Fix the bottom cover on the terminal blockHardwiring the INPUT/ Output Terminals Input configurationFix the top cover on the bottom cover Basic Operation STEP-DOWN Transformer FRONT/REAR Panel DescriptionModel Technical SpecificationsConfiguration Who is Providing this Warranty? What Does This Warranty Cover?What is the Period of Coverage? How Do You Get Warranty Service?What Other Limitations Apply? Where Can I Get More Information?Who Pays For Shipping? Need Additional Help? Conformance ApprovalsFCC Notice

OL8K10KRT3UTFHW, OL6KRT2UTFHW, OL6KRT2UTF, OL8K10KRT3UTF specifications

CyberPower Systems offers a powerful lineup of uninterruptible power supplies (UPS) designed to protect critical equipment from power disturbances. The OL8K10KRT3UTF and OL6KRT2UTF, OL6KRT2UTFHW, and OL8K10KRT3UTFHW models are engineered to deliver reliable performance, ensuring that sensitive devices remain operational during outages.

The OL8K10KRT3UTF model is a robust UPS that provides 8,000 to 10,000 VA of power. It is designed for high-demand environments such as data centers and telecom applications. One of its notable features is the Smart App Sinewave output, which delivers pure sine wave power to connected devices, ensuring compatibility and optimal performance for sensitive electronics. This model also includes an LCD panel that provides real-time status updates on battery health, load capacity, and operational modes, allowing users to monitor performance easily.

The OL6KRT2UTF and OL6KRT2UTFHW models are similarly engineered for versatility and efficiency, offering 6,000 VA of power in a compact design. The OL6KRT2UTFHW version includes additional features for high-temperature environments, making it suitable for locations with less control over ambient conditions. Both models come equipped with advanced communication ports for seamless integration with existing systems. They support various connection types, such as USB, RS-232, and optional SNMP, enabling remote management and monitoring for critical systems.

Key technologies employed across these UPS models include automatic voltage regulation (AVR), which stabilizes voltage fluctuations, thereby protecting sensitive equipment from damage. Additionally, these models feature a high-efficiency design that reduces energy consumption and operational costs, benefiting both the environment and the organization's bottom line.

CyberPower's UPS systems utilize high-capacity, maintenance-free sealed lead-acid batteries that provide extended runtime capabilities. This ensures that connected devices stay powered on during outages or fluctuations, minimizing downtime and protecting data integrity.

In conclusion, the CyberPower Systems OL8K10KRT3UTF, OL6KRT2UTF, OL6KRT2UTFHW, and OL8K10KRT3UTFHW models represent a strong commitment to reliability and innovation in power management. With their advanced features, robust design, and efficient technologies, they serve as vital components for any mission-critical infrastructure requiring consistent power protection.