Powerware 5000, 6000 VA manual Turning the UPS Off, Initiating the Battery Test

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OPERATION

Turning the UPS Off

NOTE Pressing the Off button while the UPS is in Battery mode causes the UPS to shut down immediately.

To turn off the UPS:

1.Prepare your equipment for shutdown.

2.Press and hold the Off button for approximately three seconds. The μindicator begins to flash. The UPS switches to Standby mode (if utility power is available) and removes power from your equipment.

3.Unplug or remove utility power from the UPS; the UPS shuts down in five seconds. The bar graph and battery indicators flash briefly prior to shutdown.

If you do not unplug or remove utility power from the UPS, it remains in Standby mode.

Initiating the Battery Test

NOTE The batteries must be fully charged and the UPS must not be in Battery mode to perform the battery test.

NOTE For an accurate battery test, test the UPS with at least 50% load applied to the UPS.

The UPS automatically performs a battery test every 30 days. If the UPS switches to Battery mode, the UPS resets the timer.

To initiate a battery test, press and hold the button for three seconds. The UPS cycles the bar graph indicators twice, verifies the battery converter, and schedules the battery test to occur within 24 hours.

30EATON Powerware® 9125 Two-in-One UPS (5000/6000 VA) User’s Guide S 164201513 Rev B www.powerware.com

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Contents Powerware 9125 Two-in-One UPS 5000/6000 VA User’s Guide Class a EMC Statements FCC Part ICES-003Requesting a Declaration of Conformity Special Symbols Table of Contents Specifications Troubleshooting Chapter Introduction Introduction N G E R R N I N GU T I O N SikkerhedsanvisningerR E V a R S E L Belangrijke VeiligheidsinstructiesV a a R A R S C H U W I N GG E L E T Tarkeita TurvaohjeitaA R a R O I T U SConsignes de sécurité N G E RSicherheitswarnungen R N U N GH T U N G Avvisi di sicurezza R I C O L OV E R T E N Z a T E N Z I O N EViktig Sikkerhetsinformasion R L I GR S I K T I G Regulamentos de Segurança I D a D OV E R T Ê N C I a R I G OОпасно ПредупреждениеОсторожно Advertencias de Seguridad L I G R OV E R T E N C I a E C a U C I Ó NSäkerhetsföreskrifter R aK T I G T UPS Setup Inspecting the EquipmentInstalling the UPS Internal Batteries Tower Setup Carefully position the cabinets upright see Figure EBM Installation Installing the Joining Brackets Top ViewTypical EBM Installation Plug-Receptacle UPS Installation Plug-Receptacle UPS Rear PanelRemote Emergency Power-off Installation Repo Connector Hardwired UPS Installation Hardwired UPS Rear Panel UPS Terminal Block Installation Installation Starting the UPS on Battery Turning the UPS OnInitiating the Battery Test Turning the UPS OffTransferring the UPS to Bypass Mode Operating ModesNormal Mode Battery Mode Bypass Mode Chapter Configuration Using Configuration Mode Configuration Mode LEDs and Options Communication USB PortDB-9 Communication Port Communication Port Pin AssignmentSlot Cards Optional X-Slot CardsCommunication UPS and Battery Care When to Replace BatteriesHow to Replace Extended Battery Modules Replacing BatteriesEBM Connections How to Replace Internal Batteries Testing New Batteries Recycling the Used Battery or UPS Chapter Specifications Electrical Output Weights and Dimensions Specifications Troubleshooting Audible Alarms and UPS ConditionsTroubleshooting Guide Bypass Service and Support Warranty Two-Year Limited Warranty US and CanadaWarranty Ten-Year Pro-Rated Limited Warranty US and Canada Warranty Load Protection Guarantee US and Canada Warranty

6000 VA, 5000 specifications

The Powerware 5000 and 6000 VA uninterruptible power supplies (UPS) are robust solutions designed to provide high-performance protection for mission-critical IT equipment and infrastructure. These models are renowned for their reliability, efficiency, and advanced technologies, making them ideal for various applications, from small data centers to larger enterprise environments.

One of the standout features of the Powerware 5000 and 6000 VA is their modular design. This allows for easy scalability, enabling users to add battery modules as their power requirements grow. Such flexibility ensures that businesses can adapt their power solutions to match changing needs without investing in entirely new systems. Additionally, these UPS units offer redundant capabilities for critical components, ensuring higher availability and reducing the risk of downtime.

Efficiency is a crucial aspect of the Powerware series. With intelligent battery management technology, users can expect extended battery life and reduced operational costs. The Powerware 5000 and 6000 VA are designed to operate in various modes, including online, line-interactive, and eco-mode, which maximizes efficiency while maintaining high levels of power quality.

The UPS units also feature advanced monitoring and management capabilities. An intuitive LCD display provides real-time information regarding load levels, battery status, and system performance, enabling users to make informed decisions and respond swiftly to changing conditions. Furthermore, support for network management protocols allows for remote monitoring and management, making it easier to maintain system health without requiring physical access.

In terms of protection features, the Powerware 5000 and 6000 VA ingeniously incorporate surge protection, short circuit protection, and overload protection. This comprehensive approach safeguards critical equipment from power disturbances, ensuring uninterrupted operations.

Another notable characteristic is compatibility with various environments. The Powerware series is designed to fit seamlessly into both standard and compact spaces, benefiting data centers and telecom facilities.

Overall, the Powerware 5000 and 6000 VA uninterruptible power supplies stand out for their robust build quality, efficiency, and advanced power management capabilities. They are excellent choices for organizations seeking reliable, scalable, and efficient power protection solutions in an increasingly power-dependent world. They help ensure that businesses continue operating smoothly, even amidst potential power disruptions.