APC SYBT3, 412 kVA Rear View Component Identification, UPS- Rear View SYPD3 installed

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CHAPTER 2: BASICS

Rear View Component Identification

Figure 3: UPS- Rear View (SYPD3 installed)

System Fan ￿: The system fan provides cooling for frame components.

Communications Card ￿: Provides serial interface port for remote management and communications to extended run battery cabinets.

Accessory Ports ￿: Two accessory ports are provided for optional SmartSlot accessories. A Web/SNMP management card for accessing data via a network is preinstalled.

Power Distribution Unit (PDU) ￿: Power distribution panels provide receptacles for connecting load equipment. Panel type is based on configuration.

System Enable Switch ￿: When in the “ON” position, the UPS powers up internally, but does not power the load. When in the “OFF” position, the system powers down internally.

Remote Emergency Power Off (REPO) Connection ￿: Provides connection to an emergency power off switch, that shuts OFFpower to the UPS and prevents the unit from operating on-battery.

Input Voltage Selection Switch ￿: Set this switch to

correspond to your input power.

External Battery Cabinet Connector ￿: Attach an external battery cabinet to the UPS using this connector.

Wiring Access Panel ￿: Provides access to wiring terminal blocks for hardwiring the input and (optional) output.

Figure 4: UPS- Rear View (SYPD4 installed)

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Contents APC Symmetra RM KVA UPS Installation Manual Page Safety and General Information Installation Conventions Used in this Manual General Equipment SafetyHandling Safety Battery Safety Deenergizing SafetyElectrical Safety Japan and 200 V Countries North America and 208 V CountriesEurope and 230 V Countries Countries Regulatory Agency ApprovalsDeclaration of Conformity Europe and 230 V Countries Copyright and Trademark Information Limited WarrantyLife Support Policy APC Contact Numbers and SupportSafety and General Information Europe Replacement Modules Model Number DescriptionAbout Your UPS JapanOptions PowerDistribution Extended RunProduct Overview Front View Component IdentificationUPS- Rear View SYPD3 installed Rear View Component IdentificationSystem Block Diagram MIM RIMBasics Site Preparation Reminder ChecklistPurchase of System Electrical PreparationShipping & Receiving Short-Term Battery Module Storage RequirementsWeights Length Width Height Measurements Inches cm Lbs kgEnvironmental Requirements Installation RequirementsPhysical Requirements Thermal DissipationRemote Emergency Power Off Repo Electrical RequirementsMoving the UPS to the Installation Site Installing the UPSContents UnpackingInstallation Installing in a Four Post Rack Installation Installation Japan 200 Wiring the UPSPower Cord Ratings Switch Setting North America Installation Installation Completing the Installation Installation Connecting Load Equipment to the UPS Final Installation Checklist Replacing Power Modules Post Installation ProceduresReplacing Battery Modules Replacing Intelligence Modules Technical Reference Operational SpecificationsInput Specifications Compliance Specifications Output SpecificationsPhysical Specifications APC Symmetra RM 4-12 kVA UPS Page Messages Table of Contents Menu Description PowerViewNavigation Functions Navigation Name Sound Function KeysTurning on the UPS Powering Up the Load Equipment Powering Down the Load Equipment Bypass Operation Language Setting Shown connected to Symmetra RM 2-6 kVATypical Programming Cable Getting Started Getting Started Control Menu Command ReferenceAccessories Menu Menu Item FunctionDisplay Menu Display Function OptionsLogging Menu Diagnostics MenuHelp Menu Status Menu Setup Menu Menu Item Function OptionsUPS ID Troubleshooting PowerView Message Meaning Corrective ActionMessages Meaning Corrective Action Messages PowerView Message Meaning Corrective Action Messages Service Maintenance

412 kVA, SYBT3 specifications

The APC SYBT3 412 kVA is a high-performance uninterruptible power supply (UPS) system designed to provide reliable power solutions for critical applications in various industries. Ideal for data centers, telecom infrastructures, and other mission-critical operations, the APC SYBT3 is engineered to deliver a robust power backup to prevent downtime.

One of the main features of the APC SYBT3 is its impressive capacity of 412 kVA. This high power output ensures that it can support large loads while maintaining stable operations even during power fluctuations. The system is designed to handle essential equipment, guaranteeing that your operations continue without interruption.

The APC SYBT3 utilizes advanced technologies to optimize performance and energy efficiency. This includes an intelligent battery management system that prolongs battery life while ensuring reliable energy delivery. The UPS is equipped with a modern inverter that efficiently converts DC battery power to AC power, enabling seamless transitions during power outages.

Another key characteristic of the APC SYBT3 is its modular design, which allows for easy integration into existing systems. This modularity supports scalability, enabling users to expand their power capacity as needed without significant infrastructure changes. This feature is particularly beneficial for organizations that anticipate growth or fluctuations in power requirements.

The APC SYBT3 also boasts superior communications features, including an advanced monitoring interface. This feature allows for real-time tracking of power parameters, battery health, and operational status, ensuring users can address potential issues before they escalate. Remote monitoring capabilities enable IT personnel to manage the UPS from anywhere, enhancing operational efficiency.

In addition to its robust power performance, the APC SYBT3 offers a compact footprint, making it suitable for environments where space is limited. This design consideration ensures that large power needs can be met without sacrificing valuable real estate.

Overall, the APC SYBT3 412 kVA UPS represents a blend of advanced engineering, efficient power management, and user-friendly features. Its ability to provide seamless power continuity makes it an indispensable asset for organizations seeking to safeguard their critical operations against power interruptions.