APC 412 kVA, SYBT3 Technical Reference, Operational Specifications, Input Specifications

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CHAPTER 5: SPECIFICATIONS

Technical Reference

This section contains operation, input, output, physical, and compliance specifications for the UPS.

 

Operational Specifications

 

 

System

Power Array with hot-swappable modules that are redundant, scalable,

 

self-diagnosing, and fault-tolerant

 

 

Topology

On-line, double conversion with input power factor correction

 

 

Power Capacity

4 –16 kVA N, 12 kVA N+1

 

 

Battery Type

Hot-swappable, sealed, maintenance-free, lead acid, 3 – 5 years life

 

 

Battery Charger

Automatic float, equalized high frequency PWM charger

 

 

Battery Recharge Time

< 4 hours with standard supplied packs in the frame

 

 

Extended Battery Option

Yes

 

 

Ambient Temperature

0 – 40 °C

 

 

Relative Humidity

< 95% non-condensing

 

 

Elevation

0 – 10,000 ft (3,000 mm)

 

 

 

Input Specifications

 

 

Nominal Input Voltage

200, 208, 220, 230, 240 Vac; 60 or 50 Hz, 1 phase, 3 wire

 

 

Input Voltage Range

155 to 276 Vac with batteries charging & supporting full load

 

 

Input Frequency Range

47 – 63 Hz

 

 

Input Power Factor

Approximately. 0.98 @ full load

 

 

Input Current THD

Approximately. 6% @ full load

 

 

Input Inrush Current

Maximum 150% of full load current

 

 

Input Generator Sizing

1.5 x UPS capacity

 

 

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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 APC Contact Numbers and Support Limited WarrantyLife Support Policy Copyright and Trademark InformationSafety and General Information Japan Replacement Modules Model Number DescriptionAbout Your UPS EuropeExtended Run PowerDistribution OptionsFront View Component Identification Product OverviewRear View Component Identification UPS- Rear View SYPD3 installedMIM RIM System Block DiagramBasics Electrical Preparation Reminder ChecklistPurchase of System Site PreparationLbs kg Short-Term Battery Module Storage RequirementsWeights Length Width Height Measurements Inches cm Shipping & ReceivingThermal Dissipation Installation RequirementsPhysical Requirements Environmental RequirementsElectrical Requirements Remote Emergency Power Off RepoUnpacking Installing the UPSContents Moving the UPS to the Installation SiteInstallation 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 Navigation Name Sound Function Keys FunctionsTurning on the UPS Powering Up the Load Equipment Powering Down the Load Equipment Bypass Operation Shown connected to Symmetra RM 2-6 kVA Language SettingTypical Programming Cable Getting Started Getting Started Menu Item Function Command ReferenceAccessories Menu Control MenuDisplay Function Options Display MenuLogging Menu Diagnostics MenuHelp Menu Status Menu Menu Item Function Options Setup MenuUPS ID PowerView Message Meaning Corrective Action TroubleshootingMessages 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.