3H3 500K-T Niederfrequenz-Online-USV | DAXIN

Beschreibung

What Is the DAXIN 3H3 500K-T 3/3 Phase Online UPS?

The DAXIN 3H3 500K-T is a low-frequency online UPS designed for large critical-power applications requiring three-phase input and three-phase output power protection.

Its 3/3 phase architecture is intended for facilities where both the incoming electrical supply and protected critical loads operate on three-phase power.

The 3H3 500K-T is positioned for large industrial, data center, infrastructure and other mission-critical projects where UPS capacity, battery autonomy, bypass architecture, communications and redundancy requirements must be engineered according to the site.

Final electrical ratings, battery configuration, runtime, dimensions, weight, communication interfaces and optional functions are subject to the approved DAXIN technical specification and project proposal.

Wichtigste Vorteile

• 3/3 Phase Architecture: Three-phase input and three-phase output support large three-phase critical-power systems.
• Low-Frequency UPS Design: Intended for demanding industrial, infrastructure and mission-critical power applications.
• Online Power Protection: Provides conditioned power protection for sensitive and critical electrical loads.
• Project-Engineered Battery Runtime: Battery configuration and backup duration can be engineered according to connected load and project requirements.
• Monitoring and Protection: Display, alarm, bypass, protection and communication functions support system operation and maintenance according to the selected configuration.
• Redundancy Planning: Parallel and redundancy architecture can be reviewed according to project requirements and the capabilities of the selected configuration.
• Project-Based Configuration: Final capacity, voltage, battery system, bypass, communications and installation requirements are confirmed before ordering.

What Does 3/3 Phase Mean in a UPS?

A 3/3 phase UPS uses three-phase AC power at the input and supplies three-phase AC power at the output.

This architecture is commonly used for large critical loads in industrial facilities, data centers, power infrastructure, healthcare systems, transportation facilities and other three-phase electrical environments.

The DAXIN 3H3 500K-T uses this three-phase input and three-phase output architecture for large critical-power applications.

How Is a Large-Capacity UPS System Sized?

Large-capacity UPS sizing should begin with the measured critical load in both kW and kVA rather than selecting a UPS from the model designation alone.

The engineering calculation should consider load power factor, peak demand, future expansion, required operating margin, battery autonomy, redundancy architecture and the operating characteristics of the connected equipment.

For a DAXIN 3H3 500K-T project, provide the load list, single-line diagram, site voltage and frequency, required backup time, redundancy target and installation conditions before final system selection.

Produktansichten und technische Informationen

Typische Anwendungsbereiche

• Large data centers and mission-critical IT facilities
• Industrial plants and manufacturing facilities
• Power generation and utility infrastructure
• Telecom core facilities
• Hospitals and large healthcare campuses
• Transportation, railway and tunnel infrastructure
• Commercial and public infrastructure
• Other large three-phase critical-power systems

How to Select a Large-Capacity 3/3 Phase UPS

Select the UPS according to the measured critical load in kW and kVA, power factor, peak demand, input and output voltage, required operating margin, future expansion, battery autonomy, bypass architecture, redundancy target, communication requirements and installation environment.

For a 3/3 phase UPS, confirm that both the facility electrical supply and protected critical loads require three-phase power.

Large-capacity UPS projects should also evaluate upstream and downstream protection coordination, generator compatibility, battery-system architecture, maintenance access, ventilation, floor loading and system redundancy before final equipment selection.

Provide DAXIN ENERGY with the load list, single-line diagram and site requirements for project-specific UPS and battery configuration.

Häufig gestellte Fragen

Kann dieses Produkt für ein bestimmtes Projekt angepasst werden?

Ja. Die elektrische Konfiguration, die Batterielaufzeit, die Kommunikationsfunktionen, der Bypass, die Gehäuseanordnung und das Projektzubehör können anhand der Anforderungen vor Ort überprüft werden.

Gelten alle technischen Bewertungen für die gesamte Serie?

Nein. Die Nennleistungen und Funktionen variieren je nach Modell und Konfiguration. Als maßgebliche Grundlage dient das projektspezifische technische Datenblatt.

Kann DAXIN ENERGY bei der Systemauswahl helfen?

Ja. Bitte geben Sie die Lastliste, die Phase und die Spannung, die erforderliche Laufzeit, das Redundanzziel, die Kommunikationsanforderungen und die Installationsumgebung an.

Projektkonfiguration anfordern

Senden Sie uns die Lastdaten, das Einliniendiagramm, die erforderliche Backup-Zeit und die Standortbedingungen, um ein maßgeschneidertes Angebot für eine USV oder Batterielösung zu erhalten.

What is the DAXIN 3H3 500K-T?

The DAXIN 3H3 500K-T is a low-frequency 3/3 phase online UPS designed for large critical-power applications.

What does 3/3 phase mean?

It means the UPS uses three-phase AC input and provides three-phase AC output.

What is the rated capacity of the 3H3 500K-T?

The final rated capacity and active-power rating should be confirmed against the approved DAXIN 3H3 500K-T technical specification.

Can battery runtime be customized?

Yes. Battery autonomy can be engineered according to connected load, required backup duration and the approved battery-system configuration.

Can the 3H3 500K-T be configured for redundant operation?

Parallel and redundancy capabilities depend on the selected configuration and must be confirmed during project engineering.

What information is required for system selection?

Provide the critical load in kW and kVA, site voltage and frequency, single-line diagram, required runtime, redundancy target, bypass requirements, communications, installation environment and available space.