Online Rack and Standalone Convertible Eaton DXRT UPS 15 KVA External Battery
Online Rack and Standalone Convertible Eaton DXRT UPS 15 KVA External Battery
SKU:DXRT UPS 15 KVA
Value Proposition:
The Eaton DXRT 15 kVA UPS is a high-performance, double-conversion online uninterruptible power supply designed to deliver reliable and continuous power protection for mission critical applications. Built with advanced power management technology, it ensures zero transfer time, safeguarding sensitive equipment from power disturbances such as outages, surges, and voltage fluctuations. This UPS features a robust and compact design, making it suitable for data centers, industrial environments, healthcare facilities, and IT infrastructure and Hospital equipment's. The DXRT series provides high efficiency, reducing energy consumption while maintaining optimal performance. Its scalable battery configuration allows extended backup time to meet varying operational needs. Key features include advanced battery management for longer battery life, wide input voltage range, and strong overload capacity. The Eaton DXRT 15 kVA UPS is engineered to ensure maximum uptime, operational reliability, and protection for mission-critical systems.
⚙️ Technical Specifications
🔹 General Details
- Capacity: 15 KVA / 15 KW
- Topology: Online Double Conversion
- Input/Output Phase: Configurable (3:1 / 3:3 / 1:1)
- Form Factor: Rack / Tower Convertible
- Power Factor: Unity (1.0)
🔹 Input Specifications
- Input Voltage Range: Wide range compatible with unstable grids
- Frequency Range: 50/60 Hz auto-sensing
- Input Power Factor: ≥ 0.99
- THDi: Low harmonic distortion (<3%)
🔹 Output Specifications
- Output Voltage: 220V / 230V / 240V
- Output Frequency: 50/60 Hz
- Voltage Regulation: ±1%
- Waveform: Pure Sine Wave
- Transfer Time: 0 ms (True Online UPS)
🔹 Battery Specifications
- Battery Voltage: 384VDC – 480VDC configurable
- Charging Current: Up to 13A (fast recharge)
- Battery Technology: ABM® (extends battery life up to 50%)
- External Battery Support: Yes (for long backup)
🔹 Efficiency & Performance
- Online Mode Efficiency: Up to 96%
- ECO Mode Efficiency: Up to 98.8%
-
Overload Capacity:
- 125% load for up to 10 minutes
🔹 Design & Build
- Compact Size: Only 3U rack height
- Depth: <600 mm (space saving)
- Display: Color touch LCD with auto-rotation
- Operating Temperature: Up to 50°C
🔹 Connectivity & Communication
- RS232, USB, EPO
- Dry contacts (input/output)
- SNMP / Network Card (optional)
- Compatible with Intelligent Power Manager (IPM) Software
🔹 Scalability & Flexibility
- Parallel operation up to 3 units (N+1 redundancy)
- Multiple wiring configurations (3-3, 3-1, 1-1)
- Rack or Tower installation
🚀 Key Features
- ✔ True Online Double Conversion Technology
- ✔ Unity Power Factor (More usable power)
- ✔ High Efficiency up to 98.8%
- ✔ Advanced Battery Management (ABM Technology)
- ✔ Compact 3U Rack Design
- ✔ Parallel Redundancy (Up to 3 UPS Systems)
- ✔ Smart LCD Touchscreen Display
- ✔ Ideal for Industrial & IT Applications
🏢 Applications of Usage
- Data Centers & Server Rooms
- Hospitals & Medical Equipment
- Industrial Automation
- Telecom Infrastructure
- Banking & Financial Systems
- Security & Surveillance Systems
- Networking & server equipment
- Bio-Metrics/Radiology and medical equipment
- Industrial manufacturing
- Security and surveillance
- System/CCTV and CAMERA
- Printer/IT-Load and PC's
Product Performance : -
Full Range O/P PF
• True Input PF 0.995 for Single and Three Phase
• True Output PF 1.0
• Delivers 11% More Power • 96.1% in Online
Perfect I/O
• 3% Input THDi
• 1% Output THDV
• 8*Irms Input Inrush current limit
Key Features & usages
• IGBT Based Rectifier True Online Double Conversion
• Power module: 15-20 kW @ Unity PF
• Versatile wiring system
• Active Input Power Factor Correction
• Inbuilt UPM & battery modules in the same modular chassis
• Parallel N+1 redundancy
• Flexible charge of 13 Amps with ABM & CC mode
• Touch screen display
• UL & IEC cybersecurity certified network management card
Terms and Condition Applied.
