Marsriva MR-US3320K-H 20000VA Energy Efficient Online UPS

Marsriva MR-US3320K-H Energy Efficient 20kVA Online UPS

The Marsriva MR-US3320K-H Energy Efficient 20kVA Online UPS is a high-capacity power protection solution designed for critical systems and demanding applications. With a rated capacity of 20kVA / 20kW, it provides stable and uninterrupted power to sensitive electronic equipment, helping maintain continuous operation during power interruptions and fluctuations.

The MR-US3320K-H supports parallel operation of up to four units, allowing users to expand system capacity or build redundancy for enhanced reliability. It features three-phase output voltage of 360/380/400/415 VAC (3Ph+N) and provides accurate voltage regulation of ±1% in battery mode for consistent power delivery.

Pure Sinewave Output and Low Harmonic Distortion

The Marsriva MR-US3320K-H delivers a pure sinewave output suitable for sensitive and high-demand equipment. It maintains low harmonic distortion of ≤2% THD for linear loads and ≤5% THD for non-linear loads, helping connected equipment operate reliably and efficiently.

Zero Transfer Time for Continuous Power

As an online UPS, the MR-US3320K-H provides 0ms transfer time between AC and battery modes. This ensures connected devices receive uninterrupted power when the main electricity supply fails or becomes unstable, making it suitable for critical environments where even a brief interruption can affect operations.

Wide Input Voltage Range

The UPS is designed to accommodate varying input voltage conditions. It supports an input range of 110-300 VAC at 50% load and 176-276 VAC at 100% load, providing flexibility in different electrical environments.

High Efficiency and Power Factor

The Marsriva MR-US3320K-H features a high input power factor of ≥0.99 and maintains low input harmonic distortion of <4% THDi. These characteristics help reduce unnecessary energy loss and minimize electrical stress on connected equipment.

Stable Frequency Control

During battery operation, the UPS maintains precise frequency control at 50Hz ±0.1Hz or 60Hz ±0.1Hz. This helps ensure stable power delivery to equipment that requires consistent frequency performance.

Strong Overload Capability

The MR-US3320K-H is designed to handle temporary increases in connected load. It can support up to 150% load for short durations, providing additional protection against sudden load spikes and helping maintain system stability.

Parallel and Scalable Configuration

With support for up to four UPS units operating in parallel, the Marsriva MR-US3320K-H can be configured for higher capacity or redundancy requirements. This makes it a suitable option for data centers, industrial facilities, and other critical installations where scalability and power availability are important.

Buy Marsriva MR-US3320K-H Energy Efficient 20kVA Online UPS from Samanta Computer

In Bangladesh, you can purchase the Marsriva MR-US3320K-H Energy Efficient 20kVA Online UPS from Samanta Computer. With its high power capacity, pure sinewave output, zero transfer time, low harmonic distortion, and parallel configuration support, this UPS is well suited for data centers, industrial environments, and other critical applications. The Marsriva MR-US3320K-H comes with a 01-year warranty.

Warranty Exclusions

The warranty will not be applicable under the following conditions:

• UPS burning caused by thunder, abnormal overload, insect entry, or similar external causes.

• Ambient temperature is not maintained between 20°C and 26°C with proper 24/7 dehumidification.

• The product is installed or operated in a dusty or damp environment.

• Generator connectivity is absent and the battery is not properly charged.

• Battery swelling or overcharging occurs because of an incorrect UPS system voltage setting.

What is the Price of Marsriva MR-US3320K-H 20kVA Online UPS in Bangladesh?

The latest price of the Marsriva MR-US3320K-H Energy Efficient 20kVA Online UPS in Bangladesh is 214800৳. You can purchase this high-capacity online UPS from Samanta Computer at a competitive price.