Data Center Load Bank by Rata-8
Product Overview
The Data Center Load Bank, specifically the RTX2400L model by Deyang Rata Technology Co., LTD, is a high-performance integrated resistive-inductive load cell with a capacity of 2800 kW/3500 kVA. It is designed for testing various power systems such as generators, UPS systems, and switchgear. The load bank operates at a rated voltage of 415Vac (compatible with 400V), supports both 50Hz and 60Hz frequencies, and utilizes a three-phase three-wire connection.
Product Features
The RTX2400L boasts an adjustable power factor range of 0.8 to 1.0 and incorporates extensive safety mechanisms, including automatic alarms for low air volume and high temperatures, emergency stop capabilities, and fan phase sequence protection. The load bank also features a cooling system that enhances operational efficiency and has clear operational indicators for ease of use. It provides real-time monitoring of electrical performance metrics, like voltage and power factor, and supports both manual and remote PC control.
Product Value
Rata’s load bank demonstrates significant value through its ability to perform comprehensive testing, ensuring reliable operation of generators and power systems under various conditions. The adjustable power factor and nuanced load control allow for realistic simulation of actual operational scenarios, enhancing the reliability and effectiveness of emergency power systems in critical environments like data centers.
Product Advantages
The product sets itself apart with its robust design, incorporating high-quality components for durability and consistent performance. Its intelligent safety features safeguard against operational risks, ensuring safety during tests. Additionally, the ability to support both resistive and reactive load tests presents versatility, making it suitable for a wide range of applications. The containerized structure and IP54 rating make it adaptable for both indoor and outdoor environments.
Application Scenarios
The Data Center Load Bank is ideal for various scenarios, including:
- Comprehensive testing of UPS systems and backup generators during commissioning and maintenance.
- Supporting parallel operation tests among multiple generators.
- Validating the stability and performance of power systems at substations or during grid simulations.
- Enhancing efficiency in modular data center setups and construction phases, as well as for load verification in reactive power compensation systems.