Data Center Load Bank by Rata-7
Product Overview
**Summary of Data Center Load Bank by Rata**
Product Features
**Product Overview**: The Rata Data Center Load Bank SILV-1000L is a specialized 1000 kW resistive AC load bank designed for testing power systems, including generators, UPS, and switching equipment. It operates at a rated voltage of 380 Vac and supports both 50/60 Hz frequencies. This advanced device features precise load step resolution of 1 kW, enabling stringent testing requirements with a range from 1 kW to 1000 kW.
Product Value
**Product Features**: Key features include a compact design that is half the size of previous models, enhanced cooling efficiency with four 600 mm diameter fans, and a robust control system using Siemens components. It offers a load step resolution of 1 kW, automatic safety features like thermal cutouts, and is equipped for outdoor use with an IP54 rating. Additional controls include manual and remote operation through PC-based software, as well as an HMI touch screen interface.
Product Advantages
**Product Value**: The SILV-1000L provides exceptional value for data centers that require precise simulations of power loads during testing phases. Its detailed load regulation capabilities improve testing fidelity for systems operating under variable loads, which is crucial for ensuring reliability and performance in real-world scenarios.
Application Scenarios
**Product Advantages**: Unlike conventional load banks, the SILV-1000L excels in applications requiring fine resolution testing and long-term continuous operation. Its advanced features make it suitable for various operational configurations, including modular data centers. The support for outdoor testing and scalability for future expansions further enhances its appeal.
**Application Scenarios**: This load bank is ideal for a variety of critical testing environments, including new data center acceptance testing, UPS system upgrades, diesel generator commissioning, annual emergency drills, and testing of modular data center expansions. Its flexible load combinations facilitate the simulation of phased load growth, aligning perfectly with the gradual development of data center infrastructures.