Product Overview
Certainly! Here is a summary of the product "Server Rack Mounted Load Banks for Data Center - Rata" based on the detailed introduction:
Product Features
**Product Overview:**
Product Value
Rata’s server rack mounted load banks are high-quality devices designed specifically for data centers. Made from well-selected raw materials and superior craftsmanship, these load banks provide a long service life. They are manufactured by Deyang Rata Technology Co., LTD, which maintains a comprehensive international sales and support network.
Product Advantages
**Product Features:**
Application Scenarios
The load banks come with multiple advanced features including high temperature alarms, low air volume alarms, adjustable fan speed, air volume display, instrument readouts, and both local and remote operation capabilities. Models like the 12kW rack mounted load bank include MCB control, master power switch, fan indicators, and horizontal air discharge, catering to evolving market demands.
**Product Value:**
These load banks offer reliable testing solutions for data center electrical and cooling systems. They simulate the electrical and air conditioning loads of servers within rack cabinets, ensuring accurate commissioning and testing of UPS, diesel generators, and cooling equipment. Customized designs and options allow users to tailor the products to their specific requirements, enhancing operational efficiency.
**Product Advantages:**
Rata’s extensive experience (over 11 years) in electric equipment manufacturing, together with continuous upgrades based on customer feedback and market demands, ensures that their load banks are both innovative and dependable. The company provides free technical training, responsive customer service, and maintains a professional, passionate team that supports product quality and prompt assistance.
**Application Scenarios:**
Designed primarily for use in data centers and data rooms, these rack-mounted load banks are ideal for IST (Installation, Startup, and Testing) commissioning. They test the electrical network, such as UPS and diesel generators, as well as air conditioning systems (including free cooling), by simulating the real electrical and cooling impact of servers inside rack cabinets to optimize data center performance and reliability.