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Rack Mounted Load Banks

Compact, Expandable, Centralized Testing

The rack type AC dummy load equipment can fully simulate the power usage, heat dissipation and other air flow changes of the server. Through the use of rack type load bank for integration test, the effective operation of power supply and distribution system (including UPS system), air conditioning fresh air system, lightning protection and grounding system, monitoring system, comprehensive environment of computer room, it environment of cabinet and decoration engineering of computer room is ensured, and the design and operation requirements are verified.

Rack-mount load banks provide a secure, realistic, and repeatable testing solution for data centers, generators, and critical power systems through rack-level, controllable load simulation.

Key Features

Rack - Mounted Load Bank: Unrivaled Solution for Modern Facilities

Comprehensive Server Simulation
This rack - mounted load bank can completely simulate the power usage, heat dissipation, and airflow changes of servers. It offers an accurate and detailed emulation environment, which is crucial for predicting how real - world server loads will impact various systems, ensuring seamless integration and operation.
System - wide Validation
By conducting integration tests, it guarantees the effective running of multiple key systems in a data center, including the power supply and distribution system (with UPS), air - conditioning fresh air system, lightning protection and grounding system, and more. This helps to verify that all these systems meet the design and operation requirements, minimizing potential failures.
Versatile Application Scope
Suitable not only for data centers and switch rooms where space is often at a premium, but also applicable as a load in other industries. Its adaptability makes it a valuable asset across different sectors, providing reliable load - testing capabilities regardless of the application environment.
Enhanced Operational Efficiency
Streamlines the testing process for various data center subsystems. Instead of conducting separate tests for each system, it allows for simultaneous testing, saving significant time and resources. This centralized testing approach boosts overall operational efficiency and helps in quickly bringing new data center setups or upgrades to full functionality.

Our range of Resistive Load Banks

As one of the most professional rack mounted load bank manufacturers and suppliers in China, we're featured by quality products and good service. Please rest assured to buy customized rack mounted load bank at competitive price from our factory. Contact us for quotation.
21kW Portable Rack-Mounted Load Bank For Data Center or Laboratory
The RTLB21-RML 21kW portable load bank is a highly efficient and reliable device designed for testing and maintaining power systems. It features a compact rack-mounted design with universal casters and a foldable handle for excellent indoor mobility, provides accurate load simulation and independent three-phase loading, and comes with comprehensive protection mechanisms and flexible control methods, making it ideal for use in data centers and small laboratories.
50kW rack-mount liquid-cooled load bank
This 50kW rack-mount liquid-cooled load bank is a high-performance device designed for scenarios requiring precise thermal simulation and power testing, such as data centers and laboratories. Utilizing advanced liquid cooling technology, it efficiently dissipates 50kW of heat within a compact rack space, making it an ideal choice for server thermal testing, cooling system verification, and load testing of power equipment such as UPS and generators.
RM-10D 10kW Rack Mounted AC Load Bank
The RM-10D Rack Mounted AC Load Bank from RATA Technology is a high-performance, space-saving solution designed for reliable power testing in data centers, UPS systems, generator sets, and industrial applications. With a 10kW continuous capacity at 400Vac / 60Hz, this 8U rack-mounted unit delivers precise load simulation in a compact 483mm width × 660mm depth footprint.
9kW single phase rack-mounted load bank for data center
This series of rack-mount load banks is a standard 19-inch rack-mount AC resistive load device designed for data centers and critical power infrastructure to accurately, controllably, and repeatably simulate IT loads.
18kW Rack-mounted Load Bank For Data Center
Rata's 18kW Rack-mounted Load Bank has a reliability rate unrivaled on the market, which is specifically designed to support airflow testing and cooling system verification within the facility.
7KW Containerized Rack Mounted Load Banks
20 ft high cube open container rack load bank group,20 sets 46U racks could be placed inside, each
5kW Rack Mounted Load Bank For Data Center
5kW resistive rack load bank generally used for data center. Customized color,single power
7KW Rack Mounted Load Banks for data center and power testing
The 7kW rack mounted load banks can fully simulate the power usage, heat dissipation and other air
12kW Rack Mounted Load Banks Portable For Data Center
The 12kW rack mounted load banks can fully simulate the power usage, heat dissipation and other air
6KW Rack Mounted Load Bank for data center
6kW rack mounted load bank application include IST commissioning in data center & data room.
3kW Rack-Mounted Load Bank with Single Power Supply
3kW rack mounted load banks are a specific type of load banks that are occasionally employed during
Rack Load Bank R3kW/AC250V Data Center UPS Power Supply Test
In order to meet the requirements of the next generation of high-density, intelligent and low pue

Product Application

Beyond data centers, it suits switch rooms, industrial testing labs, and edge computing facilities. In space-constrained scenarios, its rack - mounted form enables multi - system compatibility tests, from power grids to environmental control setups – adapting to diverse industry needs.

FAQ

1
What is the core role of rack load banks in a data center?
Rack load banks are used to simulate the power consumption and heat output of servers in the absence of actual IT equipment, helping data centers verify that their power supply and cooling systems are operating as designed. They primarily serve the construction, delivery, expansion, and operation and maintenance phases of a data center.
2
Why do data centers tend to use rack load banks rather than centralized load balancers?
Data center power consumption is rack-level and distributed. Rack load banks can be directly installed in 19" racks, connected to PDUs, and loaded rack by rack, more realistically reflecting actual operating conditions; while centralized load cells are more suitable for whole-site or generator-side testing.
3
In which testing scenarios in data centers are rack load banks most commonly used?
Typical applications include: (1)Data center delivery commissioning; (2)UPS/PDU/power distribution branch verification; (3)Hot and cold aisle and airflow organization testing; (4)Pre-load verification before IT equipment arrival; (5)System validation after expansion or modification
4
Can rack load banks be used for thermal testing in data centers?
Yes. Rack load banks convert electrical energy into heat energy, and their heat generation method is very similar to that of servers. They are commonly used for: Simulating rack thermal load/Verifying the adequacy of cooling capacity/Identifying hot spots and airflow short-circuit problems/This is an important means of data center thermal management testing.
5
What problems does a rack load bank primarily solve in generator testing?
In generator testing and commissioning, rack load cells are mainly used for: (1)Simulating real-world electrical loads; (2)Verifying generator stability under different load rates; (3)Performing stepped loading and short-term full-load tests; (4)Especially suitable for low-power, fine-grained, or distributed loading requirements.
6
Are rack load banks suitable for generator parallel or redundant system testing?
Yes. By deploying multiple rack load banks, parallel systems can be loaded in stages to verify load distribution, switching logic, and redundancy capabilities, offering more flexibility than a single large load.

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