Product Details

It is well known that when servers are placed in an environment with poor heat dissipation, the lifespan of hard drives is greatly reduced, and other components of the server may also fail successively. Modern server motherboards typically limit the CPU frequency when they detect CPU overheating, so even if the server is not completely damaged, it may reach a level of unusability. Sometimes, component overheating can also lead to process crashes.

The data center rack-mounted load box is mainly a purely resistive load that simulates the heat generation of data servers and the loading conditions of circuits. It can serve as a heat source similar to rack-mounted servers to simulate and test the capability of the data center's cooling system and whether air flow is controllable. It can also test AC power sources such as UPS power supplies and backup generator sets. With step-by-step segmented power free combination control, it realistically reproduces the energy consumption and heat dissipation of data server IT equipment. By using the data center rack-mounted load box to test the voltage stability under load in the data center, it ensures the effective operation of the power supply system, data service system, and others.

The data center rack-mounted load box can control the gear positions under rated voltage to obtain different current levels and on/off times to meet customer usage requirements. The power control panel of the load box can control the action of circuit breakers, and the main circuit of the circuit breakers controls the on/off of the resistive load units. It also has temperature detection and protection functions; when the load temperature exceeds the safety threshold, it automatically unloads and alarms. The site is equipped with electrical parameter monitoring instruments that can monitor all electrical parameters of servers, UPS, generator sets, etc., in real time, and automatically generate various charts, curves, and test reports for a more intuitive understanding of equipment usage.

► Technical Parameters