Server Emulator Load Banks
For large data centres, using small floor standing heaters can be a manual and time-consuming process, with unreliable results. As well as being cumbersome, this type of test can make it difficult to accurately control the test parameters. Using server emulator load banks, in multiple rack configuration ensures an accurate heat signature that the future servers will produce. This allows the commissioning engineers to replicate the actual heat load to thoroughly test the server hall air conditioning output and performance.
Key Features
Server Emulator Load Banks
- 6kW Capacity
- 50 – 60 HZ
- 220 – 240V
- Panel mounted circuit breaker control
- LCD Display for voltage and current values
- Six load steps
- Operating temperatures -10C to 50C
- Thermal overload protection
Testing Modern Data Centres
Server emulator load banks: As power consumption increases and the addition of more server technology generates additional heat, it is becoming more important that new data centres accurately test the infrastructure of the server hall. On the whole, this is done before the installation of the IT hardware, allowing operators to simulate the potential airflow and heat in the server hall as part of the testing and commissioning of the facility. Failing to do so could result in the servers overheating, causing unnecessary and expensive downtime.
The 6kW server emulator load bank from Crestchic can be integrated into a temporary rack or ideally the rack that will be used for the servers installation, as this will ensure all the electrical distribution up to the server is energised and tested in the commissioning process. The load banks can be configured with six different load steps and an operating temperature of between -10C and 50C, allowing test parameters to be set according to user requirements. The system has also been built with safety in mind, with thermal overload protection as standard.
Crestchic is no stranger to the development of bespoke solutions for the data centre market. Along with a range of long-established rental and permanent solutions designed for testing of back up power generators, the company has also recently launched a trailer-mounted loadbank. The solution, which allows sites to move the load bank from one generator to another, was designed to meet the ever-growing number of sites with multiple generators, reducing the time and complexity of the testing process by facilitating easy movement of the testing equipment.
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Full Sales Brochure
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Why Use A Load Bank?
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Crestchic Terms Of Sale
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ISO 9001 Certification
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ISO 14001 Certification
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ISO 45001 Certification
Frequent Questions
What Load Bank Packages Do You Have?
We provide load bank packages ranging from 20kW to 7000kW and Multi-MVA solutions for turnkey projects, Have a look at our product range page on this site for more details
What Experience Do You Have?
Crestchic was formed in 1983 and has steadily grown to our position today as the industry leading manufacturer and supplier of loadbank solutions. We work for major players in all sectors ranging from Oil and Gas, Marine and Shipbuilding to Healthcare, Building Managers and Datacentres. We understand the complexities faced by businesses and have solutions tailored to suit the needs.
Where Do You Operate?
Our operations are spread across the globe, covering all seven continents. With our HQ in Burton-on-Trent in the UK, we have bases in Europe, the Middle East, Asia Pacific and the United States of America.
Do You Have Any Certification?
Crestchic Limited, the world leader in load bank technology for the testing and commissioning of power generation systems, now hold not only the highest Quality Assurance ISO type (9001-2015), but additionally has now been accredited with the current environmental standard (ISO14001) and current health &safety accreditation (ISO45001).
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WHY USE A LOAD BANK?
Load banks are primarily used for testing electrical power output on diesel generators, gas turbines and UPS systems whilst carrying out commissioning and maintenance work.
The load banks are used for simulating real electrical loads enabling essential setup and commissioning which ensures that all electrical and control parameters are met prior to power generation/back up equipment being energized on line.
