Data centres Safe. Highly available. Profitable. Design the future of energy
Open the catalog to page 1Safety, maximum availability and profitability Electrical safety, availability and DIN EN 50600 Periodic verification in accordance with IEC 60364-6 Fire protection Safer operation with Condition Monitoring How the Condition Monitoring system from Bender works
Open the catalog to page 2Intelligent planning for small and large data centres
Open the catalog to page 3Safety, maximum availability and profitability Protect data Data protection is one of the most important requirements for data centres. Great efforts are therefore being made to ensure that servers are not compromised. But when it comes to protecting data, it is not enough to focus solely on the IT infrastructure. Many other aspects have to be considered. Above all, a reliable power supply is important. To be prepared for power failures, data centres have an alternative power supply (e. g. diesel generators). This should guarantee uninterrupted operation of servers and other important components....
Open the catalog to page 4Prevent failures Ensure safe operation Data centres are highly complex systems. They consist of the IT components and other electrically operated system parts that ensure that the IT components can run smoothly. These include the cooling system as well as the power supply with all the components required to provide electricity. If even just one of the components fails, other parts of the system or even the entire data centre can fail, which is associated with considerable costs and possibly also data loss. Fewer and fewer staff are required to monitor and maintain the highly complex operation...
Open the catalog to page 5Electrical safety, availability and DIN EN 50600 The DIN EN 50600 or ISO / IEC TS 22237 standard (often referred to as the data centre standard) specifies how a data centre must be structured in order to ensure safe and efficient operation. It specifies requirements for the building construction, power supply, air conditioning, cabling and safety systems and describes requirements for operation. DIN EN 50600 distinguishes between four availability classes for data centres. Depending on the availability class, different measures must be taken to maintain operations.
Open the catalog to page 6Data centres that are operated according to availability class 3 or 4 require additional precautionary measures in addition to redundant systems. This also applies to the power supply. This may not be spontaneous or unpredictable. Faults in the power supply or cabling must therefore be detected early and reliably in order to prevent failures and keep the data centre up and running.
Open the catalog to page 7Periodic verification in accordance with IEC 60364-6 No electrical system runs permanently without faults. Faulty electrical devices or installations constitute a danger to human beings. To prevent accidents due to electric shock, electrical installations shall be checked regularly, and detected defects shall be corrected immediately. If there is an imminent danger that cannot be eliminated, operators shall ensure that the respective electrical installation or equipment will not be used in its defective condition. The timelines for the periodic verification of the electrical installations shall...
Open the catalog to page 8Fire protection Even the smallest electrical faults can lead to fires. The main cause of fires in electrical devices or systems is insulation faults and the resulting residual currents. These can be caused by inadequate insulation, mechanical damage to device connection cables or brittle insulation of devices due to permanent thermal stress. Detecting insulation faults and the associated residual currents in good time is an important part of fire protection in data centres. Overload of the neutral conductor
Open the catalog to page 9Continuous monitoring of the entire electrical system (server, air conditioning, infrastructure), including power supply and cabling, is essential in order to meet the requirements for safe operation. If data centres are to be operated in accordance with availability class 3 or 4, measures must also be taken to prevent interruptions to operations due to maintenance or faults. The use of a Condition Monitoring System with residual current monitoring is recommended here. This system continuously monitors the condition of the entire electrical system and detects faults quickly and reliably before...
Open the catalog to page 10Examples of status displays for a Bender Condition Monitoring System aktive Alarme Externe Akustik aus Fehler Differenzstrom Fehlerspeicher reset aktive Alarme Externe Akustik aus OK Fehlerspeicher reset aktive Alarme Fehler Differenzstrom Fehlerspeicher reset ! Stromkreis DC 2F13 DC Differenzstrom 50,4 mA Stromkreis DC 2F13 aktive Alarme Externe Akustik aus Fehlerspeicher reset Quittung Ok
Open the catalog to page 11Condition Monitoring systems consist of sensors for detecting fault currents, evaluation units and the Condition Monitor itself. The measured values, as well as status and alarm messages, are transmitted to the Condition Monitor (e.g. EDGE500 or CP907-I) via the existing interfaces. As the Condition Monitoring system operates continuously 24/7, the condition of the system can be assessed over a longer period of time. This gives staff an optimal overview of the condition of the electrical system at all times. The measured values are displayed locally either on a screen via a browser (EDGE500)...
Open the catalog to page 12Intelligent planning for small and large data centres The larger a data centre is, the larger and more complex the entire electrical system is. The more parts of the system that are monitored, the better the overview of energy consumption and system statuses and the more precisely any faults that occur can be quickly localised and rectified. When planning a data centre, it is important to consider how detailed a monitoring system should be designed in order to meet the operational and normative requirements, in particular those from DIN EN 50600 or ISO/IEC TS 22237 and their availability classes...
Open the catalog to page 14From planning to after-sales service Competent service from your expert for safety and high availability Analysing building installations Remote services System project planning Software and hardware updates Field service Repair service Bender has decades of experience in the field of electrical safety and offers practical solutions that pay off and ensure greater safety. Do you have any questions? We support you in all matters relating to electrical safety and energy management, from planning to aftersales service. You can find more information about our data centre solutions here: https://www.bender.de/en/solutions/data-centres/...
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