Canada
Latin America (English)
Latin America (Espanol)
USA
China
India
Japan
Republic of Korea
South East Asia (English)
Austria
Belgium
France
Germany
Italy
Netherlands
Others
Spain
Switzerland
Turkey
UK
Africa (english)
Africa (français)
Middle East (english)
Australia
New Zealand
Frequently Asked Questions (FAQs)
CATEGORIES ACCESS
- Is Legrand's technical support available worldwide?
- How do Legrand systems support sustainability goals in cooling?
- Can Legrand solutions be retrofitted to my existing racks or layouts?
- What controls the ColdLogik Rear Door Coolers and how does it work?
- Do I have to put a Rear Door Cooler on every rack?
- What is the difference between static and dynamic load?
- Do USystems use refrigerants to produce a cooling effect?
- Can I use the ColdLogik Rear Door Cooler in legacy hot aisle and cold aisle configuration?
- How much depth does the Interface Frame add?
- Can I fit the Rear Door Cooler to any OEM rack?
- What is the maximum airflow generated by the ColdLogik products (m3/h, cfm – cubic feet per minute)?
- What is the highest kW duty achieved by a ColdLogik Rear Door Cooler?
- Can I lift floor tiles when the ColdLogik Rear Door Cooler is in place?
- What external plant do I need to use to operate a ColdLogik System?
- How many litres of water does a ColdLogik deployment use?
- What is the lowest PUE USystems have achieved with a ColdLogik solution?
- How can I achieve a lower PUE?
- What are the savings of a ColdLogik Rear Door Cooler ‘RDC’ data centre design, in comparison to a CRAC/H based system?
- What percentage of glycol to water is required for a ColdLogik RDC design?
- How heavy is a ColdLogik Rear Door Cooler?
- What frequency does the Rear Door Cooler ‘RDC’ and InRow Cooler operate?
- What is WUE (Water Usage Effectiveness)?
- What is PUE (Power Usage Effectiveness)?
- What is ColdLogik?
- Which cooling systems are best for colocation facilities?
- How do cooling technologies impact PUE and WUE?
- What is Water Usage Effectiveness (WUE) in data center cooling?
- How do cooling solutions support sustainability?
- Why is modularity important in cooling design?
- What are the space-saving benefits of rack-level cooling?
- What cooling method is best for AI workloads?
- Can data center cooling systems be retrofitted?
- What types of data center cooling solutions exist?
- What are the main challenges in cooling modern data centers?
- What’s the real cost of a cybersecurity breach in a data center environment?
- How does Legrand ensure ongoing security for its rack-level infrastructure products?
- Are Legrand intelligent PDUs compliant with cybersecurity standards and regulations?
- What makes Legrand’s Xerus™ firmware platform secure against modern cyber threats?
- How can an intelligent PDU pose a cybersecurity risk if left unsecured?
- Why is cybersecurity at the rack level critical for modern data centers?
- How should operators evaluate the long-term value of a UPS investment?
- What role does remote monitoring play in the future of UPS management?
- Why is scalability a critical factor in modern UPS system design?
- How does UPS design impact data center sustainability goals?
- What emerging trends are shaping the future of UPS systems in data centers?
- How do SiC UPS systems support sustainability in data centers?
- How does Legrand’s Keor FLEX UPS leverage SiC technology?
- What role does thermal performance play in SiC UPS system reliability?
- How does SiC technology improve UPS power density and space efficiency?
- What makes Silicon Carbide (SiC) superior to traditional silicon in UPS applications?
- How does predictive diagnostics improve UPS lifecycle performance?
- Why is modular architecture important for UPS availability and risk mitigation?
- How does UPS efficiency influence energy and cooling costs in data centers?
- What are the key contributors to the Total Cost of Ownership (TCO) of a UPS in a data center?
- What Should You Look for in a High Power, Scalable UPS?
- How can harmonic currents in a data center be effectively controlled or mitigated?
- Are there any studies or projects comparing the use of cables versus busways in data centers?
- Can busway solutions be installed in-floor for telecom rooms? And are they recommended for telecom providers?
- How do the time and cost required to commission a busway system compare to traditional power distribution methods?
- What are the best practices for load balancing in a track busway system? How is heat dissipation managed in track busways to prevent overheating? How do you monitor and control the temperature of busway components?
- Is a busway solution only viable for new data centers? And how long does it take to see a return on investment?
- When comparing track busways and PDUs, which option is more cost-effective?
- Are busway systems compatible with data center projects across both the UK and Europe?
- If a site has a lease agreement, are busways removable and reusable once installed? And do they have a defined lifespan?
- Is Starline a viable product for non-hyperscale data centers?
- Is the implementation of busways in smaller data centers as efficient as in hyperscale facilities?
- Do you recommend using three-phase or single-phase busways for data centers?
- How resilient are busways? How resilient are busways? More specifically, how resilient are busways to downtime during repairs or replacements?
- What are the key advantages and disadvantages of using track busways for data center solutions?
- Does the track busway supply power directly to IT racks, or does it pass through a PDU first?
- What are the latest advancements in busway technology?
- What is a busway system, and why is it essential for data centers today?