
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?