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Apc Schneider
In today's connected world, you deserve integrated solutions for the transformation of IT. Our proven industry leadership, combined with the largest community of IT partners, has resulted in collaborative technology that delivers connectivity, reliability, and accessibility through simplified delivery and expert services.
For nearly four decades, APC has become the industry-standard for reliable power and physical IT infrastructure. Now the leading name in IT departments large and small and among our vast community of channel partners, our history of innovation has pushed our products into the global spotlight with infrastructure, management, and data security solutions protecting organizations around the world.
1989 brought the introduction of the award-winning PowerChute software which revolutionized power management; as well as product sales through two major distributors, Tech Data and Ingram Micro. In 1990, APC continued to introduce superior products such as the Smart-UPS line, now recognized as the industry's premier network power protection solution. That same year President and CEO, Rodger B. Dowdell, Jr., was named New England Entrepreneur of the Year by Inc. Magazine.
Throughout the 1990s APC entered other markets with 155 new products such as SurgeArrest surge protectors; Matrix-UPS, the industry's first modular UPS; a new generation of Smart-UPS; the company's first Back-UPS Pro models; and the Symmetra Power Array which revolutionized the industry with redundancy, scalability and serviceability in a single solution. These product developments, the opening of two international manufacturing facilities (Galway, Ireland in 1994 and the Philippines in 1996), as well as the acquisition of Systems Enhancement Corp. and Silcon A/S, drove APC's annual revenue above the $1 billion milestone in 1998.
In 2003, InfraStruXure debuted. It integrated power, cooling, racks, management and service into an open, adaptable and integrated solution and won nearly 20 awards worldwide. The TravelPower Case he world's first case with built-in device charging abilities was also introduced with immediate success. The InfraStruXure line was expanded in 2004 with cooling systems and on-site power generation. That same year, APC won more than 100 awards throughout the world for its products and business excellence. Building on the success of PowerStruXure from 2002, APC expanded its overall NCPI offerings after acquiring Netbotz, an early stage tech company that worked to solve the physical security of IT equipment, and allowed APC to extend industry expertise into the management and security categories.
On February 14, 2007, APC was acquired by Schneider Electric, a multinational European corporation known globally for its expertise in energy management and automation. This led to the establishment of the Critical Power & Cooling Services (CPCS) Business Unit, which now includes the APC and MGE UPS Systems brands.
Here are some of the most popular APC categories offered from CompSource;
If you are in need of a reliable and efficient power supply for your critical equipment, then an APC Schneider UPS is a great option to consider. Here are some reasons why you should consider purchasing an APC Schneider UPS:
High-quality and reliable: APC Schneider UPS systems are known for their high-quality construction and reliable performance. With a strong track record of delivering consistent power, you can trust that your equipment will stay protected and running smoothly.
Comprehensive protection: APC Schneider UPS systems provide comprehensive protection against power outages, surges, and other electrical disturbances. This ensures that your equipment is safe from damage and continues to operate without interruption.
Energy-efficient: APC Schneider UPS systems are designed to be energy-efficient, using advanced technology to minimize power consumption and reduce costs. This means you can save money on your energy bills and be more environmentally friendly.
Scalable: APC Schneider UPS systems are scalable, allowing you to add more power and capacity as your needs grow. This ensures that you can continue to protect your equipment as your business grows and evolves.
Support and service: APC Schneider offers comprehensive support and service for its UPS systems, ensuring that you have access to the help and assistance you need to keep your system running smoothly.
Overall, an APC Schneider UPS is a smart investment for businesses and organizations that need reliable, high-quality power protection for their critical equipment. With its advanced technology, comprehensive protection, and energy-efficient design, an APC Schneider UPS is a great choice for protecting your equipment and ensuring that it stays running smoothly.
CompSource Offers General Purpose UPS, Commercial UPS as well as PDU, and Power Strips and much, much more.CompSource is here to help you decide. You can also chat with us or give our professionals a quick phone call (800)-413-7361, we can assist with the best APC solution for your needs and budget.
Learn more about Cooling Systems
Importance of Proper Cooling: Data centers and server closets house a significant amount of electronic equipment that generates heat during operation. Maintaining appropriate temperatures is crucial for the performance, longevity, and reliability of the equipment. Excessive heat can lead to equipment failure, reduced efficiency, and potential data loss.
Cooling Systems for Data Centers and Server Closets: a. Precision Air Conditioning (PAC): PAC systems are designed specifically for data centers and server rooms. They provide precise temperature and humidity control through advanced cooling techniques, such as direct expansion or chilled water systems. PACs offer better control, redundancy, and scalability to meet the unique cooling demands of these environments.
b. Computer Room Air Conditioning (CRAC): CRAC units are commonly used in larger data centers. They operate similarly to PAC systems but are typically larger in capacity and often incorporate additional features like hot aisle/cold aisle containment for improved efficiency.
c. In-Row Cooling: In-row cooling systems are strategically placed close to the server racks, providing localized cooling. These systems offer better efficiency, reduced energy consumption, and easier scalability.
- Factors to Consider: When selecting and implementing air conditioning for data centers and server closets, the following factors should be considered:
a. Heat Load Calculation: Accurate heat load calculation is essential to determine the cooling capacity required to maintain appropriate temperatures. Factors like equipment density, power consumption, and future growth should be considered.
b. Redundancy and Resilience: Data centers require redundancy in cooling systems to ensure uninterrupted operation. Implementing redundant systems, backup power supply, and appropriate maintenance plans are vital to avoid downtime and equipment failures.
c. Airflow Management: Proper airflow management is crucial to maximize cooling efficiency. Hot aisle/cold aisle containment, optimized rack layouts, and effective use of air distribution systems help to minimize hot spots and ensure uniform cooling.
d. Energy Efficiency: Data centers consume substantial amounts of energy, and optimizing energy efficiency is paramount. Consider energy-efficient cooling solutions, such as variable speed fans, economizers, and energy management systems, to reduce power consumption and associated costs.
- Maintenance and Monitoring: Regular maintenance and monitoring are essential for the reliable operation of cooling systems in data centers and server closets. Key practices include: a. Cleaning air filters and coils to ensure optimal airflow. b. Regular inspections for leaks, proper refrigerant levels, and electrical connections. c. Monitoring temperature and humidity levels to identify and address any anomalies promptly. d. Implementing proactive maintenance plans and partnering with qualified HVAC professionals.
Conclusion: Proper cooling is a critical aspect of maintaining optimal conditions in data centers and server closets. By understanding the specific requirements, selecting suitable cooling systems, implementing proper airflow management, and adhering to regular maintenance practices, data center operators can ensure efficient cooling, equipment reliability, and the longevity of their valuable electronic assets.
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