Rittal LCP Extend Rack Door Mounted High Density Cooling (Up to 10 kW) Rittal's LCP Extend brings data center cooling to the rack level, utilizing chilled water to eliminate hot spots when retrofitted to existing high density cabinets providing 10 kW of useful cooling output. Using Rittal's Liquid Cooling Packages have been proven to reduce energy consumption in data center cooling by 30-45%, making them the perfect addition to the environmentally conscious data center. Ideal for retrofitting, the LCP Extend is installed on the rear door of problem racks. The LCP Extend can be ordered for use on cabinets from other manufacturers. If you are already using Rittal cabinets, the unit comes with standard attachment hardware to simply swap it out with the existing rear door.
The LCP extend is optimized for smaller installations, as it occupies no floor space. Rittal LCP Extend Features: - Cooling output 10 kW
- Occupies no floor space.
- Supplements existing cooling system
- Brings exhaust temperatures to more manageable temperatures
- Simple installation by replacing the rear door
- Enclosures are still bayable
- Water connection either at the bottom or top
- Integral network connection and external control
Is the Rittal LCP Extend the best liquid cooling solution for your cooling needs?
Our engineers can help you select the best liquid cooling solution for your cooling needs.
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Rittal LCP Extend
Liquid Cooling System
The Rittal LCP Extend offers many benefits: Potential Energy Savings- Reduce the need for traditional data center climate control and provide the same heat removal capacity for much lower energy usage by utilizing the "Free Cooling" capacity of existing climate control systems.
Flexibility- The capability to cool one or two cabinets from a single LCP or LCP Plus system, depending on potential heat loads.
Expandable - Providing a scalable system that can grow as the IT installation grows with modular units that provide simple connections to existing facility infrastructure.
Redundancy - Can provide multiple levels of redundancy to meet the most demanding installation criteria from N+1 to 2N and beyond.
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