Vertiv Precision Air Cooling Dealer Precision air conditioner (precision cooling) is used to control the temperature and humidity to precision level for mission-critical environments such as data centers, hospitals, laboratories. Unlike house air conditioners, which are designed to cool people, precision cooling cools IT equipment. The Liebert LPC series is the next generation series of air conditioners that provide precise environmental control. The Liebert LPC models are the latest in the long line of modern enterprise-grade products from the Liebert family. Incorporating the high standards associated with the Liebert name, the LPC series utilizes the latest technology, system components, and streamlined manufacturing process. Liebert LPC air conditioners are products that are specifically created and designed for the testing laboratories and similar ecosystems which call for a high degree of accuracy and precision (Liebert LPC series offers a temperature precision up to ± 0.5°C and humidity precision up to ± 2 % RH). Various products such as tobacco, textiles, and paper are extremely sensitive and quite fragile in texture and nature. Therefore, care should be taken while testing these products in a laboratory as even a slight deviation in the testing environment may lead to inaccurate results. Precision Air Conditioning must not only keep room conditions within a specific range but also must have the precision to react quickly to a drastic change in heat load and prevent wide temperature fluctuations. Liebert LPC series is a range of air-conditioners specifically tailored for maintaining a suitable environment in the testing labs and addresses the needs and challenges associated with it. Liebert LPC model is an air conditioner that takes into consideration various factors such as energy overcooling and avoiding hot spots, which are bottlenecks commonly encountered in the precision air conditioning niche. The design of the LPC product is streamlined to support high efficiency. #Vertiv Precision Air Cooling Dealer