Smart Automation in Aisle Containment
Being the pioneers in the field of Aisle Containment, we constantly upgrade our offering with new technologies
- Automatic doors instead of Manual doors
- Automatic roof-retractor for fire safety
What is Aisle Containment ?
Air/Aisle containment works as a physical barrier for separating the cold air aisles from the hot air aisles and supplying cool air where it is most needed – data centres. Since most server equipments draw cold air from the front and release it on to the top, these aisle containment data centers arrange the dense amount of equipments from either front to front or back to back, hence creating cold and hot aisles.
containment consists of aisle end doors and a roof system that contains the supply of the airflow and the intake of the equipment.
Materials used to make
Excellent quality fire retardant PVC strips are what make these aisle containments effective and gives them the ability to separate cold air aisles from the hot air aisles.
Utility and applications
Industrial studies point towards the fact that up to 60% of the cool airflow to traditional data centers is wasted because it evades the intended equipment and proceeds directly to the hot air intake of the air conditioning system.
The natural properties of cold air prevent it from flowing out from the aisle ends. This is where the cold aisle containments ensure that the equipment is getting enough cooling.
Advantages of using
Apart from the fact that this product is cost effective especially since the results are extremely impressive in terms of its cooling efficiencies, these aisle containments are also energy efficient and lowers your power usage almost up to 40%! The Air Containments can easily be installed and maintained as well. These air containments are also non flammable and self extinguishing.
Who should buy?
Though the aisle containments are perfect for any setup like a call center or IT companies, it’s also good for any establishment that has a high load of computer equipments/servers.
For Example: 15kW cooling output per rack is achievable with 15OC Inlet Water temperatures of cooling system and maintaining 22 C temperature of air entering the IT equipment.Also Humidity is managed in range of 45% – 55% along with active condensate management system in-built.
LCP design Basis as per ASHRAE Guidelines
|Low End Temperature
||20°C (68 °F)
||18°C (64.4 °F)
|High End Temperature
||25°C (77 °F)
||27°C (80.6 °F)
|Low End Moisture
||5.5°C DP (41.9 °F)
|High End Moisture
||60% RH & 15°C DP (59°F DP)
LCP works on higher water inlet temperature and the Cooling performance curve is shown below:
: 15kW cooling output per rack is achievable with 15OC Inlet Water temperatures of cooling system and maintaining 22 C temperature of air entering the IT equipment.
Also Humidity is managed in range of 45% – 55% along with active condensate management system in-built.