Why Air Temperature is Important
HVAC systems are needed in every data center. With hundreds or thousands of servers constantly running at the same time, these machines generate enormous amounts of heat. If conditions are too hot, the servers may not work properly, and the same applies if the temperature is too low.
But however companies are utilizing servers, these machines need to be in environments where air quality and temperature are monitored around the clock. The slightest dip or increase in temperature and humidity levels can have a profound impact on the effectiveness of servers.
Air quality also needs to be monitored because if even the smallest particles aren’t filtered out, they can gradually build up inside servers and cause the equipment to malfunction.
In an IT server environment, affordable air conditioning services are extremely vital. Without proper ventilation, IT server rooms can overheat, causing server failure. Therefore, when there’s limited ventilation, which is usually the case in a server room, a high-quality air conditioning system is needed.
There are several things that affect how hot an IT server room gets, including
- the amount of lighting in the room;
- the size of the space;
- the number of people that will occupy the room on a regular basis; and, of course
- the equipment.
When looking for an affordable air conditioning solution, remember to take all four of these things into consideration before purchasing your system.
Importance of Right System
The need to provide energy-efficient data center solutions is critical. The increasing heat density of IT equipment in high-performance data centers is leading to an increasing need for more efficient and effective cooling technologies. Traditional air cooling is not always a sustainable solution. While liquid cooling offers far greater efficiency than air cooling, many liquid cooling options require high capital expenditures, are difficult to integrate into existing infrastructure, and present complications when upgrades or additional capacity is needed.
Why ChillBreeze
As the significant amount of heat generated by servers, commercial-grade central air conditioning is the most common type of system used system that can adequately cool the space . However, a certified Professional is the best person to determine which type of air conditioning system is best for your IT server room’s needs. They will also ensure that it is the most cost-effective solution for your needs.
Maintaining high uptime with minimal operation costs remains a major challenge in today’s data centers and networks where significant portion costs are dedicated to energy consumption for IT equipment and server cooling.
In critical environments , responsive services and reliable products are everything.
This is where ChillBreeze Controls Pvt Ltd can be found in the most demanding data centers.
As a result of strong customer support we have ventured into data Center market , Our market partners nVent experts bring German Technology with a particular wealth of experience in cooling. That’s why we can work with you to come up with the perfect solution.
Clibreeze Controls Pvt. Ltd helps you get a comprehensive range of standard and customized air, indirect cooling solutions. With the help of our market leader we help you to meet these challenges and protect your IT assets, whether for smaller decentralized edge computing, harsh environments, or large data center installations.
- Don’t jeopardize your business’ data or risk your financial investment. Let ChillBreeze Controls Pvt Ltd provide an energy-efficient air conditioning solution to keep your IT server environment operating efficiently.
Our market Partner allows us to offer you from their cooling portfolio which is an all-encompassing, solutions-based platform that provides superior heat dissipation
- Portfolio ranges from standard AC units to liquid-to-air heat exchangers to liquid-to-chip solutions and everything in between
- Cooling heat loads can handle up to 750kW and greater
- Provides ability to maximize return on investment by reducing operations costs
Coolant Distribution Units and manifolds for high density, direct-to-chip liquid and hybrid cooling up to 100 kW per Rack
DIRECT-TO-CHIP LIQUID COOLING
- High density liquid cooling at processor level
- Rack-mount or row-based liquid-to-liquid Cooling Distribution Units
- Rack manifolds to manage liquid distribution between CDU and cold plate loops suitable for various server or rack environments
HYBRID HIGH DENSITY PRECISION COOLING
- Enable 100% utilization of rack and data center spaces at high densities
- Facilitate peak performance for processors
- Dependence on fans and expensive air handling systems is drastically reduced
- Reduce chilled water requirements and OPEX with warm water cooling
RackChiller In-Row Coolers (IRC) are designed to deliver localized/supplemental energy efficient cooling in data centers.
RackChiller IRC is a modular and scalable precision cooling solution that can replace or supplement traditional data center cooling infrastructure.
Features & Benefits
- In-Row air/liquid heat exchanger integrated into an enclosure (RAL 9005)
- Coolant feed from top or bottom
- Monitoring via Ethernet interface (Web browser, Modbus TCP, SNMP v2c)
- Temperature control based on internal or external temperature sensors
- Highly efficient, hot-swappable EC fans with speed control
- Redundant power feed with integrated automatic transfer switch (ATS)
For trouble-free operation of the air/liquid heat exchanger the quality requirements of the coolant must be maintained; The selection of appropriate anti-corrosion and frost protection agents depends on the environment in which the unit is used and on the external chiller (VDI 3803, see also user manual).
At coolant temperatures below 14 °C, there is an increased risk of condensation. We recommend requesting a customized unit with integrated condensate management.
RackChiller Rear Door Cooler (RDC) Heat Exchanger is designed for managing high heat load cooling requirements within high-density server, computing and storage racks. The RDC installs on equipment racks as a separate rear door with an extra frame, enabling it to be retrofitted to existing racks. Heat dissipated by the rack equipment will be removed by the air-to-liquid heat exchanger and transferred into the facility water circuit, adding no heat to the IT room. Door-mounted fans support the IT equipment air flow to overcome the coil impedance. The integrated controller modulates the water flow to keep a constant supply air temperature, as well as the fan speed to maintaining a (configurable) pressure differential between rack and IT room. The entire system is integrated within an aesthetically framed perforated door with protective covers to isolate the liquid source and cooling loop from the rack-mounted equipment.
Features & Benefits
- Active solution with fans supporting air flow and neutralizing the pressure drop at the heat exchanger.
- Frame solution separates coil and condensate management from the rack-mounted equipment.
- Rear space inside the cabinet is left available for power distribution and cable management.
- Temperature sensors on air supply and return side.
- Integrated control system with Modbus TCP and SNMP v2c interface.
- Optional water flow, pressure and temperature sensors included with the water control package allow for water monitoring and regulation according to actual heat load.
- Optional local display.
For trouble-free operation it is recommended to use the water connection set and the optional accessories.
The cooling capacity is determined under the following conditions: delta p water: < 100 kPa; water flow temperature: 12 °C / 53.6 °F; outlet temperature 24 °C / 75.2 °F; water flow: 4.8 m³/h / 21.1 gal/min; Airflow: Depending on cooling module, see Diagram Performance Map.
Racks with integrated air- to-liquid coolers for room-neutral operation, suitable for harsh environments / EMC shielding and up to25 kW per rack
RACKCHILLER IN-RACK
- The cooling coil is integrated into the rack, to the left or right of the 19” plane so the cabinet offers full RU (rack unit) mounting space.
- The warm exhaust air from the servers flows through the air-to-water heat exchanger as the heat is transferred to the cooling medium, the cooled air is provided in front of the 19” plane.
BENIFITS
- The rack based cooling solution acts room- neutral and allows for setup of various rack configurations.
- EMC shielded, harsh environment as well as outdoor solutions available
- Reduced noise level.
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