DataCenter Air Purifier – DAP Series
Honeycomb filter based gas phase filtration system (ranging from 500 CFM to 2000 CFM)
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Honeycomb filter based gas phase filtration system (ranging from 500 CFM to 2000 CFM)
Our Airgineers Can Help You Select The Right Product!
Contact Us
Advanced Honeycomb Chemical Filter
Self-Contained and Portable
Energy Efficient Design
Easy Maintenance and Servicing
Bry-Air DataCenter Air Purifier (DAP), fitted with Data Center Air Filters, is a custom-designed solution for data centres to shield electronic equipment from the threat of electronic corrosion and abrupt failures. Threat in data centres caused by corrosive gases and particulate contaminants emerging from the nearby industrial areas, landfill sites and open drains such as:
PM10 PM5 NOx SOx Cl2 NH3 O3 HF VOCs H2S
Bry-Air DataCenter Air Purifier is manufactured to the highest quality, reliability and ecological standards to control damage. It is a self-contained, standalone, movable unit that purifies and re-circulates the air in an enclosed space.
Bry-Air DataCenter Air Purifier houses a revolutionary Honeycomb Chemical Filter which is the heart of the system. This next-generation revolutionary new medium is a building block of our new custom-designed solution for data centres. Bry-Air macroporous desiccant formed honeycomb matrix filter has a high bulk density. It has very high structural strength as well as adsorption capacity. This honeycomb matrix technology not only reduces the size of DAP but also increases its efficiency and life while reducing energy bills. All this provides a much higher capacity chemical filter with a much longer mean time between replacements (MTBR).
Bry-Air Data Center Air Purifier works in three stages. At stage I, the contaminated laden air enters through the bottom grill and air is pre-filtered from larger particulates. At stage II, it is made to pass through the multiple beds of DRISORBTM chemical filters. The corrosive gases are captured and neutralised in the filter by an adsorption and chemisorption process. At stage III, air is filtered again to remove sub-micron particulates. Eventually, the clean air is released from the top.
Bry-Air purification systems remove both organic and inorganic contaminants from the air and supply air free of contaminant gases to the controlled environment. It also reduces energy consumption because of very low-pressure drop over traditional media and aids to meet ANSI/ISA-71.04-2013 standard in data centres.
|
Model
|
Air Flow
|
ESP
|
Motor
|
Power Required
|
Total Weight
|
|
|
CMH
|
CFM
|
Pa
|
KW
|
VAC/Φ/Hz
|
Kg
|
|
|
DAP-500-2
|
850
|
500
|
250
|
0.75
|
415/3/50
|
165
|
|
DAP-500-4
|
850
|
500
|
250
|
1.12
|
415/3/50
|
180
|
|
DAP-1000-2
|
1700
|
1000
|
250
|
1.12
|
415/3/50
|
205
|
|
DAP-1000-4
|
1700
|
1000
|
250
|
1.5
|
415/3/50
|
225
|
|
DAP-1500-2
|
2550
|
1500
|
250
|
2.24
|
415/3/50
|
260
|
|
DAP-1500-4
|
2550
|
1500
|
250
|
3.73
|
415/3/50
|
290
|
|
DAP-2000-2
|
3400
|
2000
|
250
|
3.73
|
415/3/50
|
320
|
|
DAP-2000-4
|
3400
|
2000
|
250
|
3.73
|
415/3/50
|
360
|
Gas phase air filtration removes gaseous contaminants from the air that can cause corrosion and damage to sensitive electronic equipment. It helps maintain cleaner air and protect critical data center infrastructure.
An air purification system for data centers helps remove harmful gaseous and particulate contaminants that may contribute to electronic corrosion, equipment failure, and unplanned downtime.
Corrosive gas removal helps eliminate contaminants such as sulfur compounds, chlorine compounds, nitrogen oxides, and other harmful gases from the air. This reduces the risk of corrosion affecting sensitive electronic components.
HVAC air filtration involves using filtration technologies within heating, ventilation, and air-conditioning systems to remove contaminants from the air. In data centers, effective filtration can help protect equipment and maintain controlled environmental conditions.
ASHRAE data center air quality refers to recommended environmental conditions and air-quality considerations for data center facilities. Managing airborne contaminants is important for protecting electronic equipment and maintaining reliable operations.
Molecular contamination control focuses on identifying and removing gaseous contaminants that can cause corrosion or other damage to sensitive electronic equipment. Gas-phase filtration is an important approach to controlling these contaminants.
Gas phase air filtration removes or neutralizes harmful gaseous contaminants before they can interact with moisture and sensitive electronic components. This supports corrosion prevention and helps improve the reliability of data center equipment.
Yes. HVAC air filtration can be integrated with gas-phase filtration technologies to support molecular contamination control. This helps reduce corrosive gases and other airborne contaminants within data center environments.
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