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Air Flow Steel Raised Floor

Air flow steel raised access floors are one of the most essential parts of a raised floor system in the data center, computer room, and other equipment rooms. Distributed air leakage usually represents a large percentage of the total airflow into the raised floor plenum, which means this not only wastes cooling but also more power required to cool equipment.
It is mainly used in high grade clean workshop, dust-free room, semiconductor, microelectronics chip, communication equipment, biochemical factory and other clean environment, dust proof, anti-static, pipeline laying centralized all kinds of data center room with down air supply device and other places.

Brand:
TEROU & TONGLU
Code:
73089000
Dimension:
600*600


Availability:



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Product Description

Product Description

Air Flow Steel Raised Floor — TEROU Raised Floor Factory

Specifications of Perforated raised floor - Air Flow Panel

Perforated raised floor - Air Flow Panel
Type	International Standard	Size (mm)	Concentrated Load (N)	Uniform Load (N)	Ultimate Load (N)	Deflection (mm)
TLSP-8001	FS440	600*600mm 35-55mm thickness	1960	9720	5880	≤2
TLSP-8002	FS662		2950	12500	8850	≤2
TLSP-8003	FS800		3550	16100	11250	≤2
TLSP-8004	FS1000		4450	23000	13350	≤2
TLSP-8005	FS1250		5560	33000	16680	≤2
TLSP-8006	FS1500		6675	34500	19892	≤2
TLSP-8007	FS2000		8890	44450	29420	≤2
TLSP-8008	FS2500		11110	57790	37340	≤2
TLSP-8009	FS3000		13630	68150	49890	≤2
1. Ventilation Rate available: 0%, 17%, 20%, 22%, 25%, 29%, 35%, 46%, 50%, 55%, 70% etc. 2. Customization is available. 3. Corner lock hole type is available. 4. Epoxy coating. 5. HPL, PVC, SUS304 covering.

A tests are performed using CISCA's Recommend Test Procedures for Access Floors with the exception of Design Load

Specifications of Air Flow Steel Raised Floor

Specifications of Perforated raised floor - Air Flow Panel.pdf

Air Flow Panel Open Rate Options

Open rate 17%

steel perforated panel

Grating Type

Open rate 20%

steel perforated panel

Tube Welding Type

Open rate 22%

steel perforated panel

Tube Welding Type

Open rate 25%

steel perforated panel

Open rate 29%

steel perforated panel

Tube Welding Type

Open rate 35%

steel perforated panel

Open rate 46

steel perforated panel

Grating Type

Open rate 50%

steel perforated panel

Grating Type

Open rate 55%

steel perforated panel

Grating Type

Open rate 70%

steel perforated panel

Grating Type

ADVANTAGES

● Improved Airflow Management: Air flow raised access flooring allows for effective and controlled airflow management within the data center. The perforations or airflow grates in the panels facilitate the proper distribution of cool air from the HVAC system to the equipment racks, ensuring efficient cooling and preventing hot spots.

● Enhanced Cooling Efficiency: The raised floor design creates an underfloor plenum, providing space for airflow and housing air distribution systems. This setup enables targeted cooling, directing cool air precisely where it is needed, optimizing cooling efficiency, and reducing energy consumption.

● Flexibility and Scalability: Air flow raised access flooring is modular and can be easily reconfigured or expanded to accommodate changes in the data center layout or equipment requirements. It allows for flexibility in arranging the data center space and adapting to future growth and technological advancements.

● Cable Management: The raised floor system conceals and organizes cables, improving cable management. It allows for routing power and data cables neatly beneath the floor, minimizing cable clutter and facilitating easier maintenance and upgrades.

● Reduced Downtime: With proper air flow management and easier maintenance access, the data center can experience reduced downtime during equipment installations, repairs, or upgrades, as these tasks can be performed efficiently and without impacting the live equipment.

● Contamination Control: The raised floor system with airflow management helps control dust and particulate contamination by directing airflow and minimizing the accumulation of airborne particles, thus improving the overall cleanliness and reliability of the data center environment.