Perforated Raised Floor Panels

Available with high pressure laminate surface covering to match full panels.

Perforated raised floor panels. Perforated raised access floor panels come with or without dampers to control air flow. All steel perforated access floor perforated air flow floor panels tiles. Load ratings are equal to full panels. Perforated floor tiles are placed beneath computer systems to channel cool air directly into them.

In turn the computing equipment is designed to draw conditioned air from below into the room. Top and bottom plates have punched air holes plastering all kinds of anti static hpl or vinyl tile. The perforated panels are interchangeable with laminated concore all steel and woodcore panels in a stringered system. Perforated raised floors are one of the most essential parts of a raised floor system in the data center computer room and other equipment rooms.

Perforated panel a 24 x 24 raised access floor panel specially constructed to allow for air flow distribution from under the raised access floor. Then an air conditioning unit draws the air from the room cools it and forces it back beneath the perforated tiles of the raised floor thus. Distributed air leakage usually represents a large percentage of the total airflow into the raised floor plenum which. Gamaflor perforated raised floor panels are designed to meet the technical room static and rolling loads requirements as well as data centers they are designed to ensure a continuous flow of air from the raised access floor plenum in order to improve the optimal room equipment cooling management thanks to hot cold aisle technology.

The perforated panels can be equipped with air dampers made by two steel sheets that can be galvanised or epoxy powder painted with chamfered holes and a manual mechanical recording device. Available with or without a damper for regulating air flow. Tate s perforated panel delivers airflow in a vertical plume and is a cost effective airflow panel for use in contained aisles. This device will be applied to the reticular structure in order to guarantee its stability without interfering with the damper s operating.