You can easily find the raised floor system in data centers, computer rooms, offices, and other rooms with anti-static requests. The pedestal is an essential component of the raised floor system; you can also easily find them in those rooms. Pedestals provide the space between the floor and the ground. Usually, the height is from 80mm to 2000mm. There are many types of pedestals. Here, we will introduce you to the three typical types of pedestals.
Rod type pedestal
The rod type pedestal is mainly for a bare finish steel cement raised floor system, consisting of a vertical rod that can be height adjusted to support the above flooring panels. They typically have a base plate on the subfloor and a top plate for securing the floor panel. There are cross head pedestals and flat head pedestals; galvanizing color can be white or yellow.
Tube type pedestal
Tube pedestals, the most common for raised floor systems, are typically cylindrical or tubular. This design provides strength and stability, making them ideal for supporting the weight of the raised floor. Tube type pedestals are always used with stringers to create the below space for wiring or air cooling.
The support tube of the tube type pedestals mainly has round shrink tube, round straight tube and square straight tube, of which the most popular is the shrink tube pedestal. The shrink tube pedestal is more stable, but others can be cut to adjust the extensive range of height at the site. The head can be round or square to match the raised floor of steel cement or calcium sulphate and the raised floor of the wood core.
Heavy-duty pedestal
Heavy-duty pedestal is one kind of tube-type pedestal, but it has a stronger tube and base plate. So, the heavy-duty pedestal can handle heavier loads than standard models, often supporting weights ranging from 1,500 to over 3,000 pounds per square foot, depending on the specific design and material. Besides, when the demand height exceeds 600mm, you should also consider the heavy-duty pedestal.
The choice of pedestal type depends on factors such as the load requirements, subfloor conditions, installation constraints, and the specific application. It’s essential to consult with manufacturers or industry experts to select the most appropriate pedestal system for your project.
