Pedestals

Description

An important part of every floor system is its substructure. The pedestals create the access and service space beneath the floor. They can be produced in a variety of heights to accommodate spaces from 20 mm to 2000 mm high (0.79” to 78.7”). The Hyperline range is made in-house, from the initial design to final product. The high load-bearing capacity and great durability of the steel pedestals are the result of many years’ experience; and the unique range of possible combinations is achieved with the standard pedestal. This offers unbeatable flexibility. Our pedestals are made of high quality steel, they are precise, zinccoated, yellow chromized and adjustable. A variety of load classes are available.

There are 5 types of M-pedestals: M0, M1, M2, M3, M4. A special feature of M0-type telescopic pedestal is the supplementary male and female threaded bushing, which considerably increases the height range of this type of pedestals (37 to 75 mm (1.5” – 3”)). The use of M0-type pedestals is an optimum choice in cases of diverse surface heights on which the access floor will be mounted. Pedestals of other types differ in height (23 to 2030 mm (0.9” – 79.9”)), base type, and strength. M0-M3-type supports have M16 threaded rods, M4-type supports have M20 threaded rods.

Weight limits

Support type	Maximum off-center load, N diagram	Maximum center load, N diagram
M0	12 000	30 000
M1	13 900	30 000
M2	12 000	30 000
M3	12 000	30 000
M4	11 700	25 000

Support construction

Gasket for the pedestal The upper part of the pedestal The pedestal base

Gasket for the pedestal

Gasket with four stops

Gasket with two stops

Lower face of the gasket

Depending on the pedestal type, 4 mm (0.16”), 4.9 mm (0.19”), 5.9 mm (0.23”) or 6.75 mm (0.27”) thick, gaskets with two or four stops are used. Gaskets are made of polyethylene or polyamide with high conductivity (without PVC). The panel-side surface of the gasket is slip-proof.

The upper part of the pedestal

The base of M0-M2-type pedestal

The base of M3-M5-type pedestal

Dimensions

Support type	M0	M1	M2	M3	M4
The upper part of the pedestal	90x90x2.5 mm (3.5"x3.5"x0.1")				90x90x3.0 mm (3.5"x3.5"x0.12")
The pedestal base	75x75x1.5 mm (3"x3"x0.06")			90x90x2.5 mm (3.5"x3.5"x0.1")

Type of the pedestal with a gasket	The height of the pedestal, mm (in)	The pedestal adjustability, mm (in)
M0-REG	37 (1.5)	37-75 (1.5-3)
M1-31	31 (1.2)	23-34 (0.9-1.3)
M1-42	42 (1.7)	31-47 (1.2-1.9)
M1-52	52 (2)	38-61 (1.5-2.4)
M1-62	62 (2.4)	51-73 (2-2.9)
M1-72	72 (2.8)	58-80 (2.3-3.1)
M2-70	70 (2.75)	63-77 (2.5-3.03)
M2-80	80 (3.1)	69-90 (2.7-3.5)
M2-90	90 (3.5)	76-104 (3-4.1)
M2-100	100 (3.9)	83-117 (3.3-4.6)
M2-110	110 (4.3)	89-130 (3.5-5.1)
M2-120	120 (4.7)	69-144 (2.7-5.7)
M2-130 to M2-500 with the pitch 10	130 to 500 (5.1-19.7) with the pitch 10 (0.4), correspondingly	+/- 30 mm (1.2)
M3-90	90 (3.5)	76-104 (3-4.1)
M3-100	100 (3.9)	83-117 (3.3-4.6)
M3-150	150 (5.9)	123-177 (4.8-7)
M3-160	160 (6,3)	133-187 (5,2-7,4)
M3-200	200 (7.9)	173-227 (6.8-8.9)
M3-250	250 (9.8)	223-277 (8.8-10.9)
M3-300 to M3-800 with the pitch 100	300 to 800 (11.8-31.5) with the pitch 100 (39.4), correspondingly	+/- 27 (1.1)
M4-900 to M4-2000 with the pitch 100	900 to 2000 (35.4-78.7) with the pitch 100 (39.4), correspondingly	+/- 30 (1.2)

Reinforcement profiles

Even the standard versions of the Hyperline floor systems have great load-bearing capacities. If these are insufficient, reinforcement profiles adapted to the system can be used. The versions available here are diverse, starting with the light stringer that helps to increase lateral stability, and ending with control room profiles that, as bridging profiles, make it possible to achieve a grid of more than 610 mm (24”) or 600 mm (23.6”) with heavy loads. Another application is the construction of platforms for switch cabinets that are integrated into an access floor area. With Hyperline’s flooring systems, all the components are perfectly coordinated with one another; one example being the patented spring clip for fastening of the control room profiles.