PEDESTALS2018-10-30T11:17:41+00:00

Pedestals

Pedestals

PEDESTALS

Weiss Doppelbodensysteme GmbH uses raised floor pedestals to level out any floor unevenness in a hollow floor, e.g. for office applications right through to customized heavy-duty pedestals.

We offer the complete range of pedestal sizes and variations. M16 and M20 pedestals are the ones most frequently used in the field of raised floor pedestals.

INSTALLATION

  • The pedestal base is bonded to the unfinished floor by means of PU glue. The underlying surface must be firm, dry and capable of carrying the designated load to ensure faultless, durable bonding. The pedestal base may be double doweled to the floor.
  • As soon as the base has been anchored firmly, the height of the pedestal can be finely adjusted and then locked mechanically by means of a locking nut.
  • The range of adjustment is usually between 25 mm and 2,000 mm. Special heights may be supplied for specific applications. The maximum height implemented so far amounts to 5,000 mm.
  • Our pedestals are characterized by precision engineering, high load carrying capacity and well-thought-out details that make the assembly fitter’s life easier.

Weiss Doppelbodensysteme GmbH opts for fast delivery times and competitive prices complete the overall picture.

MODELLE

BezeichnungVerstellbereich in mmGewicht ca.
Typ BS 125-370,30 kg
Typ BS 235-480,32 kg
Typ BS 345-710,39 kg
Typ BS 463-940,40 kg
Typ BS 580-1300,44 kg
Typ BS 6120-2000,51 kg
Typ BS 7170-2900,62 kg
Typ BS 8280-4000,75 kg
Typ BS 9425-4850,85 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 9 CS92 – 1350,50 kg
Typ 10 CS140 – 2000,64 kg
Typ 11 CS175 – 2350,69 kg
Typ 12 CS225 – 2850,74 kg
Typ 13 CS275 – 3350,79 kg
Typ 14 CS325 – 3850,84 kg
Typ 15 CS375 – 4350,89 kg
Typ 16 CS425 – 4850,94 kg
Typ 17 CS475 – 5350,98 kg
Typ 18 CS525 – 5851,03 kg
Typ 19 CS575 – 6351,08 kg
Typ 20 CS625 – 6851,13 kg
Typ 21 CS675 – 7351,18 kg
Typ 22 CS725 – 7851,23 kg
Typ 23 CS775 – 8351,27 kg
Typ 24 CS825 – 8851,32 kg
Typ 25 CS875 – 9351,37 kg
Typ 26 CS925 – 9851,42 kg
Typ 27 CS975 – 10351,47 kg
Typ 28 CS1025 – 10851,51 kg
Typ 29 CS1075 – 11351,56 kg
Typ 30 CS1125 – 11851,61 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 20 DS625 – 6851,68 kg
Typ 21 DS675 – 7351,77 kg
Typ 22 DS725 – 7851,87 kg
Typ 23 DS775 – 8351,96 kg
Typ 24 DS825 – 8852,05 kg
Typ 25 DS875 – 9352,15 kg
Typ 26 DS925 – 9852,24 kg
Typ 27 DS975 – 10352,34 kg
Typ 28 DS1025 – 10852,43 kg
Typ 29 DS1075 – 11352,52 kg
Typ 30 DS1125 – 11852,62 kg
Typ 31 DS1175 – 12352,71 kg
Typ 32 DS1225 – 12852,81 kg
Typ 33 DS1275 – 13352,90 kg
Typ 34 DS1325 – 13853,00 kg
Typ 35 DS1375 – 14353,09 kg
Typ 36 DS1425 – 14853,18 kg
Typ 37 DS1475 – 15353,28 kg
Typ 38 DS1525 – 15853,37 kg
Typ 39 DS1575 – 16353,47 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 27 CW65 – 850,50 kg
Typ 9 CW90 – 1250,55 kg
Typ 10 CW140 – 2000,60 kg
Typ 11 CW175 – 2350,71 kg
Typ 12 CW225 – 2850,76 kg
Typ 13 CW275 – 3350,81 kg
Typ 14 CW325 – 3850,86 kg
Typ 15 CW375 – 4350,90 kg
Typ 16 CW425 – 4850,95 kg
Typ 17 CW475 – 5351,00 kg
Typ 18 CW525 – 5851,05 kg
Typ 19 CW575 – 6351,10 kg
Typ 20 CW625 – 6851,14 kg
Typ 21 CW675 – 7351,19 kg
Typ 22 CW725 – 7851,24 kg
Typ 23 CW775 – 8351,29 kg
Typ 24 CW825 – 8851,34 kg
Typ 25 CW875 – 9351,39 kg
Typ 26 CW935 – 9851,43 kg
Typ 27 CW975 – 10351,48 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 20 DW625 – 6851,69 kg
Typ 21 DW675 – 7351,79 kg
Typ 22 DW725 – 7851,88 kg
Typ 23 DW775 – 8351,97 kg
Typ 24 DW825 – 8852,07 kg
Typ 25 DW875 – 9352,16 kg
Typ 26 DW925 – 9852,26 kg
Typ 27 DW975 – 10352,35 kg
Typ 28 DW1025 – 10852,45 kg
Typ 29 DW1075 – 11352,54 kg
Typ 30 DW1125 – 11852,64 kg
Typ 31 DW1175 – 12352,73 kg
Typ 32 DW1225 – 12852,82 kg
Typ 33 DW1275 – 13352,92 kg
Typ 34 DW1325 – 13853,01 kg
Typ 35 DW1375 – 14353,11 kg
Typ 36 DW1425 – 14853,20 kg
Typ 37 DW1475 – 15353,29 kg
Typ 38 DW1525 – 15853,39 kg
Typ 39 DW1575 – 16353,48 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 7 CF65 – 850,70 kg
Typ 9 CF90 – 1250,75 kg
Typ 10 CF140 – 2000,80 kg
Typ 11 CF175 – 2350,93 kg
Typ 12 CF225 – 2850,98 kg
Typ 13 CF275 – 3351,03 kg
Typ 14 CF325 – 3851,08 kg
Typ 15 CF375 – 4351,12 kg
Typ 16 CF425 – 4851,17 kg
Typ 17 CF475 – 5351,22 kg
Typ 18 CF525 – 5851,27 kg
Typ 19 CF575 – 6351,32 kg
Typ 20 CF625 – 6851,36 kg
Typ 21 CF675 – 7351,41 kg
Typ 22 CF725 – 7851,46 kg
Typ 23 CF775 – 8351,51 kg
Typ 24 CF825 – 8851,56 kg
Typ 25 CF875 – 9351,61 kg
Typ 26 CF935 – 9851,65 kg
Typ 27 CF975 – 10351,70 kg
BezeichnungVerstellbereich in mmGewicht ca.
Typ 20 DF625 – 6851,91 kg
Typ 21 DF675 – 7352,01 kg
Typ 22 DF725 – 7852,10 kg
Typ 23 DF775 – 8352,19 kg
Typ 24 DF825 – 8852,29 kg
Typ 25 DF875 – 9352,38 kg
Typ 26 DF925 – 9852,48 kg
Typ 27 DF975 – 10352,57 kg
Typ 28 DF1025 – 10852,67 kg
Typ 29 DF1075 – 11352,76 kg
Typ 30 DF1125 – 11852,85 kg
Typ 31 DF1175 – 12352,95 kg
Typ 32 DF1225 – 12853,04 kg
Typ 33 DF1275 – 13353,12 kg
Typ 34 DF1325 – 13853,23 kg
Typ 35 DF1375 – 14353,33 kg
Typ 36 DF1425 – 14853,42 kg
Typ 37 DF1475 – 15353,51 kg
Typ 38 DF1525 – 15853,61 kg
Typ 39 DF1575 – 16353,70 kg

PEDESTALS with stringers

Pedestals with stringers have steel cross braces, which are fitted into the prop heads of the underfloor construction and can also be bolted there.

The raised floor panels then rest on the sound-deadening pedestal pads and on the side faces. This improves the horizontal rigidity of the complete underfloor construction, thereby increasing the load carrying capacity.

We recommend that stringers should be used to reinforce the substructure as a matter of principle for floor heights of 500 mm or more.

We offer various stringers to suit the respective system floor design.

  • Lightweight stringers
  • Flanged stringers (reinforced)
  • Tubular stringers (heavy duty)

PEDESTALS with C-Profile

Also known as switchgear station floors, raised floor systems with C-profiles are used in rooms with electrical controlgear and switchgear, such as server rooms, control rooms and in areas requiring higher load carrying capacity.

The substructure comprises steel pedestals with height adjustment facility, which can be set to exactly the right height. The substructure remains secure, even under heavy loads.

The transition from framework to walking area is on a level thanks to the connection of two different C-profiles.

This means that switchgear cabinets and other heavy items of equipment, such as transformers, UPS systems, battery cabinets and air conditioning units can be positioned on the C-profile framework directly.

This type of structure does not require any welding.

The bolted connection is permanently secured by means of hammer-head screws and it can be dismantled and used again several times without any detrimental effects on quality.

One of the major advantages of this type of construction is that it can be implemented quickly and the entire cross-section of the space under the switchgear cabinet is available for leading in cables.

Apart from this, the structure maintains its stability, even if the floor panels are open.

Contact Info

Bänglesacker 6+9

Phone: (0) 7171 / 976 01 – 0

Fax: (0) 7171 / 976 01 – 8

Web: weiss-dbs.de