Protector Guardrail · D228.TB · 90° · 50×50×5
T-Base 1000
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Interactive 3D model of T-Base 1000 · 90° upward · 50×50×5 stacked ballast tiles. Rotate with the arrow keys, zoom with the plus and minus keys, and press Escape to clear the selected part. The parts list on this page names every component and can select, isolate or hide it without the model.
drawing code
D228.TB.1500.1000.NB
d228-tb-1500-1000-50-50-05-d-90
Also listed as pg-1500t-1000-90-50x50x5stacked — the retired legacy slug for this configuration.
parts
54
assembly mass
236.4kg
enquiries
enquire about this configurationdownloads — no account needed
documents
- T-Base 1000 overviewPDF · 192 KB
- T-Base 1000 — technical drawingPDF · 941 KB
- T-Base 1000 12 m — technical drawingPDF · 454 KB
3 declarations of performance set out the wind and imposed-load values for each ballast configuration, alongside the installation manual and the shared technical drawings.
specs
- drawing series
- T-Base 1000 (90° upward)
- module pitch
- 1500 mm
- post spacing
- 1000 mm
- angle
- 90°
- base type
- T-Base
- ballast tiles
- 50×50×5
- stacked
- yes
- parts
- 54
- 9aluminium
- 8concrete
- 11plastic
- 26steel
T-Base 1000 configuration with a 90° upright on 1000 mm post centres, ballasted on 50×50×5 tiles, stacked. One module weighs 236.4 kg and covers 1500 mm of edge — 157.6 kg per metre to carry up and lay out. Among the 8 configurations in this family it sits 7th by mass, between 122.1 and 236.4 kg; 8 ballast tiles are 228.2 kg of that, 97% of the assembly, lifted 28.5 kg at a time.
ballast and loading
Derived from this configuration's bill of materials — tile count and part mass as the payload states them, nothing assumed.
- ballast tilesD228.BT.50.50.05
- 8 × 50×50×5
- mass per tilehandled one tile at a time
- 28.5 kg
- ballast mass97% of assembly mass
- 228.2 kg
- assembly mass
- 236.4 kg
- mass per metre of edgeone 1500 mm module
- 157.6 kg/m
Bearing pressure is not published here: it needs the contact area of the feet and a load case, and the published data carries neither. Take the figures above to your structural engineer.
the 90° in this name
90° is the angle the stanchion stands at, measured from the roof surface — the catalogue writes it as “90° upward”. 90° stands the stanchion square to the roof; 70° sets the same stanchion 20° off square. That is the whole difference between this configuration and the 70° version: the two carry the same parts in the same quantities, and the same assembly mass.
Which angle to specify depends on the roof and the load case, and this catalogue does not publish that — see 70° and 90° explained, the declarations of performance on documents, or ask us.
what this option costs
stacked ballast
This configuration carries 8 tiles where the unstacked T-Base 1000 · 90° upward · 50×50×5 ballast tiles carries 4 — 114.3 kg more per module to lift onto the roof, for the same guardrail.
otherT-Base 1000 configurations
8 configurations share this family — grouped by ballast tile size.
50×50×5 stacked
talk to us about this configuration
Every drawing, part and figure on this site is published openly — no account, no gated download. Ask us about lead times, quantities for a run of edge, or anything the catalogue does not answer.
designed to protect, built to last