Roof terrace assembly C.6: Unbonded installation over TROBA-PLUS 8G fixed in place with thin-bed mortar spots

Assemblies C: Roof terraces

Unbonded installation over TROBA-PLUS 8G with TROBA-STELZ-DR

Schlüter-Systems roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G on thin-bed mortar spots with TROBA-STELZ-DR © Schlueter-Systems

In this type of construction, the high-impact area drainage 
Schlüter-TROBA-PLUS 8G forms the support layer for self-supporting pavers and guarantees the quick drainage of seepage entering through the open joints between the pavers. 

Schlüter-TROBA-STELZ-DR are used as casting mould rings to create evenly spaced support points of thin-bed mortar for the self-supporting pavers.

Note: 
The casting mould rings TROBA-STELZ-DR can be removed after the installation of the thin-bed mortar and reused in other applications.

Roof terrace assembly C.6: Unbonded installation over TROBA-PLUS 8G fixed in place with thin-bed mortar spots

Schlüter-Systems section drawing of roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G on thin-bed mortar spots with TROBA-STELZ-DR © Schlueter-Systems
Section drawing of roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G on thin-bed mortar spots with TROBA-STELZ-DR
  1. Cantilevered concrete slab
  2. Sloped screed
    An adequate slope (1.5–2%) is required for drainage to ensure that the structure
    is functional
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
    Thickness according to requirements
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
    High-impact drainage membrane as the support layer for self-supporting pavers and for reliable and effective drainage of seepage entering through the open joints between the pavers.
    Make sure drainage is possible!
  7. Schlüter-TROBA-STELZ-DR
    Formwork rings for thin-bed mortar
  8. Large format, self-supporting pavers
    Concrete pavers, natural stone or ceramic elements

Edge detail 1

Schlüter-Systems section drawing of edge detail 1 for roof terrace assembly C.6 Unbonded installation over Schlüter-TROBA-PLUS 8G © Schlueter-Systems
Section drawing of edge detail 1 for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-BARA-RKLT
    Keep drainage opening slots clear
  10. Schlüter-BARIN
  11. Schlüter-BARA-RT
  12. Edge plank

Edge detail 2

Schlüter-Systems section drawing of edge detail 2 for roof terrace assembly C.6 Unbonded installation over Schlüter-TROBA-PLUS 8G © Schlueter-Systems
Section drawing of edge detail 2 for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-BARA-RT
    Make sure drainage is possible!
  10. Schlüter-BARA-RTK
  11. Schlüter-BARIN
  12. Edge plank

Edge detail 3

Schlüter-Systems section drawing of edge detail 3 for roof terrace assembly C.6 Unbonded installation over Schlüter-TROBA-PLUS 8G © Schlueter-Systems
Section drawing of edge detail 3 for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-BARA-RK
    Make sure drainage is possible!
  10. Schlüter-BARA-RTK
  11. Schlüter-BARIN
  12. Schlüter-BARA-RT
  13. Edge plank

Edge detail 4

Schlüter-Systems section drawing of edge detail 4 for roof terrace assembly C.6 Unbonded installation over Schlüter-TROBA-PLUS 8G © Schlueter-Systems
Section drawing of edge detail 4 for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-BARA-RWL
    Keep drainage opening slots clear
  10. Schlüter-BARA-RTK
  11. Schlüter-BARIN
  12. Schlüter-BARA-RT
  13. Edge plank

Wall connection detail

Schlüter-Systems section drawing of the wall connection detail for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G © Schlueter-Systems
Section drawing of the wall connection detail for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-KERDI

Door transition

Schlüter-Systems section drawing of the door transition for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G © Schlueter-Systems
Section drawing of the door transition for roof terrace assembly C.6 Unbonded installation over TROBA-PLUS 8G
  1. Concrete slab
  2. Sloped screed (1.5–2%)
  3. Vapour barrier acc. to DIN 18531
  4. Insulation
  5. Structural waterproofing acc. to DIN 18531
  6. Schlüter-TROBA-PLUS 8G
  7. Schlüter-TROBA-STELZ-DR
  8. Large format, self-supporting pavers
  9. Schlüter-TROBA-LINE-TL

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