Class A 15
walkways, cycling paths, green areas
Laying Direction
The laying direction of the channel is always opposite to the direction of flow and starts at the ground pipe joint. If elements are laid in two directions it is necessary to join two counterfacing elements. To avoid a gap remove the profile rebate with an angle grinder or use end pieces. When laying, it must generally be ensured that the individual channel elements are installed vertically and are not pushed together!
flow direction = blue arrows, laying direction = black arrows
Basic Principles When Laying Drainage Channels
- The type of drainage channel to be laid depends on the installation location, corresponding traffic loads, and the planned top course. Installation locations are organized in classes A 15 to F 900 by EN 1433. From class C 250 onwards all gratings must be anchored to ensure traffic safety. The foundation of the drainage channel must be suitable to bear the traffic load.
- Due to height regulation reasons, it is recommended to lay concrete body channel on earth moist concrete.
- Horizontal loads arising from traffic or thermal behavior of the surface layer must be transferred by means of sufficiently dimensioned concrete encasement of the channel sections and by expansion joints running longitudinally to the channel, especially in the case of adjoining concrete surfaces. The laying direction of the channel is always opposite to the direction of flow and starts at the ground pipe joint.
- Subsequent surfaces must be executed to be approx. 3 to 5 mm higher than the top edge of the grating or edge protection taking setting and compression into account. Undermining and washing out of decking and channels must be prevented by suitable measures.
- Where extreme horizontal forces are expected at right angles to the channel, e.g. on railway crossings, ramps or highways, the drainage channels should be secured laterally with reinforced decking concrete.
Load Classes to EN 1433
Class B 125
pedestrian zones, car parking spaces
Class C 250
kerb areas, emergency lanes, car parking spaces
Class D 400
road surfaces, pedestrian streets
Class E 600
industry, military, high wheel loads
Class F 900
airport surfaces, docks, very high wheel loads
Concrete Encasement to EN 1433
Type I
A drainage channel type I does not require a concrete encasement for bearing the loads. Foundations are only required to discharge the exerted vertical and horizontal forces.
Type M
A drainage channel type M requires a foundation and encasement of concrete that can discharge occurring vertical and horizontal loads into the foundation after installation.
Options for Underground Pipe Connections
Element
with vertical outlet
Feed box
incl. Dirt catcher
HYDROblock F 900
Asphalt / Paving
Type I
more information
- 1. Asphalt
- 2. Binder course
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
- 6. Installation support
- 7. Paving
| x (according to calculation) | |
|---|---|
| D 400 | 15 cm concrete C25/30 |
| E 600 / F 900 | 20 cm concrete C25/30 |
| z (according to calculation) | |
|---|---|
| D 400 | 20 cm concrete C25/30 |
| E 600 / F 900 | 25 cm concrete C25/30 |
HYDROline F 900
Roadway concrete / Paving
Type I
more information
- 1. Paving
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
- 6. Expansion joint
- 7. Roadway concrete
| z (according to calculation) | |
|---|---|
| C 250 | 15 cm concrete C25/30 |
| D 400 | 20 cm concrete C25/30 |
| E 600 / F 900 | 25 cm concrete C25/30 |
HYDROline PRO F 900
Mastic asphalt
Type I
more information
- 1. Liquid sealing
- 2. Mastic asphalt
- 3. Stone concrete floor lab
- 4. Asphalt sheeting (5 mm)
- 5. 2-K epoxy based glues
Concrete according to calculation of the respective load class.
TOP / MAXI A 15 - F 900
Asphalt
Type M
more information
- 1. Asphalt
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
| x y z (according to calculation) | |
|---|---|
| A 15 | 10 cm concrete C25/30 |
| B 125 / C 250 | 15 cm concrete C25/30 |
| D 400* | 20 cm concrete C25/30 |
| E 600 / F 900* | 25 cm concrete C25/30 |
*Not suitable for cross drainage on high-frequenzy ranges!
TOP / MAXI A 15 - F 900
Roadway concrete
Type M
more information
- 1. Roadway concrete
- 2. Load bearing substructure
- 3. Frost-proofload bearing substructure
- 4. Concrete
- 5. Expansion joint
| x z (according to calculation) | |
|---|---|
| A 15 | 10 cm concrete C25/30 |
| B 125 / C 250 | 15 cm concrete C25/30 |
| D 400* | 20 cm concrete C25/30 |
| E 600 / F 900* | 25 cm concrete C25/30 |
*Not suitable for cross drainage on high-frequenzy ranges!
TOP / MAXI A 15 - C 250
Paving
Type M
more information
- 1. Paving
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
| x y z (according to calculation) | |
|---|---|
| A 15 | 10 cm concrete C25/30 |
| B 125 / C 250 | 15 cm concrete C25/30 |
TOP / MAXI D 400 - F 900
Paving
Type M
more information
- 1. Paving
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
| x y z (according to calculation) | |
|---|---|
| D 400 | 20 cm concrete C25/30 |
| E 600 / F 900 | 25 cm concrete C25/30 |
The paving must be installed in such a way that dynamic shear forces do not affect the channel sides. This is achieved by a non-positive bond between the paving.
TOP / MAXI A 15 - C 250
Stretcher, kerb
Type M
more information
- 1. Paving
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
| y z (according to calculation) | |
|---|---|
| A 15 | 10 cm concrete C25/30 |
| B 125 / C 250 | 15 cm concrete C25/30 |
MINI A 15 - C 250
Paving
Type I
more information
- 1. Paving
- 2. Paving (grouting)
- 3. Load bearing substructure
- 4. Concrete
- 5. Frost-proofload bearing substructure
| z (according to calculation) | |
|---|---|
| A 15 | 10 cm concrete C25/30 |
| B 125 / C 250 | 15 cm concrete C25/30 |
