Graepel stairway steps provide safe access to the towers of wind power plants with elevated entrance.
Graepel stairway steps provide safe access to the towers of wind power plants with elevated entrance.
Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.
Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.
This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel.
This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel.
working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum
working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum
Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.
Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.
This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel.
This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel.
working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum Graepel stairway steps provide safe access to the towers of wind power plants with elevated entrance.
working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum Graepel stairway steps provide safe access to the towers of wind power plants with elevated entrance.

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Wind Power Plants - Tower Construction

Entrance Stairway for Wind Power Plants

Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.
Underfoot safety in all weathers is provided by stairway steps of perforation type Graepel Round S with perforated stepping edge, hot-dip galvanized steel.

Often, already for reaching the entrance door, a stairway is necessary. Graepel offers spiral stairways of anti-skid, hot-dip galvanized safety gratings meeting static requirements. On request, the strings and railings can be painted.

Restings Platforms in the Towers

This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel
This resting platform on the emergency ladder in towers of wind power plants is supplied fully assembled. Type: Graepel Stabil S, hot-dip galvanized steel

The ascent for regular checks and inspections is usually provided by an elevator. If the elevator is out of service, an additional emergency ladder ensures the availability of being able to ascend the tower in either case. Resting platforms next to the ladder in regular intervals are legally required. We have developed a solution for resting platforms of perforation type Graepel Stabil S and other perforations with the necessary complementary components.

Platforms in the Towers

working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum
working platform for towers of wind power plants: walking surface of metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum

Depending on the tower design, various space-filling platforms are necessary. They hold the guideway of the elevator and cables and serve as a surface for resting and mounting the segments. We offer solutions in a variety of diameters consisting of a hot-dip galvanized steel substructure which is floored with metal profile gratings of perforation type Graepel Anti-Skid Cone, aluminum.

Your contact
in North America:
Mr. Kraemer

+1 402 408-4182
office(at)graepel-na.com

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