Order no.: 115004
Scaling ladder connecting section DIN EN 1147
Price on demand
Specifications
Outer width
466 mm
Ladder feet
Ladder shoe
Depth of side-rails
74 mm
Width of side-rails
35 mm
Max. load capacity
300 kg
Persons max.
2
Material
Aluminium
Transport dimensions
494 x 566 x 192 mm, 3 kg
Business division
MUNK Rettungstechnik
Order no.
115004
Information
- Scaling ladder connecting section made of aluminium
- Suitable for scaling ladders made of aluminium and wood
- For creating a double-sided ladder or a provisional hose conveyance
- Secure push-fit connections with spring-loaded locking pin
- Surface of the platform made of aluminium chequered plate, approx. 310 x 260 mm
- With integrated eye for attaching a snap hook or shackle
- Corrosion-resistant fixtures made of galvanised steel
- Non-slip and replaceable ladder shoes
- Permissible load: 300 kg
- Corporate certification: ISO 9001
- Corporate certification: ISO 14001
- Corporate certification: EN 1090
- Corporate certification: EcoVadis
- RoHS
- REACH
- The MUNK Group complies with a Code of Conduct
- The Supply Chain Act does not apply due to our size
- The materials used are listed in the technical specification
- Resource-saving production: own photovoltaic systems
- Energy-efficient consumption during production: LED lighting
- Repairability, durability and quality: 15-year warranty on series products made in Germany
- Recyclability: Our products are mostly made of aluminium, steel or wood and can be fed directly into the recycling process.
- Socially acceptable working conditions in production: fair wages, gender equality
- Economical and recyclable packaging: no use of polystyrene, predominantly use of wood and cardboard, small amounts of plastic
- No health hazards for the users
Product video
Technical changes and price changes reserved. Dimensions and weights are approximate values. Liability for errors and mistakes excluded. Illustrations similar, some illustrations show special equipment. Preview images are representative of a product family and may therefore differ visually from the actual product you are looking for, e.g. in terms of number of steps or material.
