two-level horizontal bars Momo
Product information
two-level horizontal bars Momo
two-level horizontal bars Momo
Material | softwood pressure-impregnated |
---|---|
Scope of delivery |
4x post: softwood 2x horizontal bar: stainless steel post shoes: galvanised steel |
Minimal space | 5,34x3,05x3,12 m |
Playvalues | |
Age | |
Ex works | no |
Material | softwood pressure-impregnated |
---|---|
Minimal space | 5,34x3,05x3,12 m |
Fall protection netto | 14,5 m² |
Freefall height | 132 cm |
Foundation level | depth 700 |
Foundation | 3x CF |
Soil quality | at least sand |
Catalogue index | climbo climbing unit |
Tender text
?: Double horizontal bars Momo SW pi, FL 3 standard
Recommended age group: from 3 years
Scope of delivery: 4x post: softwood
2x horizontal bar: stainless steel
post shoes: galvanised steel
Minimum space: 5,34x3,05x3,12 m
Free falling height: 132 cm
Assembly: 2 persons/2,5 h
Ground constitution: at least lawn
Foundations: 3x CF
Impact protection net: 14,5 m²
Certificate: Z2_010651_0521_Rev00
?: -
Article no.: -
Description: two-level horizontal bars Momo
CO2 emissions of the product
317,2 kg
Share of renewable raw materials
0.56%
Share of recycled material
0.41%
Weighted emission factor of the product
**
<2
2-3
2,6 kg CO₂e/kg
>3
Disclaimer
The present dashboard for the Circularity Index of the "Circular Product" certification was automatically generated and is based on the corresponding certification of eibe Produktion + Vertrieb GmbH & Co KG, Industriestraße 1, 97285 Röttingen, which was issued on May 16, 2024, using the example product Play System Albion from the eibe unique® product series by the Gesellschaft für Klimaschutz München GmbH (GKM GmbH). Responsibility for the accuracy of the content lies with eibe Produktion + Vertrieb GmbH & Co KG. The basis for awarding the private-sector "Circular Product" certification by GKM GmbH can be viewed at gesellschaft-klimaschutz.de/zertifizierung/zirkularitaet/.
** The CO2e emissions of the materials used in the product are taken into account. The emissions that arise during the production process are allocated to the product on a pro-rata basis.