Omega single folding case ramp
From 289,14 € (22% VAT inc.)
Ramps for wheelchair and disabled scooter. The single folding ramp is characterized by its compactness and is suitable for those who need to load / unload, both for commercial and private vehicles. Suitable for overcoming architectural barriers in public establishments.
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Description
Omega single folding case ramp
La Briefcase ramp single folding Omega is characterized by its compactness and is suitable for those who need to load / unload, both for commercial and private vehicles. It is also perfectly suitable for those who need to overcome a difference in level of private access and for overcoming architectural barriers in public establishments. Thanks to the single track, this ramp allows the accompanying person to climb to the surface in order to offer greater safety. It is available in the following models:
- 13033014 - Length 90 cm
- 13033015 - Length 120 cm
- 13033024 - Length 150 cm
- 13033037 - Length 180 cm
Standard equipment
- Aluminum frame
- Non-slip knurled surface
- They consist of a single track, to be folded lengthwise
- Internal rail height: 3,5 cm
- Practical carrying handle
Technical Data
Code | Length | Internal length | Burgundy | Weight : | Flow |
13033014 | 90 cm | 76 cm | 3,5 cm | 9 kg | 300 kg |
13033015 | 120 cm | 76 cm | 3,5 cm | 12 kg | 300 kg |
13033024 | 150 cm | 76 cm | 3,5 cm | 15 kg | 300 kg |
13033037 | 180 cm | 76 cm | 3,5 cm | 18 kg | 300 kg |
Slope
Portable ramps are the fastest and most functional solution to overcome steps, sidewalks and unevenness. The variety of models on the market allows you to range and evaluate at best
any eventuality. The terms SLOPE and LENGTH are mainly associated with the concept of Ramp. The greater the Length, the less the Slope to be faced and the less the load to be supported, both in case of user autonomy and in the event of an assistant. We leave below a very short formula for calculating the slope, also useful for identifying the most suitable ramp length based on the available spaces.
Ramp slope% = (difference in height to overcome / length) x 100
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