Compact aluminium Ramps

Transcription

1 Compact aluminium Ramps for small and medium loads Your advantage l mooth transition from the sill to the ramp l Maximum grip with anti-sliphole edge profile l Wave shape guarantees smooth movement l Durable corrosion-resistant aluminium alloy l ight design for small and medium loads l Prevents slipping l TÜV tested afety l The maximum permissible ramp incline is 30% = 16.5 l The ramps must be secured on the load surface l Ramps must be used in pairs l The ramps may not be used in a horizontal position l Only go up the ramp under the supervision of a second person l The ramps may only be used to load and unload braked motor vehicles l Avoid driving or braking on the ramp quickly, as this puts an additional load on the ramps l Make sure to observe the other safety instructions in the instruction manual Contents 1 locking screw per ramp with end to end thread and nut. The screw prevents slipping in the gap between the wall and the base. Calculation of ramp length = ramp length (mm) H = oading height (mm) C = Gradient (%) H = x 100 C max. 30% = 16,5 Example: tep measure/calculate The measured load height H is 400 mm. The max. permissible ramp gradient C of 30% is used. Formula: = 400 x Result: 1333 mm = ramp length min. tep 2: elect ramp in the table According to the table, is the selected ramp designed for a load height of 400 mm (load height min. max. H mm) According to the table, is the load capacity sufficient? 281

2 B Compact aluminium Ramps for small and medium loads Ramps curved Part No. Type ength mm B mm Height mm oading height H mm min. max oad capacity for distance between axles Weight kg /1500/ kg 330 kg 400 kg 400 kg 6, /2000/ kg 330 kg 400 kg 400 kg 10,2 282 Ramps straight Part No. Type ength mm B mm Height mm opie- pie- und und Weitergaberechte, Weitergaberechte, bei bei uns. uns. chutzvermerk chutzvermerk nach nach DIN DIN IO IO beachten beachten Alle Alle Rechte Rechte bei A-KO, bei A-KO, auch auch für chutzrechtsanmeldungen. für chutzrechtsanmeldungen. Alle Alle Verfügungbefugnisse, Verfügungbefugnisse, wie wie Kopie- Kopie- und und Weitergaberechte, Weitergaberechte, bei bei uns. uns. oading height H mm min. max Vers. Rev Änderungstext Oberfläche Zul. Abweichung Vers. nach Rev Änderungstext nach Werkstoff Norm Halbzeug No Oberfläche EN IO 1302 Zul. DIN Abweichung IO 2768 m Werkstoff - Norm - Halbzeug - -No nach nach Vers. EN IO Rev 1302 Änd.-Nr. DIN Datum IO 2768 mname - Gewicht - - KG Bearb. -Name: BIINGER - Vers. Rev Änd.-Nr. Datum Name Gewicht Benennung Bearb. Name: BIINGER Urspr. - Urspr. - B B oad capacity for distance between axles /1500/ kg 330 kg 400 kg 400 kg 6, /2000/ kg 330 kg 400 kg 400 kg 10, /2000/ kg 750 kg 800 kg 1000 kg 19, /2500/ kg 750 kg 800 kg 1000 kg 26,4 Benennung Alois Kober GmbH D Kötz Ers. f. -Alois Kober GmbH D Kötz Ers. f. - Weight kg - KG AUFFAHRRAMPE GEBO AUFFAHRRAMPE - GEBO Materialnr. - AUFFAHRRAM Materialnr. Maßstab AUFFAHRRA 1:20 Bl.-Nr. 1 Maßstab 1:20 Ers. d. - Ers. d. - Bl.-Nr.

3 Professional aluminium ramps for heavy loads Your advantage l All ramps are CE and G tested and certified. Many applications only require the use of a single ramp, not a pair of ramps (e.g. transporting motorcycles). For this reason A-KO delivers individual ramps and provides you with an excellent cost/quality ratio. l Not all aluminium is created equal! A-KO is committed to a combination of alloys : 6005 has outstanding weldability and optimal corrosion protection, while aluminium 6082 provides A-KO ramps with their excellent durability: this alloy guarantees the greatest durability of all 6000 alloys and is commonly used in bridge construction for this reason. l 100% quality control. Every ramp is individually inspected. You shouldn t settle for anything less. You are justified in expecting QUAITY FOR IFE! from A-KO. afety l The maximum permissible ramp incline is 30% = I The ramps must be secured on the load surface. I Ramps must be used in pairs for multitrack vehicles. I The ramps may not be used in a horizontal position. I Only go up the ramp under the supervision of a second person. I The ramps may only be used to load and unload braked motor vehicles. 283

4 Professional ramps for heavy loads straight and cranked Version A upporting profile A 62,3 82, Type: 60 A 70 A 80 A Type: 90 A Range Overview oad capacity for distance X between axles Item Type Version ength Extern. Height max. Part No. oad height 1,00 m 1,50 m mm B mm H mm H mm Unit [kg] Pair [kg] Unit [kg] Pair [kg] A20GH450 A A20GH600 A A20 H539 B A25GH450 A A25GH600 A A25 H665 B A20GH450 A A20GH600 A A20 H552 B A25GH450 A A25GH600 A A25 H679 B A20GH450 A A20GH600 A A20 H552 B A25GH450 A A25GH600 A A25 H679 B A20GH450 A A20GH600 A A20 H552 B A25GH450 A A25GH600 A A25 H679 B

5 B Version B upporting profile 140 hipment Version B 111 Type: 60 A 158,5 122,5 Type: 70 A / 80 A / 90 A oad capacity for distance X between axles Weight of the ramp 2,00 m H Unit [kg] Pair [kg] Unit [kg] Pair [kg] ,4 20, ,4 20, ,0 22, ,6 25, ,6 25, ,0 26, ,7 21, ,7 21, ,6 23, ,0 26, ,0 26, ,9 27, ,7 21, ,7 21, ,6 23, ,0 26, ,0 26, ,9 27, ,3 32, ,3 32, ,4 32,8 Calculation of ramp length = ramp length (mm) H? H = load height (mm) C = gradient () H = H C x 100 Example: tep measure / calculate The measured load height is 400 mm. The max. permissible ramp gradient C of 30 % is used. Formula: = 400 x 100 result: 1333 mm = ramp length min. 30 tep 2: elect ramp in the table: According to the table, is the selected ramp designed for a load height of 400 mm (load height min. max. H mm) According to the table, is the load capacity sufficient X X 285