94
Batteries:
Sealed drive batteries (gel): ............................................... 2 x 12 V 60 Ah (20 h)
Open drive batteries (acid): .................................................. 2 x 12 V 60 Ah (5 h)
Max. battery dimensions (LxWxH): ...................................... 280 x 180 x 200 mm
Permissible battery tilting angle: .................................................................... 55°
Champ Lift 1.594-27:
Sealed drive batteries (gel): ............................................... 2 x 12 V 50 Ah (20 h)
Range (see Kilometric performance):
Drive batteries (gel) 60 Ah (20h) at 6 km/h: ................................. approx. 35 km
Drive batteries (gel) 60 Ah (20h) at 10 km/h: ............................... approx. 30 km
Drive batteries (acid) 60 Ah (5 h) at 6 km/h: ................................ approx. 40 km
Drive batteries (acid) 60 Ah (5 h) at 10 km/h: .............................. approx. 35 km
Champ Lift 1.594-27:
Drive batteries (gel) 50 Ah (20h) at 6 km/h: ................................. approx. 30 km
Drive batteries (gel) 50 Ah (20h) at 10 km/h: ............................... approx. 25 km
Performance (see Kilometric performance):
Max. forward top speed: ...................................................... 6 km/h and 10 km/h
Obstacle crossing upwards: .......................................................... approx. 50 mm
(Steering wheel directly before the step)
Obstacle crossing downwards: .....................................................approx. 50 mm
Turning radius: .............................................................................. approx. 1.65 m
Max. permissible rising gradient: ................................................................. 12 %
Max. permissible falling gradient: ............................................................... 12 %
Max. permissible transverse gradient: ......................................................... 12 %
Max. continuous hill-climbing ability: ......................................................... 12 %
Stability against tipping over: ...................................................................... 18 %