If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
The overheating of the water may result in the release of steam, possibly causing the operator is to scald themselves and increasing the risk of injury.
If the hex nuts are not tightened to specification, the driveshaft may disconnect from the drive axle, resulting in a loss of propulsion and increasing the risk of a crash.
A delay in releasing the brake could cause the brakes to drag and cause premature wear of the brake linings. Under certain conditions, excessive brake drag could contribute to heat build-up within the foundation brake assembly resulting in degradation of braking power. Heat buildup in the foundation of the brake assembly can result in a fire. Degradation of braking power can increase the risk of a crash.
If the parking brake does not fully engage, the vehicle may unexpectedly roll, increasing the risk of personal injury or a crash. A parking brake that drags may result in a wheel end fire.
If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
If the bearings move out of position, the stowed platform may have excessive movement resulting in failure of the platform mounting. This failure could cause the wheel chair lift platform to fall out of the vehicle when the doors are opened, increasing the risk of injury for the lift operator.
This may lengthen the distance needed to stop the vehicle or cause the vehicle to pull to one side when braking. Either condition increases the risk of a crash.
