Linde Very Narrow Aisle Trucks A

In accordance with DIN 15185, laser scanners detect people in a safety zone of nine metres in front of and behind the vehicle. If a person is detected, a warning signal sounds, and the vehicle stops automatically. Two additional, adjustable warning fields allow the speed to be reduced even before the safety zone and can also be used for changing the aisles safely.

The Object Warning System (OWS) offers reliable protection in narrow aisles. The system uses laser scanners to monitor the immediate working environment, enabling early detection of obstacles and objects blocking the truck’s path. Three individually configurable warning zones ensure smooth, gradual braking and bring the truck to a halt automatically if necessary.

The combination of the fork camera and crossline laser makes load handling much easier. The crossline laser helps to target the pallet and to pick it up precisely. And the fork camera provides optimum visibility for storage and retrieval at high rack levels.

The assistance system uses barcodes or RFID tags to detect uneven floor surfaces, as well as obstacles on the racks or on the ceiling and restricts truck functions, such as driving and lifting speed, lift height or fork extension at these specific locations.

The forklift receives driving jobs from the warehouse management system. The system detects the location in the warehouse, as well as the current lift height and guides the forklift truck to the pallet location autonomously, using the fastest and most efficient route. The driver only has to operate the driving function.

The system provides improved throughput rates and increased safety. The LSC Standard basic version informs the driver of the residual load capacity depending upon the lift height. Other LSC versions automatically adapt the driving, lifting, and auxiliary movements to the actual weight of the load being transported and the lift height.

This system combines all LSC functions and adds intelligent load stabilization. When storing or retrieving loads, the system adjusts reach according to the current load weight, and eliminates lateral mast oscillations. This enables loads to be moved faster and reduces the risk of damage to loads and racks.