To be able to cope with the lifting stresses of typical forklift, the frame needs to consider these very vital factors. Yale frames provide optimal rigidity and strength for a long life. They offer maximum protection to all truck components.
Every part of a Yale frame has gone through major laboratory testing and computer application testing in order to attain the highest level of durability to be able to meet and surpass their client's needs.
The design of the models provide welded steel construction for better rigidity and internal component protection. Overall these frames provide for an extremely strong product. This design makes the forklift a strong and powerful machine.
Finite Element Analysis
The finite element analysis is used for testing and designed for remarkable durability and strength. Utilizing the best materials available helps to make the best products in the long run.
In order to add productive value, industrial grade lift trucks have to be tough for use in industrial applications. The machines must function at tough performance levels, often in harsh environments. They must be able to work at maximum uptime. In addition, these equipment preferably need to depend on minimal cost to function.
All Yale forklifts and lift trucks use Industrial Grade Critical Components to provide excellent productive value and economic life. These are the differences clients have come to rely on.
For maximum throughput and efficiency, the electric motors ensure that the lift truck lifts and travels at the needed speed. AC Motors significantly reduce maintenance costs because they operate without brushes. The motors are insulated with Class H insulation for superior heat resistance. Furthermore, steering motor functionality is integrated into the hydraulic motor that increases reliability and simplifies the system.