Frame
The frame of the lift truck needs to be built and engineered in order to cope with the huge stress that a lift truck endures in its typical working life. Yale frames provide optimal rigidity and strength for a long life. They provide maximum protection to all truck components.
Each component of a Yale frame has gone through computer application testing and major laboratory testing in order to achieve the highest level of durability in order to meet and exceed their customer's expectations.
Unitized Design
The design of the models offer welded steel construction for internal component protection and better rigidity. Overall these frames provide for an extremely strong product. This design makes the lift truck a strong and powerful equipment.
Finite Element Analysis
The finite element analysis is used for testing and designed for remarkable durability and strength. Using the best available materials helps to make the best products in the long run.
Motors
The industrial applications are tough and need to rely on industrial grade lift trucks in order to add productive value. The machinery must function at tough performance levels, normally in harsh environments. They must be able to work at maximum uptime. Additionally, these machinery preferably have to depend upon minimum cost to work.
All Yale lift trucks and forklifts use Industrial Grade Critical Components to provide exceptional productive value and economic life. These are the differences clients have come to rely on.
The electric motors make sure that the lift truck lifts and travels at the needed speed for maximum throughput and production. AC Motors significantly lessen maintenance costs as they function without brushes. The motors are insulated with Class H insulation for superior heat resistance. In addition, steering motor functionality is integrated into the hydraulic motor that increases reliability and simplifies the system.