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The frame of the lift truck needs to be manufactured and designed so as to handle the huge stress that a lift truck endures during its normal working life. Yale frames offer optimal strength and rigidity for a long life. They provide maximum protection to all truck components.
Yale's frames all undergo computer application testing and strict laboratory testing to help ensure the highest level of durability needed to meet and exceed the expectations of the client.
Unitized Design
The unitized design from welded steel construction offers better internal component protection and better rigidity overall, providing in an exceptionally strong product. This design makes the forklift a powerful and strong machinery.
Finite Element Analysis
The finite element analysis is utilized for testing and designed for amazing strength and durability. Utilizing the best materials available helps to make the best products in the long run.
Motors
The industrial applications are tough and have to rely on industrial grade lift trucks in order to add productive value. The machines should function at tough performance levels, normally in harsh environments. They should be able to work at maximum uptime. Furthermore, these equipment preferably should rely on minimum cost to function.
Yale lift trucks are built and designed with Industrial Grade Critical Components, providing excellent productive value and economic life. These are the differences clients have come to rely on.
For maximum throughput and production, the electric motors ensure that the lift truck lifts and travels at the required speed. AC Motors really reduce maintenance expenses since they operate without brushes. The motors are insulated with Class H insulation for better heat resistance. In addition, steering motor functionality is included into the hydraulic motor that simplifies the system and increases dependability.
Tire Types
Generally, cushion tires are solid tires which have no tread pattern. They are mostly designed to be used on solid and smooth surfaces, normally indoors. There are tread patterns available however, that are more suitable for different surface environments. The cushion tires are common on smooth warehouse floors and in similar applications.
Pneumatic tires however would need air and are designed specifically for uneven ground and loose surfaces. The pneumatic tire provides a higher ground clearance over solid tires. This raises the forklift's center of gravity and really reduces its rated lift capacity. Most often, pneumatic tires are used in rough terrain environments due to their ability to negotiate uneven surfaces in a smoother manner. Lots of mining or agricultural applications and construction sites depend on these tires to be able to make certain the equipment is able to travel as safe and carefully as possible.
Lift height and Lift Capacity
It is essential to know the maximum weight and dimensions of the loads you would be handling in order to determine the capacity of the vehicle needed. What's more, you must know the maximum fork height needed so as to rack or stack the loads. These factors, the load size as well as the lifting height, really affect the lift capacity of the truck. A bigger size load can move the center of gravity of the vehicle and change the load combination. This reduces the lifting capacity of the equipment and affects the height and the load being lifted. Utilizing different attachments could also affect the overall capacity of the truck.
Mast Options
On the market these days are various options of forklift masts. These comprise: single, double, triple and quad masts. The number indicated the amount of sections on the mast. In different circumstances, you will not be needed to make any choices since the lift height would dictate the kind of mast you will get, although, in trucks with very high lift heights, you may have an alternative.
