Which components determine the lifting height of the order picker?

The lifting height of an order picker (also known as an order picking forklift or stock picker) is determined by several key components:
1.Mast – The vertical assembly that extends and retracts to raise or lower the platform. The mast can be:
Single-stage:Limited lifting height.
Two-stage (duplex):Moderate lifting height.
Three-stage (triplex):Higher lifting capacity.
Four-stage (quad):Maximum lifting height.
2.Hydraulic System– The system of pumps, cylinders, and hoses that powers the mast extension. The capacity of the hydraulic system influences how high the order picker can lift.
3.Platform Design– The operator's platform must be stable and designed to accommodate the intended lifting height while ensuring safety.
4.Lift Chains and Rollers– These components help guide the mast sections as they extend upward, contributing to stability at high lift heights.
5.Load Capacity and Stability– The higher the lifting height, the more important stability becomes. Counterweights, outriggers, or mast tilt mechanisms may be required to prevent tipping.
6.Battery and Motor Power– Electric order pickers rely on battery-powered motors to drive the hydraulic system. The power output of these motors affects lifting efficiency and height.
7.Overhead Guard or Height Sensors– Some models may have built-in safety limits that restrict lifting height based on warehouse ceiling clearance or weight distribution.