Electric high level order picker
Electric high level order picker has a design to simplify the order fulfillment process in warehouses and distribution centers.
It requires an operator to operate it and perform picking tasks with precision and ease.
Order picker consists of a solid platform that can raise and lower to different heights, therefore allowing access to products stored on high shelves.
- Load capacity: 1500kg (1.5t).
- Lifting height: 5000mm, 7000mm, 9000mm.
- Low gravity centre provides good stability.
- Auto reset, height display, and automatic deceleration at high lifting levels, electric steering technology (EPS).
- Finger tip control via joystick.
- Stepless speed control is available for driving, lifting, and lowering.
- Oil cylinder buffer: To avoid collisions and reduce noise, the oil cylinder automatically slows down when it is 500mm above the ground.
- The mast and the frame can be separated and swapped.
- Order picker with low battery protection setting in order to prolong the battery use time.
- The use of an AC motor avoids the need to replace the carbon brush and offers effective ramp starting and regenerative braking capabilities.
- It’s easy to maintain and change a sideways battery.
- The mast is from unique material from Germany.
- The order picker has an automated braking system for rapid turns.
- LED light and display functionality are features of high performance multi-function equipment.
- Battery status, performance, working hour, accelerator, speed, the location of the wheel, and the direction of travel are all included in the multi-function display.
- Press right and left keys to switch for different grades: high, normal, low, and lowest.
Order picker has an electric motor, therefore ensuring smooth and quiet operation while reducing emissions and impact on the environment.
With its ergonomic design, therefore it prioritizes operator safety and comfort.
The platform offers enough space for the operator to stand safely, and the controls are intuitively placed within easy reach, in order to enable efficient maneuvering in tight spaces.
