The Stand-Up Electric Reach Forklift is designed as a non-fork leg counterweight type, ideal for handling single-sided or double-sided pallet cargo. Equipped with a standard fork featuring a tilt function, it offers steering wheel operation for ease of use. The standard USB interface allows for convenient data cable connection. Enhancing maneuverability, the EPS electronic power steering system reduces operating force, improves sensitivity, optimizes steering return characteristics, and features an automatic deceleration function in corners, ensuring smoother and safer operations.Powered by a vertical drive AC motor, it eliminates the need for carbon brush replacements and boasts superior hill start performance and regenerative braking, thereby enhancing work efficiency, motor lifespan, and energy savings. The forklift incorporates a Curtis controller, ALBRIGHT contactor, and AMP waterproof power connector, ensuring reliable performance.
Additional features include halogen headlights and wide-angle rearview mirrors for enhanced visibility, along with unique driving shock absorption technology for better passing performance. The standard side-pull battery quick-change device facilitates continuous operation by enabling easy battery replacement and maintenance through a side door. The adjustable safety seat enhances driving comfort and safety, while stand-on driving walking pedals cater to different operator preferences.
Technologically advanced, the forklift integrates a high-frequency MOS tube control system with CAN-BUS technology. It also offers optimized power output and motor matching, resulting in a 25% increase in continuous operation time. Constructed with a high-strength special steel door frame, the forklift provides enhanced stacking stability. A large-capacity 48V battery ensures long operational durations per charge.
Optional configurations include a special vehicle for cold storage, an imported battery, a fork side shift function, a lithium battery, and a camera display, catering to various application needs and operator preferences.