Description
PRODUCT INTRODUCTION
The L-Series Lithium Battery Forklifts are engineered to cut your operational costs significantly by boosting production efficiency, lowering energy consumption, enhancing equipment reliability, and minimizing maintenance expenses.
01 World-Class Reliability
The four-wheel stamped steel nacelle cover and side covers feature permanent structural stability, free from deformation or cracking even under heavy-duty working conditions.
02 Advanced Thermal Management System
The intelligent thermal management system provides real-time monitoring of the controller and motor temperatures. Upon detecting abnormal temperature rises, the system will automatically trigger targeted protection strategies to prevent component damage and ensure continuous operation.
03 Hassle-Free Hydraulic System
Equipped with premium “O” cone seals, the hydraulic system achieves zero leakage, which greatly improves operational reliability. The integrated high-precision oil tank filter captures 99.5% of particulate matter in hydraulic fluid, effectively extending the service life of core hydraulic components.
04 Advanced Vehicle Management System
The CAN bus communication system enables seamless data transmission between multiple vehicle subsystems. It supports real-time monitoring and diagnostics of all key units and components, while the proprietary control software optimizes the performance of each system to match diverse working scenarios.
05 AC Motor Technology
The E-Series AC electric forklifts are fitted with high-efficiency AC traction motors and hydraulic motors. This brushless motor design eliminates carbon brush wear and tear, reducing the need for frequent replacement of vulnerable parts and cutting long-term maintenance costs.
06 Excellent Maintainability
The L-Series Lithium Battery Forklifts adopt advanced CAN bus communication technology, which simplifies the vehicle wiring harness layout and enhances overall maintainability. The state-of-the-art on-board diagnostic system enables quick fault location, significantly shortening maintenance downtime and improving equipment utilization rates.
