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Overall overview of ECB20 power system
The power system of this electric forklift is a core module for special project adjustment of on-site loading and unloading and short-distance transfer scenarios. All components are designed around the two core goals of energy consumption efficiency and running smoothness. The overall structure is compact, and the layout fully considers the convenience of daily operation and maintenance. It can adapt to the conventional operation requirements of most ordinary warehouses and factory workshops. The performance of long-term stable operation has been verified by multi-scene test.
Motor power design features
The drive motor of this model adopts a permanent magnet synchronous design, and the rated power parameters match the operating requirements under conventional loads. The peak power can cope with special working conditions such as large slope start and full load rapid transfer. The adjustment logic of the power output takes into account the energy consumption performance and power response speed. The power output in the full speed range is smooth and unobtrusive, and there will be no sudden movement during the start process. The driving energy consumption under no load is controlled within a reasonable range, and the power demand of conventional operations can also be met when operating at full load.
Practical characteristics of supporting hydraulic system
The hydraulic system configured with this model adopts a variable oil supply design, which can dynamically adjust the oil supply flow according to the actual lifting and tilting movements, without any excess energy consumption. The pipeline layout of the system has been optimized, and the interface position is clearly set for daily inspection and investigation. The speed of the lifting process is uniform and controllable. The operator can precisely control the height of the door frame, and there will be no jitter deviation when placing the goods. The sealing parts of the system are selected to be suitable for long-term high-frequency operations. The risk of leakage during daily use is at a low level.
The coordinated adjustment of the entire power and hydraulic system can also effectively reduce the operator's fatigue during long-term operation, help users improve the overall efficiency of on-site transfer operations, and reduce the operation and maintenance costs for long-term use.
