BYD ECB30 electric forklift configuration interpretation, gantry and battery specifications list

Core gantry configuration details

Mast foundation parameter range

The door frame of this electric forklift supports multi-level lifting height options, and different configurations can be adapted to different scenarios such as conventional storage high-level access, low-floor narrow space operations, etc. The door frame is made of thickened profiles, which has stable torsion resistance and a transparent field of vision during operation. The driver can clearly observe the status of the goods at the front end of the fork when operating, reducing the probability of collision damage and reducing the difficulty of operation in narrow passages.

Door frame supporting function design

The built-in buffer structure of the gantry can reduce the impact force of the goods at the moment of lifting and landing, and avoid damage to fragile goods by vibration. The supporting tilt adjustment angle range is reasonable, which is convenient for adjusting the position of the goods during stacking operations, and can also fit the body in non-operating states, reduce the storage space occupied by the whole vehicle, and improve the utilization rate of site space.

Power battery related specifications

Battery basic performance parameters

The matching power battery of this model adopts a wide temperature range adaptation design, which can stabilize the output power at different ambient temperatures. It can support multi-period continuous operation at full power, and has excellent cycle life. It does not need to replenish energy frequently in daily use, reducing the supply cost of long-term operation and adapting to the scheduling requirements of high-frequency operations.

Battery matching use guarantee

The battery supports flexible replenishment design, and users can choose the appropriate replenishment method according to their own scheduling needs. The battery comes with multiple safety protection structures, and the daily DevOps flow is simple. There is no need to invest too much energy in special maintenance. It is suitable for logistics parks, production plants, and other high-frequency handling scenarios. It can effectively reduce the operation and maintenance burden on the user.