List of BYD ECB20 vehicle parameters, data collation of gantry height and turning radius

Overview of basic parameters of the vehicle

Vehicle core configuration instructions

This 2-ton electric counterweight forklift is positioned for mainstream operation scenarios such as daily factory transshipment and conventional warehousing and stacking. It adopts an all-electric power architecture, with lower noise during operation and simple and convenient daily DevOps flow, which can support long-term high-frequency operation requirements. The vehicle's own weight has been reasonably adjusted, and the lateral stability of the driving process is excellent. The various safety protection configurations standard on the whole vehicle meet the relevant domestic industry standards, which can fully cover the safety protection requirements of conventional operation scenarios.

Core data related to gantry height

Multi-specification gantry selection instructions

The door frame of this model supports a variety of specifications to be selected on demand. The maximum lifting height in the standard configuration state is suitable for most ordinary warehouses with a floor height of less than 3 meters, meeting the cargo access requirements of conventional low-level shelves. The raised door frame selected on demand can cover the operation requirements of mainstream high-level shelves. The overall height of the door frame after it is fully stowed is also suitable for the passage requirements of standard access control and ordinary freight elevators in conventional factory areas. It can pass smoothly in most indoor scenes without additional adjustment of the height of the door frame. The front and rear inclination angles of the door frame have been adjusted by scene, and the risk of sliding of goods during the storage and storage process is lower, and the operation safety performance is stable.

Practical parameters related to turning radius

Small space operation adaptation instructions

This model fully considered the intensive channel operation requirements of small and medium-sized warehouses in the research and development stage. The minimum turning radius has been adjusted through multiple rounds of actual scenarios, and it can be adapted to most operation channels with a width of more than 2.8 meters. It can also smoothly complete the whole process operations such as steering, turning, and stacking in warehouses with intensive shelves. In congeneric products of the same load level, the flexibility of narrow space traffic is excellent, which can effectively improve the space utilization rate of warehouses per unit area and reduce the probability of scratching surrounding goods and shelves during operation.