3.5-Ton BYD electric forklift climbing ability description, interpretation of adaptability to complex working conditions

5-Ton electric forklift climbing ability core description

Climbing performance under rated conditions

This 3.5-ton electric forklift can meet the requirements of most conventional factory ramps under standard load conditions. When the power is in the normal working range, the power output of the ramp is stable, and there will be no sudden power interruption. The anti-skid setting of the ramp start can also further improve the traffic safety and avoid the risk of slipping of the handling goods. During daily operation, the driver can complete the ramp passage without additional complicated operations, and the learning cost is low.

Climbing performance under different loads

Under the condition of lower than the rated load, the vehicle's ramp traffic adaptation range will be further expanded, and users can smoothly complete the ramp up and down operation without frequent adjustment of the power gear during daily operation. The steering control accuracy during driving will not be significantly affected by the change of ramp angle, and the overall operation smoothness is in line with the usage habits of most front-line operators.

Detailed interpretation of adaptability to complex working conditions

Non-paved road scene adaptation

For the common non-paved ramp scenarios such as dirt roads and gravel roads in outdoor factory areas, the power output adjustment of the vehicle can be adapted to the slight turbulence of the road surface. Even if there is a small amount of water and floating soil on the surface of the ramp, it can ensure the stability of the operation traffic. It is not prone to the problem of skidding and idling, and it is suitable for working environments in suburban factory areas and project parks under construction that have not completed the hardening of the whole road surface.

High frequency ramp operation scene adaptation

In response to the need for frequent short-distance ramp transfer in some factory areas, the core power system of the vehicle can support long-term continuous ramp operation without significant power attenuation due to continuous high-load operation, fully meeting various daily operation requirements such as material transfer, warehouse connection, etc., effectively reducing the probability of failure in long-term operations.