Higher operating efficiency:
The hydrostatic transmission system has fast starting acceleration and stronger traction, which enables the loader to complete actions faster during operation, thereby improving overall operating efficiency, which is usually 10%~20% higher than traditional loaders.
Lower fuel consumption:
The hydrostatic system itself has a high energy utilization efficiency. At the same time, the hydrostatic system can better match the engine, allowing it to work in a low fuel consumption area, thereby reducing fuel consumption, which is usually 20%~25% more energy-efficient than traditional loaders.
More comfortable driving experience:
The characteristics of stepless speed change and smooth shifting make the driver more comfortable during operation, reducing the impact and noise of shifting. At the same time, hydrostatic braking can be achieved by releasing the accelerator, reducing dependence on the braking system, improving safety and reducing the labor intensity of the driver.
More precise operation:
The hydrostatic transmission system can achieve precise micro-movement under high-speed engine operation Control, and can flexibly allocate engine power according to the needs of the operation, making the loader more precise when performing delicate operations.
Longer service life:
The hydrostatic brake system reduces the dependence on the traditional brake system, reduces the wear of the brake system, thereby extending the service life of the brake system, while reducing the loss of hydraulic oil and reducing maintenance costs.
Stronger adaptability:
The hydrostatic loader has better performance under low-speed and heavy-load conditions and can adapt to more complex operating environments.
886H hydrostatic
In short, the hydrostatic loader has significant competitive advantages in the field of engineering machinery with its high efficiency, energy saving, comfort and precision.