Through advanced filtration technology and high - quality materials, we ensure that our DPFs meet the most stringent environmental standards helping to improve air quality and protect the environment.
Through advanced filtration technology and high - quality materials, we ensure that our DPFs meet the most stringent environmental standards helping to improve air quality and protect the environment.
2. Manual regeneration: In some cases, car owners may need to manually trigger the DPF regeneration process. This usually occurs when the system detects a need for DPF cleaning, but the automatic regeneration mode cannot be executed. Car owners can perform manual regeneration by simply pressing a button or entering the vehicle information system to promote DPF cleaning.
In some cases, the system may not be able to automatically initiate the regeneration process, in which case the vehicle owner needs to manually trigger it. The manual regeneration mode allows car owners to initiate the DPF regeneration process by operating certain buttons or switches under specific conditions, such as low-speed driving or parking. This mode requires the owner to carry out some simple operations, but it can also effectively remove particles to ensure the efficient operation of DPF.
Although manual regeneration may be slightly cumbersome, the operation is not complicated. When the vehicle is driving at low speed, below 80km/h, and PM (particulate matter) accumulates to a certain extent, the yellow indicator light of DPF will start flashing, which is a prompt after approximately 300km of driving. At this point, immediately leave the road, park the vehicle, shift to neutral, apply the handbrake, and press the DPF control button. At this point, the yellow indicator light will remain on, indicating that the particulate matter is being processed, which takes approximately 15-30 minutes. Once the particulate matter is processed, the indicator light will automatically turn off.
Passive regeneration: When the vehicle is driving at high speed, if the speed exceeds 80km/h and the engine temperature reaches specific conditions, the DPF will automatically initiate passive regeneration. At this point, there is no need for the driver to take any action, and the system will automatically process the particulate matter. Passive regeneration utilizes the high temperature and exhaust airflow of the engine to effectively remove particulate matter from the DPF, ensuring its continuous and efficient operation.
