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MAIN PERFORMANCE AND FEATURES
1. Electro-Hydraulic Combined Control:
The control system of the vehicle integrates the advantages of electrical and hydraulic controls, improving reliability and efficiency by controlling the hydraulic valve group through the electrical control system.
2. Automatic Control of Engine Power Output:
The engine's power output control, or throttle control, is fully automated via the electrical system. This meets the power requirements for garbage compaction cycles and pushing and unloading, while the engine automatically idles under other conditions, reducing power loss, failure rate, fuel consumption, and enhancing economic efficiency.
3. Frame Structure:
The garbage bin is constructed with a sturdy frame structure made of reinforced beams and steel plates, featuring curved surfaces on the sides and top for aesthetic appeal, lightweight design, good stress distribution, and no deformation. The push shovel is made of rectangular tube frames and folded panels, offering a lightweight structure that evenly distributes garbage and ensures clean and thorough unloading. The filler mainly consists of the filler housing, slide plate, and scraper, each component being a beam plate or box-type structure, ensuring durability and light weight.
4. Sealing to Prevent Secondary Pollution:
During compression and transportation, the garbage remains in a sealed state. The interface between the garbage bin and the filler is equipped with a special rubber sealing strip and uses a locking device for compression sealing. The sewage tank is fitted with a unique drainage valve, ensuring reliable sealing and preventing clogs. An optional filler cover completely shields the filler inlet, eliminating the disturbance caused by airflow at the rear of the vehicle during transfer, preventing the scattering of garbage dust, and enhancing the vehicle's appearance.
MAIN PERFORMANCE AND FEATURES
1. Electro-Hydraulic Combined Control:
The control system of the vehicle integrates the advantages of electrical and hydraulic controls, improving reliability and efficiency by controlling the hydraulic valve group through the electrical control system.
2. Automatic Control of Engine Power Output:
The engine's power output control, or throttle control, is fully automated via the electrical system. This meets the power requirements for garbage compaction cycles and pushing and unloading, while the engine automatically idles under other conditions, reducing power loss, failure rate, fuel consumption, and enhancing economic efficiency.
3. Frame Structure:
The garbage bin is constructed with a sturdy frame structure made of reinforced beams and steel plates, featuring curved surfaces on the sides and top for aesthetic appeal, lightweight design, good stress distribution, and no deformation. The push shovel is made of rectangular tube frames and folded panels, offering a lightweight structure that evenly distributes garbage and ensures clean and thorough unloading. The filler mainly consists of the filler housing, slide plate, and scraper, each component being a beam plate or box-type structure, ensuring durability and light weight.
4. Sealing to Prevent Secondary Pollution:
During compression and transportation, the garbage remains in a sealed state. The interface between the garbage bin and the filler is equipped with a special rubber sealing strip and uses a locking device for compression sealing. The sewage tank is fitted with a unique drainage valve, ensuring reliable sealing and preventing clogs. An optional filler cover completely shields the filler inlet, eliminating the disturbance caused by airflow at the rear of the vehicle during transfer, preventing the scattering of garbage dust, and enhancing the vehicle's appearance.
