Brief: Learn how this solution can streamline typical workflows and improve reliability. In this video, we showcase the Hydraulic Control System Automated Garbage Collection Truck in action, demonstrating its efficient waste management capabilities. You'll see how it handles municipal and commercial waste collection, performs automated compression cycles, and utilizes its quick-loading arm system for enhanced operational efficiency.
Related Product Features:
Features a robust 340HP Euro2 engine and a 6x4 drive chassis for reliable performance in various conditions.
Utilizes an automated hydraulic control system for precise garbage compression and cycle control.
Equipped with a HYVA 18-ton pull arm and guide rollers for rapid and convenient loading and unloading of garbage boxes.
Designed with a lightweight container to reduce vehicle weight and increase payload capacity.
Incorporates an integrated hydraulic system design to minimize parts and enhance overall reliability.
Capable of handling 20-25 cubic meters of municipal, commercial, and non-hazardous waste.
Supports one main vehicle operating with multiple garbage boxes to lower total operational costs.
Built with a heavy-duty 16-ton rear axle for improved stability and load-bearing on soft roads.
FAQs:
What types of waste is this garbage truck designed to collect?
This truck is primarily used for municipal solid waste (MSW), commercial waste, and non-toxic, non-corrosive, non-industrial radioactive waste collection and transportation.
How does the hydraulic system improve operational efficiency?
The integrated hydraulic system reduces the number of parts, enhancing reliability, while enabling automated compression cycles and rapid loading/unloading via the HYVA pull arm, which increases waste volume reduction and workflow speed.
Can one truck be used with multiple garbage containers?
Yes, the design allows one main vehicle to be equipped with several garbage boxes, reducing overall operational costs and improving logistics flexibility in waste management routes.