概要: Learn how this solution can streamline typical workflows and improve reliability. This video provides a detailed walkthrough of the Horizontal 50-200T Smart Bin Auger Marine Solid Hydraulic Refuse Compactor, showcasing its efficient waste loading process, horizontal compression mechanism with adaptive pressure, and the quick sealed transfer system that enables non-stop operation. You'll see how the dual-bin design reduces downtime and how the intelligent PLC control system manages operations with real-time data and remote monitoring.
関連製品の機能:
Adaptable throughput with 50-120 TPD and 120-200 TPD models serving 8,000-50,000 residents or medium industrial zones.
Cost-efficient operation with a 3.5:1 compression ratio, reducing truck trips by 60% and unit processing costs by 20%.
Energy-saving design consuming only 12-18kW/h per cycle, which is 15% lower than standard models.
Extended maintenance intervals of 5 months for reduced operational downtime and costs.
Quick ROI with a 3-5 year payback period, ideal for municipal projects and emerging market infrastructure.
Dual sealed bin configuration enables simultaneous loading and transfer, cutting downtime by 35%.
Built with a 16Mn high-strength steel frame for durability in operating temperatures from -5℃ to 45℃.
Eco-friendly features include sewage collection in closed tanks and a spray deodorization system meeting environmental standards.
よくある質問:
What is the daily processing capacity of this waste compactor?
The compactor is available in two models: a 50-120 tons per day sub-model and a 120-200 tons per day sub-model, designed for 2-3 shift operations to serve populations of 8,000 to 50,000.
How does the dual-bin design improve operational efficiency?
The 'one machine + two bins' design allows for continuous operation by enabling waste to be compacted into one bin while the other is being transported, reducing downtime by 35% compared to single-bin units.
What are the key cost-saving benefits of using this compactor?
Key cost savings include a 60% reduction in truck trips due to high waste density (0.95t/m³), a 20% reduction in unit processing costs, and lower energy consumption at 12-18kW/h per cycle, alongside a quick 3-5 year return on investment.
Is this compactor suitable for harsh climate conditions?
Yes, it is built with a robust 16Mn high-strength steel frame and is designed to operate reliably in temperatures ranging from -5℃ to 45℃, making it ideal for various regional conditions in Belt and Road countries.