Products Description
The HOWO 10 CBM bin lorry compactor effectively manages urban solid waste collection with its 10 CBM compactor body and 160HP power system. Built on a durable 4x2 chassis with robust 9.00R20 tires, it maintains stable performance across various service environments including dense residential areas and commercial districts. This engineering solution provides dependable waste compaction and transport functions for city sanitation operations and community cleaning applications.
The HOWO 10 CBM Bin Lorry Compactor is constructed on a durable SINOTRUK 4x2 chassis, equipped with a YC4E160-33 engine delivering 160 HP (118 kW) meeting Euro III standards, offering dependable operation for routine waste compaction tasks. This specialized refuse handling vehicle maintains a GVW of 16,000 kg and incorporates a purpose-built 10-cubic-meter compactor body. The reinforced steel framework guarantees structural resilience, supporting effective waste processing throughout extended service periods, rendering it ideally configured for community sanitation and municipal cleaning operations.
Products specifications
| Product Name | HOWO 10 Cubic Meters Bin Lorry Compactor | ||
| Overall | Vehicle Model | CSC5160ZYS | |
| Drive Type | 4*2 | ||
| Gross Vehicle Weight | 16000 kg | ||
| Curb Weight | 9600 kg | ||
| Maximum Speed | 90 km/h | ||
| Overall Dimensions L*W*H(mm) | 9070*2500*3250 mm | ||
| Engine | Engine Type | YC4E160-33 | |
| Fuel Type | Diesel | ||
| Power | 160 HP(118KW) | ||
| Emission Standard | Euro 3 | ||
| Displacement | 4257 ml | ||
| Maximum Torque | 600 N.m | ||
| Engine Type | 4-cylinder in-line with water cooled, turbocharged and intercooler | ||
| Chassis | Chassis Brand | SINOTRUK | |
| Tire No. | 6+1 | ||
| Tire Specification | 9.00R20 165PR | ||
| Wheelbase (mm) | 4700 mm | ||
| Gear Box | HW90510C2,6 forwards and 1 reverse, manual | ||
| Steering Wheel | Left/Right hand | ||
| Brake | Air brake | ||
| Radiator | Suitable for tropical climate | ||
| Clutch | Reinforced diaphragm clutch | ||
| Compactor Body | Volume of Body(m3) | 10 | |
| Volume of Filler(m3) | 2 | ||
| Time of One Filling Cycle(s) | ≤25 | ||
| Time of Discharge (s) | ≤40 | ||
| Pressure of Hydraulic System (Mpa) | 18 | ||
| Front/rear Sewage Capacity (L) | 250+150 | ||
| Control System | CAN-bus (electrical) and manual (hydraulic) | ||
Products Details
01
Advanced Body Architecture
This professionally engineered compactor body utilizes computer-aided design methodology, manufactured from Q235 high-strength steel through automated welding techniques. Structural simulation analysis confirms its ability to sustain 18 MPa operational pressure. The optimized internal layout achieves 95% space utilization, providing 20% higher effective compaction density versus standard container designs.
02
Enhanced Power Configuration
The HOWO bin lorry employs a Yuchai 4-cylinder diesel engine incorporating high-pressure fuel injection technology. With advanced turbocharging and intercooling systems, the power unit delivers maximum 160 HP output at rated speed. Maintaining consistent peak torque of 600 Nm throughout the working range, this engine setup is specifically tuned for waste collection vehicles' repetitive start-stop operations. The optimized torque delivery at lower RPM ranges significantly improves acceleration from standstill conditions, enhancing route efficiency during community collection services.
03
Precision Control System
This professionally engineered control lever assembly features clearly marked functional positions for shovel, sliding plate, lifting and rolling over operations, utilizing industrial-grade components to achieve precise coordination of all waste handling sequences. The system provides direct control of all essential functions through logically organized levers, with tactile position feedback for operational confirmation. Manufactured to meet rigorous performance standards, this specialized configuration ensures accurate control and reliable operation throughout complete waste compaction cycles.
04
Hydraulic System Monitoring Assembly
This industrial-grade pressure monitoring unit delivers enhanced operational safety and system reliability. The clearly marked "Wear-Resistant Hydraulic" gauge provides real-time system pressure readings during all working cycles, enabling immediate detection of abnormal operating conditions. The robust construction maintains measurement accuracy under demanding operational environments, while the clear dial design ensures instant status recognition. This integrated monitoring solution prevents equipment damage from pressure fluctuations - ensuring operational continuity throughout waste management procedures.
Application Scenarios & Solutions
1. Urban Residential Collection
Scenario Challenge: Limited street accessibility and high population density create difficulties in effective refuse gathering.
Our Solution: The 4×2 configuration with 4700mm wheelbase offers excellent navigation in tight residential layouts. Paired with the 10 CBM container and 160HP power unit, it accomplishes reliable waste collection through optimized loading mechanisms, maintaining operational effectiveness.
2. Community Waste Processing
Scenario Challenge: Increasing community waste generation demands efficient equipment with consistent compaction capability.
Our Solution: Incorporating 10 cubic meter capacity and proven compression technology, the setup manages substantial refuse quantities effectively. The 9.00R20 tires and strengthened undercarriage guarantee consistent service across community settings.
3. Municipal Street Cleaning
Scenario Challenge: Public streets require systematic waste removal with minimal disruption to daily activities.
Our Solution: The vehicle's automated management system and effective compression design deliver crucial sanitation support. With 90 km/h road speed, it efficiently covers multiple service routes while ensuring tidy operation.
4. Business Zone Services
Scenario Challenge: Commercial centers need swift, substantial waste processing within constrained operational periods.
Our Solution: The rapid-cycle compression technology and substantial capacity permit effective performance in active business districts. The flexible steering configuration improves maneuverability in congested urban settings.
5. Event-Based Sanitation
Scenario Challenge: Special occasions produce focused waste accumulation needing prompt handling solutions.
Our Solution: The high-performance loading mechanism and swift operational sequences provide perfect temporary sanitation answers. The dependable hydraulic arrangement secures uninterrupted service during intensive usage intervals.
6. Regional Service Coverage
Scenario Challenge: Widespread service territories demand versatile equipment with road compliance and operational stamina.
Our Solution: The generous fuel storage and resilient frame design supply adequate endurance for prolonged duties. The climate-appropriate thermal management sustains functionality across changing weather situations.
Front Right View of HOWO 10 Cubic Meters Bin Lorry Compactor
Front Left View of HOWO 10 CBM Garbage Compactor Truck
Right View of HOWO 10 CBM Refuse Compactor Truck
Rear Right View of HOWO 10 CBM Trash Compactor Truck
Front View of HOWO 10 CBM Trash Compactor Truck
product Details
Advantages of Selecting Our HOWO 10 CBM Bin Lorry Compactor
1. Optimized Compression Performance
Integrating an efficient compression mechanism with 10m³ container capacity and 4×2 drive arrangement, the unit achieves optimal waste density through 160HP power delivery, ensuring effective operational capability in community collection routes.
2. Reinforced Chassis System
The HOWO 4×2 chassis with 16,000 kg GVW establishes a solid platform for routine refuse operations. Designed with air brake systems and enhanced suspension, it sustains dependable operational performance and security measures across diverse urban settings.
3. Robust Body Architecture
Utilizing purpose-built design with reinforced steel construction, the compactor body exhibits excellent structural resilience against operational stresses and dynamic forces. This sturdy arrangement considerably prolongs equipment durability in municipal service applications.
4. Economic Operation
The 160HP Euro III certified power plant provides consistent output with better fuel economy. Paired with the 10 CBM capacity and refined hydraulic system, this configuration enhances waste handling productivity while successfully controlling total operational expenditures.
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