Main Technical Parameters Table |
Vehicle Name | CLW5182TXS6SL Type Water-Cleaning and Sweeping Vehicle | Control Type | Electronic control, one-touch operation |
Chassis Model | BJ1181Y6AKS-03 | Hydraulic System Type | Open design; centralized electric control operation |
gross mass | 18000 kg | Main components of a hydraulic system | Gear pumps, cycloidal motors, hydraulic cylinders, solenoid valves, integrated blocks, high-pressure pumps, etc. |
curb weight | 11850, 11450 kg | Cycloid Motor | Liton Motor/Liwoma Motor |
Rated load capacity | 6020, 5955, 6420, 6355 kg | geared oil pump | Shiyan Changshun |
wheel base | 5150 mm | hydraulic jack | Hypris |
Volume of the clear tank | 9 m³ | Hydraulic cylinder seal | Taiwan Dingji |
Garbage bin capacity | 7 m³ (made of stainless steel) | Hydraulic Oil Pipe | Da Hang |
Tire Type | 10.00R20 18PR | Electromagnetic Valve Assembly | Hypris/Alta |
Scanning width | 3000-3500 mm | Earthquake-resistant pressure gauge | Chengdu Tianwei |
effluent standard | GB17691-2018 National Standard Grade VI | Return Oil Filter | Shanghai Sofima |
Vehicle length, width, and height | 8650,8560 × 2500 × 3300,3200,3150,3120 mm | System Overpressure | 10-12 MPa |
Main engine horsepower | Yuchai 200/245 hp | Hydraulic oil tank volume | ≥60 L |
Main engine displacement | 4156/6234 ml | Composition of an Electrical System | It consists of the chassis vehicle circuit, the electrical components of the auxiliary engine, and the operational control circuit for specialized working devices. |
Model and manufacturer of the auxiliary engine | Dongfeng Cummins Co., Ltd. | Chassis System Voltage | 24 V |
Secondary engine power | 125 kW | Working Device System Voltage | 12 V |
Secondary engine horsepower | 170 ps | Composition of the electrical control box panel | Auxiliary engine tachometer, auxiliary engine water temperature gauge, oil temperature alarm device, various operation control switches |
Secondary engine displacement | 5900 ml | control switch | Shanghai Schneider |
Scanning width | 3000-3500 mm | Programmable Logic Controller | Bai Qiaofu |
Maximum Cleaning Capacity | 60000 m²/h | circuit breaker | Haiger |
Scraping Operation Speed | 3-15 km/h | Battery Type | 12V–140 Ah (2 units connected in parallel) |
Cleaning Speed | 15-20 km/h | Fan Type | Maintenance-free centrifugal fan |
Suction capability density | 2.0 g/cm³ | Rated operating speed of the fan | 2000 r/min |
Quality of suction capability | 1.5 kg | Fan Drive Type | Auxiliary engine, clutch, toothed high-temperature resistant A-belt drive (4 pieces) |
Suction particle size | ≥100 mm | Fan Belt | Zhejiang Three-Dimensional |
Garbage bin dumping angle | ≥30° | automatic clutch | centrifugal |
Scanning Efficiency | ≥96% | Air Flow Rate | 12000-23000 m³/h |
Operation noise | <88 dB (compliant with GB7258 requirements) | Scanning System Type | Between the front and rear chassis axles, a vertically adjustable and extendable sweeping disc is installed symmetrically on each side of the frame. The rotation of these discs is driven by hydraulic motors with adjustable speeds. |
Driven Type | 4×2 rear-wheel drive | Main components of the cleaning system | Disk cleaning bracket, disk cleaner, hydraulic cylinder, oil pipe, connecting rod, adjustment rod, hydraulic motor, etc. |
Suspension Type | plate spring | Scan to expand diameter | φ800-900 mm |
Number of steel plate springs (front/back) | 10/10+8, 10/8+8 | Scanning motor speed | 140 r/min |
Braking Type | Double-circuit pneumatic brake, drum type | Scanning Count | 2 |
Braking distance (at full load, 30 km/h) | ≤10 m | Scan Plate Inclination Adjustment | Inclined forward 5°–15°; inclined outward 5°–10° |
maximum speed | 89 km/h | Nozzle device type | The nozzle is suspended between the rear wheels of the chassis and consists of a nozzle body, rollers, and a suction tube. The nozzle body can move synchronously with the vehicle; its elevation is controlled by hydraulic cylinders. It features a wide dual-nozzle design with an internal long row of high-pressure spray rods (8 in total), and the nozzle body moves in sync with the road surface. The nozzle's elevation is hydraulically driven and electrically automatically controlled, utilizing a spring-loaded floating suspension system. |
minimum turning radius | 8 m | Straw diameter | φ180 mm |
maximum gradability | ≥30% | Straw Brands | NORRES |
Clutch System | Single-piece dry diaphragm spring clutch, hydraulically operated | Walking wheel bearing | SKF (Skifer) |
Transmission System | 8-speed transmission | Wear-resistant outer ring for the traveling wheel | Stellana |
Engine Fuel Consumption (On the Road) | ≤14 L/100km | Working state: The clearance between the rigid part of the nozzle edge and the ground | 5-8 mm |
Engine Fuel Consumption (During Operation) | ≤8 L/h | Air velocity in the nozzle and straw | 50-65 m/s |
Engine Fuel Consumption (During Operation) | ≤3 L/10000m² | Nozzle negative pressure | 380 mmH2O |
Water spraying method of the dust suppression system | Low-pressure mist | alarm system | Reverse Vehicle Voice Alarm System |
Main components of the dust removal system | High-pressure pump, water filter, piping system, stainless steel spray frame, high-pressure nozzle, etc. | Secondary Operating System | The rear section is equipped with an electronically controlled operating system for regulating the elevation of the main compartment and the opening/closing of the rear door. |
Installation location for dust removal and control systems | Left, Right, and Front Scanning | Manual Pump Emergency Lifting System | In the event of a deputy engine failure rendering the hydraulic system inoperable and preventing the lifting of the brush, suction cup, or main chamber, the manual pump emergency lifting system may be employed. |
Installation location for vacuum cleaning and dust removal systems | Inside the suction port of the suction cup | | |