Audited Supplier
12 Months
12 Months
ISO9000, CCC, TS16949, EPA, EEC, RoHS, CE
Euro 2 Euro 3 Euro 4
2-8tons
Manual
Diesel
18000-20000
4X2, 6X4, 8X4
160-220
New
Sewer, Fecal, Cesspit, Gully
Dongfeng, HOWO, JAC, Jmc, I Suzu, Foton
Naked, Waxed, Bulk Ship, RO-RO
18-22cbm
Suizhou China
87059099
Product Description
Hubei Zhongbang Intelligent Special Vehicle Co., Ltd. specializes in the production and sales of various types of cleaning and dredging vehicles, suction and fecal suction vehicles, cleaning and suction and fecal suction vehicles, and suction pressure conveying vehicles. In addition, we can also customize various suction tank vehicle series according to consumer functional needs.
Suction sewage truck is a new type of environmental sanitation vehicle that collects, transfers, and transports sludge and sewage to avoid secondary pollution. The suction sewage truck can self suction and discharge, with fast working speed, large capacity, and convenient transportation. It is suitable for collecting and transporting liquid substances such as feces, mud, and crude oil. The sewage suction truck adopts domestically advanced vacuum pumps with high suction power and long suction range, which are particularly suitable for the suction, transportation, and discharge of sediment in sewers, especially for larger objects such as mud, silt, stones, bricks, etc.
The dedicated part of the sewage suction truck consists of a power take-off, a transmission shaft, a vacuum sewage pump, a pressure tank body, a hydraulic part, a pipe network system, a vacuum pressure gauge, a fecal window, a hand washing device, etc. The vehicle is equipped with a high-power vacuum sewage pump and a high-quality hydraulic system. The tank head is formed by one-time die-casting, the tank body can be opened backwards, and the double top is self dumping. The dirt inside the tank can be directly dumped through the back cover, which has the characteristics of high vacuum degree (greater than the suction force of the suction truck), large tonnage, high efficiency, and wider application.
With the increasing demand from consumers, the functions of our sewage trucks have become more extensive. Based on consumer demand, we have added the following features to our sewage suction truck models:
1. Cleaning and suctioning sewage trucks (can not only clear sewers, but also suck sewage, suctioning sewage, suctioning sludge, and suctioning impurities, with tank capacities of 3-5 cubic meters, 6-8 cubic meters, 10-15 cubic meters, 16-22 cubic meters, 25-33 cubic meters, and 35 cubic meters);
2. High pressure cleaning and dredging truck (specialized for cleaning and dredging sewers, with tank capacities of 3-5 cubic meters, 6-8 cubic meters, 10-15 cubic meters, 16-22 cubic meters, 25-33 cubic meters, and 35 cubic meters);
3. The suction and discharge truck, also known as the suction and discharge truck, is suitable for industries such as metallurgy, chemical engineering, energy, building materials, coal, mining, and dock transportation. It is used for collecting, transporting, and conveying nearly a hundred types of dust and granular materials under various working conditions. It can carry dust materials such as ironmaking, steelmaking, sintering, coking, raw materials, calcium carbide furnace purification and dust removal, gas fired lime kiln, smelting desilication, dephosphorization agent, coke powder, aluminum powder, cement, mineral powder, lime powder, limestone dust removal ash, and mixed dust removal ash. The suction and discharge truck is an efficient, safe, and environmentally friendly special vehicle for cleaning and transporting bulk materials. The tank capacity is 3-5 cubic meters, 6-8 cubic meters, 10-15 cubic meters, and 16-22 cubic meters. 25-33 cubic meters, 35 cubic meter semi-trailer cleaning and suction truck series)
| Complete vehicle configuration parameters | Remarks | |
| Vehicle model | CL5311GXY6ACC | |
| Batch announcement | 381 | |
| Overall dimensions of the vehicle: Length × Width × Height (mm) | 12200×2550×3990/3998 | |
| Chassis configuration parameters | ||
| Chassis model | ZZ1317N466GF1 | |
| Engine power (hp/kw) | 350/257 | |
| Engine model | MCO7H.35-60 | |
| Drive type | 8x4 | |
| Turning diameter (maximum outer) | 24.2 m | |
| Tires | 11.00-20 steel wire tire/13 sets (including spare tire) | |
| Wheelbase (mm) | 1800+4600+1350 | |
| Chassis allowable total mass (kg) | 31000 | |
| Complete vehicle curb weight (kg) | 19670 | |
| Tank configuration parameters | ||
| Total tank volume (m3) | 25.2 | |
| End Cap Type | Spin Forming | |
| Maximum Lifting Angle of the Tank Body | 45º | |
| Maximum Working Negative Pressure in the Tank (mPa) | -0.06/0.078 | |
Material Intake System Configuration Parameters | ||
| Vacuum Pump | Roots Type | |
| Drive Mode | Independent Vehicle-Mounted Power Take-Off | |
| Material Intake Method | Negative Pressure Material Intake | |
| Maximum Working Negative Pressure (MPa) | -0.06/0.078 | |
| Material Intake Speed (t/h) | 30~80 | Adjust to the Optimal Speed Based on Material Properties and Actual Site Conditions |
| Inner Diameter of the Material Intake Pipe (mm) | 150 | |
| Dust Filtration Method | Gravitational Inertia Dust Removal, Bag Filtration | |
| Filter Bag Cleaning Method | Backblow | |
| Exhaust Dust Concentration (mg/m3) | 20 | |
| Discharge System Configuration Parameters | ||
| Air Source Equipment | Air Compressor or Ground External Air Source | |
| Air Compressor | Piston-Free Oil Type | |
| Discharge Method | 1. Pressure Discharge 2. Emergency Opening of Rear Cover for Lifting and Dumping | |
| Maximum Working Pressure (mPa) | 0.2 | (Ground Air Source Flow Rate ≥ 15m3/min) |
| Pressure Discharge Rate (t/h) | 30~80 (When there is no external air source, the discharge height can reach 23 meters, reference material is cement) | Adjust to the Optimal Speed Based on Material Properties and Actual Site Conditions |
| Discharge Pipe Inner Diameter (mm) | 100 | |
| Rear Cover Opening Method | Manual Hydraulic Cover Opening | |
| Maximum Angle of Rear Cover Opening | 76º | |
| Rear Cover Locking Method | Bolt with Hydraulic Locking | |
| Remaining Material Rate in Tank | 2‰ | |
| Hydraulic Lifting System Configuration Parameters | ||
| System Pressure (MPa) | 16 | |
| Hydraulic Oil Tank Volume (L) | ~80 | |
| Lifting Cylinder | Haiwo/Jiaheng | |
| Other Configuration Parameters | ||
| Suction Valve | Valve DN200 Interface DN150 | |
| Discharge Valve | Valve DN125 Interface DN100 | |
| Other Valves | DN50~DN200 | |
| Wear-Resistant Components | Using special processes from professional manufacturers for straight pipes and elbows (for suction and discharge piping) | |
1. Application Scope:
The Attraction Pressure Delivery Vehicle is widely applicable in various industries (ironmaking, steelmaking, metallurgy, energy and chemical, energy and power, glass manufacturing, cement manufacturing, flour milling, and grain) for the internal and external transportation of various types of dust generated during production (including sintering, coking, metallurgical de-siliconization, de-sulfurization, de-phosphorization agents, blast furnace, and converter dust, lime powder, rolling chips, coke powder, metallurgical de-siliconization agents, flour, grain, and other particulate materials) (when transporting flour, it is necessary to install anti-static and explosion-proof components).
This vehicle is suitable for the operation and transportation of dust on hardened flat roads. During vehicle operation, negative pressure is used for loading (positive pressure can be used when conditions in the hopper allow); the dust-containing air that has been filtered meets national environmental protection emission standards.
2. Advantages:
Replaces the original manual bagging, reducing work intensity and avoiding occupational diseases.
Replaces the transportation by non-sealed vehicles, with the entire process of suction, transportation, and discharge conducted in a sealed environment, preventing dust leakage and flying, in compliance with national environmental protection standards.
The vehicle adopts a split structure, which is simple in design, has high loading efficiency, low leftover rate, and convenient maintenance.
3. Workflow:
When the vehicle arrives at the supply warehouse, the vacuum suction system is activated to draw materials into the vehicle's storage tank through the ground facility's supply system, and an automatic alarm will trigger when the tank is full.
When the vehicle arrives at the receiving warehouse, the discharge system is activated to push the logistics from the vehicle's storage tank into the receiving warehouse through the ground warehouse's receiving system.
