XCMG Official Manufacturer 8 tons Road Sweeper XZJ5160TSLD5 for sale
Summary
- Overall Dimension(L*W*H):8115×2480×3010
- Weight:15800 kg
- Model Number: XZJ5160TSLD5
- Brand Name:XCMG
- Place of Origin:China
- Certification:CE/ISO9001
Specifications
- Weight:15800.000kg
- Condition:New
- Moving Type:Wheel
- Chassis Model:DFL1160BX1V(stateⅤ)
- Chassis Power:155 kw
- Chassis engine model:—
- Wheelbase:4500 mm
- Total Mass:15800 kg
- Curb Mass:10300 kg
- Model of Auxiliary Engine:QSB5.9-C160-30(state Ⅲ)
- Power of Auxiliary Engine:118kw/2500r/min
- Suction diameter:250 mm
- Ground clearance during working:5~10 mm
- Operating speed:3~30 km/h
- Max Operation Width:3.5 m
- Sweeping Efficiency:—
- Max. sweeping capacity:105000 m²/h
- Sweeping and washing diameter:120 mm
- Max. Inhaled Particles:Φ900 mm
- Dustbin Volume:8 m³
- The Tank Volume:3 m³
- Lifting Angle:45°+10°
- Max. driving speed:98 km/h
- Max. climbing angle:30%
- Brake distance (full loading 30km/h):≤10 m
- Min. turning diameter:≤19 m
- Front/Rear wheel track:1880/1860 mm
- Approach angle:20°
- Departure angle:13°
- Min. ground clearance:150 mm
- Overflow pressure:14 Mpa
- Hydraulic oil volume:100 L
- Voltage of trailer chassis system:24 V
- Voltage of working units:24 V
Packaging & Shipping
- Delivery Lead Time:7 days for ready goods
- Minimum Order:1 Piece
- Supply Ability:10,000 Set/ Sets per Month
- Total Quantity In Stock:Over 5000
- Delivery Port:Any Port In China
XZJ5160TSLD5
Road Sweeper
1、Beautiful and practical model
of tank
On the premise of
meeting relevant use and strength requirements, it is integrally made of SUS304
single-layer stainless steel. It is simple and practical, with good usability.
Moreover, the dustbin is integrated with the fresh water tank, increasing the water
volume and making it convenient for batch production and processing. At the
same time, the lifting angle is increased for the dustbin, making it convenient
for garbage dumping. A dismountable structure is adopted for the sucker in the
tank. After it is worn, the sucker can be conveniently replaced.
2、Sweeping mechanism under self-adaptive control
The mode of spring
adjustment is adopted for the ground pressure of side sweeper system. In the
working process, the ground pressure of the sweeper can be adjusted at any time
according to the pavement condition, so as to reduce wear of the sweeper. In
order to reduce wear of the sweeper, the mode of spring adjustment is adopted
for the ground pressure of side sweeper system. Its ground pressure can be adjusted
at any time during working according to the pavement condition. In order to
solve the issue of sweeping plate obstacle, one end of the oil cylinder support
is connected via shackle, making the oil cylinder under a floating state. When
the sweeping plate encounters an obstacle, the function of automatic avoidance
can be realized.
3、Efficient air duct system
The air duct system
serves as the basis for the pneumatic transmission system of the cleaning
sweeper truck. It includes the following three parts: suction nozzle, tank
pipeline and fan, which decides the garbage suction force, airflow loss and
system power. At the same time, it is also a key design part of the sweeping
machine.
(1)Efficient
sucking disc
A total floating suction
nozzle structure of narrow suction nozzle + single large air duct is adopted
for this machine. A roll sweeping device is added to the rear end of the
suction nozzle, which is driven by motor, effectively improving the sweeping
efficiency and speed. During working, the motor speed is adjustable, or the
motor may not work, so as to adapt to different pavement conditions.
(2)Efficient
centrifugal fan
The independently
researched and developed centrifugal fan is adopted, with the maximum blast
capacity of 12,000m3/h. The fan has large total pressure and high
efficiency. Its blade is made of special steel. The special shape of its blade
is extremely uneasy to wear.
4、Reliable and effective dust falling system
The stainless steel
water spraying frame of sweeping plate is equipped with a low-pressure
fan-shaped nozzle, in order to suppress the dust raised by the sweeper.
Furthermore, a dust reduction spray pipe is also installed at the suction
nozzle. A self-made large-diameter nozzle is installed, so as to suppress the
dust raised when the sweeping plate absorbs garbage. Wenzhou Hanxing
centrifugal water pump shall be selected as the water spray pump, which is
provided with an electromagnetic clutch. At the same time, a water torch is
provided as well, making it convenient for integral cleaning, maintenance and
high-pressure washing at the fixed point.
5、Convenient PTO port
Commons
QSB5.9-C160-30 is adopted for the auxiliary engine. The hydraulic pump is
directly driven by the auxiliary engine through the side force taking port (PTO
port), which improves the transmission efficiency, reduces the transition of
supporting seat, saves oil consumption, lowers the user costs, and effectively
lowers the failure rate.
6、Power output system
The output
protection device of clutch for vehicle + air cylinder control is adopted for
the auxiliary engine of sweeping machine, which guarantees no-load starting and
no-load shutdown of the auxiliary engine, solves the issue of large output
impact of the engine, and gives better protection to the engine, fan and
high-pressure water pump.
7、 Intelligent control system
(1)Integrated
control mode
The mode of relay
control is adopted. The control circuit is simplified. Many logic protection
functions can be realized. Most elements are foreign brands, with a low failure
rate. It is fast and convenient for replacement. Moreover, the maintenance difficulty
is also reduced.
(2)Multiple
safety protection
A variety of protection
devices are provided, including voice alarm protection, voice avoidance
reminder, voice fault alarm, fresh water tank low level, dustbin high level,
hydraulic oil tank low level, dustbin rear door non-opening and non-laid-down
safety support.
8、Safe and reliable hydraulic system
Dual-power hydraulic
element system is adopted, which is driven by the chassis and the auxiliary
engine. The chassis and the auxiliary engine can be used for unloading and
lifting of suction nozzle and sweeping plate. In the process of unloading, it
only needs to start the chassis engine. It is unnecessary to start the
auxiliary engine. Thus, it reduces the start-up time of auxiliary engine,
lengthens the engine service life, and saves fuel oil as well.
A hydraulic system with
three independent valve blocks is adopted, free from mutual inference and
convenient for maintenance.
9、A kind of mixed-material highly wear-proof
sweeping technology
The brushing formula with good frictional wear performance was independently designed and developed by adjusting the proportion of PP & PE raw material, inorganic filler and their auxiliaries. Meanwhile, the performance of various test recipes was detected. On this basis, the nylon matrix brush exclusive for XCMG was researched. The service life is improved by 2 times.
Items |
Contents |
XZJ5160TSLD5 |
|
Chassis Parameters |
Model |
DFL1160BX1V(StateⅤ) |
|
Power |
155kW |
||
Wheelbase |
4500mm |
||
Auxiliary Engine |
Model |
QSB5.9-C160-30(StateⅢ) |
|
Power |
118kw/2500r/min |
||
The Vehicle
Parameters |
Total Mass |
15800kg |
|
Overall Dimension |
8115×2480×3010,3255mm |
||
Curb Weight |
10300kg |
||
Dustbin Parameter |
Dustbin Volume |
8 m³ |
|
The Tank Volume |
3 m³ |
||
Lifting Angle |
45°+10° |
||
Suction Nozzle |
Suction Diameter |
250mm |
|
Working Ground
Clearance |
5~10mm |
||
Working Performance |
Road Sweeping Width |
3.5m |
|
Sweeping Speed |
3~30 km/h |
||
Max. Sweeping
Efficiency |
105000/h |
||
Max. Inhaled
Particles |
120mm |
||
Brush Diameter |
Φ900mm |
||
Driving performance |
Max. Speed |
98km/h |
|
Max. Climbing Angle |
30% |
||
Braking Length |
≤10m |
||
Min Turning
Diameter |
≤19m |
||
Structure size |
Wheelbase |
Front wheel |
1880mm |
Rear wheel |
1860mm |
||
Approach Angle |
20° |
||
Departure Angle |
13° |
||
Min. Ground
Clearance |
150mm |
||
Hydraulic System |
Overflow pressure |
14MPa |
|
Hydraulic oil
capacity |
100L |
||
Electrical System |
Chassis system
voltage |
24V |
|
Working device
system voltage |
24V |