SJCH500A Road Sweeper
1、Self-madearticulated full-drive chassis
The hingedchassis is made of profiles to meet the installation requirements of variouscomponents, which minimizes the redundancy size and ensures the compact andflexible structure. After the chassis of the frame, frame and articulatedframe, articulated frame by frame, before and after the horizontal and verticalpin connections at the same time also makes the front and rear frame hascertain controllable degree of freedom, to ensure the chassis tires can betteradapt to the road, keep a good grip. The chassis is driven by four hydraulicmotors with strong power and can operate on uneven roads, snow and grass.
2、Fueltank, dustbin and water tank made of rolled plastic materials
The fueltank, dustbin and water tank adopt rolling plastic parts, which can reduce thetotal weight of the main engine to the maximum extent, reduce the fuelconsumption rate and reduce the use cost. Roto molding a later use process caneffectively prevent corrosion and the corrosion phenomenon of clear water tankof bins, cooperate the use of high pressure spray gun, the stain can timelycleaning rubbish bins, avoid bonding on the rubbish in the bin.
3、Uniqueshape of the cab
The driver'scab adopts adjustable seat, which can be used for user operation of differentsizes. It has the function of cold and warm air conditioning and ensures thecomfortable operation in winter and summer. The operation of the working deviceis integrated on the right handrail box, and the operation of lamps andlanterns is integrated on the lifting column and the top panel. The operationis simple and straightforward.
4、Independentlydeveloped efficient fan design
Air ductsystem is the basis of the sweeper pneumatic conveying system, it includesthree most sucker, casing pipe, fan, etc., determines the garbage suctionforce, air flow of the system of power, etc., is a key part in the design ofsweeper. The floating sucker ensures that the sucker sticks to the ground. Whenencountering large rubbish, the large material in front of the sucker can beturned over to ensure that the material enters the sucker and is sucked intothe dustbin. The manual air duct three-way handle can switch the suction cupand the air duct of the hand-held straw. The hand-held straw can extend 2meters and extend the scope of scavenging.
5、Poweroutput system
The engineflywheel drives two tandem pumps directly through the synchronous belt, and thePTO port is directly connected to another set of pumps, which reducestransmission links, saves space, improves transmission efficiency and savesfuel consumption.
6、Intelligentcontrol system
Intelligentelectrical control system consists of controller, control display, sensor andcamera. Each sensor can display the information of engine speed, speed and fueltank oil level on the monitor effectively, and can send an alarm signal to theuser. Cameras and rear-end images ensure users safely reverse and dump rubbishbins.
Items | Unit | Number | |
The host | Engine model | - | Perkins 403D-15 |
Engine power rating | kW | 24.4 | |
Engine rated speed | r/min | 2800 | |
Engine idle speed | r/min | 800 | |
Maximum speed | km/h | 20 | |
Maximum astern speed | km/h | 10 | |
Capable of climbing with slope | % | 22 | |
Fuel tank capacity | L | 60 | |
Wheelbase | mm | 1250 | |
Wheelbase | mm | 860 | |
Turning radius (outside) | mm | 1880 | |
Minimum ground clearance | mm | 140 | |
Front overhang | mm | 810 | |
Rear overhang | mm | 560 | |
Approach angle | ° | 20.7 | |
Departure angle | ° | 27.7 | |
2 Brush the maximum sweep width | mm | 1200 | |
3 Brush the maximum sweep width | mm | 2100 | |
Brush diameters | mm | 600 | |
Maximum volume of dustbin | L | 500 | |
Bin effective volume | L | 230 | |
Bin unloading height | mm | 1380 | |
Water tank volume | L | 120 | |
Host suction diameter | mm | 150 | |
Handheld suction diameter | mm | 120 | |
Maximum sweeping speed | km/h | 6 | |
Curb weight | kg | 1250 | |
GVW | kg | 1800 | |
Overall dimensions | mm | 3865×1150×1990 | |
Hydraulic system | Hydraulic tank capacity | L | 20 |
Electrical system | Operating system voltage | V | 24 |