| Base Chassis Type |
URAL-43206-4151-79 |
URAL NEXT 43206-6151-71 |
| Wheel formula |
4х4 |
4х4 |
| Make and engine power |
YaMZ-53622, 240hp |
YaMZ-53622, 240hp |
| Cab type |
capless |
NEXT, Bonnet, all-metal, two-door, triple. The plumage of the cab (fenders, hood, grille and other elements of the cab) is made of impact-resistant polymer materials. |
| Tank capacity, m³ |
| - front compartment without extension |
4 |
| - front compartment with extension (technological capacity) |
4,6 |
| - rear compartment |
1,2 |
| Ground clearance, m |
| - under the brush bristles |
0.1 |
| - under the nozzles |
0.3 |
| Cylindrical brush with kapron pile |
| - type of brush drive |
Mechanical, automatically damping vertical vibrations by torque. The torque is transmitted from the PTO through the driveshaft to the bevel gearbox, then through a chain transmission to the brush shaft. |
| - gear ratio of bevel brush reducer |
2,083 |
| - brush chain ratio |
1.25 |
| Diameter of brush, mm |
720 ± 5 |
| Landing diameter of the shaft (pipe) of the brush, mm |
118 ± 2 |
| The angle of installation of the brush to the longitudinal axis of the machine, deg |
62 ± 2 |
| Brush discs |
| - brush disc type |
Non-spacer, with three dowels in the inner diameter of the disc ring, ensuring alignment of the brush disc with the brush shaft. |
| - inner diameter of the disk, mm |
120 ± 2 |
| - outer diameter of the disk, mm |
720 ± 5 |
| - disk width, mm |
45 ± 1 |
| - the number of discs in one brush, pcs. |
65 |
| Five-sided power take-off box, with end power take-off from gearbox intermediate shaft |
|
|
| - location of KOM |
on the rear end face of the gearbox |
| - gear ratios from the drive shaft: |
|
|
| on the upper shaft |
0,68 |
| on the middle shaft |
0,68 |
| to the lower shaft |
1 |
| - maximum transmitted power, kW (hp) |
36 (51.6) |
| - maximum transmitted torque on the output lower shaft, Nm |
120 |
| Plow equipment |
| The design of the plow mount ensures swinging relative to the horizontal axis up to 5 degrees, in both directions and copying the roadway. |
The plow is rotary, single-shaft with a rubber share. Raising and turning the plow is performed by hydraulic cylinders controlled from the driver’s cab. |
| - The base of the plow is made of alloy steel sheet, mm |
3 |
| - in cross section, the base has the shape of an arc with a radius, mm |
255 |
| and straight section, mm |
365 |
| -Cross-section reinforced with six internal and two external flat stiffeners made of alloy steel with a thickness of mm |
5 |
| -The lower part of the plow is reinforced with a steel bent beam of rectangular cross section, mm (height / width) |
100/70 |
| thickness mm |
7 |
| - the middle part of the blade is reinforced with a round steel pipe, mm (outer diameter / wall thickness) |
57/12 |
| At the top of the plow is a visor made of reinforced sheet rubber, which prevents the snow from passing through the plow to the cab. |
|
|
| - installation angle to the longitudinal axis of the machine in both directions, degrees |
60 ± 1 |
| - mass of plow equipment, kg |
530 |
| - wing height, mm |
ranging from 865 to 875 |
| - angle of attack, degrees |
13 ± 2 |
| - overall dimensions, mm (length / width / height) |
1550/3000/870 |
| - the width of the plow at an angle of installation to the longitudinal axis of the machine = 60 deg., m |
2.6 |
| - the height of the plow, m |
0.3 |
| Water pump |
| - type |
Centrifugal cantilever with single-stage gearbox |
| - gear ratio of the water pump reducer |
2 |
| - productivity, m³ / h |
At least 60 |
| - pressure, MPa |
At least 1.15 |
| - water pump rotation speed, rpm |
At least 2500 |
| - drive |
Mechanical, torque is transmitted from the PTO shaft through the driveshaft to the gearbox |
| Nozzles |
| - type |
Slotted |
| - quantity, pcs. |
2 |
| location |
in front of the car |
| - changing the direction of the jet: independent for each nozzle in the vertical and horizontal planes |
With a hydraulic swing mechanism with integrated rack and pinion gears, the swing mechanism is controlled by the levers of the manual control valve from the driver's cab |
| Fire barrel |
| location |
behind the cab |
| - changing the direction of the jet |
with a hydraulic swing mechanism with integrated rack and pinion gears; the swing mechanism is controlled by the levers of the manual control valve from the driver's cab |
| Hydraulic system |
| - type |
single-circuit, includes an oil tank (located in the cabin under the passenger seat), a gear pump, a seven-section valve with manual control (located in the cabin between the driver and passenger seats), copper pipelines, nap |
| - oil tank capacity, l |
15 |
| - pressure setting safety valve, MPa |
12 |
| The vacuum created by the vacuum water filling system for water intake from the reservoir, mm RT. st. |
At least 500 |
| The total technological volume of slugs for placing the spare parts kit, m³ |
1,1 |
| Machine performance |
| Width of the processed strip, m |
| - when washing |
8 |
| - when watering |
18 |
| - during snow removal |
2.6 |
| - when sweeping |
2.45 |
| Maximum height of raked freshly fallen snow, m |
0.4 |
| Working pressure of water at the nozzle inlet, MPa |
0.8 |
| Vehicle speed, km / h: |
| - when washing |
in the range of 8-15 |
| - when snow plowing with a conventional plow |
At least 35 |
| Operational productivity, thousand m² / h |
| - when washing |
in the range of 64-120 |
| - when watering |
in the range 225-540 |
| - when snow plowing with a conventional plow |
52 |
| The length of the jet fire barrel, m |
At least 30 |
| Filling time of the tank with water, min: |
| - when taking water from a reservoir to a height of at least 3 m. |
Not more than 4 |
| - when refueling with water from the water supply network at a pressure of 0.5 MPa through the fire hydrant |
Not more than 10 |
