Dry powder foam combined with fire truck that has undergone repeated testing
Dry powder foam combined with fire truck has the following advantages:
Double extinguishing effect: Dry powder foam combined fire truck integrates the double advantages of dry powder extinguishing system and foam extinguishing technology. Dry powder fire extinguishing agents can quickly cover the fire source, isolate oxygen, and effectively extinguish initial and reigniting fires through physical and chemical dual effects, especially suitable for special fire scenarios such as oil and electrical fires. At the same time, foam fire extinguishing technology protects the safety of surrounding facilities and personnel by forming a fine and even foam layer to cover the surface of the fire source, heat insulation and cooling, suffocation and fire extinguishing.
Efficient fire extinguishing: The combined use of dry powder and foam significantly improves the fire extinguishing speed and efficiency, and reduces the risk of fire spread. The dry powder injection system is built into the vehicle, which can respond quickly in an emergency. The foam coverage technology automatically adjusts the proportion of foam and water according to the fire situation through the intelligent proportion mixing technology, forming a uniform foam layer, which can effectively insulate heat and cool down.
Intelligent control: Dry powder foam combined with fire truck integrates IoT technology to achieve fire monitoring, data analysis, and remote scheduling, improving overall efficiency. In addition, equipped with advanced remote control systems, it allows operators to operate the fire truck from a safe distance, improving emergency response speed and operational safety, especially demonstrating its unparalleled advantages in hazardous environments.
Strong environmental adaptability: The dry powder foam combined fire truck design considers different terrain and climate conditions, and can flexibly shuttle through narrow streets in cities and complex terrain in mountainous areas, quickly reaching the fire scene and winning valuable time for quickly controlling the fire.
Environmental protection and energy conservation: Dry powder foam combined with fire truck uses low environmental impact materials to reduce water consumption and secondary pollution to the environment during the fire extinguishing process. Modular design makes the equipment easy to maintain and upgrade, allowing for quick replacement or addition of equipment modules according to actual needs, thereby extending its service life.
| Name of the manufacturer |
Hubei Tri-Ring Motor Co.,Ltd. |
| Basic parameters of vehicle |
Drive form |
6×4 |
| Total mass (kg) |
25000 |
| Curb weight (kg) |
16550 |
| Overall appearance parameters of the vehicle |
Length (mm) |
7290 |
| Width (mm) |
2310 |
| Height (mm) |
3250 |
| Wheelbase (mm) |
3800 |
| Performance parameters |
Maximum speed (km/H) |
89 |
| Maximum gradeability (°) |
30% |
| Chassis configuration parameters |
Engine |
Engine emission standards |
|
| Manufacturer |
Yuchai/Yunnei |
| Displacement (L) |
3.0-4.2L |
| Rated power (Kw) |
132-147 |
| Chassis configuration parameters |
Cab |
Type |
Double-row flat-top cab |
| Model |
T3 (1995) (1.995m wide) |
| Standard configuration |
Bluetooth radio, laminated glass, electric doors and windows, central locking, wide bumper, roof glove box, multi-function steering wheel, LED daytime running lights |
| Gearbox |
Gearbox type |
Manual, 8th gear |
| Front axle |
Type |
Drum brake |
| Loadable mass (kg) |
2700 |
| Rear axle |
Type |
Drum brake |
| Loadable mass (kg) |
7000 |
| Speed ratio |
4.875 |
| Chassis configuration parameters |
Frame |
Section size (mm) |
230×65×(6.5+5) |
| Leaf spring |
Number of pieces |
8 front springs, 11 + 8 rear springs |
| Tire |
Type |
Steel Wire Tyre |
| Quantity |
6+1 |
| Model |
11.005R20-16 |
| Steering system |
Type |
Hydraulic power steering system |
| Braking system |
Brake type |
Drum brake with ABS anti-lock brake system |
| Type of service brake system |
Double circuit air brake |
| Type of parking brake system |
Spring Brake |
| Parking control type |
Hand brake control |
| Electrical system |
System voltage |
24V |
| Battery |
100AH double battery |
| Upload configuration parameters |
Pitcher |
Capacity (m ³) |
6 |
| Material |
High-quality Q235 carbon steel, with a thickness of 3-5mm (high-tech anti-corrosion inside) |
| Can-body setting |
Manhole: 1 DN500 manhole with quick locking/opening device |
| Overflow port: 1 DN65 overflow port |
| Drain outlet: 1 DN40 water tank drain outlet with ball valve |
| Water injection port: connect one DN65 connector on the left and right sides of the water tank respectively. |
| Water inlet and outlet: 1 water tank to water pump inlet pipe, DN125 valve, manual control, 1 water pump to water tank filling pipe, DN65 valve, manual control |
| Equipment box |
Structure |
The main frame structure is welded with high-quality square tubes, the outer decorative plate is welded with carbon steel plates, and the roof is skid-proof and walkable. |
| Equipment box |
The equipment box is located at the rear of the passenger compartment, with aluminum alloy shutter doors on both sides and lights inside. Storage boxes shall be set in the equipment box room as required. The side lower skirt is provided with a tool box and a rolling door, which can be used for placing small tools. |
| Pump house |
The pump room is located at the rear of the vehicle, with aluminum alloy rolling doors on both sides and at the rear. There are lights inside. Some common equipment can be placed on both sides of the pump room. |
| Ladder and boarding handle |
The rear ladder is a two-section aluminum alloy turning ladder, which is not more than 350 mm above the ground when in use. The upper handle is a non-slip round steel pipe with a groove on the surface, and the surface is treated with plastic spraying. |
| Water pump |
Model |
CB10/40 type normal pressure vehicle fire pump |
| Form |
Low pressure centrifugal |
| Rated flow |
40L/s @1.0MPa |
| The export volume is under pressure |
1.0MPa |
| Maximum suction depth |
7m |
| Diversion device |
Vacuum piston pump |
| Diversion time |
Maximum suction depth ≤ 50 s |
| Piping system |
Pipe material |
High quality seamless steel pipe |
| Suction line |
A DN125 suction port is set at the rear side of the pump house. |
| Water injection line |
The left and right sides of the water tank are respectively provided with a DN65 water injection port, and the pump room is provided with a DN65 water pump to inject water into the tank. |
| Water outlet pipeline |
The left and right sides of the pump house are respectively provided with one DN80 atmospheric water outlet with valve. |
| Cooling water piping |
Equipped with cooling water pipeline and control valve for cooling power takeoff |
| Vehicle-mounted fire water monitor |
Model |
PS 8/40W Fire ProtectionGun |
| Manufacturer |
Chengdu West Fire Fighting Machinery Co., Ltd. |
| Rated flow |
40L/S |
| Rated pressure |
0.8MPa |
| Elevation |
≥70° |
| Angle of depression |
≤-45° |
| Range (m |
Water:≥65m |
| Horizontal rotation angle |
≥360° |
| Other configurations |
Warning triangle, tool kit, spare tire at rear of frame, ABS, air conditioning. |
Dry powder foam combined with fire truck that has undergone repeated testing
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