BRIEF
The 4000-liter 4WD bi-directional fire truck from CSCTRUCK Fire Rescue Truck is a high-performance emergency response vehicle built for rapid deployment in demanding terrains. Its bi-directional design and spacious 2-way cabin, accommodating up to seven crew members in a 2+5 seating layout, ensure quick access and operational readiness.
Built on a robust 4×4 chassis, this water foam fire truck excels in off-road mobility and maneuverability, making it ideal for firefighting in urban, industrial, and remote environments.
At its core is the advanced Cummins L9NS6B400 engine, delivering 294 kW (400 HP) at 1,900 rpm. Compliant with Euro 6 emission standards, this engine offers a balance of powerful performance and environmental responsibility. With a maximum speed of 90 km/h and a full loaded weight of approximately 20,000 kg, the truck maintains high efficiency even in challenging conditions.
The firefighting system includes a 3,000-liter water tank and a 200-liter foam tank, enabling response to a wide range of fire types. A high-capacity fire pump provides a flow rate of 60 L/s, supported by 2 fire monitors: A roof-mounted unit delivering 48 L/s and a front-mounted unit outputting 30 L/s. This configuration allows for flexible and effective suppression from multiple angles.
With approach and departure angles of at least 10°, the truck is capable of navigating uneven and obstructed terrain, essential for off-road firefighting operations.
Combining rugged engineering, powerful suppression systems, and ergonomic crew accommodations, the 4000-liter 4WD fire truck delivers unmatched versatility, performance, and safety in a single, mission-ready platform.
FEATURES
- Bi-Directional Design with 2-Way Cabin: Features a spacious cabin with a 2+5 seating layout for up to 7 crew members, allowing rapid entry/exit and operation in either direction for enhanced deployment flexibility.
- Robust 4×4 Off-Road Chassis: Built on a durable 4-wheel-drive platform, offering exceptional mobility and maneuverability in urban, industrial, and remote off-road environments.
- High-Performance Cummins Euro 6 Engine: Equipped with a Cummins L9NS6B400 engine delivering 400 HP, meeting Euro 6 emissions standards, and achieving speeds up to 90 km/h with a fully loaded weight of 20,000 kg.
- Advanced Fire Suppression System: Includes a 3,000-liter water tank, 200-liter foam tank, and high-capacity fire pump (60 L/s), with 2 fire monitors (roof: 48 L/s, front: 30 L/s) for versatile firefighting coverage.
- Terrain-Ready Angles and Ground Clearance: Designed with approach and departure angles of at least 10°, making it capable of tackling rugged terrain and obstacles common in off-road firefighting scenarios.
SPECIFICATION
1. The Whole Fire Truck
1.1 Overall Dimension L×W×H (mm): Approx.11,000mm×2,550mm×3,800mm
1.2 Full Load Weight (kg): Approx.20,000 kg
1.3 Number of the Crew: 2+5
1.4 Max. Speed: 90km/h
1.5 Emission Standard: Euro 6
1.6 Extinguishing Agent Capacity: 3,000L Water, 200L Foam
1.7 Fire pump flow rate: 60L/s
1.8 Roof Fire monitor flow rate: 48L/s
1.9 Vehicle approach and departure angle: ≥10°.
2. Chassis
2.1 Driving Manner: 4X4 (Full-Time Four-wheel Drive)
2.2 Wheel Base (mm): 5,900mm
2.3 Engine Brand: CUMMINS (Made in China)
2.4 Engine Model: L9NS6B400
2.5 Engine Type: In-line 6 cylinders, turbocharged, intercooled diesel engine
2.6 Rated Power: 294kW/1,900rpm(400HP)
2.7 Max. Torque: 1800/1100-1400(Nm/rpm)
2.8 Emission Standard: Euro 6
2.9 Transmission Brand: Alison
2.10 Transmission: Automatic Transmission
2.11 PTO: Engine flywheel PTO or Transmission PTO
2.12 Fuel Tank: 260L
2.13 Batter: 175AHx2
2.14 Chassis Generator: 120A, 28V or higher vehicle generator
2.15 Maximum climbing rate: ≥30%
2.16 Minimum ground clearance: ≥340mm
2.17 Steering System: ZF
2.18 Vehicle Stability System: With ABS.
3. Superstructure
3.1 Cabin
3.1.1 Structure: Two-way cabins.
3.1.2 Seat Quantity: The main driver has 2 seats; the co-pilot has at least 5 seats (1 driver seat + 4 firefighter seats).
3.1.3 Seat Type: The two seats in the main cabin and the driver’s seat in the co-pilot adopt advanced adjustable air suspension seats.
3.1.4 Fireman’s seat: The rear row of the co-pilot adopts a long seat and is equipped with 4SCBA brackets. There are storage cabinets below the seats.
3.1.5 There are air supply lines and masks above all seats. The mask should be fixed in place.
3.1.6 Air conditioning: Air conditioning systems are installed in both the main and passenger cabs, with refrigeration, heating, and other functions. The system is modular in design.
3.1.7 Lighting: Use advanced LED lighting.
3.1.8 Handrails: With high-quality anti-slip handrails.
3.1.9 Stairs: Non-slip.
3.2.Sub-frame
3.2.1 Material: High-strength rectangular tube made of special steel.
3.2.2 Performance: The liquid tank and the subframe are connected by an elastic connection seat with torque reduction performance, which not only increases the flexibility of the connection between the frame and the tank, prevents the deformation and rupture of the upper body, but also increases the strength of the upper body compartment, giving full play to the Chassis performance, while standardized sub-frames enable flexible assembly of bodywork components.
3.2.3 High-quality spray paint, corrosion-resistant.
3.3 Compartment
3.3.1 Material: Aluminum.
3.3.2 Structure: The frame of the compartment is an aluminum alloy welded structure; the interior and bottom plates are all brushed aluminum alloy plates; the outer surface is an aluminum alloy plate.
3.3.3 Roof Guards: The roof is equipped with safety guardrails.
3.3.4 Ladder: A safety ladder leading to the roof is set on the side of the vehicle.
3.4 Roller Shutter Door:
Using high-quality aluminum alloy, open and close flexibly, good sealing, low noise, beautiful appearance, lightweight, and reliable. All roller shutters can be opened with a common key.
3.5 Foot Pedal
3.5.1 Material: high-quality aluminum alloy.
3.5.2 Width: 50cm, can bear more than 300kg, anti-slip design on the pedals with double lock function.
3.5.3 Location: on both sides of the compartment and the pump room.
3.6 Superstructure Electric Appliance
3.6.1 Warning Light and Alarm: The two cabins are equipped with top alarm lights with a siren system. The control device is installed in the cabins.
3.6.2 Air horns are installed at the front and rear. When starting the vehicle, the air horn works first.
3.6.3 Equipment box lights: There are LED white light strips on both sides of the roller shutters, which can meet the lighting of the entire equipment box, and the lighting switch is linked with the shutter door.
3.6.4 Strobe lights: There are strobe lights on the top sides of the compartment.
3.6.5 Warning lights: There are built-in yellow warning lights installed on both sides of the foot pedals.
3.6.6 Voltage converter (inverter). It can convert 24V to 12V, and convert 24V DC power into 220V AC power. The output voltage fluctuation rate is within±5%, and the rated output power is made above 3kW.
3.6.7 The charging device can charge the chassis battery.
3.6.8 The cabs on both sides are equipped with a 360-degree imaging system and a driving recorder.
3.6.9Communication1equipment: Communication cables are made e of RG-58(double-shielded aluminum foil wire) or higher specifications; Install 1 mobile radio.
3.7 Surface Treatment
3.7.1 Paint: Red or Orange.
3.7.2 Vehicle LOGO: Customized according to customers.
3.8 Water Pump
3.8.1 Brand: Chinese Brand
3.8.2 Model: CB10/60-G
3.8.3 Rated Pressure: 1.0Mpa
3.8.4 Flow Rate: 60L/s
3.8.5 Vacuum Pump: Electric Type
3.8.6 Water Suction Depth: 7m
3.8.7 Water diversion time: ≤50s
3.8.8 Installation Type: Middle-mounted
3.8.9 Pump Maintenance: The pump room should be designed with sufficient space for pump maintenance.
3.9 Roof Fire Monitor
3.9.1 Brand: Chinese Brand
3.9.2 Mode: PLKD8/48
3.9.2 Flow Rate: ≥ 48 L/s
3.9.3 Shot Rang: Water≥ 70m,Foam≥60m
3.9.4 Installation location: On top of the vehicle
3.9.5 Control method: Electric simulated monitor that can be displayed and controlled in the cabins
3.9.6 Horizontal rotation angle: 0°~330°
3.9.7 Pitch rotation angle: -15°~60°
3.9.8 Quantity: 1
3.10 Front Fire Monitor
3.10.1 Manufacturer: Chinese Brand
3.10.2 Model: PSKD8/30W
3.10.3 Rated Flow Rate: 30L/s
3.10.4 Shot Range: ≥60m
3.10.6 Installation location: At the right front of the two cabins
3.10.7 Control method: Electric simulated monitor that can be displayed and controlled in the cabins
3.10.8 Horizontal rotation angle: 0°~350°
3.10.9 Pitch rotation angle: -15°~+45°
3.10.10 Quantity: 2.
3.11 Liquid Tank
3.11.1 Capacity: 3,000L Water and 200L Foam
3.11.2 Material: PP Tank
3.11.3 Structure: 2 Tank Manhole; 2 Overflow Devices/Pressure Relief Device; 2 Liquid Level Indicators; 1 Foam tank Drain Outlets with Valves; 1 Water tank Drain Outlet with Valve.
3.12 Fire pipeline
3.12.1 4 pcs of pump outlets to connect the fire hose.
3.12.2 2 pc suction inlets from the hydrant to the pump.
3.12.3 2 pcs of water inlets from the hydrant to the tank directly.
3.12.4 2 pcs foam outlets from the pump to the nozzle.
3.12.5 Self-protection Sprinkler System: To protect the vehicle, sprinklers are installed on the vehicle’s body and tires.
3.12.6 Drain Pipeline: To protect the water pump, a drain ball valve is mounted in the pipeline.
3.12.7 Flushing Pipeline: There is a foam flushing valve and pipeline.
3.12.8 Pipes Material: Casting Aluminum.
3.12.9 Valves: Stainless Steel.
3.13 Foam Mixing System
3.13.1 Type: PHJ100
3.13.2 Foam Ratio: 0.5%-10%
3.13.3 Mixed Type: Electric automatic mixin
3.14 Fire Control System
3.14.1 The pump room operating panel must be equipped with the equipment and instruments required to operate the fire pump, and their functions must be marked.
3.14.2 Where the fire pump is driven by a drive shaft, a device is installed to prevent accidental movement of the fire pump during operation.
3.14.3 The fire pump (with an operation confirmation device) can be started only when all conditions, such as the gearbox in which the fire pump is running, are in neutral and all conditions are met.
3.14.4 The fire pump speed is electronically controlled.
3.14.4 There is a corresponding switch to control the engine speed, and the number per revolution should be between 50 rpm and 100 rpm.
3.14.5 A spare operating panel should be installed. If the main panel fails, the backup panel can be used for operation.
3.14.6 The operating panels of the cab and pump room should be equipped with low liquid level light and sound alarm devices. When the water tank capacity is lower than 40%, the low water level alarm light lights up.
3.14.7 The control panels in the pump room and cab.
3.15 Self-Protection System
3.15.1 Equipped with a self-protection water mist spraying system. It mainly protects important positions such as the cab, the top of the carriage, the front of the cab, the top of each wheel, and the top of the fuel tank to ensure the safety of the entire vehicle.
3.15.2 Number of self-protection nozzles for upper body: 2 installed on each front, 4 on each side.
3.15.3 Spray type and range: Water curtain type, above 250 degrees.
3.14.4 Can be operated from the cab.
3.16 Fire Hose Reel
3.16.1 Quantity: 2 (1 on each side of the vehicle)
3.16.2 Diameter: 25mm
3.16.3 Length: 30m
3.16.4 Injection volume of nozzle: ≥ 200L/min
3.16.5 Operation: Electric & Manual
(With ball valve or butterfly valve)
3.17 Front Winch
3.10.1 Brand: T-MAX
3.10.2 Model: FEW-13500
3.10.3 Installation Mode: Under the bumper
3.10.4 Operation Type: Electric control
3.10.5 Voltage: 24V
3.10.6 Max. Traction: 6118kg
3.10.7 Max. Traction Length: 38m
3.10.8 Quantity: 2 (One at the front and one at the back)
3.18 Infrared Thermal Imaging System (Thermal Imaging + Visible Light)
3.18.1 Quantity: 2. Each installed on the front and rear roof.
3.18.2 Rotation angle: 0~360°continuous rotation horizontally, 0~90°continuous rotation vertically.
3.18.4 Material: The shell is made of aluminum alloy, which is impact-resistant and corrosion-resistant.
3.18.5 640×512 pixels
3.18.6 Person and object recognition distance is 500m or above.
3.18.7 Other functions: lt has an automatic locking protection function when power is off, and supports real-time transmission of position coordinates.
3.18.8 Control: The display is concentrated on the display screen in the cab and can be easily operated while driving.
3.18.9 Use network signals. With a video recorder, an operating keyboard, display screen.
3.19 Air Supply System for Cabins
3.19.1 Number of air cylinders: 4
3.19.2 Specifications of each gas cylinder: 50L
3.19.3 Other main accessories: Exhaust pump, bottle valve, pressure reducing valve, safety valve, sensor, Oxygen concentration detector, sound and light alarm, etc.
3.19.4 There are oxygen sensors and LED oxygen concentration displays inside the 2 cabs and outside the car.
3.19.5 Gas cylinder installation position: In the compartment
3.19.6 All seats in the cab must be equipped with oxygen supply lines and respirator masks, and be equipped with fixing devices for storing respirator masks.
3.19.7 The connector for each seat oxygen supply mask and the connector for the mask of the air breathing apparatus set are interchangeable.
3.19.8 The oxygen supply pipeline and mask interface of each seat must be consistent with the connector of the backpack air respirator mask and be interchangeable.
4. Documents along with the Vehicle (In English)
4.1 User Manual of Vehicle
4.2 Vehicle Certification
4.3 Main Equipment Manual.
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