
Official factory CB10/60-XZ fire pump parts and manual, with military-grade stability and intelligent pressure adaptation technology, it becomes the "invisible guardian" in the fire scene, allowing every drop of water to accurately hit the core of the fire source. Dual-mode intelligent switching: One-click switching of low pressure and large flow (60L/s), adapting to multiple scenarios such as high-rise suppression and oil depot fire control, and improving fire extinguishing efficiency by 40%. Zero-second response: Adopting titanium alloy impeller and adaptive diversion system, it can run at full load within 3 seconds to seize the golden rescue window. Fearless of extreme cold and heat: Through the extreme environment verification of -30℃ to 80℃, the core components of the fire pump adopt 316L stainless steel explosion-proof shell, and the anti-corrosion life is extended by 3 times3.
Truck Model:
CB10/60-XZTanker Structure:
Alloy metalWork capacity :
60L/SWheelbase:
OptionalAxle drive:
4x2,4x4,6x4,8x4Engine Power:
160hp~460hpEngine Model:
OptionalFire Pump:
CB10/60Fire Monitor:
PS50The main function of the vehicle-mounted fire pump - Provide high-pressure water source
Quickly generate high-pressure water flow through a centrifugal pump or a piston vacuum water diversion device, with a rated pressure of up to 1.0 MPa (such as CB10/60 model), ensuring that the water column range and coverage meet the fire extinguishing needs.
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The CB10/60 fire pump is an efficient and reliable fire pump widely used in various fire trucks. Its compact design and reasonable structure make it capable of meeting the firefighting needs in different scenarios.
CB10/60 fire pump specifications
Model |
Work condition |
Flow rate |
Outlet pressure |
Rated speed |
Power |
Suction depth |
(L/S) |
(Mpa) |
(r/min) |
(KW) |
(m) |
||
CB10/60-XZ |
1 |
60 |
1 |
3200±50 |
102 |
3 |
2 |
42 |
1.3 |
3475±50 |
106 |
3 |
|
3 |
30 |
1 |
3130±50 |
73 |
7 |
1. Support the operation of fire equipment
Stable water supply for the fire truck's own water cannon (such as PS/20 model), foam spray device or other external equipment (such as fire hydrant) to ensure the continuous operation of the fire extinguishing system.
2. Fast water absorption and diversion
The maximum absorption depth can reach 7 meters, and the diversion time is ≤35 seconds. Water can be quickly taken directly from rivers, lakes or fire hydrants to shorten the fire extinguishing response time.
3. Improve firefighting efficiency
Through a large flow design (such as 60 L/s), a large amount of water can be delivered in a short time to effectively control the spread of fire and reduce fire losses.
4. Adapt to complex scenarios
Integrated into the rear system of fire trucks, it is suitable for various models such as water tankers and foam trucks to meet the firefighting needs of different scenarios such as cities, industrial areas, and forests.
5. Ensure system reliability
Adopting a fully sealed and corrosion-resistant structure, it is easy to maintain and has strong stability. It can continue to work in power outages or harsh environments to ensure uninterrupted firefighting tasks.
Basic classification of vehicle-mounted fire pumps
1. Classification by outlet pressure
Low-pressure fire pumps
Rated pressure ≤1.6 MPa, suitable for conventional fire-fighting scenarios (such as water tank fire trucks).
Medium-pressure fire pumps
Rated pressure 1.8~3.0 MPa, used for medium-distance or internal building fire-fighting needs.
High-pressure fire pumps
Rated pressure ≥4.0 MPa, suitable for long-distance spraying or high-rise building fire-fighting.
Combined pressure pumps
Medium-low pressure combined pumps: support low pressure (≤1.6 MPa) and medium pressure (1.8~3.0 MPa) switching.
High-low pressure combined pumps: integrated low pressure and high pressure (≥4.0 MPa) functions, suitable for complex fire scenes.
2. Classification by structural type
Centrifugal pumps
Single-stage centrifugal pumps: single impeller design, simple structure, suitable for low-pressure scenarios.
Multi-stage centrifugal pumps: multiple impellers in series, pressure superposition, used for medium and high pressure needs.
Plunger pump
Pressure is applied through the plunger, suitable for high-precision or small flow scenarios (such as foam liquid delivery).
Gear pump
Liquid delivery is achieved through changes in working volume, suitable for low-viscosity media .
3. Classification by power source
Unpowered fire pump
Depends on external power (such as fire truck engine drive), commonly used in vehicle-mounted systems .
Powered pump group
Integrates independent power (such as diesel engine, electric motor), suitable for standby or independent fire protection systems .
4. Classification by purpose
Water supply fire pump
Mainly used for water delivery, covering conventional fire extinguishing needs .
Foam liquid fire pump
Specially used for delivering foam mixture, suitable for oil or chemical fires .
Pressure-stabilizing fire pump
Maintains constant pressure in the pipeline network to ensure stable emergency water supply .
5. Classification by combination form
Medium and low pressure series pump
The low-pressure and medium-pressure impeller chambers are separated by partitions, and the valves are switched to achieve pressure superposition .
Medium and low pressure series-parallel pumps
The two-stage impellers can be connected in series (medium pressure) or in parallel (low pressure), with high flexibility.
6. Classification of auxiliary features
Ordinary fire pumps
Conventional vehicle-mounted or fixed installation, suitable for standard scenarios.
Deep well/submersible fire pumps
Used for taking water from deep wells or waters, with stronger adaptability to special environments.
The classification of vehicle-mounted fire pumps requires comprehensive pressure requirements, structural characteristics, power sources and uses. Common combinations such as medium and low pressure combined pumps, centrifugal pumps and diesel engine pump sets can be flexibly adapted to different fire extinguishing scenarios.