Truck-mounted pumps

The right pump for every application

Rosenbauer truck-mounted fire pump systems are being used the world over and around the clock. Wheater in airport, industrial or municipal firefighting vehicles or in stationary units. The design of the Rosenbauer normal and high-pressure pumps as centrifugal pumps offers the best efficiency and lowest pressure surges thanks to flat pump characteristic curves. This particularly puts less strain on the nozzle operator. The output range of the normal pressure fire truck pumps reach from 750 l/min up to 13,000 l/min, the high-pressure fire pump system delivers up to 400 l/min at 40 bar.

Impresses with

  • Broad spectrum of application
  • Adaptability
  • Powerful priming system
  • Integration of foam proportioning systems
  • Easy operation

N15, N25, N35, N45, N55

Fire pump - Rosenbauer

Normal Pressure Pumps


N65, N80

Normal Pressure Pumps


N65, N80

Normal Pressure Pumps


NH25, NH35, NH45, NH55

Fire truck pumps combined - Rosenbauer

Combined Normal/High Pressure Pumps


N110, N130

Normal Pressure Pumps



Fire truck pump - Rosenbauer

High Pressure Pump



Rosenbauer offers truck-mounted fire pumps ranging from 750 l/min to 13,000 l/min and with these pumps covers both normal pressure with 10 bar as well as the high-pressure range of applications with 40 bar.

The right pump for every application can be chosen.

Correspond to standards EN1028 and NFPA 1901

Rosenbauer truck-mounted fire pumps are tested according to European standard EN1028 and are UL classified according to the American standard NFPA1901.


The Rosenbauer truck-mounted fire pump systems are delivered from factory in corrosion-resistant light alloy. This provides the best weight savings.


For special applications (e.g. seawater, ...), the pumps can also be made out of gunmetal.


The pump shaft is manufactured from stainless steel.

Highest priming performance

KAP Piston Priming Pump

Due to the unique drive systems, the priming pump is always on standby to reduce wear and can be switched on when required.

  • High priming performance
  • Safe to operate due to oil bath lubrication and inlet/outlet valves made from extremely resistant plastic
  • Resistant to waste water
  • Fail-safe due to dual piston redundancy
  • No own drive necessary



  • Piston priming pump KAP 210P (professional) for N/NH series, N65/N80 and H5
  • Piston priming pump KAP 210E for N110, N10/N20, pumps for CAFS (belt-driven)
  • Piston priming pump KAP 600E for N110, N130 and for pumps driven via split-shaft gear-box RSG450

Automatic priming

The optional automatic priming system offers maximum operational safety during water supply.

The priming process starts automatically - the V-belt will be tensioned for this. When the pressure builds to about 1.5 bar inside the pump, the priming process is stopped by an extending cylinder that loosens the belt.

Pump pressure governor

Optionally each Rosenbauer truck-mounted fire pump can be fitted with a pump pressure governor. This ensures that the discharge pressure of the fire pump system always remains constant regardless of the discharge quantity.


The engine speed will be automatically regulated by the pump pressure governor. It maintaines a certain pressure independet from the flow rate.

The pressure governor is easy to operate via the RBC LCS. A cavitation warning is additionally available.

The right drive for every application

Rosenbauer offers the right drive solution for all installation locations:

  • Direct drive by a cardan shaft of the power take-off (possible for N/NH series)
  • Pump gear-box (different gear ratios for ideal adaptation to the speed of the power take-off) via the drive shaft of the power take-off
  • Split-shaft gear-box (possible for N/NH series)
  • SAE connector for drive with own drive engine (engine-pump units)
  • Hydraulic drive

Best protection thanks to mechanical overheat protection

The overheat protection reliably prevents the water temperature from rising too high in the pump. The purely mechanical system impresses in regard to its simplicity and robustness.

  • Opens between 55 and 60 °C
  • Protects the nozzle operators from being scalded by hot water
  • Prevents overheating and thus damage to the pump
  • Operationally safe thanks to purely mechanical design without electronics
  • Automatically closes again after the temperature has dropped
  • No maintenance necessary
  • Manual activation for flushing and draining
  • Corrosion resistant
  • According to EN1028 and EN1846