Efficiency and reliability for low running costs
The outstanding design and build quality of KÄRCHER hot water high-pressure cleaners makes them
reliable, long lasting and exceptionally efficient, resulting in low fuel and maintenance costs over a number of years.
The new ECO mode
KÄRCHER is the first manufacturer of high-pressure cleaners to introduce an ECO mode on its new generation of hot water units. In ECO mode the machine operates in the most economical temperature range (60°C) and at the maximum water flow rate. Compared to full-load operation at 80°C, fuel consumption is reduced by up to 20% by optimising burner operating cycles.
Service switch
The service switch offers a choice of five settings to suit local water hardness. This allows the correct metered quantities of machine protector to be added, also preventing limescale build-up on the heater coil and other components. Furthermore, operating data (machine service) can be called up at any time.
Time-proven burner technology with new turbo fan
KÄRCHER burner technology with new turbo fan design provides even greater economy and reduced emissions, without compromising performance.
Easy Press and Servo Control
The Easy Press trigger gun significantly reduces holding and operating effort.
The precise Servo controller allows the user to adjust the water flow rate and operating pressure directly on the trigger gun.
Three-piston axial pump
The new, optimised pump design offers high efficiency and a long service life.
Detergent switch
The detergent switch is used to select the exactly metered quantities required from either of the two detergent tanks. In the “O” position (feed off), the system is rinsed clear with fresh water.
4-pole motor
The new 4-pole motor features improved bearings, providing up to 9% longer life on 240V versions and lower noise.
Power nozzle
The patented KÄRCHER Power nozzle cleans large areas thoroughly with more power and efficiency. Compared to a conventional nozzle, the Power nozzle’s sharp-contoured spray jet of large droplets increases impact pressure by up to 40%.