고압 세척기 Kärcher HD 9/25 G

Kärcher HD 9/25 G Classic 900 l/h 250bar NEW!

Technical specifications:
Hjdpswiwv Ijfx Ah Doi
Pump capacity (l/h) 900
Operating pressure (bar) 250
Maximum pressure (bar) 300
Water connection R 3/4"
Power type: Gasoline
Engine type: G390FA
High mobility
Color: Anthracite
Weight with accessories (kg) 56.8
Dimensions (L x W x H) (mm) 878 x 538 x 702

Included:
Spray gun
High-pressure hose length: 10 m
Power nozzle
Water filter

Equipment:
Protective frame
Crankshaft pump with ceramic piston

Independence:
Independence from external power sources. Complies with EU Stage V emissions standards. Convenient hand start.

High mobility:
Large inflatable wheels for comfort on difficult terrain. The compact and small unit is very easy to maneuver even in tight spaces. Fits in a car.

Solid and durable device:
The sturdy tubular construction protects the pump from damage. A thermal valve protects the pump from overheating during circulation. A crankshaft pump with ceramic pistons.

The compact Kärcher HD 9/25 G Classic high-pressure cleaner without water heating is the ideal choice for those new to using gasoline-powered devices. The device is very easy to transport in a car and enables the successful completion of even the most demanding cleaning tasks, for example, on a construction site or in municipal areas. The device offers a working pressure of up to 250 bar and is equipped with a durable crankshaft pump and a pumping capacity of 900 liters per hour. User-friendly operation is ensured by an integrated gasoline engine (EU STAGE V), which allows the device to operate independently of external power sources. Inflatable wheels ensure the necessary mobility on site, an ergonomic handle for easy transport, and practical storage space for accessories. Important parts are easily accessible for maintenance and effectively protected by thermostatic and safety valves. The HD 9/25 G Classic's sturdy steel frame also prevents external and mechanical damage. The device does not have the ability to draw water from alternative sources.