The KS 18-1XM single-phase diesel power station of the HEAVY DUTY series of the German brand “Könner & Söhnen” is a reliable generator set with a maximum capacity of 17.6 kVA.
The power station features a low-speed liquid-cooled Xinchai four-cylinder engine.
Xinchai Co. Ltd is a world-renowned manufacturer of multi-cylinder diesel engines (including those for construction and agricultural machinery) with more than 40 years of experience in design and production. Xinchai's high-tech manufacturing enjoys impeccable market orientation and develops engines with more efficient parameters, lower fuel consumption and lower emissions. The KS 18-1XM diesel generator is equipped with a four-pole brushless AC alternator with an automatic voltage regulator, a preheater for use in the cold season, a 53 l fuel tank offering a 15-hour autonomous operation without refueling (fuel consumption is 3.59 liters per hour at an average 50% load), connection for an automatic start/stop system, and an all-weather anti-vandal soundproof housing.
With the company's in-house developments and conformity to Könner & Söhnen requirements, all power stations have a margin of power against the declared specifications.
The high-performance KS 18-1XM diesel generator is a professional unit incorporating advanced technology but is also easy to use and can supply high-performance single-phase consumers.
Könner & Söhnen diesel generators accommodate all your needs for both emergency and standby power supply to ensure sustainable power supply to residential buildings and small commercial facilities.
LOW-SPEED RELIABLE XINCHAI ENGINE
WATER COOLING
PREHEATER
DIGITAL CONTROLLER
SOUNDPROOF ANTI-VANDAL HOUSING
EASY MAINTENANCE
COMMISSIONING IN EUROPE
SUMMARY
Meticulously monitoring every stage of Könner & Söhnen production, we have created a series of high-quality and reliable HEAVY DUTY Silent Diesel Generators that will serve our customers for many years to come. All Könner & Söhnen power stations undergo rigorous testing and guarantee high performance and maximum productivity.
