- About Us
By Pump UseBy Brand
- Process Solutions
- Service & Maintenance
The Hyundai HY9000LEk is a single phase, open frame petrol generator which produces an impressive 6kW. Powered by a 15hp Hyundai IC425 engine, the HY9000LEk is designed for heavy duty work and is more than suitable for use on construction sites and industrial environments.
With a large 22L fuel tank, the HY9000LEk is able to run for up to 15 hours before refuelling is required depending on the load applied. This is a massive convenience for users who require the machine to perform for hours at a time during the working day.
The wheelbarrow frame in which the generator is housed in enables one user to easily transport this 85kg unit, with the large wheels designed specifically to make moving the generator from one location to another an easy task.
One of the standout features of this petrol generator is the digital display panel which provides important information on the performance of the generator, including the voltage output, Hertz and hour usage.
As with other petrol generators in the Hyundai Power Equipment range, the HY9000LEk benefits from the option of recoil pull and electric start functions, leaving the user in control of how they wish to operate the generator.
All Hyundai petrol generators are covered by a standard 1 year Hyundai warranty.
|Gross Weight (kg)||86|
|Engine Type||4 Stroke OHV|
|Power Output (hp)||15|
|Number of Cylinders||1|
|Cooling Method||Air Cooled|
|Speed Regulation Type||Mechanical governor|
|Voltage Regulation Method||AVR|
|Power Factor (cosᶲ)||1|
|Max/Cont Current (a)||28.7/26|
|Voltages - VAC||115/230|
|Connection Method (VAC/a)||Sockets - 2 x 115V/16A, 1 x 230V/16A|
|Remote Start Function?||No|
|Fuel Tank (L)||22|
|Battery Type (v/Ah)||14-Dec|
|Low Oil Shutdown?||Yes|
|Noise Level db (A)||96|
|Noise Level db (A) @ 7m||72|
|Box Dimensions L x W x H (mm)||780 X 570 X 575|
|Machine Dimensions L x W x H (mm)||770 x 560 x 565|
|Net Weight (kg)||83|
Below are related articles that you may find helpful.How to Read a Pump Curve (Blog Article)