HYSTER H2.0FT DM+2 LPG SIT-DOWN FORKLIFT

HYSTER H2.0FT DM+2 LPG HYSTER H2.0FT DM+2 LPG SIT-DOWN FORKLIFT equipment image

Equipment Overview

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OEM
HYSTER
Model
H2.0FT DM+2 LPG
Year of Manufacture
-
Category
SIT-DOWN FORKLIFTS

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Technical Description

The Hyster H2.0FT DM+2 LPG forklift is a compact internal combustion counterbalanced lift truck engineered for material handling in warehouses and industrial environments. Powered by a GM 2.4L four-cylinder LPG engine producing 62 horsepower at 2700 rpm with 146.5 cubic inches of displacement, this machine delivers reliable performance while maintaining fuel efficiency through LPG operation. The forklift features a rated load capacity of 4,409.3 pounds at a 19.7-inch load center, with a maximum lifting height of 10.67 feet, making it suitable for mid-range stacking applications. The DuraMatch™ 2 transmission system enables 2-speed forward and 1-speed reverse operation, optimizing productivity and reducing drivetrain wear. With pneumatic tires and a 7,262-pound operating weight, the truck achieves a maximum travel speed of 12.2 mph and maintains precise maneuverability with a 7.06-foot turning radius. The mast assembly provides a lift speed of 120.08 feet per minute and lower speed of 82.68 feet per minute, with forward tilt of 6 degrees and rear tilt of 5 degrees for flexible load handling. Compact dimensions—3.8 feet wide, 8.16 feet long to fork face, and 7.12 feet overall height when mast is lowered—enable efficient navigation through congested storage areas. The overhead guard extends to 7.09 feet, and ground clearance of 6.3 inches accommodates most facility floor conditions. This DM+2 variant represents an enhanced configuration designed for demanding industrial applications requiring robust construction and extended operational capability.

Technical Attributes

Load Capacity
4409 lb
Turning Radius
7.10 ft
Tire Type
Pneumatic
Max Fork Height
128.40 ''
Fuel Type
LPG

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Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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