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Home > Products Information > DX Series > DX20/DX50 > DX20 > More powerful [Non-emissions regulated area]
Diesel Forklift Trucks DX20 Series 5.0ton - 7.0ton
Powerful and Clean
The highest displacement in its class
Because of the highest displacement in its class together with a turbo charger, these engines provide overwhelming power and superb driving performance. The engine’s reentrant-type fuel chamber guarantees an ideal combustion performance that conforms the second stage regulations for emission gases in North America and Europe. This engine is friendly both to people and the environment.
Superior Loading and Unloading for Higher Operating Efficiency
High-speed fork lifting and lowering
High torque guarantees that the engine is ideally suited for forklift operation. The use of a combined flow regeneration circuit with tandem flow divider and a cast tandem pump maximizes lifting speed.
Improved Travel and Braking Performance
Top travel speed and gradeability
These characteristics maximize efficiency on a variety of sites.
Smooth initial acceleration
The transmission is equipped with a modulator valve, as well as an electrical two-speed valve and a conical plate to ensure smooth, yet precise acceleration from a full stop.Optional setting for automatically shifting two-speed torque converter (optional)
An optional setting allows the automatic transmission to perform the shift from first to second gear automatically. This allows the operator to concentrate on efficiently performing the work at hand, instead of on changing gears.HydroMaster brakes for reliable braking power
The braking system uses a vacuum-based HydroMaster system as a brake assist unit. Vacuum pressure assists power cylinder operation, and the wheel cylinders operate due to power cylinder pressure, resulting in excellent braking performance. Even if the engine stalls, fluid flows from the vacuum tank to t the assist mechanism to guarantee reliable braking power. The eight-ton type employs a full hydraulic power brake.
Swift footwork
DX20 Series machines have small turning radii and nimble steering, so changes in direction are almost instantaneous. This contributes to rapid cycle times.