D782-E3-BH2EU-BB
GENERAL SPECIFICATION
- Engine model
- D782-E3-BH2EU-BB
- Emission regulation
- EPA/CARB Tier 4 (NRTC/NTE test mode) + EU Stage V
- Type
- Vertical, water cooled 4-cycle diesel engine
- Cylinders
- 3
- Bore and stroke
- mm (in)
- 73.6 x 67.0 (2.64 x 2.68)
- Displacement
- L (cu.in)
- 1.006
- Aspiration
- Naturally aspirated
- Aftertreatment
- -
- Rated output / speed*1
- kW (HP) / rpm
- 16(22) / 3000
- Maximum torque / speed*1
- Nm (lb-ft) / rpm
- 45.8 (33.8) / 2600
- Combustion system
- Indirect injection
- Fuel system
- In-line pump
- Length x Width x Height*2
(without aftertreatment unit) - mm (in)
- 407 x 386 x 564 (16.0 x 15.2 x 22.2)
- Length x Width x Height*3
(with aftertreatment unit) - mm (in)
- -
- Dry weight
- kg (lb)
- 63 (139)
-
Specifications are subject to change without notice.
Dimensions and dry weight are according to Kubota's standard specification.
Dimensions and weight depend on completed specifications.
-
1: SAE J1995 gross intermittent
*2: Exclude cooling fan and exclude aftertreatment unit
*3: Exclude cooling fan and include aftertreatment unit on engine
Photographs may show non-standard equipment.
FEATURES and BENEFITS
Emissions
The Kubota Super Mini Series features compact multi-cylinder
liquid cooled industrial diesel engines which comply with EPA /
CARB Tier 4 emissions regulations.
Durable Power
The Kubota Super Mini Series has been chosen as a power
source for a variety of applications. The D782 engine offers a
seamless transition from E3 to E4 by maintaining the same level
of performance and physical characteristics.
Alternative fuel engines WG752-G (gasoline) and WG752-GL
(dual fuel: gasoline / LPG) are available with the same footprint
as the D722 engine.
Clean and Quiet Power
Kubota’s original E-TVCS (Three Vortex Combustion System) has
been further improved for cleaner emissions. The piston recess
has been optimized to achieve lower particulate matter (PM)
levels at an extremely small size. The half-float valve cover and
MoS2-coated pistons reduce noise levels and decrease vibrations
transmitted from the valve area.