D722-E3B
GENERAL SPECIFICATION
- Engine model
- D722-E3B
- Emission regulation
- EPA/CARB Tier 4 level
- Type
- Vertical, water cooled 4-cycle diesel engine
- Cylinders
- 3
- Bore and stroke
- mm (in)
- 67.0 x 68.0 (2.64 x 2.68)
- Displacement
- L (cu.in)
- 0.719 (43.88)
- Aspiration
- Naturally aspirated
- Aftertreatment
- -
- Rated output / speed*1
- kW (HP) / rpm
- 14.9 (20.0) / 3600
- 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.
DIMENSIONS
Dimensions and weight depend on composed specifications.
PERFORMANCE CURVES
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 level.
Durable Power
The Kubota Super Mini Series has been chosen as a power source for a variety of applications. The D722 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 improved. 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.