Through the following links, you can skip to the menu or to the main text in this page.

Kubota Engine

Kubota Engine

Menu

EA330-E4

GENERAL SPECIFICATION

Engine model
EA330-E4
Emission regulation
EPA/CARB Tier 4 (NRTC/NTE test mode) + EU Stage V
Type
Vertical, water cooled 4-cycle diesel engine
Cylinders
1
Bore and stroke
mm (in)
77.0 x 70.0 (3.03 x 2.76)
Displacement
L (cu.in)
0.325 (19.8)
Maximum output / speed*1
kW (HP) / rpm
5.15 (6.91) / 3000
Continuous output / speed*1
kW (HP) / rpm
4.4 (5.9) / 3000
Maximum torque / speed
Nm (lb-ft) / rpm
17.65 (13.02) / 2000
Combustion system
Indirect Injection
Fuel tank capacity
L (U.S. gal)
4.8 (1.3)
Lubricating oil capacity
L (U.S. gal)
1.3 (0.34)
Starter capacity
V - kW
12 - 1.1
Charging dynamo
V - W
12 - 60
Length x Width x Height
mm (in)
312 x 566 x 457 (12.3 x 22.3 x 18.0)
Dry weight*2
kg (lb)
54 (120)
  • Specification is subject to change without notice.
    Dry weight is according to Kubota's standard specification.
    When specification varies, the weight will vary accordingly.
  • *1: SAE J1349 net intermittent
    *2: Three Vortex Combustion System(TVCS)

Photographs may show non-standard equipment.

DIMENSIONS

Dimensions and weight depend on composed specifications.

PERFORMANCE CURVES

FEATURES and BENEFITS

Emissions

The Kubota EA330 engine complies with EPA Tier 4 emissions
regulations. These are the most stringent emissions regulations
in the world in this class. Kubota engine less than 19 kW also
meets emission standards over the NRTC and the NTE requirements.

Durable Power

The Kubota EA330 engine has been chosen as the power source
for a variety of applications.
Combustion chamber with TVCS (Three Vortex Combustion
System) provides stable performance even at high engine rpm.
With the extra displacement for its output, work goes surely and
steadily. This engine offers a seamless transition from E2 to E4
by entirely maintaining the same performance and physical
characteristics.

Clean and Quiet Power

Kubota’s original TVCS (Three Voltex Combustion System) provides
ideal mixture of air and fuel, and enables low fuel consumption.