V3800DI-T-E3B
GENERAL SPECIFICATION
- Engine model
- V3800DI-T-E3B
- Emission regulation
- EPA/CARB Tier 3 + EU Stage IIIA
- Type
- Vertical, water cooled 4-cycle diesel engine
- Cylinders
- 4
- Bore and stroke
- mm (in)
- 100.0 x 120.0 (3.937 x 4.724)
- Displacement
- L (cu.in)
- 3.769 (230.0)
- Aspiration
- Turbocharged
- Aftertreatment
- -
- Rated output / speed*1
- kW (HP) / rpm
- 74.0 (99.2) / 2600
- Maximum torque / speed*1
- Nm (lb-ft) / rpm
- 325.0 (239.7) / 1600
- Combustion system
- Direct injection
- Fuel system
- In-line pump
- Length x Width x Height*2
(without aftertreatment unit) - mm (in)
- 699 x 544 x 793 (27.5 x 21.4 x 31.2)
- Length x Width x Height*3
(with aftertreatment unit) - mm (in)
- -
- Dry weight
- kg (lb)
- 275 (606)
-
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
DIMENSIONS
Dimensions and weight depend on composed specifications.
PERFORMANCE CURVES
FEATURES and BENEFITS
Emissions
The Kubota V3800 direct injection turbocharged engine complies
with the EPA / CARB Tier 3 + EU Stage IIIA emissions.
These engines meet emissions regulations with minimal additional
required devices. For example, NOx is reduced by mechanical means
alone, including the use of a cooled exhaust gas recirculation (EGR)
system.
Durable Power
Within Kubota’s industrial diesel engine lineup, the V3800DI-T
engine has high output of the 75 kW range and below amoung
Kubota’s engine line-up. This engine requires no electronic control
devices in order to comply with the stringent emission regulations.
Clean and Quiet Power
Kubota’s original E-CDIS (Center Direct Injection System) combustion
system, renowned for clean combustion, has been updated. Fuel
injection pressure has been increased.
The half-float valve cover and MoS2-coated pistons reduce noise
levels and decrease vibrations transmitted from the valve area,
providing enhanced noise reduction.