Skip to main content

KOHLER KDI 3404 engine family

KOHLER unveiled its new KDI 3404 engine at bauma 2014 held in Shanghai, China. A 3.4litre (3359cc) unit it is available in two models with a total of four different power outputs. It is aimed at the market's increasing demand for smaller engines with high productivity. Use of technologies such as high-pressure (2000 bar) Common Rail injection system and electronically controlled EGR valve to recirculate exhaust gases allow more efficient combustion so reducing fuel consumption and giving power levels eq
January 6, 2017 Read time: 2 mins
2278 Kohler Engines unveiled its new KDI 3404 engine at bauma 2014 held in Shanghai, China. A 3.4litre (3359cc) unit it is available in two models with a total of four different power outputs. It is aimed at the market's increasing demand for smaller engines with high productivity.

Use of technologies such as high-pressure (2000 bar) Common Rail injection system and electronically controlled EGR valve to recirculate exhaust gases allow more efficient combustion so reducing fuel consumption and giving power levels equivalent to engines  of larger displacement. Thanks to clean combustion no diesel particulate filter (DPF) is required so allowing the engine to be more compact.

KOHLER claims the KDI 3404 uses 10% less fuel than other engines in its category. With best in class power and torque up to 15% better productivity can be achieved by machines it powers over those using the closest competitor.

The standard KDI 3404TCR (turbo common rail) is rated at 55.4kW with peak torque of 375Nm and is compliant to Stage IIIB Tier 4 final.

The other model KDI 3404TCR-SCR has a SCR (selective catalyst reduction) system to reduce NOx gases in the exhaust and complies to Stage IV Tier 4 Final. It is available in three power outputs. The 75kW version has peak torque of 475Nm. There is a 90kW version with 480Nm and the most powerful is 100kW with 500Nm.

For more information on companies in this article

Related Content

  • On-highway regulations point to Scania off-highway emissions solution
    February 7, 2013
    Scania will be showing both Euro 6 engines for its on-highway truck range and Stage IIB/Tier 4 Final powerplants for off-highway use. The company will use both exhaust gas recirculation (EGR) and selective catalytic reduction (SCR) to meet the coming regulations, as with its current Stage IIIB solution. This means the fitting of a diesel oxidation catalyst (DOC) but no requirement for a DPF. Scania engines are currently in use in Terex and Doosan articulated haulers, along with a number of Terex crushing ma
  • Dieci puts in a Herculean effort to lift its Pegasus
    February 2, 2015
    Dieci is highlighting new telehandlers, the rotational high-lift Pegasus 40.30 and the Hercules 190.10, a heavy-duty lifter. The 40.30 joins the other Pegasus models of versatile machines that have non-continuous and 360° continuous rotations. They all can replace cranes and be fitted with many accessories. The Pegasus 40.30 has a maximum lift height of almost 30m and a maximum capacity of 4tonnes.
  • Dieci puts in a Herculean effort to lift its Pegasus
    January 6, 2017
    Dieci is highlighting new telehandlers, the rotational high-lift Pegasus 40.30 and the Hercules 190.10, a heavy-duty lifter. The 40.30 joins the other Pegasus models of versatile machines that have non-continuous and 360° continuous rotations. They all can replace cranes and be fitted with many accessories. The Pegasus 40.30 has a maximum lift height of almost 30m and a maximum capacity of 4tonnes.
  • Liebherr’s R 946 is firm’s first Stage IV crawler excavator
    January 6, 2017
    Liebherr’s new R 946 model is its first crawler excavator to meet the stage IV/ Tier 4f emissions standards. The new R 946 has an operating weight of around 40tonnes. The crawler excavator’s new six-cylinder Liebherr engine delivers 200 kW and integrates a new stage IV/ Tier 4f exhaust gas treatment system. This features a selective catalytic reduction (SCR) system using urea injection to post-treat exhaust gases.