Skip to main content

Perkins launch compact but powerful engine

Perkins launched a new Tier 4/Stage IIIB engine at bauma 2014 held in Shanghai, China. The 404F-E22TA is a turbocharged aftercooled 2.2litre unit. With a power output of 50kW it delivers the power that previously an engine of up to 2.9litres would have been required to provide.
November 26, 2014 Read time: 2 mins
High power density is claimed for the new compact diesels from Perkins a lot about fuel consumption. Perkins have tried to strike a balance between the two.

299 Perkins launched a new Tier 4/Stage IIIB engine at bauma 2014 held in Shanghai, China. The 404F-E22TA is a turbocharged aftercooled 2.2litre unit. With a power output of 50kW it delivers the power that previously an engine of up to 2.9litres would have been required to provide.

“In western markets buyers are looking for smaller machines for tighter turning circles and better safety on site,” explained Oliver Lythgoe, marketing manager at Perkins. The smaller engine helps OEMs achieve this objective.

The engine has a 7% reduction in fuel usage over the previous model. Perkins however is keen to work closely with OEMs to ensure good integration. With good integration of hydraulics and electrics greater fuel economy and productivity can be achieved. Thousands of hours were clocked up validating the engine in real life conditions and climate extremes. With one integration 20% fuel savings were achieved. Another customer commented it was “the best tier 4 installation they had ever had.”

Primary markets are seen as small excavators of up to 8 tonnes, small wheel loaders and other compact construction equipment. Typically in this sector around half the sales are to rental companies and the rest to small businesses. Rental companies are after no hassle machines with long servicing intervals and no diesel particle filters.

For more information on companies in this article

Related Content

  • Key innovations in engines and drivelines technology at Conexpo 2014
    April 22, 2014
    Engines and drivelines technologies have move forward, as could be seen at Conexpo 2014 - Geoff Ascroft reports Solutions for Tier 4 Final emissions regulations dominated Conexpo 2014, with many firms showing off their options of DOC, DPF and SCR after-treatments. Deutz, while staying with an SCR-only solution, took a more unusual approach on its high horsepower V6 12litre and V8 16litre engines. Both get a dual SCR after treatment system to meet Tier 4 Final emission standards. Using a dual SCR system,
  • Engine firms delivering innovative solutions for reducing emissions and fuel consumption
    January 6, 2017
    Solutions for Tier 4 Final emissions regulations dominated Conexpo 2014, with many firms showing off their options of DOC, DPF and SCR after-treatments. Deutz, while staying with an SCR-only solution, took a more unusual approach on its high horsepower V6 12litre and V8 16litre engines. Both get a dual SCR after treatment system to meet Tier 4 Final emission standards.
  • Engine firms delivering innovative solutions for reducing emissions and fuel consumption
    March 8, 2014
    Solutions for Tier 4 Final emissions regulations dominated Conexpo 2014, with many firms showing off their options of DOC, DPF and SCR after-treatments. Deutz, while staying with an SCR-only solution, took a more unusual approach on its high horsepower V6 12litre and V8 16litre engines. Both get a dual SCR after treatment system to meet Tier 4 Final emission standards.
  • More power from Perkins at EU stage V
    April 25, 2018
    By optimising fuel systems and exhaust after-treatment packages, Perkins has increased the power density of its large engines as the firm heads closer to EU stage V emissions compliance. A key example is the firm’s 1706J-E93TA. Previously, this 9.3 litre six-cylinder was offering a power output of 300kW. As it moves towards EU stage V certification, the power output has increased to 340kW. “The Perkins EU stage V engine range has more models from one manufacturer than any other, so the 9.3 litre is just t