Skip to main content

Perkins Syncro engines pack more punch

Perkins has developed a new compact engine platform for its Syncro range. Available in 2.8 and 3.6litre capacities with power outputs of 55kW and 100kW respectively, the all-new engine platform offers more choice for OEMs looking to downsize and increase power density within existing applications. “We’ve carried out a lot of collaborative engineering with OEMs to determine their exact requirements for compact power units,” said Oliver Lythgoe, who is responsible for product concept marketing at Perkins. “W
April 15, 2016 Read time: 2 mins
Perkins adds 2.8 and 3.6litre engines to Syncro range
299 Perkins has developed a new compact engine platform for its Syncro range. Available in 2.8 and 3.6litre capacities with power outputs of 55kW and 100kW respectively, the all-new engine platform offers more choice for OEMs looking to downsize and increase power density within existing applications.

“We’ve carried out a lot of collaborative engineering with OEMs to determine their exact requirements for compact power units,” said Oliver Lythgoe, who is responsible for product concept marketing at Perkins. “We will be continuing with EGR and DPF technologies, but a flexible approach to emissions packaging will ensure we can offer greater efficiency without increasing space requirements.”

In addition, he added that a new process of EGR management involves piping the spent gases through the cylinder head before reaching the intake valve. It is a development that prevents over-cooling of gases and the unwanted production of condensate, yet it offers enough temperature drop to reduce the impact on existing cooling systems.

“The Syncro product represents the very best of Perkins innovation,” he said. “With a revised combustion process, we are producing a much cleaner burn, which reduces the amount of work that the after-treatment system is required to do.”

For more information on companies in this article

Related Content

  • INTERMAT launch for Perkins Stage IV solution
    April 16, 2012
    Perkins used INTERMAT to reveal its six-cylinder solution to meet US EPA Tier 4 Final/EU Stage IV emissions regulations due in 2014. Top of the six-cylinder range is the twin turbo, 1206F-E70TTA – a 7litre engine capable of producing up to 225kW. Key to the engine’s cleanliness is a revised emissions module that now adds an SCR system to the existing DOC and DPF elements, but without increasing its physical size.
  • John Deere Power Systems completes engine line-up
    January 6, 2017
    John Deere Power Systems used bauma to complete its engine line-up for Tier 4 Final/Stage IV emissions regulations. This included the arrival of the PowerTechTM PWL 4.5L engine, which meets emissions regulations without a diesel particulate filter (DPF). Spanning outputs from 63-104kW, this four-cylinder, 4.5litre engine offers reduced cost and improves engine packaging by eliminating the DPF, said Deere. However, the engine uses selective catalytic reduction (SCR), a diesel oxidation catalyst (DOC) and coo
  • John Deere Power Systems completes engine line-up
    April 18, 2013
    John Deere Power Systems used bauma to complete its engine line-up for Tier 4 Final/Stage IV emissions regulations. This included the arrival of the PowerTechTM PWL 4.5L engine, which meets emissions regulations without a diesel particulate filter (DPF). Spanning outputs from 63-104kW, this four-cylinder, 4.5litre engine offers reduced cost and improves engine packaging by eliminating the DPF, said Deere. However, the engine uses selective catalytic reduction (SCR), a diesel oxidation catalyst (DOC) and coo
  • KOHLER KDI 3404 engine family
    November 27, 2014
    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