Skip to main content

New Perkins diesel available in China

Perkins is introducing its new 3.6litre Syncro diesel to the Chinese market. The engine is a fou-cylinder unit, with a 3.6litre capacity and is the newest addition to the model range. This engine produces 100kW and up to 500Nm of torque. Key features include a combination of low operating noise levels with a fast responding smart turbocharger. This allows the new diesel to achieve the high power density needed to allow it to take the place of larger engines in many compact and mid-size equipment application
November 21, 2018 Read time: 2 mins
Perkins is now offering its Syncro 3.6litre engine for the Chinese market
299 Perkins is introducing its new 3.6litre Syncro diesel to the Chinese market. The engine is a fou-cylinder unit, with a 3.6litre capacity and is the newest addition to the model range. This engine produces 100kW and up to 500Nm of torque. Key features include a combination of low operating noise levels with a fast responding smart turbocharger. This allows the new diesel to achieve the high power density needed to allow it to take the place of larger engines in many compact and mid-size equipment applications.
“Perkins is globally prepared with the Perkins Syncro 3.6litre engine,” said David Nicoll, director of Marketing & Dealer Operations. “Our engine is modular, which enables original equipment manufacturers (OEMs) to meet all global emissions standards from one core platform, including US Tier 4 Final, EU Stage V, Tier 3 for lesser regulated areas, and beyond. This enables OEMs to design their machine once, for multiple territories, saving valuable development expense.”


He added, “It’s also designed for OEMs with tough applications in mind – and it allows them to downsize their machine’s engine space at the same time, adding efficiency. Taking advantage of electronic turbocharging ensures the Perkins Syncro 3.6litre responds faster when the operator requires extra power and torque on the job site.”

For more information on companies in this article

Related Content

  • New innovations are being developed in diesel engines and drive technologies
    April 24, 2013
    Innovative new engine emissions control technology is coming to market - Mike Woof reports. The diesel engine sector has been one of the most active and innovative areas for technological development in the past 10 years. Engine firms have invested enormous sums in developing new, low emissions technologies that reduce the quantities of nitrous oxide and particulates from the tailpipe. All the firms have taken a different approach in this regard, using various combinations of the technologies available such
  • Engine technology continues to advance, with lower emissions being one focus
    May 13, 2015
    Engine technology is advancing, with lower emissions, lower fuel consumption and longer service intervals being key developments - Mike Woof reviews some of the latest developments A huge investment in diesel engine technologies in recent years has seen manufacturers develop low emission diesels that are quieter, cleaner and use less fuel, while in many instances delivering more power. For machine manufacturers this has been a major benefit, allowing them to meet tougher regulations on noise and exhaust
  • Powertrain innovations delivering cleaner solutions
    May 10, 2018
    The push towards cleaner-running driveline developments from engine firms is continuing - Mike Woof writes. Sophisticated driveline developments are being seen right across the engine and drivetrain segment, with new low emission technologies being unveiled. High performance and extended service intervals are claimed, while tailpipe emissions have been reduced to meet the coming EU Stage V and latest US Tier 4 Final requirements. But different firms are taking different routes to delivering cleaner tailp
  • Emissions regulation leads to efficiency gains
    November 6, 2012
    Innovative technology is use is providing efficient, clean burning engines - Mike Woof reports The development of new diesel engine technology has, for the off-highway equipment sector, been the single most expensive research field for the industry since these machines first started being manufactured. Aimed at reducing the emissions of nitrous oxide as well as particulate matter, in a phased series of stages the engine emission improvements will make major changes to the construction sector. In real world