Skip to main content

Perkins meets Stage V emissions requirements

Perkins is introducing a new range of diesels that meet the coming EU Stage V emissions requirements. These have been designed to meet the much tougher emission control requirements. In addition the firm is also introducing a new low cost engine monitoring package. There are 15 basic engine models in the line-up, with a huge range of variants to suit a massive array of different applications and installation requirements.
September 11, 2017 Read time: 3 mins
Perkins is now producing a new generation of low emission engines that meet Europe’s tough Stage V requirements

299 Perkins is introducing a new range of diesels that meet the coming 3287 EU Stage V emissions requirements. These have been designed to meet the much tougher emission control requirements. In addition the firm is also introducing a new low cost engine monitoring package.

There are 15 basic engine models in the line-up, with a huge range of variants to suit a massive array of different applications and installation requirements. Power outputs range from 8.8-10.2kW for the diminutive, two cylinder 402J-05 with its 0.5litre capacity right up to the six cylinder 28063-18, with a capacity of 18.1litres and power outputs from 423-470kW.

Perkins is using technologies that include common rail fuel systems, diesel exhaust fluid (DEF), selective catalytic reduction (SCR), diesel oxidation catalysts (DOC) and diesel particulate filters (DPF). The systems used in these engines to deliver the ultra-low emissions performance varies, depending on the size. The two smallest units in the 400 Series are only offered in naturally aspirated versions so are much simpler, while the largest engines have turbochargers and after-cooling and are more complex. Those engines with power outputs of 56kW and over feature DOC and DPF, as well as DEF and SCR after-treatment systems.

The Stage V regulations come into force from January 2020 for engines with power outputs in the 56-560kW range and from January 2019 in Europe for all other power classes. The reduction in emissions is substantial. For a Stage V engine with a power output of 75kW, it will produce just 0.015 g/kW.hr of particulates, a 120th of the quantity generated by a non-regulated engine.

The company’s low cost engine monitoring system is called the SmartCap meanwhile and offers a simple and straightforward solution aimed at use with small items of rental equipment. This novel connectivity device can be used with both mechanical and electronic engines and is an oil filler cap that features a small circuit and battery located inside. The electronic circuit in the SmartCap can be used to monitor engine hours and can be linked to a smartphone through 2362 Bluetooth technology using an app. By standing within 10m of the machine, a user can download engine hour data and check on service reminders. The system can also be used to geolocate a piece of equipment, as long as the user’s phone is equipped with the app. The company claims that at €46, this offers a simple and low cost alternative to the more costly and sophisticated telematics packages now fitted to larger machines. When rental machines are returned from hire, fleet managers can quickly record engine hour data and update service records. At the moment, the system does not record engine speed but this may be made available in the future.

For more information on companies in this article

Related Content

  • John Deere’s new engines feature innovative emissions control technology
    January 23, 2014
    Innovative emissions control technology is a key feature of the latest diesel from John Deere Power Systems (JDPS). These engines range in capacity from 2.9-13.5litres and meet the Tier 4 Final/Stage IV emissions requirements. The firm says that extensive testing shows the diesels are responsive, reliable and have low running costs. The company has continued with developing its Integrated Emissions Control system to meet the emissions targets, with the technology including various combinations of aftertreat
  • John Deere’s new engines feature innovative emissions control technology
    January 6, 2017
    Innovative emissions control technology is a key feature of the latest diesel from John Deere Power Systems (JDPS). These engines range in capacity from 2.9-13.5litres and meet the Tier 4 Final/Stage IV emissions requirements. The firm says that extensive testing shows the diesels are responsive, reliable and have low running costs. The company has continued with developing its Integrated Emissions Control system to meet the emissions targets, with the technology including various combinations of aftertreat
  • Innovative fuel injection reduces emissions
    February 24, 2012
    Stricter emissions legislation mean that new engine technology and integrated drivetrain systems are being developed. With the Tier 3/Stage IIIA emissions legislation now in place in North America and Europe, the major engine manufacturers already have an array of solutions on the market. The coming Tier 4 interim/Stage IIIB legislation will be tougher still and most firms are well in hand with their plans to use both in-cylinder and exhaust after-treatment technology. While engines themselves are staying b
  • Developments in diesel technology are a focus for producers
    January 19, 2016
    The diesel engine manufacturers are continuing their development of low emission engines as well as solutions for markets where fuel quality is an issue - Mike Woof writes. Developments in diesel engine technology are the continued focus for manufacturers facing tough challenges around the world. New low emission engines are being developed for developed markets such as Europe and the US, with Europe now taking a further step ahead to target pollutants from the tailpipe. Meanwhile firms are also looking int