1. 400 Series Sales Presentation

2. Our 400 Series Heritage
Headquarters established at new Eastfield factory in Peterborough, UK
1947
Massey-Ferguson changed its name to Varity Corporation
1986
Perkins is established
1932
Massey-Ferguson acquired Perkins
1959
First engine produced in Peterborough
1996
HRH Due of Kent presents the 400 Series with the Queen’s Award
2006
Perkins Shibaura Engines Limited is established
1995
400 Series goes into production at Griffin, USA
2004
Third Perkins Shibaura production facility opened in Wuxi, China
2008
Perkins celebrates its 80th anniversary
Perkins announces its new plant in Aurangabad, India
2012
500,000th 400 Series engine manufactured
2007
1,000,000th 400 Series engine manufactured by Perkins Shibaura
2012

3. Installation Aided by product simplicity and common connection points
400 Series Overview
A compact engine offering, built on a common core with proven quality and reliability. Simple to service and install, this engine range provides customers with a straight forward answer to their power needs. The use of common connection points enables this to be a global engine, supporting customers in higher and lesser regulated territories with minimal OEM machine variety.
Compact Size
The power customers need in a smaller engine package
Installation Aided by product simplicity and common connection points
Quality & Reliability proven core engine with impressive quality and reliability metrics
Global Engine able to service both higher and lesser regulated territories
Fuel Economy new technologies allow for some of our most impressive fuel savings
Serviceability quick and easy service means more productive working time

4. 400 Series…. A Global Snapshot
Meets U.S. EPA Tier 4 Final
EU Stage IV emissions standards
In production for more than 10 years
Designed for the
compact
equipment market
Producing an
engine every
15 seconds
Serves the
Agricultural, Industrial,
Power Generation
and Construction sectors
Powers from kW
( hp)
Globally manufactured on
Continent of consumption
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5. 400 Series Specifications Higher Regulated (US)
403F-07
403F-11
403F-E17T
404F-E22T
404F-E22TA
Emission regulation
U.S. EPA
Tier 4 Final
EU not required
EU Stage IIIB
Number of cylinders 3 4
Displacement
cubic inches
46.5
69.0
103.7
135.0
Aftertreatment
Not required
DOC
Combustion system
Indirect injection
Direct injection
Aspiration
Naturally aspirated
Turbocharged
Turbocharged aftercooled
Power
kW (bhp)
8.8 (11.8)
14.1 (19.0) 18.4 (24.7)
30 (40.2)
36.4 (48.8)
50.0 (67.0)
Rated speeds
rpm
2200
2800
Maximum torque
rpm
2200
1800
1800
1800

6. 400 Series Specifications Lesser Regulated (US)
402D-05
403D-07
403D-11
403D-15
403D-15T
403D-17
404D-22
404D-22T
404D-22TA
Emission regulation
U.S. EPA
Tier 4 Interim
EU Stage IIIA
Number of cylinders 2 3 4
Displacement
cubic inches
31.0
46.4
69.0
91.0
101.0
135.0
Aftertreatment
Not required
Combustion system
Indirect injection
Aspiration
Naturally aspirated
Naturally
aspirated
Turbocharged
Turbocharged and aftercooled
Power
kW (bhp)
8.2 (11.0) 8.8 (11.8) 10.2 (13.7)
12.2 (16.4) 13.2 (17.7) 15.3 (20.5)
14.7 (19.7) 16.1 (21.6) 17.2 (23.0) 18.5 (24.8) 19.7 (26.4) 21.0 (28.2)
20.7 (27.8) 22.3 (29.9) 23.4 (31.4) 24.4 ( (33.7)
23.1 (31.0) 25.2 (33.8) 27.3 (36.6) 29.4 (39.4) 30.0 (40.2)
23.6 (31.6) 26.1 (35.0)
31.0 (41.6) 34.1 (45.7) 35.7 (47.9) 37.3 (50.0) 38.0 (51.0)
39.8 (53.3) 43.0 (57.7) 44.7 (60.0) 45.5 (61.0)
49.3 (66.0)
Rated speeds
rpm
2800
Maximum torque
rpm
2400
2200
2300
1800
1800
1800
1800
1800
1800

7. 400 Series Specifications Higher Regulated (Metric)
403F-07
403F-11
403F-E17T
404F-E22T
404F-E22TA
Emission regulation
U.S. EPA
Tier 4 Final
EU not required
EU Stage IIIB
Number of cylinders 3 4
Displacement
Litres
0.7
1.1
1.7
2.2
Aftertreatment
Not required
DOC
Combustion system
Indirect injection
Direct injection
Aspiration
Naturally aspirated
Turbocharged
Turbocharged aftercooled
Power
kW (bhp)
8.8 (11.8)
14.1 (19.0) 18.4 (24.7)
30 (40.2)
36.4 (48.8)
50.0 (67.0)
Rated speeds
rpm
2200
2800
Maximum torque
rpm
1800
2600
1800
1800
1800

8. 400 Series Specifications Lesser Regulated (Metric)
402D-05
403D-07
403D-11
403D-15
403D-15T
403D-17
404D-22
404D-22T
404D-22TA
Emission regulation
U.S. EPA Tier 4 Interim
U.S. EPA
Tier 4 Interim
EU Stage IIIA
Number of cylinders 2 3 4
Displacement
Litres
0.5
0.7
1.1
1.5
1.7
2.2
Aftertreatment
Not required
Combustion system
Indirect injection
Aspiration
Naturally aspirated
Naturally
aspirated
Turbocharged
Turbocharged and aftercooled
Power
kW (bhp)
8.2 (11.0) 8.8 (11.8) 10.2 (13.7)
12.2 (16.4) 13.2 (17.7) 15.3 (20.5)
14.7 (19.7) 16.1 (21.6) 17.2 (23.0) 18.5 (24.8) 19.7 (26.4) 21.0 (28.2)
20.7 (27.8) 22.3 (29.9) 23.4 (31.4)
24.4 (32.7) 25.1 (33.7)
23.1 (31.0) 25.2 (33.8) 27.3 (36.6) 29.4 (39.4) 30.0 (40.2)
23.6 (31.6) 26.1 (35.0)
31.0 (41.6) 34.1 (45.7) 35.7 (47.9) 37.3 (50.0) 38.0 (51.0)
39.8 (53.3) 43.0 (57.7) 44.7 (60.0) 45.5 (61.0)
49.3 (66.0)
Rated speeds
rpm
2800
Maximum torque
rpm
2200
2300
1800
1800
1800
1800
1800
1800

9. 400 Series Winning Features
2, 3, 4 cylinder options
Process Control ensuring quality worldwide
Proven core engine design
Globally manufactured
Single service interval (500 hours)
Globally manufactured:
Manufactured in Europe, Asia, and America – producing an engine every 15 seconds.
Individual platforms are built on a continent of consumption process, reducing leadtimes to customers.
Simple to Install
Installation can be aided by common connection points.
Applications and Installations team providing customer support through installation process
Process Control
To ensure a 400 series is the same no matter where its produced, we keep tight control of our production processes.
Quality standards are the same across the globe.
Single Service Interval (500 hours)
Minimising your downtime by aligning fuel and oil service internals to 500 hours.
Proven Core Engine
Through evolution not revolution, we are able to offer customers new technologies build on a foundation that they can trust.
Simple to install

10. Reliable and Durable In production for more than 10 years
More time working – less time in the workshop
In production for more than 10 years
High levels of proven reliability – powering more than 1 million machines worldwide
Robust engine design – with over 30,000 field hours
Comprehensive warranty coverage
Extended Service Contracts available
30,000 field hours is equal to 1.5 million miles on-highway.
Warranty cover includes reasonable travel time, unlike some competitors offerings.

11. Performance Ranging from 8 kW to 50 kW (11 – 67 bhp)
Expanded opportunities for your customer’s scope of work
Ranging from 8 kW to 50 kW (11 – 67 bhp)
High peak torque – up to 208 Nm (153 lb/ft)
Reliable, even in cold climates (Validated to -32°C/-25.6°F)*
Excellent transient response to power the most demanding compact applications
* Certain models

12. Installation flexibility
Make the engine installation less costly and time consuming
A simple and quick installation through our comprehensive options
Support the optimum design of your application through our collaborative approach to installation
Compact product design allowing for minimum machine difference for higher and lesser regulated territories

13. Serviceability
Quick and easy service means more productive working time
Make operators job easier through convenient access points
Long service times and lower costs:
Easy access filters – single side servicing
Service-free aftertreatment solutions – increased productivity
Standardised service intervals – 500 hours

14. Lifetime of Low Cost Engines optimised for low fuel consumption
We engineer for low cost to the end user
Engines optimised for low fuel consumption
Significant gains in fuel consumption delivered through collaboration on the integration of engine and machine
Zero maintenance aftertreatment solutions
Compact Equipment OEM
Equipped with the Perkins® 404F-E22T, 2.2L turbocharged four-cylinder engine, this has been one of the best first-fit and start we have seen.
The 14% increase in fuel efficiency over the previous generation provides lower overall cost of ownership.