Engine Iveco Vector 8. Manual — part 11
Figure 3
SPRINKLER application
112503
SECTION 3 - INDUSTRIAL APPLICATION
5
VECTOR 8 ENGINES
Print P2D32V001E
Base - April 2006
Figure 4
VECTOR engines feature a 4 stroke diesel cycle with
supercharging with 8 cylinders in two banks at 90˚.
They have high pressure injection fuelling (common rail) and
are entirely electronically driven in order to optimise the
working process in accordance to the operation, limiting as
much as possible the pollution emissions and consumption.
The section herein described is composed or four sections:
- Section of mechanical overhaul prescribed in accordance
to the engine’s specific duty, illustrating all necessary
operation to remove and assembly the external
components of the engine, including cylinder heads,
gearbox of the timing system and of the front part cover;
- Electrical section, describing the connections to the
different components of the engine control module and
of the sensors assembled to the engine;
- Diagnosis section;
- Section of preventive maintenance operations, providing
instructions for the execution of the main operations.
Data, features and performances are valid only if the
setter fully complies with all the installation
prescriptions provided by Iveco Motors.
Furthermore, the users assembled by the setter
shall always be in conformance to couple, power
and number of turns based on which the engine has
been designed.
112310
NOTE
GRIFFON application
6
SECTION 3 - INDUSTRIAL APPLICATION
VECTOR 8 ENGINES
Base - April 2006
Print P2D32V001E
Data, features and performances are valid only if the technician fully complies with all the installation requirements
provided by Iveco Motors.
Furthermore, the use of the unit after overhaul showd conform to the original specified power and engine rev/min for
which the engine has been designed.
NOTE
SECTION 3 - INDUSTRIAL APPLICATION
7
VECTOR 8 ENGINES
Print P2D32V001E
Base - April 2006
Clearance data - 8 cyl.
VECTOR 8
Type
FVAE2885
X*F100
FVAE2884
A*B201
FVAE2884
A*B200
FVKE2887
A*A200
ρ
Compression ratio
16 : 1
Max. output
kW
(HP)
rpm
560
(760)
2100
-
-
-
745
(1000)
2200
680
(920)
2100
Max. torque
Nm
(kgm)
rpm
3200
(320)
1400
÷1700
-
-
-
3960
(396)
1400
÷1700
3200
(320)
1500
Loadless engine
idling
rpm
> 800
-
600
± 25
-
Loadless engine
peak
rpm
< 2300
-
2350
± 25
-
Bore x stroke
Displacement
cm
3
145 x 152
20080
TURBOCHARGING
with intercooler
Turbocharger type
HOLSET HX55
KKK-K31
HOLSET
HX55
bar
LUBRICATION
Oil pressure (warm engine)
- idling
bar
Forced by gear pump, relief valve single action
oil filter
4.0
- peak rpm
bar
Up to 6.5
COOLING
Water pump control
Thermostat
- start of opening
ºC
By coolant
Through an idler gear
70
± 2
15W40 ACEA E3
ACEA E5
FILLING
engine sump
liters
80
Figure 1
Figure 2
Dismantling
- Remove the protective grilles from the exhaust
manifolds and from the turbochargers from the engine.
- Remove the dipstick complete with guide pipe from the
sump.Also remove the oil filler.
Seal appropriately to prevent particles of dirt from
entering.
- Secure the engine to the rotary stand 99322230 (1) with
the brackets 99361011 (2); drain off the lubrication oil
from the engine sump through the plug (3).
- Remove the oil filters (1) using the special
tool 99368501 (2).
Before disassembling, place under the filter a basin
of suitable capacity.
Improper waste disposal is a threat for the
environment. Potentially hazardous waste includes
lubricants, fuels, coolants, filters and batteries.
—
Use watertight containers when draining off
fluids. Never use containers for foodstuffs or
beverages that can lead people to drink from
them.
—
Never throw waste on the ground, on tips or
in water courses.
—
Obtain information on the appropriate ways
of recycling or disposing of waste from the
local authorities or collection centres.
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82196
Handle all components very carefully. Do not put
your fingers between different components. Always
wear recommended protective clothing such as
goggles, gloves, safety shoes and protective
headgear.
The following information relates to the engine overhaul
operations only for what concerns the different components
customising the engine, according to its specific duties.
In section ”General overhaul”, all the operations of engine
block overhaul have been contemplated. Therefore the
above mentioned section is to be considered as following the
part hereby described.
All operations of Engine disassembly operations as
well as overhaul operations must be executed by
qualified technicians provided with the specific
tooling and equipment required.
Preface
NOTE
NOTE
ENGINE OVERHAUL
SECTION 3 - INDUSTRIAL APPLICATION
11
VECTOR 8 ENGINES
Print P2D32V001E
Base - April 2006
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