Workshop Manuals Factory service & repair Land Rover
01 Range Rover Workshop Manual02 Range Rover Workshop Manual - Volume 103 04 05 06 01 - INTRODUCTION07 08 09 04 - GENERAL SPECIFICATION DATA10 11 12 05 - ENGINE TUNING DATA13 14 15 16 06 - TORQUE VALUES17 18 19 20 07 - GENERAL FITTING REMINDERS21 22 23 24 09 - LUBRICANTS, FLUIDS AND CAPACITIES25 26 27 28 29 10 - MAINTENANCE30 31 32 33 34 35 12 - ENGINE - BMW DIESEL36 37 38 39 12 - ENGINE - LAND ROVER V840 41 42 43 17 - EMISSION CONTROL44 45 46 47 19 - FUEL SYSTEM - BMW DIESEL48 49 50 19 - FUEL SYSTEM - LAND ROVER V851 52 53 54 19 - FUEL SYSTEM - CRUISE CONTROL55 56 57 58 26 - COOLING SYSTEM - BMW DIESEL59 60 61 62 26 - COOLING SYSTEM - LAND ROVER V863 64 65 66 30 - MANIFOLD AND EXHAUST SYSTEM67 68 69 70 33 - CLUTCH71 72 73 37 - MANUAL GEARBOX - R380 GEARBOX74 75 76 Range Rover Workshop Manual - Volume 277 78 79 80 41 - TRANSFER BOX81 82 83 84 85 86 87 44 - AUTOMATIC GEARBOX - ZF AUTO88 89 90 91 47 - PROPELLER SHAFTS92 93 94 51 - REAR AXLE AND FINAL DRIVE95 96 97 54 - FRONT AXLE AND FINAL DRIVE98 99 100 101 57 - STEERING102 103 104 105 60 - FRONT SUSPENSION - ELECTRONIC AIR SUSPENSION106 107 108 109 110 64 - REAR SUSPENSION - ELECTRONIC AIR SUSPENSION111 112 113 114 70 - BRAKES - ABS115 116 117 75 - SUPPLEMENTARY RESTRAINT SYSTEM118 119 120 121 122 123 76 - CHASSIS AND BODY124 125 126 127 128 129 77 - PANEL REPAIRS130 131 132 133 78 - SEATS134 135 136 137 80 - HEATING AND VENTILATION138 139 140 141 82 - AIR CONDITIONING142 143 144 145 84 - WIPERS AND WASHERS146 147 148 86 - ELECTRICAL149 150 151 152 153 154 87 - NAVIGATION SYSTEM155 156 157 158 159 88 - INSTRUMENTS
Land Rover Range Rover P3850 · 19 - FUEL SYSTEM - LAND ROVER V8
50 · Engine

19 - FUEL SYSTEM - LAND ROVER V8: DESCRIPTION AND OPERATION (page 11 of 32)

Make
Land Rover
Model
Range Rover P38
19 - FUEL SYSTEM - LAND ROVER V8DESCRIPTION AND OPERATION · page 11 of 32
19 - FUEL SYSTEM - LAND ROVER V8: DESCRIPTION AND OPERATION (page 11 of 32) – Land Rover Range Rover P38

LAND ROVER V8

41

DESCRIPTION AND OPERATION

If the crankshaft sensor fails, the engine will stop and
fail to restart. There is no back-up strategy or limp
home facility programmed into the ECM. If a fault
occurs whilst the engine is running, the engine will
stall and a fault code will be stored in ECM memory. If
the fault develops while the engine is not running, the
engine may not be capable of starting and no fault
code will be available. In this case, the MIL light will
still be illuminated.

In the event of a CKP sensor signal failure, the
following symptoms may be observed:

•

Engine cranks but fails to start

•

MIL remains on at all times

•

Engine misfires (CKP incorrectly fitted)

•

Engine runs roughly or stalls (CKP incorrectly
fitted)

•

Tachometer fails to work

•

Flywheel adaption reset -- ferrous contamination

Possible causes of CKP sensor failure include the
following:

•

CKP sensor not fitted correctly (or assembly
loose)

•

Incorrect length spacers fitted

•

Sensor/wiring open or short circuit

•

Sensor bent or damaged by reluctor ring

•

Water ingress at sensor connector

•

ECM unable to detect the software reference
point.

•

Ferrous contamination of crank sensor
pin/reluctor.

Whenever a new CKP sensor is fitted or the flywheel
is removed, the adaptive values have to be reset
using Testbook.

Should a malfunction of the component occur, the
following fault codes may be evident and can be
retrieved by Testbook:

•

P0335 - (reference mark is outside search
window with engine speed above 500 rev/min for
more than 2 revolutions.

•

P0336 - (incorrect number of teeth detected

±

1

tooth between reference marks with engine
speed above 500 rev/min.

In addition to crankshaft position, the ECM also uses
the CKP sensor signal to determine engine speed.
The ECM shares the engine speed information with
the electronic automatic transmission (EAT) ECU by
transmitting the data via the CAN link. Engine speed
output is also provided to the instrument pack
(tachometer), for which the output signal is scaled
down to 4 pulses per crankshaft revolution.

The ECM also has a quick start facility, where the
position of the crankshaft and camshaft are
memorised when the engine is stopped. This stored
information is used to facilitate immediate sequential
fuelling during cranking.

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