1998 JAGUAR X308 Workshop Manual

Page 1601 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM023 disconnected measure the insulation 
resistance between sensor pin 001 and sensor body. 1 
Repeat for pin 003 and sensor body. 2 
Is the resistance > 10 MOHM? 
Yes 
GO to F11  
No  Renew t

Page 1602 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM010 and EM014 disconnected, measure the 
resistance between EM010/023 and chassis ground 
EM008L. 1 
Is the resistance < 0.5 OHM? 
Yes  GO to F12  
No  Inspect harness / connector EM010 for co

Page 1603 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM010 and EM014 disconnected, measure the 
resistance between EM014/004 and chassis ground 
EM008L. 1 
Is the resistance < 0.5 OHM? 
Yes  GO to F14  
No  Inspect harness / connector EM014 for co

Page 1604 of 2490

JAGUAR X308 1998 2.G Workshop Manual With EM012 and EM023 disconnected, measure the 
resistance between EM012/014 and EM023/003. 1 
Is the resistance < 0.5 OHM? 
Yes GO to F14  
No  Inspect harness / connectors EM012 and EM023 for 
corro

Page 1605 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM012 and EM023 disconnected, measure the 
resistance between EM012/022 and EM023/004. 1 
Is the resistance < 0.5 OHM? 
Yes GO to F15  
No  Inspect harness / connectors EM012 and EM023 for 
corr

Page 1606 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM010 and EM012 disconnected, measure the 
voltage between EM010/023 and EM012/014. 1 
Is the voltage 0 (zero) V? 
Yes GO to F16  
No  Inspect harness / connecto rs EM010, EM012 and EM023 
for c

Page 1607 of 2490

JAGUAR X308 1998 2.G Workshop Manual  With EM010 and EM012 disconnected, measure the 
voltage between EM010/023 and EM012/022. 1 
Is the voltatage 0 (zero) V? 
Yes GO to F17  
No  Inspect harness / connecto rs EM010, EM012 and EM023 
for

Page 1608 of 2490

JAGUAR X308 1998 2.G Workshop Manual  Ignition switch to position 0 1 
Remove EMS fuse F14. 2 
Disconnect EM010 and EM015. 3 
Using a link lead, bridge EM010/016 and EM010/022. 4 
Measure the voltage between EM010/023 and 
EM015/001. 5