(d)  Measure resistance between intake camshaft position sensor wire harness connector EM18 

terminal A and ECM wire harness connector EM01 terminal 77. Inspect whether there is 
short-circuit situation. 

(e)  Measure resistance between intake camshaft position sensor wire harness connector EM18 

terminal A and reliable grounding.Inspect wheter there is grounding short-circuit. 

(f)  Measure resistance between intake camshaft position sensor wire harness connector EM18 

terminal A and reliable grounding. Inspect whether there is power supply short-circuit 
situation. 

Test Items 

Standard Value 

Resistance Between EM18 (A) and EM01 (77) 

Less than 1 Ω 

Resistance Between EM18 (A) and Reliable Ground 

10 kΩ or higher 

Voltage Between EM18 (A) and Reliable Ground 

0V 

Are the values specified values? 

 

Step 8 

Inspect sensor ECM internal low reference circuit. 

(a)  Rotated ignition switch to OFF position . 

(b)  Disconnect the intake camshaft position sensor wiring harness connector EM18. 

(c)  Disconnect ECM harness connector EM01. 

(d)  Measure resistance between intake camshaft position sensor wire harness connector EM18 

terminal B and ECM wire harness connector EM01 terminal 74. Inspect whether there is 
short-circuit situation. 

(e)  Measure voltage value between air intake camshaft position sensor harness connector EM18 

B terminal and reliable grounding, check    if circuit exist condition of short-circuit of power 
supply. 

Test Items 

Standard Value 

Resistance Between EM18 (B) and EM01 (18) 

Less than 1 Ω 

Voltage Between EM18 (B) and Reliable Ground 

0V 

Execute next step as per normal. 

 

Step 9 

Inspect whether the intake camshaft signal plate is normal. 

 

No 

Repair the faulty part. 

Yes 

Next 

No 

Repair the faulty part. Go to step 12 

Yes 

259

Step 10 

Inspect the ECM Power Supply Circuits. 

(a)  Inspect whether ECM power supply circuit is normal. 

(b)  Inspect whether ECM ground circuit is normal. 

 

Step 11 

Replace ECM 

 

Step 12 

Use scan tool to confirm whether the DTC Code is stored again. 

(a)  Connect the fault diagnosis tester to the diagnostic interface. 

(b)  Turn ignition switch to ON position. 

(c)  Clear DTC code. 

(d)  Start and run the engine at idle speed to warm up the engine for at least 5 min. 

(e)  Read control system DTC code again to confirm that the system has no DTC code exported. 

 

Step 13 

Troubleshooting 

5. Maintenance 

guide 

: 

Refer to2.10.7.1 Replacement of Camshaft Position Sensor to replace the intake CMP sensor. 

No 

Refer to 2.2.7.3 Intermittent Fault 
Inspection for intermittent fault. 

Yes 

Next 

No 

Repair the faulty part. 

Yes 

260

2.2.7.37 DTC P0351 P0352 P0353 P0354 

1. DTC 

description: 

DTC  P0351 

Cylinder 1 Ignition Circuit malfunction 

 

DTC  P0352 

Cylinder 2 Ignition Circuit malfunction 

 

DTC  P0353 

Cylinder 3 Ignition Circuit malfunction 

 

DTC  P0354 

Cylinder 4 Ignition Circuit malfunction 

Ignition coil #1 initiate the ignition for Cylinder #1; ignition coil #2 initiate the ignition for 
Cylinder #2; ignition coil #3 initiate the ignition for Cylinder #3; ignition coil #4 initiate the 
ignition for Cylinder #4. The ignition relay supplies power for the four ignition coils. ECM uses 
the ECM harness connector EM01 terminal #4 to control Cylinder #1 ignition coil primary circuit 
to be grounded; uses the terminal #1 to control Cylinder #2 ignition coil primary circuit to be 
grounded; uses the terminal #62 to control Cylinder #3 ignition coil primary circuit to be grounded; 
uses the terminal #81 to control Cylinder #4 ignition coil primary circuit to be grounded. 

2.  DTC Code Set Up and Removal Conditions: 

DTC Code 

DTC Detection 
Strategy 

Set(Control Strategy) Conditions Fault Locations 

P0351 

P0352 

P0353 

P0354 

Hardware 
Circuit 
Inspection 

Operating at idle, with the ignition 
coil control end disconnected, 
short to ground or short to power 
supply, this DTC code will be set. 
The fuel injection of the cylinder 
with this DTC code will stop 
leading to engine speed fluctuates.

1. Ignition 

Coil 

Circuit 

2. Ignition 

Coil 

3. ECM 

 

261

3. Circuit 

figure 

蓄电池

EF40

EF21

主继电器ER09

87

30

86

85

4

EM01 COILA

EM01 MPR

1

EM01 COILB

81

44

EM01 COILD

62

EM01 COILC

发

动

机
控

制

模

块

一缸点火线圈

3

1

2

二缸点火线圈

3

1

2

三缸点火线圈

3

1

2

四缸点火线圈

3

1

2

NL02-0049c

 

4. Diagnostic 

Steps: 

Refer to 2.10.6 “Diagnostic Information and Procedures” for ignition coil inspection. 

5. Maintenance 

guide 

Refer to 2.10.7.3 “Replacement of Ignition Coil” to replace the ignition coil. 

Main relay ER09 

Battery 

One cylinder ignition coil

Two cylindersignition 

coil

Three cylindersignition coil

Four cylinderignition 

coil

Engi

ne

 

contro

l

 modu

le 

262