Contents Wiring diagrams Section: Accessories Control Systems All sections

Component Testing - (Hybrid) Ford Escape I facelift 2

Accessories Control Systems 27 illustrations ~355 words

Introduction

Component testing procedures are provided to determine whether a component is good or bad.

Testing information for each component includes a schematic, a view of the terminal locations and step-by-step test procedures. Terminal locations are identified by numbers or letters that may be on the component or next to it.

Scheme 28

Scheme 28: Terminals

The component connector MUST BE REMOVED before testing. To test a single circuit within the component, select that circuit under the column "Circuit to test". If you wish to test the complete component, perform all tests.

Connect the tester to the terminals shown in the second column and operate the component as shown in the third column.

Scheme 29

Scheme 29: Schematic

Scheme 30

Scheme 30: Terminals

Component testing procedure

Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Headlamp circuit7 and 10OffOpen circuit
ParkOpen circuit
LowClosed circuit
AutoOpen circuit
Autolamp Circuit7 and 4OffOpen circuit
ParkOpen circuit
LowOpen circuit
AutoClosed circuit
Parking Lamps7 and 5OffOpen circuit
ParkClosed circuit
LowOpen circuit
AutoOpen circuit
Fog lamps7 and 6OffOpen circuit
FogClosed circuit

MAIN LIGHT SWITCH - COMPONENT TESTING

Scheme 31

Scheme 31: Schematic

Scheme 32

Scheme 32: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Interior lamps Circuit4 and 5Interior lampsClosed circuit
OffOpen circuit
Illumination dimmer resistor4 and 6Rotate knob clockwiseOhmmeter will show smoothly increasing resistance
Dome defeat Circuit4 and 2Dome switch On50? ± 1%
Dome defeat100? ± 29%

ILLUMINATION DIMMER SWITCH (14A464) - COMPONENT TESTING

Scheme 33

Scheme 33: Schematic

Scheme 34

Scheme 34: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove key to these positionsA good switch will indicate
Run/Start power circuit4 and 1Off/LockOpen circuit
AccessoryOpen circuit
RunClosed circuit
StartClosed circuit
Run/Acc power circuit4 and 6Off/LockOpen circuit
AccessoryClosed circuit
RunClosed circuit
StartOpen circuit
Key reminder circuit4 and 5Key InClosed circuit
Key OutOpen circuit
Start power circuit4 and 7Off/LockOpen circuit
AccessoryOpen circuit
RunOpen circuit
StartClosed circuit

IGNITION SWITCH (14489) - COMPONENT TESTING

Scheme 35

Scheme 35: Schematic

Scheme 36

Scheme 36: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Washer switch circuit13 and 15Rear, Washer switch depressedClosed circuit
14 and 15
13 and 15Rear, Washer switch normalOpen circuit
14 and 15
10 and 15FrontClosed circuit
FrontOpen circuit
Rear wiper switch circuit13 and 15OffOpen circuit
OnClosed circuit
IntervalClosed circuit
14 and 15OffOpen circuit
OnClosed circuit
IntervalOpen circuit
Front wiper switch circuit16 and 15OffOpen circuit
Interval 1Open circuit
Interval 2Open circuit
Interval 3Open circuit
Interval 4Closed circuit
Interval 5Closed circuit
LowClosed circuit
HighClosed circuit
11 and 15OffOpen circuit
Interval 1Open circuit
Interval 2Closed circuit
Interval 3Closed circuit
Interval 4Closed circuit
Interval 5Open circuit
LowOpen circuit
HighOpen circuit
12 and 15OffOpen circuit
Interval 1Closed circuit
Interval 2Closed circuit
Interval 3Open circuit
Interval 4Open circuit
Interval 5Open circuit
LowClosed circuit
HighClosed circuit
9 and 15OffOpen circuit
LowOpen circuit
HighClosed circuit

MULTIFUNCTION SWITCH, WIPER/WASHER PORTION - COMPONENT TESTING

Scheme 37

Scheme 37: Schematic

Scheme 38

Scheme 38: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Switch lock2, C504a and 2, C504bUnlockClosed circuit
LockOpen circuit
Left front window circuit2, C504a and 5, C504aUpClosed circuit
Right front window circuit2, C504a and 3, C504aDownClosed circuit
2, C504a and 8, C504aUpClosed circuit
7, C504b and 8, C504a 7, C504b and 3, C504aRestClosed circuit
Left rear window circuit2, C504a and 1, C504bUpClosed circuit
2, C504a and 6, C504bDownClosed circuit
7, C504b and 1, C504b 7, C504b and 6, C504bRestClosed circuit
Right rear window circuit2, C504a and 8, C504bUpClosed circuit
2, C504a and 4, C504bDownClosed circuit
7, C504b and 8, C504b 7, C504b and 4, C504bRestClosed circuit

MASTER WINDOW CONTROL SWITCH - COMPONENT TESTING

Scheme 39

Scheme 39: Schematic

Scheme 40

Scheme 40: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Window control switch3 and 5UpClosed circuit
3 and 2DownClosed circuit
1 and 2 6 and 5RestClosed circuit

WINDOW CONTROL SWITCH, PASSENGER SIDE (14489) - COMPONENT TESTING

Scheme 41

Scheme 41: Schematic

Scheme 42

Scheme 42: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Window control switch3 and 2DownClosed circuit
3 and 5UpClosed circuit
1 and 2 6 and 5RestClosed circuit

WINDOW CONTROL SWITCH, LEFT REAR (14489) - COMPONENT TESTING

Scheme 43

Scheme 43: Schematic

Scheme 44

Scheme 44: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Left mirrorSelector switch Left
Up6 and 3 1 and 5UpClosed circuit
Down3 and 5 6 and 1DownClosed circuit
Left6 and 3 5 and 4LeftClosed circuit
Right6 and 1 3 and 8RightClosed circuit
Right mirrorSelector switch Right
Up6 and 3 2 and 1UpClosed circuit
Down3 and 2 6 and 1DownClosed circuit
Left6 and 3 7 and 1LeftClosed circuit
Right3 and 7 6 and 1RightClosed circuit

EXTERIOR REAR VIEW MIRROR SWITCH (14A464) - COMPONENT TESTING

Scheme 45

Scheme 45: Schematic

Scheme 46

Scheme 46: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Lock/unlock circuit2 and 1RestOpen circuit
LockOpen circuit
UnlockClosed circuit
4 and 1RestOpen circuit
LockClosed circuit
UnlockOpen circuit

POWER DOOR LOCK SWITCH - COMPONENT TESTING

Scheme 47

Scheme 47: Schematic

Scheme 48

Scheme 48: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Seat up/down circuit, rear4 and 7UpClosed circuit
5 and 2
4 and 5DownClosed circuit
7 and 2
Seat up/down circuit, front4 and 1UpClosed circuit
8 and 2
4 and 8DownClosed circuit
1 and 2
Seat forward/rearward sensor4 and 3ForwardClosed circuit
6 and 2
4 and 6RearwardClosed circuit
3 and 2

POWER SEAT SWITCH, LEFT - COMPONENT TESTING

Scheme 49

Scheme 49: Schematic

Scheme 50

Scheme 50: Terminals
Circuit to testConnect self-powered test light or ohmmeter to terminalsMove switch to these positionsA good switch will indicate
Tilt3 and 12TiltClosed circuit
Slide8 and 12CloseClosed circuit
6 and 12OpenClosed circuit
3 and 12Auto openClosed circuit

ROOF OPENING PANEL CONTROL SWITCH - COMPONENT TESTING

Scheme 51

Scheme 51: Schematic

Scheme 52

Scheme 52: Terminals

Component testing procedure (no voltage applied)

Circuit to testConnect ohmmeter to terminalsA good relay will indicate
Coil85 and 8650 - 100ohms
Coil Contact30 and 87Open circuit
86 and 30Open circuit
86 and 87Open circuit

RELAY - MINI ISO - COMPONENT TESTING

Component testing procedure (voltage applied)

Disconnect the ohmmeter; connect pins 30 and 85 to 12V DC power and pin 86 to ground. Measure voltage between pin 87 and pin 86. If the voltage is 12V, the relay is okay. If not, replace the relay.

Scheme 53

Scheme 53: Schematic

Scheme 54

Scheme 54: Terminals
Circuit to testConnect ohmmeter to terminalsA good relay will indicate
Coil1 and 2100 - 150ohms
Coil Contact3 and 5Open circuit
1 and 3Open circuit
1 and 5Open circuit

RELAY - ULTRA MICRO ISO - COMPONENT TESTING

Disconnect the ohmmeter; connect pins 2 and 3 to 12V DC power and pin 1 to ground. Measure voltage between pin 5 and pin 1. If the voltage is 12V, the relay is okay. If not, replace the relay.