10.17
ELECTRICAL
10
Differential Out Test
Differential Ground Test
ACS Out Test
Diff OUT Test
Test Procedure
The following test must be performed with the key switch in the "on" position. Disconnect the solenoid
from the harness. Using a Digital Mutimeter check for DC power on the orange/white wire on the harness
side of the connector. The measurement should be at or near battery voltage.
What does passing
this test indicate?
Passing this test indicates the PDM is supplying the solenoid with a voltage.
What does failing
this test indicate?
Failing this test indicates the PDM is not supplying the solenoid with a voltage. Proceed to the Protected
Bat + Test
Diff GROUND Test
Test Procedure
Perform the following test with the Ignition switch ON and AWD/Turf Mode switch in the on or lowest
position. Unplug the harness leading to the differential solenoid. Using a Digital Multimeter check the
resistance to ground at the Blue wire on the harness side of the connection. The reading will be
approximately 5.5k
Ω
. With the Ignition switch in the off position or the AWD/Turf switch in center or
upper positions the resistance reading will be approximately 15.5k
Ω
.
What does passing
this test indicate?
Passing this test indicates the PDM and AWD/Turf Mode switch are operating normally.
What does failing
this test indicate?
Failing this test indicates the AWD/Turf Mode switch, wire harness, or PDM may be suspect.
ACS OUT
Test Procedure
Using Digital Multimeter check for DCV on the pink wire at the back of the hour meter. Immediately after
the Ignition switch is turned to the on position (Engine off) a reading of at or near battery voltage will be
present for 5 seconds. After 5 seconds the reading will drop to 0 DCV. A reading of at or near battery
voltage will be present on the pink wire at all times when AC signal is present at the PDM from the stator
(Engine running).
What does passing
this test indicate?
Passing this test indicates the PDM is correctly providing power to the circuit.
What does failing
this test indicate?
Failing this test indicates the PDM, stator, or harness may be suspect.
Summary of Contents for Ranger 500 2x4 2007
Page 1: ......
Page 20: ...1 18 GENERAL INFORMATION SAE Tap Drill Sizes Metric Tap Drill Sizes Decimal Equivalents ...
Page 82: ...3 23 ENGINE 3 Cylinder Head Exploded View EH50PL EFI Shown A A ...
Page 153: ...4 45 ELECTRONIC FUEL INJECTION 4 Fuel Pump Circuit Ignition Coil Circuit ...
Page 157: ...4 49 ELECTRONIC FUEL INJECTION 4 Diagnostic Connector Circuit ...
Page 296: ...10 10 ELECTRICAL POWER DISTRIBUTION MODULE NON EFI MODELS PDM Operation ...
Page 309: ...10 23 ELECTRICAL 10 EFI Cooling System Break Out Diagram PDM RD WH Key On 12 V Power ...
Page 332: ...10 46 ELECTRICAL Transmission Switch Circuit Differential Solenoid Circuit ...
Page 333: ...10 47 ELECTRICAL 10 Charging System Circuit Cooling Fan Circuit ...
Page 334: ...10 48 ELECTRICAL AWD Circuit ...
Page 339: ...WD 1 WIRE DIAGRAM RANGER 500 2X4 4X4 CHASSIS ...
Page 340: ...WD 2 WIRE DIAGRAM RANGER 500 2X4 4X4 DASH ...
Page 341: ...WD 3 WIRE DIAGRAM RANGER 500 EFI 4X4 CHASSIS PAGE 1 OF 2 ...
Page 342: ...WD 4 WIRE DIAGRAM RANGER 500 EFI 4X4 CHASSIS PAGE 2 OF 2 ...
Page 343: ...WD 5 WIRE DIAGRAM RANGER 500 EFI 4X4 DASH ...
Page 344: ...WD 6 WIRE DIAGRAM RANGER 500 EFI 4X4 BREAKOUTS ...
Page 345: ...WD 7 WIRE DIAGRAM RANGER 500 2X4 4X4 BREAKOUTS ...