Contents Section: Lighting and Signaling Systems All sections

Control module connection Saab 9-5 I рестайлинг 2

Lighting and Signaling Systems 6 illustrations ~417 words

Control module connection

Headlamp, LH (663FL)

Headlamp, RH (663FR)

Pin no.Component/functionIn/OutTest conditionsAcrossTest value
1GroundInTurn Ignition On10-1B+
1-B<;0.5V
2Main beamInMain beam on2-1B+
Main beam off Dipped beam on2-1<;0.5V
3Main voltage supplyInXenon lamp on3-1B+
4Parking lightsInParking light on4-1B+
5Indicator lamp, xenon light systemOutTurn Ignition OnOn5-1<;0.5V
Off5-1Approx. 9 V
6Load angle sensor, PWM signal 200HzInApprox. 4 V, 200 Hz
7Headlamp flasher H7InHeadlamp flasher on7-1B+
IGNITION OFF Dipped beam off Headlamp flasher on7-1B+
8No connection
9Diagnostic communication, Diagnostic toolIn/OutDiagnostic tool not connected9-10V
Diagnostic tool not connected and AHL (xenon) selected for communication9-1Approx. 7-10V
10Power supply +15InTurn Ignition On10-1B+

HEADLAMP SPECIFICATIONS

Scheme 478

Scheme 478: Tech 2

See SERVICE MANUAL 1:4 TECH2

Group: Test equipment

9000900-M93900/9-39-59-3 (9440)
XXXXX

SPECIAL TOOLS COMPATIBILITY CHART

Scheme 479

Scheme 479: 86 11 345 Jumper cable (x 2)

Group: Test equipment

9000900-M93900/9-39-5
XXXX

SPECIAL TOOLS COMPATIBILITY CHART

Scheme 480

Scheme 480: 86 11 352 Measurement cable, male pin (x 4)

Group: Test equipment

9000900-M93900/9-39-5
XXXX

SPECIAL TOOLS COMPATIBILITY CHART

Scheme 481

Scheme 481: 86 11 410 Measurement cable, female pin (x 4)

Group: Test equipment

9000900-M93900/9-39-5
XXXX

SPECIAL TOOLS COMPATIBILITY CHART

Scheme 482

Scheme 482: 86 11 857 Test lamp, red-green

Voltage range 8-16V

Group: Test equipment

9000900-M93900/9-39-59-3 (9440)
XXXXX

SPECIAL TOOLS COMPATIBILITY CHART

Scheme 483

Scheme 483: Fault diagnosis strategy for electronic systems
  1. The customer's description of the problem constitutes a basis for the fault diagnosis strategy. If necessary, the customer must demonstrate the trouble on the car to avoid misunderstandings.
  2. In certain cases, the function may be correct. 2.a. Good product knowledge is required to decide this. 2.b. If the function is correct, this must be explained to the customer.
  3. If the function is judged to be faulty, the car should be repaired. Saab's fault diagnosis strategy assumes that the technician is familiar with the customer's description of the problem. So note the customer's complaint and any other observations on the job sheet.
  4. The technician obtains a readout of the diagnostic trouble codes from all systems. A malfunction in one system can often be caused by a fault in another system.
  5. The car may contain diagnostic trouble codes which are secondary faults or which have been incorrectly generated. 5.a. Compare the customer complaint with the symptom description for the various diagnostic trouble codes. WIS has a quick search function for this purpose. 5.b. If the symptom description for a diagnostic trouble code matches the customer's complaint, this diagnostic trouble code is probably caused by the primary fault. Repair as per instructions.
  6. If there is no match with diagnostic trouble codes or symptoms, the technician must diagnose the fault himself. 6.a. Search in WIS under fault diagnosis for symptoms in the system where the fault exists. Also check whether there is a TSB/MI in force. 6.b. If the symptom description in the current system matches the complaint, the right fault diagnosis description has probably been found. Repair as per instructions.
  7. Certain fault symptoms can be remedied by reprogramming the control module. 7.a. Does the customer complaint stem from a known software problem in a programmable control module? 7.b. Reprogram the control module following the instructions in SPS.
  8. If there is no match with diagnostic trouble codes or symptoms, the technician must diagnose the fault himself. Good technical product knowledge is required to solve this type of problem.
  9. A final check must be carried out after the repair.
  10. The car is ready.