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Home >> Mercedes Benz >> 1999 >> CLK430 >> Repair and Diagnosis >> Engine Performance >> Engine Control Systems >> Overall Vehicle -- 208 Chassis >> Testing & Repair >> General repair methods for wiring harness. - AR00.19-P-0100A >> Repairing wiring harness using solder connectors - AR00.19-P-0100-09A

Repairing wiring harness using solder connectors - AR00.19-P-0100-09A

Fig 1: Identifying New Passenger Vehicle Wiring Harness Repair Kit (220 589 04 99 00)
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Fig 2: Identifying Wiring Harness Repair Kit, Basic (000 589 13 99 00)
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Fig 3: Identifying Wiring Harness Repair Kit (220 589 02 99 00)
G04605279
Fig 4: Identifying Wire stripper (220 589 01 99 40)
G04605280
Fig 5: Identifying Reflector (220 589 01 99 41)
G04605281
Fig 6: Identifying Adapter (220 589 01 99 42)
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Fig 7: Identifying Welding Bead Catcher (129 589 01 98 00)
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Workshop equipment/MB testers

WE58.40-Z-1007-03A Hot-air gun
  1. Expose damaged cable or plug/coupling in easily accessible position and cut off.

    IMPORTANT Separate cores in wiring harness offset by approx. 45 mm (B).

    Fig 8: Identifying Wiring Harness Offset Distance
    G04605284
  2. Cut new section of cable to match old cable.

    IMPORTANT When cutting the line, add an allowance of approx. 50 mm (C) for loop formation (strain-relief).

  3. Remove approx. 15 mm (D) of insulation at line ends.
  4. Select solder cup as shown in table below.
    Fig 9: Identifying Dimensions For Cutting Line
    G04605285
    Selection table for solder connector
    Total copper cross-section Atot. Overall diameter with insulation Length stripped of insulation Color code
    0.7 to 2.4 mm2 3.3 mm 15 mm green
    2.0 to 4.0 mm2 4.5 mm 15 mm red
    3.5 to 8.0 mm2 7.0 mm 15 mm blue
    7.5 to 12 mm 2 9.0 mm 15 mm Yellow

    IMPORTANT A maximum of seven individual cables maybe inserted into each solder connection.

  5. Insert the cables into the corresponding solder connections (Z) according to the total cable cross-section.
  6. Ensure that solder connection (Z) is fully rotated onto cables.

    IMPORTANT Approx. 5 mm (A) of the stripped line ends should be visible.

    Fig 10: Rotating Solder Connection Onto Cables
    G04605286
  7. Heat solder connector using a heat gun (approx. 400°C).

    IMPORTANT Start at tapered end until soldering ring has dissolved and sleeve has correctly wrapped itself around the line.

    Fig 11: Heating Solder Connector Using Heat Gun
    G04605287
  8. Check soldered point.

    IMPORTANT The soldering ring (1) of the solder connection (Z) must no longer be visible. The covering (2) must be resting smoothly against the cables.

    Fig 12: Identifying Solder Connection - Correct/Incorrect
    G04605288
  9. Fit solder connection onto cable and wrap fabric tape around repaired area.

    IMPORTANT Solder connections must not be positioned directly one above the other.

    Fig 13: Identifying Solder Connection, Cable And Fabric Tape
    G04605289