Einleitung

The motor is the driving force of the blender. It sits in a metal container and is surrounded by copper wire.

  1. M1CtXXRQkirlPZBY
    M1CtXXRQkirlPZBY
    LmGT21teLdxUPg5t
    YKMHiNfneoeHXFHZ
    • Remove the glass container and place the blender upside down on a solid surface.

    • Remove the four rubber feet using the needle nose pliers.

    • Remove the four #7.5 Phillips 25mm screws that were located underneath the rubber feet using the Phillips #2 screwdriver.

  2. xsiXjOSYXvq4FpQ3
    • Lift the back panel up, sliding it along the power cord.

  3. 2VnLhySsH5kSUqrp
    2VnLhySsH5kSUqrp
    DCCxKx6wbfbEqDy1
    XKdxunrmFOq3ZGNl
    • Remove the two #5 Phillips 95 mm machine screws using the Phillips #2 screwdriver.

    • Remove the rubber O-ring by lifting it up.

    • Remove the ribbon cable from the chassis by lifting it up.

  4. in1tWsN5aROaXifw
    in1tWsN5aROaXifw
    ZkUYRMjXf6AkDtac
    dPbh4DwdsIa3b2Hf
    • Unhook the white wire that is looped around the peg by pulling it out of the clip.

    • Repeat this process with the red wire on the other side of the chassis.

    • Remove the end cap using the 8" needle nose pliers.

    • Pull up the fan chassis.

  5. 2MjbMaMEMStv5Mpf
    • Remove the fan by lifting it upwards.

    • This step is difficult and requires force. Use of both hands is recommended.

  6. L2HKnGHDaOQtcic5
    • Use the needle nose pliers to turn the coupling clockwise to loosen it.

  7. rnJ4mWj2jkjXKtyZ
    • Rotate the blender 90 degrees clockwise.

    • Remove the two #8 Phillips 12 mm screws using the Phillips #2 screwdriver.

  8. VLtrmZAdEYOIJBBv
    • Slide the knife in the metal loop holding the insulation before the white copper wire, and wiggle the knife back and forth until it loosens.

    • Pull the wire out from the metal loop that you loosened.

  9. ZyaO3neberLIV16y
    • Lift the motor up out of the chassis.

Abschluss

To reassemble your device, follow these instructions in reverse order.

Cameron Geehr

Mitglied seit: 29/09/14

721 Reputation

0 Kommentare