Kia Cadenza YG: Automatic Transaxle System / Special Service Tools

Special Service Tools
Tool Name / Number
Illustration
Description
Engine support fixture
(Beam)
09200-3N000

Used for holding engine assembly when removing / installing transaxle.
Used with the supporter (09200-2S200) and adapter (09200-1P100).
Engine support fixture
(Supporter)
09200-2S200

Used for holding engine assembly when removing / installing transaxle.
Used with the beam (09200-3N000) and adapter (09200-1P100).
Engine support fixture
(Adaptor)
09200-1P100

Used for holding engine assembly when removing / installing transaxle.
Used with the beam (09200-3N000) and supporter (09200-2S200).
Oil seal installer
09453-3L240

Installation of transaxle oil seal.
Used with the handle (09231-H1100).
handle
09231-H1100

Installation of transaxle oil seal.
Used with the oil seal installer (09453-3L240).
Inhibitor switch guide pin
09480-A3800

Used for fixing "N" range when installing inhibitor switch

※ Engine support fixture assembly drawing

    Specifications ItemSpecificationsTransaxle  typeA6LF2Engine modelGasoline  3.3 GDITorque converter type3-element, 1-stage, 2-phase typeTorque converter sizeΦ260mm(10.

    Troubleshooting Limp Home Mode Features a fail-safe function that prevents dangerous situations in the event of a transaxle failure. The vehicle will be driven in limp home mode if the transaxle malfunctions.

    Other information:

    Kia Cadenza YG 2016-2021 Service Manual: Photo Sensor Description and Operation

    Description 1. The photo sensor is located at the center of defrost nozzle. 2. The photo sensor contains a photovoltaic (sensitive to sunlight) diode. The solar radiation received by its light receiving portion, generates an electromotive force in proportion to the amount of radiation received which is transferred to the automatic tem

    Kia Cadenza YG 2016-2021 Service Manual: Photo Sensor Repair procedures

    Inspection 1. Ignition "ON" 2. Using the scan tool. 3. Emit intensive light toward photo sensor using a lamp, and check the output voltage change. 4. The voltage will rise with higher intensive light and reduce with lower intensive light.

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