Kia Cadenza YG: Intake And Exhaust System / Intake Manifold Repair procedures

Removal and Installation
1.
Remove the surge tank.
(Refer to Intake And Exhaust System - "Surge Tank")
2.
Remove the low pressure fule line.
(Refer to Fuel System - "Fuel Line")
3.
Remove the intake manifold (A).

   
Cover the cylinder head intake port with a clean woven stuff or vinyl cover to prevent foreign materials from entering.
Make sure the engine and radiator are cool to the touch.
Remove radiator cap.
Loosen the drain plug and drain the coolant.
Tighten the radiator drain plug securely.
   
Drain the engine coolant before removing the intake maniford.
Otherwise, engine coolant may enter into the intake port from the vent holes of the clylinder head and this can cause problems in the engine combustion chambers.
4.
Install in the reverse order of removal.
   
Tighten the intake manifold bolts and nuts, in several passes as below.

Tightening torque
Step 1: 3.9 ~ 5.9N.m (0.4 ~ 0.6kgf.m, 2.9 ~ 4.3lb-ft)
Step 2: 26.5 ~ 31.4N.m (2.7~3.2kgf.m, 19.5~23.1lb-ft)
Step 3: Repeat 2nd step twice or more.

   
Fill the engine coolant after installing intake maniford and check coolant level.

    Components 1. Intake manifold

    Components 1. LH Exhaust manifold gasket2. LH Exhaust manifold3. LH Heat protector4. LH Exhaust manifold stay5. RH Exhaust manifold gasket6. RH Exhaust manifold7.

    Other information:

    Kia Cadenza YG 2016-2021 Service Manual: Specifications

    Specification ItemSpecificationUltrasonic sensorVoltage ratingDC 12 VDetecting range30 cm ~ 120 cmOperation voltageDC 9 ~ 16 VOperation currentMAX 300 mAOperation temperature-30°C ~ +80°C (-22°C ~ +176°C)Operation frequency48 ± 5 KHzEffective operating velocity10 KPH (6.

    Kia Cadenza YG 2016-2021 Service Manual: A/C Pressure Transducer Repair procedures

    Inspection 1. Measure the pressure of high pressure line by measuring voltage output between NO.1 and NO.2 terminals. 2. Inspect the voltage value whether it is sufficient to be regular value or not. Voltage = 0.00878835 * Pressure + 0.37081095 [PSIA] 3.

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