Contents:
1.Select "Evap. Leakage Test".
2.The test shall be conducted in accordance with GDS instructions.
1.Turn the ignition switch OFF and disconnect the battery negative (-) cable.
2.Lift the vehicle.
3.Disconnect the canister close velve extension connector (A).
4. Remove the canister protector (B).
5.Disconnect the canister close velve connector (A).
6.Remove the ventilation hose (B).
7.Remove the air filter (A).
8.Disconnect the vapor hose quick-connector (A).
9.Remove the canister assembly (A) after loosening the bolt and nut.
Canister installation bolt :19.6 - 29.4 N.m (2.0 - 3.0 kgf.m, 14.5 - 21.7 lb-ft)
1.Check for the following items visually.
– Cracks or leakage of the canister
– Loose connection, distortion, or damage of the vapor hose/ tube
1.Install in the reverse order of removal.
1. Cover
2. Torsion spring
3. Retainer
4. Gasket seal
5. Spring
6. Plate seal
7. Vacuum valve
8. Spring
1.Turn the ignition switch OFF and disconnect the battery negative (-) cable.
2.Lift the vehicle.
3.Disconnect the canister close velve extension connector (A).
4. Remove the canister protector (B).
5.Disconnect the canister close velve connector (A).
6.Remove the ventilation hose (B).
7.Remove the air filter (A).
8.Release the lever (A), and then separate the canister close valve (B) from the fuel tank air filter after rotating it in the direction of the arrow in the figure.
Hyundai Accent (HC) (2017 - 2022) Service Manual: Troubleshooting
- Troubleshooting Problem Symptoms Table Before replacing or repairing air conditioning components, first determine if the malfunction is due to the refrigerant charge, air flow or compressor.Use the table below to help you find the cause of the problem. The numbers indicate the priority of the likely cause of the problem. Check each part in order.Hyundai Accent (HC) (2017 - 2022) Service Manual: Variable Force Solenoid (VFS)
- Description CVVT (Continuous Variable Valve Timing) system advances or retards the valve opening and closing timing of the intake or the exhaust valve in accordance with the ECM control, calculated by the engine speed and the load. The CVVT control causes a valve over-lap or under-lap between the intake valve and the exhaust valve. This improves fuel efficiency, reduces exhaust gases (NOx, HC) and enhances the engine performance, thanks to reduced pumping loss, internal EGR (Exhaust Gas Recirculation) release, improved combustion stability, and increased volumetric efficiency.