Installation [08/2020 - 10/2023]: Procedure

1. When replacing the compressor with motor assembly with a new one, drain the following amount of oil from the position shown by the arrow in the illustration before installing the new compressor with motor assembly.

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

   *a	Discharge Port
   *b	Intake Port

   Standard

   (Oil capacity inside the new compressor with motor assembly: 120 to 135 cc (4.06 to 4.56 fl.oz)) - (Remaining oil amount in the removed compressor with motor assembly) - 65 cc (2.20 fl.oz) = (Oil amount to be removed from the new compressor)

   NOTE:

   • If a new compressor with motor assembly is installed without removing some oil, there will be too much oil in the system due to the oil remaining in the pipes of the vehicle. Excessive oil in the system prevents heat exchange in the refrigeration cycle and causes ineffective cooling.
   • If the amount of oil remaining in the old compressor with motor assembly is too small, check the air conditioning system for oil leaks.
   • Be sure to use ND-OIL 11 or equivalent compressor oil. If any compressor oil other than ND-OIL 11 is used, compressor with motor assembly insulation performance may decrease, resulting in leakage of electric power.
   • Make sure to drain compressor oil from the intake port.
   • Make sure to add compressor oil from the intake port.
   • If the amount of oil from the removed compressor with motor assembly plus an additional 65 cc (2.20 fl.oz) is then greater than the amount of oil in a new compressor with motor assembly, do not drain the compressor oil from the new compressor with motor assembly.
   • When it is not possible to confirm the amount of oil in the system such as when compressor oil is spilt due to damage caused by a vehicle collision, etc., install a new compressor without draining any oil. If also replacing the cooler condenser assembly, do not add the supplied oil (40 cc (1.35 fl.oz)).

1. Remove the insulating tape from the connector (B).

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

   	Connector (B)
   	Slide
   	Green-colored Lock

2. Connect the connector (B) and slide the green-colored lock as shown in the illustration to securely lock it.
   WARNING:

   Make sure to wear insulated gloves.

   NOTE:

   Make sure that the connector is connected securely.

3. Using an E8 "TORX" socket wrench, temporarily install the compressor with motor assembly with the 2 stud bolts and bolt.

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

   	Bolt
   	Stud Bolt

   Stud Bolt 

   Torque: 5.0 N.m (51 kgf/cm, 44 in.lbf) 

4. Install the compressor with motor assembly with the bolt and 2 nuts.

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

   	Bolt
   	Nut

   Torque: 24.5 N.m (250 kgf/cm, 18 ft.lbf) 

   HINT: 

   Tighten the bolts and nuts in the order shown in the illustration, or temporarily install 3 of them, and then tighten them in the order 1, 2 and 3.

5. Connect the connector (A).

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

   Connector (A)

1. Remove the vinyl tape wrapped around the connection of the No. 1 cooler refrigerant discharge hose and No. 1 cooler refrigerant discharge hose.
2. Sufficiently apply compressor oil to a new O-ring and the fitting surface of the compressor with motor assembly.

   Compressor Oil

   ND-OIL 11 or equivalent

   NOTE:

   Do not use any compressor oil other than ND-OIL 11 or equivalent. If any compressor oil other than ND-OIL 11 or equivalent is used, compressor motor insulation performance may decrease, resulting in leakage of electric power.

3. Install the O-ring to the No. 1 cooler refrigerant discharge hose.
   NOTE:

   Keep the O-ring and O-ring fitting surface free of foreign matter.

4. Connect the No. 1 cooler refrigerant discharge hose with the bolt.

   Torque: 9.8 N.m (100 kgf/cm, 87 in.lbf) 

   NOTE:

   • Do not apply excessive force to the No. 1 cooler refrigerant discharge hose.
   • Make sure not to cut the O-ring while installing it. (Cut O-rings cannot be installed)

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

1. Remove the vinyl tape wrapped around the connection of the suction hose sub-assembly and suction hose sub-assembly.
2. Sufficiently apply compressor oil to a new O-ring and the fitting surface of the compressor with motor assembly.

   Compressor Oil

   ND-OIL 11 or equivalent

   NOTE:

   Do not use any compressor oil other than ND-OIL 11 or equivalent. If any compressor oil other than ND-OIL 11 or equivalent is used, compressor motor insulation performance may decrease, resulting in leakage of electric power.

3. Install the O-ring to the suction hose sub-assembly.
   NOTE:

   Keep the O-ring and O-ring fitting surface free of foreign matter.

4. Connect the suction hose sub-assembly.

   Torque: 9.8 N.m (100 kgf/cm, 87 in.lbf) 

   NOTE:

   • Do not apply excessive force to the suction hose sub-assembly.
   • Make sure not to cut the O-ring while installing it. (Cut O-rings cannot be installed)

   Courtesy of © TOYOTA, LICENSE AGREEMENT TMS1002

Refer to PROCEDURE - Step 7

Refer to PROCEDURE - Step 64 [08/2020 - 12/2021] , or refer to PROCEDURE - Step 64 [12/2021 - ]

HINT: 

Use the same procedure described as for the front fender apron seal RH (for TMC Made).

1. for Short Type:

   HINT: 

   Use the same procedure described as for the LH side.

   Refer to PROCEDURE - Step 4

2. for Long Type:

   HINT: 

   Use the same procedure described as for the LH side.

   Refer to PROCEDURE - Step 2

Refer to PROCEDURE - Step 66 [08/2020 - 12/2021] , or refer to PROCEDURE - Step 66 [12/2021 - ]

Refer to PROCEDURE - Step 67 [08/2020 - 12/2021] , or refer to PROCEDURE - Step 67 [12/2021 - ]

Refer to PROCEDURE - Step 68 [08/2020 - 12/2021] , or refer to PROCEDURE - Step 68 [12/2021 - ]

HINT: 

Use the same procedure described as for the LH side.

Refer to PROCEDURE - Step 2

HINT: 

Use the same procedure described as for the front fender moulding sub-assembly RH (for TMC Made).

Refer to INSTALLATION [11/2018 - ]

Refer to INSTALLATION [11/2018 - ]

Refer to PROCEDURE - Step 2

Refer to PROCEDURE - Step 3

Refer to PROCEDURE - Step 5