TECHNICAL INSTRUCTIONS
FOR
SAFETY RECALL 20TA04
CERTAIN ENGINE BLOCKS CAN CAUSE ENGINE FAILURE LEADING TO ENGINE STALL (non-hybrid) and/or FIRE RISK
CERTAIN 2020 CAMRY
(2020 CAMRY HV is a separate document)
Update 6/24/2020: Engine Assembly Replacement procedure is now included
IDENTIFICATION OF AFFECTED VEHICLES
- Check the TIS Vehicle Inquiry System to confirm the VIN is involved in this Safety Recall, and that it has not already been completed prior to dealer shipment or by another dealer.
- TMS warranty will not reimburse dealers for repairs completed on vehicles that are not affected or were completed by another dealer.
PREPARATION
A. PARTS
INSPECTION ONLY:
No parts are required for the inspection of the Block ID No. Parts will only be necessary if the replacement of the Engine Assembly is required, as determined by the inspection.
ENGINE ASSEMBLY REPLACEMENT:
Because of the extensive list of parts and variations of the model, a website has been created to detail the required parts for each vehicle. Reference the following website for a detailed parts list for each specific VIN:
https://20TA04-20LA02-safety-recall.imagespm.info/
Note: Warranty will only reimburse dealers for the part numbers listed on the website. Any other part numbers will not be accepted on the campaign claim.
B. TOOLS & EQUIPMENT
- Standard Hand Tools
- Engine Hoist
- Engine Stand
SST – These Special Service Tools are required for this repair:
Part Number | Tool Name | Quantity |
00002-11100-02 | Transmission Fluid Pump | 1 |
BACKGROUND
Some of the subject vehicles may be equipped with an engine block that was manufactured incorrectly. This issue may cause coolant to leak internally and/or externally during normal engine operation. This can lead to engine noise, engine smoke, warning lights/malfunction indicator illumination, an audible chime sounding, and/or, in some cases, engine overheating and possible internal mechanical engine damage. If this occurs in a conventional gasoline vehicle, it is possible the vehicle could stall while driving at higher speeds without prior warning, increasing the risk of a crash. For both hybrid and conventional gasoline vehicles, the mechanical engine damage could cause engine oil to leak, which, in the presence of an ignition source, can lead to an increased risk of fire.
NOTE: If the engine stalls in a hybrid vehicle, the vehicle will enter a fail safe driving mode, allowing the driver to operate the vehicle at reduced power for certain distances to maneuver the vehicle to a safe location.
IMPORTANT UPDATE
TECHNICAL INSTRUCTIONS
FOR
SAFETY RECALL 20TA04
CERTAIN ENGINE BLOCKS CAN CAUSE ENGINE FAILURE LEADING TO ENGINE STALL (non-hybrid) and/or FIRE RISK
CERTAIN 2020 CAMRY
(2020 CAMRY HV is a separate document)
Update 6/24/2020: Engine Assembly Replacement procedure is now included
The repair quality of covered vehicles is extremely important to Toyota. All dealership technicians performing this recall are required to successfully complete the most current version of the E-Learning course “Safety Recall and Service Campaign Essentials”. To ensure that all vehicles have the repair performed correctly; technicians performing this recall repair are required to currently hold at least one of the following certification levels:
• Expert Technician (Engine)
• Master Technician
• Master Diagnostic Technician
It is the dealership’s responsibility to select technicians with the above certification level or greater to perform this recall repair. Carefully review your resources, the technician skill level, and ability before assigning technicians to this repair. It is important to consider technician days off and vacation schedules to ensure there are properly trained technicians available to perform this repair at all times.
2
I. OPERATION FLOW CHART
Does the Campaign website indicate
that replacement of the
Engine Assembly is required?
Covered
Campaign completed, return
the vehicle to the customer
Not
..Covered..
No further action required
Yes
Replace Engine Assembly
Verify Vehicle Eligibility
1. Confirm vehicle VIN matches the RO.
2. Check Vehicle Inquiry System for
Campaign eligibility.
Perform Block ID No. inspection
Enter the Block ID No. into the Campaign
website and upload photo
..No..
II. IDENTIFICATION OF AFFECTED VEHICLES
• Check the TIS Vehicle Inquiry System to confirm the VIN is involved in this Safety Recall, and that it has
not already been completed prior to dealer shipment or by another dealer.
• TMS warranty will not reimburse dealers for repairs completed on vehicles that are not affected or were
completed by another dealer.
3
III. PREPARATION
A. PARTS
INSPECTION ONLY:
No parts are required for the inspection of the Block ID No. Parts will only be necessary if the replacement of the Engine Assembly is required, as determined by the inspection.
ENGINE ASSEMBLY REPLACEMENT:
Because of the extensive list of parts and variations of the model, a website has been created to detail the required parts for each vehicle. Reference the following website for a detailed parts list for each specific VIN:
https://20TA04-20LA02-safety-recall.imagespm.info/
Note: Warranty will only reimburse dealers for the part numbers listed on the website. Any other part numbers will not be accepted on the campaign claim.
B. TOOLS & EQUIPMENT
• Techstream
• Standard Hand Tools
• Torque Wrench
• Engine Hoist
• Engine Stand
SST – These Special Service Tools are required for this repair: Part Number Tool Name Quantity
00002-11100-02
Transmission Fluid Pump
1
IV. BACKGROUND
Some of the subject vehicles may be equipped with an engine block that was manufactured incorrectly. This issue may cause coolant to leak internally and/or externally during normal engine operation. This can lead to engine noise, engine smoke, warning lights/malfunction indicator illumination, an audible chime sounding, and/or, in some cases, engine overheating and possible internal mechanical engine damage. If this occurs in a conventional gasoline vehicle, it is possible the vehicle could stall while driving at higher speeds without prior warning, increasing the risk of a crash. For both hybrid and conventional gasoline vehicles, the mechanical engine damage could cause engine oil to leak, which, in the presence of an ignition source, can lead to an increased risk of fire.
NOTE: If the engine stalls in a hybrid vehicle, the vehicle will enter a fail safe driving mode, allowing the driver to operate the vehicle at reduced power for certain distances to maneuver the vehicle to a safe location.
4
V. COMPONENTS
5
6
7
8
9
10
11
12
13
14
15
VI. BLOCK ID No. INSPECTION
1. REMOVE CENTER No. 4 ENGINE UNDER COVER
a. Raise the car on a lift to gain access to the bottom of the vehicle.
b. Remove the 4 screws to remove the Center No. 4 Engine Under Cover.
2. LOCATE ENGINE BLOCK ID No.
a. Reference the photo below to locate the Block ID No. stamping.
b. Use a clean, wet rag to wipe clean the area of the stamping.
Block ID No.
16
3. TAKE A PHOTO OF THE BLOCK ID No.
a. Use a digital camera to take a photo of the Block ID No. Be sure to place the camera as straight and level as possible to the surface of the stamping.
4. REVIEW PHOTO
a. Zoom in on the Block ID No. in the photo to be sure all 12 characters can be clearly read. If all 12 digits are not legible, retake the photo.
5. OPEN INSPECTION WEBSITE
a. Open the 20TA04 Inspection Website by selecting the following link:
https://20TA04-20LA02-safety-recall.imagespm.info/
b. Enter your dealer code in the User ID field.
c. Enter xxxxx for the Password. It will then prompt you to change the password. You can enter the same (5 x’s) again, or create your own password. If you do change the password, be sure to advise other technicians of the updated password.
Note: Selecting the “Forgot Password” link will reset the password to the default password: xxxxx
d. Enter the vehicles VIN. It is critical that the VIN be entered accurately.
17
6. ENTER BLOCK ID No.
a. Enter the top row of the Block ID No. (6 digits) when prompted.
NOTE: All 6 digits are NUMBERS.
b. Enter the bottom row of the Block ID No. (6 digits) when prompted.
NOTE: The first digit is a LETTER, the remaining digits are NUMBERS.
7. UPLOAD PHOTO
a. The website will require a photo of the Block ID
No. to be uploaded. Be sure that all 12 digits of
the Block ID No. are legible in the photo.
8. REVIEW INSPECTION RESULTS
a. Review the results provided by the website after inputting the Block ID No.
Is replacement of the Engine
Assembly necessary?
Proceed to Section VIII. ENGINE
ASSEMBLY REPLACMENT
on p. 18
Proceed to Section VII.
REASSEMBLE VEHICLE on p. 18
..YES.. ..No..
18
VII. REASSEMBLE VEHICLE (Engine Replacement NOT Necessary)
1. INSTALL CENTER No. 4 ENGINE UNDER COVER
a. Install the center No. 4 engine under cover with the 4 screws.
The Campaign is now complete. Return the vehicle to the customer.
VIII. ENGINE ASSEMBLY REPLACEMENT
Engine Assembly Replacement is necessary ONLY if directed by the inspection website.
DO NOT perform this procedure unless directed.
1. REMOVE ENGINE & TRANSMISSION FROM VEHICLE
a. Follow the Repair Manual Process to remove the engine from the vehicle.
A25A-FKS (ENGINE MECHANICAL): ENGINE ASSEMBLY: REMOVAL; 2020 MY Camry (RM100000001KX6Z)
2. UPDATE ENGINE SERIAL NUMBER
a. Send an email to [email protected]toyota.com with the following information:
• Subject: J0M Engine Serial Number Update
• Vehicle Identification Number (VIN)
• Serial Number from the ORIGINAL engine
• Serial Number from the NEW engine
Engine Serial Number location
Example:
G052976A25A
19
3. REMOVE ENGINE MAIN HARNESS
a. Remove the engine main harness from the original engine.
4. TRANSFER DRIVE SHAFT BEARING BRACKET
a. Remove the 3 bolts and drive shaft bearing bracket from the original engine.
b. Install the drive shaft bearing bracket and 3 bolts onto the NEW engine.
Torque: 47 lbf.ft {63.7 N∙m, 650 kgf∙cm}
5. TRANSFER COMPRESSOR ASSEMBLY (with stud bolts)
a. Remove the 2 bolts and 2 nuts from the original engine.
b. Using a E8 “TORX” wrench, remove the 2 stud bolts and compressor assembly.
c. Install the 2 stud bolts onto the NEW engine.
Torque: 7 lbf.ft {10 N∙m, 102 kgf∙cm}
20
d. Install the compressor assembly onto the NEW engine with the 2 bolts and 2 nuts. Torque in the sequence shown.
Torque: 18 lbf.ft {24.5 N∙m, 250 kgf∙cm}
6. TRANSFER COMPRESSOR ASSEMBLY (bolts only)
a. Remove the 4 bolts and compressor assembly from the original engine.
b. Install the compressor assembly and 4 bolts onto the NEW engine. Torque in the sequence shown.
Torque: 18 lbf.ft {24.5 N∙m, 250 kgf∙cm}
7. TRANSFER GENERATOR ASSEMBLY
a. Remove the 2 nuts and bolt from the original engine.
b. Using a E8 “TORX” wrench, remove the 2 studs.
c. Install the 2 studs onto the NEW engine.
Torque: 87 lbf.in {9.8 N∙m, 100 kgf∙cm}
d. Install the original generator onto the NEW engine.
e. Install the 2 nuts and bolt.
Torque: 18 lbf.ft {25 N∙m, 255 kgf∙cm}
8. TRANSFER NO. 2 ENGINE COVER
a. Remove the 2 bolts and cover
b. Install the cover and 2 bolts onto the NEW engine.
Torque: 7 lbf.ft {10 N∙m, 102 kgf∙cm}
21
9. TRANSFER NO. 2 WATER BY-PASS PIPE
a. Remove the bracket bolt from the original engine.
b. Slide the clamp and remove the hose.
c. Install the hose and clamp onto the NEW engine.
d. Install the bracket bolt.
Torque: 14 lbf.ft {19 N∙m, 194 kgf∙cm}
10. TRANSFER FLOW SHUTTING VALVE
a. Remove the bolt from the original engine.
b. Remove the 2 bolts and the water hose bracket.
c. Remove the clamp and hose from the original engine.
d. Install the hose onto the water outlet of the NEW engine.
e. Install the bracket onto the NEW engine with the 2 bolts.
Torque: 10 lbf.ft {13 N∙m, 133 kgf∙cm}
f. Install the valve to the bracket.
Torque: 14 lbf.ft {19 N∙m, 194 kgf∙cm}
11. TRANSFER EXHAUST MANIFOLD
a. Remove the 5 bolts from the heat insulator.
b. Remove the manifold stay on the bottom.
c. Using a 12mm deep socket, remove the 7 nuts and separate the exhaust manifold.
Note: Discard the 7-exhaust manifold nut’s as they will not be reused.
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d. Install a NEW exhaust manifold gasket onto the NEW engine.
e. Install the exhaust manifold onto the NEW engine.
f. Temporarily install the 7 NEW nuts onto the studs.
g. Using a 12mm deep socket, torque the 7 nuts in the sequence shown.
Torque: 19 lbf.ft {26 N∙m, 265 kgf∙cm}
h. Install the manifold stay and the nut and bolt.
i. Torque the nut and bolt in the sequence shown
Torque: 32 lbf.ft {43 N∙m, 438 kgf∙cm}
j. Install the heat insulator with the 5 bolts.
Torque: 7 lbf.ft {10 N∙m, 102 kgf∙cm}
12. TRANSFER PURGE VALVE
a. Unbolt the purge valve from the mounting bracket on the original engine.
b. Disconnect the hoses at the other end (opposite the purge valve)
c. Install the purge valve on the NEW engine, attaching the hoses properly. Install the bolt to the mounting bracket.
Torque: 7 lbf.ft {10 N∙m, 102 kgf∙cm}
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13. TRANSFER FUEL TUBE
a. Disconnect the fuel tube at the high-pressure fuel pump of the original engine.
b. Disconnect the fuel tube at the low-pressure fuel rail of the original engine.
c. Install the fuel tube to both the low-pressure fuel rail and the high-pressure pump of the NEW engine.
14. TRANSFER No. 1 VACUUM PUMP HOSE
a. Pinch the retainer of the No. 1 vacuum hose connector, then pull the connector off the vacuum pump assembly.
b. Install the No. 1 vacuum pump hose onto the NEW engine.
15. TRANSFER No. 5 WATER BYPASS HOSE
a. Remove the No. 5 water bypass hose from the original engine.
b. Install the No. 5 water bypass hose onto the NEW engine.
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16. TRANSFER FUEL DELIVERY GUARD
a. Remove the bolt and fuel delivery guard from the original engine.
b. Install the fuel delivery guard and bolt onto the NEW engine.
Torque: 30 lbf.ft {40 N∙m, 408 kgf∙cm}
17. INSTALL ENGINE MAIN HARNESS
a. Install the engine main harness onto the NEW engine.
18. REMOVE AUTOMATIC TRANSMISSION ASSEMBLY FROM ORIGINAL ENGINE
a. Follow the Repair Manual Process to separate the engine and transmission.
UA80E (AUTOMATIC TRANSMISSION / TRANSAXLE): AUTOMATIC TRANSAXLE ASSEMBLY: REMOVAL; 2019 – 2020 MY Camry (RM100000001E7WF)
19. INSTALL AUTOMATIC TRANSMISSION ASSEMBLY TO NEW ENGINE
a. Follow the Repair Manual Process to join the engine and transmission together
UA80E (AUTOMATIC TRANSMISSION / TRANSAXLE): AUTOMATIC TRANSAXLE ASSEMBLY: INSTALLATION; 2019 – 2020 MY Camry (RM100000001DVZC)
20. INSTALL NEW ENGINE & TRANSMISSION INTO VEHICLE
a. Follow the Repair Manual Process to install the engine into the vehicle.
A25A-FKS (ENGINE MECHANICAL): ENGINE ASSEMBLY: INSTALLATION; 2019 – 2020 MY Camry (RM100000001EB0E)
◄ VERIFY REPAIR QUALITY ►
• Verify all DTC’s have been cleared.
• Verify the air cleaner cap and hose are properly installed.
• Verify there are no oil or coolant leaks.
• Test drive the vehicle to confirm normal operation.
If you have any questions regarding this update, please contact your regional representative.
25
19
19 = 2019
20 = 2020
21 = 2021
22 = 2022
23 = 2023
Etc…
Year Campaign
is Launched
19TA01
T
T = Toyota
L = Lexus
Vehicle Make
A
A = Safety Recall Remedy
B = Safety Recall Interim
C = Special Service Campaign
D = Limited Service Campaign
E = Customer Support Program
F = Emissions Recall
(May use other characters in unique
cases)
Field Action Category and Phase
01
01 = 1st Field Action of the year
02 = 2nd Field Action of the year
03 = 3rd Field Action of the year
(The sequence is unique for each
Field Action category)
(May use other characters in
unique cases)
Field Action Sequence
IX. APPENDIX
A. PARTS DISPOSAL
As required by Federal Regulations, please make sure all recalled parts (original parts)
removed from the vehicle are disposed of in a manner in which they will not be reused,
unless requested for parts recovery return.
Remedy Instructions and TSB – Camry TI A25A Engine Replacement FINAL 6.24.2020
RCRIT-20V064-9625.pdf 2191.884KB
- And Vehicle Specific
- Manufacturer
- Toyota Quality Assured
- OEM, Not After Market
- Vehicle Specific
- Contains a bittering agent
- Toyota
- And Vehicle Specific
- Manufacturer
- Toyota Quality Assured
- OEM, Not After Market
- Vehicle Specific
- Formulated to replace the OEM fluid in Asian make vehicles such as Toyota , Lexus , Scion and others requiring a red, silicate free HOAT antifreeze/coolant
- 5 year/150, 000 mile . Silicate-free, long-life, phosphate Hybrid Organic Acid Technology chemistry
- The long life formula provides protection for all cooling system metals from rust and corrosion. The silicate free, borate free formula helps protect against harmful scale and deposits
- Meets the following OEM and industry specifications: JIS K 2234-1994, Hyundai/KIA MS 591-08, Mitsubishi ES-64217, Ford WSS-M97B55-A, ASTM 3306, ASTM D4985, Federal Specification A-A-870A
- Note: Please check the vehicle specification before purchasing the item.
- Single Quantity
- No Core Charge Req.
- Weight: 9.34lbs
- Contains a bittering agent
- Coolant Valve Heater Control Valve for 2004 2005 2006 2007 2008 2009 Toyota Prius 1.5L Hybrid
- Part No.: 16670-21010, 601-021, EHV116, 1667021010
- Warranty: 6 Months. You can get a free replacement or refund in the warranty.
- Direct replacement, Reduce Repair Cost, High Quality OEM Replacement Part; Aftermarket Products.
- Please Check the Fitment before Buying. If you have any questions, please feel free to contact us.
- SAVE MONEY: Fixing damages from a coolant leak can be expensive; Using this coolant adapter will let you know if a leak is occurring, which will prevent engine damage before it happens; This radiator adapter could save you hundreds
- SAVE TIME: Fixing damage from a coolant leak costs a lot of time; This coolant pressure adapter solves that; Using this pressure test adapter can prevent an engine from being destroyed, forcing you to get your car towed and find new transportation
- EASY TO USE: Place the adapter into the radiator, tighten it, attach the pump, and pump the pressure pump until it hits the PSI specified; Using this coolant pressure adapter kit will allow you to check if any coolant is leaking from the radiator
- FITS MANY SIZES: Fits Lexus LS 2007-Newer, Toyota Celica 2000-Newer, Spider Mr2 2000-Newer, Rav4 2009-Newer, Prius 2004-Newer, Camry 2007-Newer, Highlander 2006-Newer, and Scion XB 2008-Newer
- DIMENSIONS: Our coolant pressure test adapter measures 4.3” x 4.6” x 3.3” and weighs less than 1 lb.; The size of this radiator adapter allows for easy use and maneuverability so you can use this tool for various jobs
- [Application] Coolant Water Valve Replacement for 2004 2005 2006 2007 2008 2009 Toyota Prius 1.5L L4.
- [OEM No.] 16670-21010,1667021010,EHV116,601021.
- [Description] 100% brand new and high quality.Perfect match for the original car.Easy to install.Not easy cracking.Stable characteristics.
- [Attention] Please check carefully whether the product is suitable for your car.
- [Warranty] 6-month warranty.
- THE RIGHT CHOICE --- Inverter Water Pump, also known as Electric Inverter Coolant Pump Assembly, which circulates the coolant from the inverter to the radiator whenever the car is on. The lack of circulation will cause the inverter to overheat, setting a trouble code, like P0A93 (“RED TRIANGLE” turns on)
- LIMITED COMPATIBILITIES --- Will direct replace the worn out water cooling pump, compatible with 2004 2005 2006 2007 2008 2009 Toyota Prius HEV Hybrid (1.5L I4 ELECTRIC/GAS), Toyota Prius 04 05 06 07 08 09
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- BACKED BY REAL SUPPORT --- The friendly team is here for whatever you need, please feel free to contact us, our professional mechanic will sort things out for you (LIFETIME WARRANTY w/ true hassle-free shopping experience)
Last update on 2021-04-20 / Affiliate links / Images from Amazon Product Advertising API
Last update on 2021-04-20 / Affiliate links / Images from Amazon Product Advertising API