Jatco JF613E transmission quick reference material - Transmission Digest

Jatco JF613E transmission quick reference material

For those working on the Jatco JR613E transmission, a widespread transmission with plenty of applications, the following should be a helpful guide.

Domestic and international applications for the JF613E (also known as the RE6F01A, F6AJA / W6AJA, AJO) are as follows:

Auto                                        Model                          Year                 Engine                            

MITSUBISHI                        LANCER                    08–                 L4 1.8L 2.0L                                     

MITSUBISHI                         OUTLANDER            07–                 L4 2.4L V6 3.0L        

NISSAN / DATSUN               MURANO                  10–                 L4 2.5L          

NISSAN / DATSUN               PATHFINDER            11–                 V6 3.5L          

NISSAN / DATSUN               QASHQAI/ + 2           06–                 L4 2.0L          

NISSAN / DATSUN               X-TRAIL                    07–                 L4 2.0L          

RENAULT                              ESPACE                     07–                 L4 2.0L          

RENAULT                              KOLEOS                    08–                 L4 2.0L          

RENAULT                              LAGUNA                   07–                 L4 2.0L V6 3.0L 3.5L

RENAULT                              MEGANE                   08–                 L4 2.0L          

RENAULT                              SCENIC                      06–                 L4 2.0L          

SAMSUNG                            SM5                            09–                 L4 2.0L V6 2.

SAMSUNG                            SM7                            10–                 V6 2.5L 3.5L 

There are nine valve body attaching bolts that are two different sizes in length. Figure 2 provides their locations.

Figure 2.

Figure 2

1 – Remove (4) 5mm hexagon socket head bolts*. Shank length: 58mm (2.28 in.)

2 – Remove (5) 10mm hexagon head bolts*. Shank length: 71.5mm (2.82 in.)

* Tighten both bolts labeled 1 and 2 to 7.9Nm (70 inch pounds)

Refer to figure 3 for small parts location in the center valve body.

Figure 3.

Figure 3

Figure 3 Center Valve Body Small Parts Legend

1.   Filter for D range main line pressure supply to VB.

2.   L/R Brake pre-fill/exhaust check ball (8mm-.312″) [M1]

3.   Low clutch pre-fill/exhaust check ball (8mm-.312″)

4.   High Clutch pre-fill/exhaust check ball (8mm-.312″)

5.   Filter for R range main line pressure supply to VB.

6.   Filter for pilot valve pressure

7.   Filter for regulated main line pump pressure to LR/B control valve

8.   3-5-R clutch pre-fill/exhaust check ball (8mm-.312″)

All Check Ball Barrel Springs:

  • 9mm (.355″) in length
  • 0.25mm (0.010″) in wire diameter
  • 5 coils

Line Pressure Relief Spring for ball 12:

  • 17mm (.673″) in length
  • 8mm (.316″) in spring diameter
  • 1.1mm (.045″) in wire diameter
  • 9 coils

Refer to Figure 4 for the inner valve body small parts location.

Figure 4.

Figure 4 Inner Valve Body Small Parts Legend

9.   Drive pressure exhaust control ball (5.5mm-.218″)

10. Center lube check ball (8mm-.312″)

11. Converter charge check ball (8mm-.312″)

12. Line pressure relief ball (8mm-.312″)

13. Reverse pressure exhaust control ball (5.5mm-.218″)

Refer to Figures 5 and 6 for center valve body valve and spring function and locations.

Figure 5.

Figure 5 Legend

1.   Lock-up Solenoid Shift Valve 2. 33mm x 8mm x 0.7mm x 14 coils (1.298″ x .310″ x .027″)

3.   Bore plug

4.   Retainer

5.   18mm x 6.9mm x 0.56mm x 8 coils (.714″ x .271″ x .022″)

6.   Low/Reverse Brake Control Valve

7.   Low/Reverse Brake Shift Valve

8.   25mm x 7mm x 0.66mm x 12 coils (.975″ x .265″ x .026″)

9.   3-5-R Clutch Shuttle Valve

10. 25mm x 7mm x 0.66mm x 12 coils (.975″ x .265″ x .026″)

11. 18mm x 6.9mm x 0.56mm x 8 coils (.714″ x .271″ x .022″)     

12.  3-5-R Clutch Control Valve

13.  3-5-R Clutch Stall Valve

14.  40mm x 8.55mm x 0.9mm x 14 coils (1.582″ x .336″ x .036″)

The 3-5-R Clutch Stall Valve supplies regulated clutch pressure to the 3-5-R clutch for engagement. As the throttle is depressed, line pressure linear solenoid oil moves the stall valve to the right allowing full line pressure to enter the circuit for increased holding pressure on the clutch.

Figure 6.

Figure 6 legend

1.   Retainer

2.   Bore Plug

3.   2/6 Brake Control Valve

4.   18.3mm x 7.6mm x 0.64mm x 8 coils (.720″ x .298″ x .025″)

5.   Low Clutch Control Valve

6.   18mm x 7mm x 0.64mm x 11 coils (.705″ x .270″ x .025″)

7.   33mm x 8.6mm x 0.64mm x 13 coils (1.305″ x .340″ x .025″)

8.   Low Clutch Shift Valve

9.   25mm x 6.7mm x 0.66mm x 12 coils (.975″ x .265″ x .026″)

10. Low Clutch Failsafe Valve

11.  33mm x 8.6mm x 0.56mm x 11 coils (1.295″ x .340″ x .022″)

12. High Clutch Hold Valve

13. High Clutch Control Valve

14. 18.3mm x 7.6mm x 0.64mm x 8 coils (.720″ x .298″ x .025″)

The Low-Reverse Brake Shift Solenoid turns on in Park and is on in Reverse, Neutral and Drive first gear. One of the solenoid’s function is to stroke the High Clutch “Holding” Valve (Illustration A). When the LR/B Shift Solenoid turns off as the transmission shifts to second, Pilot Pressure “holds” the  High Clutch “Holding” Valve in a stroked position (Illustration B). This is done to allow for a high gear (5th gear) failsafe (all solenoids off).

Refer to Figures 7 and 8 for inner valve body valve and spring function and location.

Figure 7.

Figure 7 legend

1.   Manual Valve

2.   Pilot Valve

3.   49mm x 11mm x 1.4mm x 14 coils (1.935″ x .431″ x .055″)

4.   Retainer

5.   Lock-up Control Valve

6.   32.4mm x 12mm x 0.89mm x 8 coils (1.275″ x .475″ x .035″)

7.   Boost Valve

8.   Boost Valve Sleeve

9.   Torque Converter Regulator Valve

10. 25mm x 10mm x 1mm x 8 coils (.995″ x .395″ x .042″)

11.  Bore Plug

12. Pressure Regulator Valve

13. 38mm x 13mm x 1.12mm x 9 coils (1.406″ x .510″ x .044″)

14. Shim

Figure 8.

Figure 8 legend

1.   3-5-R Clutch Accumulator Piston

2.   36.3mm x 16mm x 2.4mm x 8 coils (1.430″ x .630″ x .095″)

3.  High Clutch Accumulator Piston

4.   36.3mm x 16mm x 2.4mm x 8 coils (1.430″ x .630″ x .095″)

5.   36mm x 10.8mm x 1.5mm x 12 coils (1.420″ x .425″ x .060″)

6.   Accumulator Cover Plate and Bolts

7.   Low Clutch Accumulator Piston

8.   36.3mm x 16mm x 2.4mm x 8 coils (1.430″ x .630″ x .095″)

9.   Bore Plug

10. Retainer

11. 2/6 Brake Accumulator Piston

12. 36.3mm x 16mm x 2.4mm x 8 coils (1.430″ x .630″ x .095″)

Refer to Figure 9 for solenoid location and identification.

Figure 9.

Figure 9 legend

  • Linear Solenoids run at 300Hz and measure approximately 5.3 Ω at 20°C (68°F)*
  • Low and L/R Shift Solenoids are on/off and measure approximately 28 Ω 5.3 ohms at 20°C (68°F)*
  • Pressure switches close at approximately 10-15 psi.

* Specifications provided by Mitsubishi

Refer to Figure 10 for Mitsubishi terminal location and identification.

Figure 10.

Figure 10 legend

1.   Low Clutch Linear Solenoid (NL): 5.3Ω at 20°C (68°F)

2.   TFT +

3.   TFT – : @   10°C (50°F)   6.62k Ω

3.   TFT – : @   25°C (77°F)   3.51k Ω [Approx. 2.35V]

3.   TFT – : @   80°C (176°F) 0.55k Ω [Approx. 0.69V]

3.   TFT – : @ 110°C (230°F) 0.25k Ω

4.   Lock-up & Low-Reverse Brake Linear Solenoid Valve (NL): 5.3Ω at 20°C (68°F)

5.   High Clutch Pressure Switch: Closes at approximately 10-15 psi

6.   2-6 Brake Linear Solenoid Valve  (NL): 5.3Ω at 20°C (68°F)

7.   Low-Reverse Brake Pressure Switch: Closes at approximately 10-15 psi

8.   Low Clutch Pressure Switch: Closes at approximately 10-15 psi

9.   Line Pressure Linear Solenoid Valve (NH): 5.3Ω at 20°C (68°F)

10. 2-6 Brake Pressure Switch: Closes at approximately 10-15 psi

11. 3-5-R Clutch Pressure Switch: Closes at approximately 10-15 psi

12. Not used

13. Ground

14. 3-5-R Clutch Linear Solenoid Valve (NH): 5.3Ω at 20°C (68°F)

15. Not used

16. Not used

17. Low-Reverse Brake Shift Solenoid Valve (NO – On/Off): 28Ω at 20°C (68°F)

18. Not used

19. High Clutch Linear Solenoid Valve (NH): 5.3Ω at 20°C (68°F)

20. Not used

21. Not used

22. Low Clutch Shift Solenoid Valve (NO – On/Off): 28Ω at 20°C (68°F)

Refer to Figure 11 for a first gear hydraulic.

Figure 11.

You May Also Like

Don’t fear customer complaints about CVTs

Continuously Variable Transmissions, or CVTs, are more common than you think. Audi, Subaru, Nissan, Ford, GM and many other automakers use CVT transmissions in cars and SUVs. There is no way to avoid them. Chances are there is one in your shop right now. What does CVT mean for technicians? On the maintenance side, a

CVT-Transmission-2

Continuously Variable Transmissions, or CVTs, are more common than you think. Audi, Subaru, Nissan, Ford, GM and many other automakers use CVT transmissions in cars and SUVs. There is no way to avoid them. Chances are there is one in your shop right now.

What does CVT mean for technicians? On the maintenance side, a CVT requires more or the same frequency of fluid and filter changes as a conventional automatic transmission, and many of the basic procedures are the same. On the diagnostic side, a CVT is less complicated internally than a six- or nine-speed transmission. Diagnostics with a scan tool are about the same. On the service side, while you may never pull a variator or belt out of a CVT, you can service components like sensors, pumps and valve bodies. The point here is not to fear a customer complaint about a CVT. 

Looking for the cause of repeated 6T40 torque converter failure

The converter clutch was applied just enough to drag but not enough to kill the engine.

Tech-Talk-Q4-Figure-4-1400
6T40 delayed engagements after overhaul

The problem lies in the compensator piston that a generation two clutch housing uses compared to the generation one housing.

Tech-Talk-Q4-Figure-7-1400
GM 6T70/75 slips and delays in first

A 2015 Chevrolet Equinox equipped with the 3.6-liter engine and 6T75 transmission has complaints of a delayed engagement into drive and slips in first gear.

Tech-Talk-Q4-Figure-11-1400
How to fix GM 6T70/Ford 6F50 rattling noise with transmission in gear

A rattling noise is coming from the transmission whenever the engine is running and the transmission is in gear.

Tech-Talk-Q4-Figure-13-1400

Other Posts

2024 State of the Powertrain Industry

The Transmission Digest Annual Survey of Retail Shops has served as benchmark and planning tool for the industry now for the past 38 years. Charts and tables in this study are based on a survey of subscribers that was conducted early this year.  Related Articles – Powertrain industry directory and buyer’s guide 2024 – Shift

state-on-industry-feature-1400
Powertrain industry directory and buyer’s guide 2024

This is the latest in TD’s annual series of directories for the powertrain industry. Companies that supply products to the powertrain aftermarket are listed in alphabetical order. Because data changes frequently, only organizations that have updated information with Transmission Digest in the recent past are included. Related Articles – Shift of the shaft: Diagnosing Chrysler 48RE manual shaft

Powertrain-Industry-Directory
Shift Pointers: A Chrysler 300 no-shift complaint

The case study has to do with a 2009 Chrysler 300 C 5.7L Nag1 RWD with 71,923 miles on it (see Figure 1, above). Related Articles – Top 20 Tools and Products: The Winners – Performance supplier listings 2024 – Shift Pointers: What to do when the 62TE TRS tab breaks It is based on

A guide to common GM, Ford and Nissan programming issues

One of the most common complaints I hear from shops when trying to install a new GM TCM is, “The module will not communicate.” While that might be partially true, by design they won’t communicate until they are programmed. If programming fails, there will be an “E” code set which will help you get to