01j Multitronic Repair Manual

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As long as the torque is not too high, a CVT is the ideal automatic gearbox for optimal comfort. Hence, it is not surprising that Audi chose this option. The system has relatively few moving parts, is able to endlessly vary its transmission ratios and is also very compact. The 01J Multitronic, the name of the entire gearbox, was therefore not only used in the Audi A6 C5 (1997-2004) and the Audi A6 C6 (2004-2011), but also in the smaller Audi A4 B6 (2000-2004), Audi A4 B7 (2004-2008) and Audi A4 B8 (2008-2015).


01j Multitronic Repair Manual. The 01J Multitronic in detail A description of how the Temic Multitronic / Hytronic VL300 works would be incomplete without including the torque converter. Before being able to understand what a TCU like the Temic Multitronic / Hytronic VL300 exactly controls, it is essential to know how a CVT broadly. As this audi cvt transmission 01j free repair manual, it ends occurring brute one of the favored ebook audi cvt transmission 01j free repair manual collections that we have. This is why you remain in the best website to look the amazing book to have. Audi 01J CVT ECU TCM Replacement with Torque Specs Lee's Audi CVT Transmission Show-N-Tell.

The O1J Multitronic is a typical modern CVT and uses mechatronics for its control (more about this later). Next to automatic transmission driving, it enables manual transmission. Well… at least something that looks like changing gears manually. Free auto keyboard clicker for mac. CVT stands for Continuously Variable Transmission, meaning that the system is stepless. Yet, to give the driver the feeling of driving a manual transmission, the system has 6 fixed positions programmed in its memory that are used once the 'manual' mode is chosen.

What becomes defective in most cases?

Although the 01J Multitronic seems like a wonderful solution, the system is not exactly faultless. The maximum torque is limited, the mechanical parts wear and the control of the CVT (the mechatronics) sometimes fails. As many probably know, the mechatronics consist of mechanics (the labyrinth) and electronics (the TCU). In this case, it often concerns the electronics when something is wrong. The TCU, named Temic Multitronic / Hytronic VL300, uses sensors to measure things like the input speed, output speed, clutch pressure and fluid temperature. You can imagine that the system is not able to function properly once a signal of one of these sensors does not reach the processor.

In case something becomes defective in the 01J Multitronic gearbox, this will be noticeable in almost all cases: the car does not start, an 'F' appears in the display, it is not possible to set the car to 'R', the transmission is poor… all kinds of complaints that are caused by the TCU or defects in mechanic parts of the TCU. Our advice is to always check if the CVT is mechanically in perfect working order, before suspecting the TCU. Need technical support? You can always contact our Customer Service.

Each defect has its own error code. Still, a complicated system with many sensors and actuators, contains a lot of error codes. Furthermore, Volkswagen AG (of which Audi is a part) uses its own error codes, not making it any easier. That is why we composed a comprehensive table that can be found at the end of this article. Remarkable detail: errors regarding the multifunction switch (F125) are overrepresented.

Remanufacturing: the process

Our remanufacturing process solely focuses on the TCU, not on other components of the transmission. We therefore do not recommend sending the labyrinth with it to prevent transport damage. Since the cause of complaints / error codes can also be mechanical, we always perform an entry test on all incoming components. Once the problem is identified, the process continues.

We cannot stress enough that ACtronics does not just repair defects, but remanufactures products. We know that TCUs are sensitive and want to be absolutely sure that each remanufactured TCU lasts at least as long as a new one. In order to do so, we do not only repair the defects we observe, but guide every TCU through a standard process. In this process we professionally remove the protective gel if needed. Once all components are unprotected, we can start with repairing and replacing. Placing new connections is a delicate process, but not a problem for us, looking at our years of experience in doing this.

After this, we have come to the final test. This test is required to examine if all features function properly. Our testing facility enables us to simulate the functioning, just like it does in a real car, such as the supply of signals from the different speed sensors. Free 2k for mac. This is what distinguishes us from other repairers. Finally, the remanufactured TCU is provided with a special gel for protection. We close the ECU with a new cap that is developed by ourselves.

However, our care does not stop after remanufacturing the product. Thought has been given to the issue of packaging the ECU. Sticking out sensors easily become damaged. This is why we developed special transport packages for multiple TCUs, to minimalise transport damage.

Tip: Think about how you pack your product. Always adequately protect weak parts. In case you would like some additional advice on how to pack a TCU, feel free to contact us.

The 01J Multitronic in detail

A description of how the Temic Multitronic / Hytronic VL300 works would be incomplete without including the torque converter. Before being able to understand what a TCU like the Temic Multitronic / Hytronic VL300 exactly controls, it is essential to know how a CVT broadly functions.

Therefore, we will first try to briefly explain the principles of the CVT:

A gearbox with a continuously variable transmission basically consists of two pulleys and a pushbelt. The gear ratio from the engine to the drive shafts is steplessly adjustable, due to adjustable radiuses of both pulleys. This adjustment functions hydraulically. By providing or reducing the oil for the pulley, the sloping sides of the pulleys move towards or from each other. The closer these sides get towards each other, the more the pushbelt of the pulley is pushed of its central ‘‘position'' in an outward direction: resulting in a higher radius of the pushbelt around the pulley. By varying the distances between these sides, the gear ratio can be changed.

Solenoid valves and speed sensors are required to manage the degree to which the pulleys adjust themselves. Free avenir t1 45 book font free. The velocities of both the driving pulley (motor side) and the driven pulley (differential side) are measured. It is up to the TCU, the Temic Multitronic / Hytronic VL300, to determine the amount of oil that the valves transfer to the pulleys, in order to adjust the gear ratio. However, the Temic Multitronic / Hytronic VL300, manages four valves, not two. What are the other two for?

Next to controlling the gear ratio, the VL300 is also responsible for the basic control of the automatic transmission: P, N, D and R. The third valve operates a mechanical fork that ensures that the gearbox is set into one of these positions. You could compare this with the fork of a manual transmission, but this differs regarding the fact that this is controlled by a hydraulic valve. The fourth valve is used to control the clutch which is, by the way, a double wet clutch, like it can also be found in the DSG 6 02 E. Audi does not use a torque converter whereas Mercedes does.

After reading this story, an expert will rightly say that more than 4 valves can be found in the 01J Multitronic gearbox. This is correct, but the other valves are not controlled by the TCU. The extra valves are there to regulate the pressure in the system. The pressure being too high or too low can already cause damage.

Now that it is clear that the Temic Multitronic / Hytronic VL300 is responsible for controlling all these components, it might be easier to imagine that various complaints may arise once one or more valves are not controlled like they should. The TCU is literally the key element of the system. However, except for errors regarding sending commands to the valves, other problems might arise when the TCU does not receive the correct input. The TCU receives its signals from the speed sensors (that are attached to the TCU) via a CAN bus connection. An interruption or deviation in these signals can have major consequences.

Finally, another tip: a test you can perform yourself as a technician is measuring the voltage going through the plug. Therefore the pin assignment of this plug is showed below:

Error code table Temic Multitronic / Hytronic VL300

VAG codeOBDII codeDescription
16889P0505Idle speed control
16987P0603Control module faulty
16988P0604Control module faulty
16989
P0605Control module faulty
17086P0702Control module faulty
17087P0703Brake light switch circuit malfunction
17089P0705Transmission range sensor circ. (PRNDL input) malfunction
17090P0706TRS implausible signal (F125)
17091P0707Transmission range sensor circ. low input
17092P0708Transmission range sensor circ. high input
17094P0710TFT sensor circuit malfunction (=schakelhendel)
17095P0711TFT sensor implausible signal (=schakelhendel)
17096P0712TFT sensor signal too low (=schakelhendel)
17097P0713TFT sensor signal too high (=schakelhendel)
17099P0715Input turbine/speed sensor circ. malfunction
17100P0716G182 RPM sensor implausible signal
17101P0717G182 RPM sensor no signal
17105P0721G195 RPM sensor implausible signal
17106P0722G195 RPM sensor no signal
17110P0726RPM signal from ECM implausible
17111P0727No RPM signal from ECM
17114P0730Wrong transmission info
17134P0750Solenoid N88 performance error
17137P0753Solenoid N88 circuit error
17991P1583Transmission mount valves shorted to power
17992P1584Transmission mount valves shorted to ground
17993P1585Transmission mount valves open circuit
18031P1623No CAN communication
18112P1704Kickdown switch circuit error
18113P1705Gear ratio adaptation limit reached
18132P1724PN position switch shorted to ground
18137P1729PN position switch shorted to power
18141P1733Tiptronic switch 'up' shorted to ground
18147P1739Tiptronic switch 'down' shorted to ground
18148P1740Monitoring clutch temperature
18149P1741Clutch pressure adaptation limit reached
18150P1742Clutch torque adaptation limit reached
18151P1743Clutch slip too high
18152P1744Tiptronic switch shorted to ground
18156P1748Control module faulty
18158P1750Power supply too low
18159P1751Power supply too high
18161P1753Tiptronic switch implausible signal
18162P1754Tiptronic switch open or shorted to power
18163P1755Tiptronic switch open or shorted to power
18164P1756Tiptronic switch open or shorted to power
18165P1757Power supply open circuit
18169P1761Shift lock solenoid N110 shorted to ground
< PREV PAGENEXT PAGE >Code letters, gearbox allocation, ratios, equipment
Code letters, gearbox allocation, ratios, equipment
multitronic01J
GearboxCode lettersEVE
FSF
FZA
EVJFRC
AllocationModelAudi A4 2001 ►Audi A4 2001 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine2.0 ltr. 5V - 96 kW3.0 ltr. 5V - 162 kW2.4 ltr. 5V - 125 kW
Input stage57 : 411.39051 : 461.10954 : 431.256
Front axle
bevel gearing
41 : 94.55643 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersFSD
FZB
FSEFSG
AllocationModelAudi A4 2001 ►Audi A4 2001 ►
USA, Mexico
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine1.8 ltr. 5VT - 110 kW1.8 ltr. 5VT - 125 kW3.0 ltr. 5V - 162 kW
Input stage54 : 431.25657 : 411.39053 : 451.178
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

Repair Manual Motorcycle

multitronic01J
GearboxCode lettersFSHFSK
FZH
GJA
GWX
HPP
FSL
FZF
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►
USA, Mexico
Audi A4 2001 ►Audi A4 2001 ►
Engine3.0 ltr. 5V - 162 kW1.9 ltr 2V TDI - 96 kW2.5 ltr. TDI - 114 kW
Input stage53 : 451.17851 : 461.10951 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersFYS
FYZ
FYUFYW
AllocationModelAudi A4 2001 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
also for Mexico
Audi A4 2001 ►
USA, Mexico
Engine2.0 ltr. 4V FSI - 110 kW3.0 ltr. 5V - 162 kW
3.0 ltr. 5V - 160 kW
3.0 ltr. 5V - 162 kW
Input stage57 : 411.39051 : 461.10953 : 451.178
Front axle
bevel gearing
41 : 94.55643 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersFYX
GHT
FZD
GGT
GHX
GZE
HCP
GEB
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►
also for Belgium
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
USA
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
also for Mexico
Engine2.4 ltr. 5V - 125 kW
2.4 ltr. 5V - 120 kW
1.8 ltr. 5VT - 125 kW1.8 ltr. 5VT - 120 kW
1.8 ltr. 5VT - 125 kW
Input stage54 : 431.25657 : 411.39054 : 431.256
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersGECGGR
GHS
GWP
GGS
GHV
GZD
HAY
HAZ
HDZ
KTM
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
USA
Audi A4 2001 ►
Engine2.5 ltr. TDI - 114 kW3.0 ltr. 5V - 162 kW2.0 ltr. 5V - 96 kW
Input stage51 : 461.10953 : 451.17857 : 411.390
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersGHRGHU
GWR
GHW
GZF
HBD
HED
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
also for Mexico
Engine3.0 ltr. 5V - 162 kW2.0 ltr. 4V FSI - 110 kW1.8 ltr. 5VT - 120 kW
Input stage51 : 461.10957 : 411.39054 : 431.256
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersGHY
GHZ
GNS
GZL
GZM
GWN
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine2.5 ltr. TDI - 114 kW1.8 ltr. 5VT - 140 kW3.0 ltr. 5V - 162 kW
3.0 ltr. 5V - 160 kW
Input stage51 : 461.10957 : 411.39051 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778
01j Multitronic Repair Manual

multitronic01J
GearboxCode lettersGWQGWV
GWW
GYJ
JZT
KTS
KYJ
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►
Engine2.4 ltr. 5V - 125 kW2.5 ltr. TDI - 120 kW2.0 ltr. 4V TDI - 100 kW
2.0 ltr. 4V TDI - 103 kW
Input stage54 : 431.25657 : 411.39051 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersHBB
HBC
HEB
JZN
JZP
KTN
HBE
HBG
HBH
HEF
JZR
KTQ
LDK
AllocationModelAudi A4 2001 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine2.0 ltr. 5V - 96 kW1.8 ltr. 5VT - 120 kW1.8 ltr. 5VT - 120 kW
Input stage57 : 411.39057 : 411.39057 : 411.390
Front axle
bevel gearing
41 : 85.12541 : 85.12543 : 94.778

multitronic01J
GearboxCode lettersHEHHEJ
HEK
HHB
AllocationModelAudi A4 2001 ►
USA
Audi A4 2001 ►Audi A4 2001 ►
Engine1.8 ltr. 5VT - 125 kW2.5 ltr. TDI - 120 kW3.0 ltr. 5V - 162 kW
Input stage57 : 411.39051 : 461.10951 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersHHD
JZM
KTJ
KYH
HHEHHF
JZU
KTT
KYK
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►
USA
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine2.0 ltr. 4V TFSI - 147 kW2.0 ltr. 4V TFSI - 147 kW2.0 ltr 2V TDI
with diesel particulate filter - 103 kW
Input stage51 : 461.10951 : 461.10951 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersHJB
JZK
KTG
HJC
JTS
KTH
KYV
HPQ
HPR
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 2001 ►
USA
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►
Engine3.2 ltr. FSI - 188 kW3.2 ltr. FSI - 188 kW2.5 ltr. TDI - 120 kW
Input stage49 : 481.02149 : 481.02151 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

01j Multitronic Repair Manual Pdf


multitronic01J
GearboxCode lettersHSAHSBHSH
HSJ
AllocationModelAudi A4 Cabriolet 2003 ►Audi A4 Cabriolet 2003 ►
USA
Audi A4 Cabriolet 2003 ►
Engine3.0 ltr. 5V - 162 kW3.0 ltr. 5V - 162 kW2.5 ltr. TDI - 120 kW
Input stage51 : 461.10951 : 461.10951 : 461.109
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersHWK
JTT
KTK
KYX
HWTHYF
JZS
AllocationModelAudi A4 2001 ►, Audi A4 Cabriolet 2003 ►
USA
Audi A4 Cabriolet 2003 ►
USA
Audi A4 Cabriolet 2003 ►
USA
Engine2.0 ltr. 4V TFSI - 147 kW3.0 ltr. 5V - 162 kW1.8 ltr. 5VT - 125 kW
Input stage51 : 461.10953 : 451.17857 : 411.390
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778

multitronic01J
GearboxCode lettersJYA
KTL
KYY
JZQ
KTP
LDJ
AllocationModelAudi A4 2001 ►
USA
Audi A4 2001 ►, Audi A4 Cabriolet 2003 ►Audi A4 Cabriolet 2003 ►
Engine2.0 ltr. 4V TFSI - 125 kW1.8 ltr. 5VT - 120 kW1.8 ltr. 5VT - 120 kW
Input stage51 : 461.10954 : 431.25654 : 431.256
Front axle
bevel gearing
43 : 94.77843 : 94.77843 : 94.778





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