Automatic Transmission Control System - 4.6L & 5.0L: Specifications — Automatic Transmission Control System - 4.6L & 5.0L — Automatic Trans

Automatic Transmission Control System - 4.6L & 5.0L: Specifications Hyundai Genesis I рестайлинг

Automatic Trans 18 illustrations ~201 words

Specifications

Type: Negative Thermal Coefficient Type

Temp.[(°C)°F]	Resistance (kohms)
(-40) -40	139.5
(-20) -4.0	47.4
(0) 32.0	18.6
(20) 68.0	8.1
(40) 104.0	3.8
(60) 140.0	1.98
(80) 176.0	1.08
(100) 212.0	0.63
(120) 248.0	0.38
(140) 284.0	0.25
(150) 302.0	0.16

Scheme 33

Scheme 33: Circuit Diagram

Type: Hall effect sensor
Specifications

Operation condition (°C)°F		((-) 40~150)) -40~302
Air gap (mm) in.		1.3(0.0512)
Output voltage	High	1.4
Output voltage	Low	0.7

Scheme 34

Scheme 34: Circuit Diagram

Scheme 35

Scheme 35: Inspection

Check signal waveform of output speed sensor using the GDS. Specification: Refer to "Signal Wave Form" section.

Type: Hall effect sensor
Specifications

Operation condition (°C)°F		((-) 40~150)) -40~302
Air gap (mm) in.		1.3(0.0512)
Output voltage	High	1.4
Output voltage	Low	0.7

Scheme 36

Scheme 36: Circuit Diagram

Scheme 37

Scheme 37: Inspection

Check signal waveform of Input speed sensor using the GDS. Specification: Refer to "Signal Wave Form" section.

Type: Hall effect sensor
Specifications

Operation condition (°C)°F		((-) 40~150)) -40~302
Air gap (mm) in.		1.3(0.0512)
Output voltage (V)	High	1.4
Output voltage (V)	Low	0.7

Scheme 38

Scheme 38: Circuit Diagram

Scheme 39

Scheme 39: Inspection

Check signal waveform of middle speed sensor using the GDS. Specification: Refer to "Signal Wave Form" section.

	Specifications (20°C (68°F))
OFF => ON	146 ± 40 kPa
ON => OFF	50 kPa

Scheme 40

Scheme 40: Circuit Diagram

Direct control VFS[6/C]

Control type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~1569.06 (0~16, 0~227.57)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 41

Scheme 41: Circuit Diagram

Direct control VFS[4&OD/C]

Control type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~1569.06 (0~16, 0~227.57)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 42

Scheme 42: Circuit Diagram

Direct control VFS[35R/C]

Control Type: Normal high type

Control Pressure kpa (kgf/cm 2 , psi)	0~2108.42 (0~21.5~305.80)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 43

Scheme 43: Circuit Diagram

Direct control VFS[27/B]

Control type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~1569.06 (0~16, 0~227.57)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 44

Scheme 44: Circuit Diagram

Direct control VFS[UD/C]

Control type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~1569.06 (0~16, 0~227.57)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 45

Scheme 45: Circuit Diagram

Direct control VFS[8LR/B]

Control Type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~2108.42 (0~21.5~305.80)
Current value (mA)	0~1100
Internal resistance (ohms)	5.0~5.6

Scheme 46

Scheme 46: Circuit Diagram

Line Pressure Control VFS

Control type: Normal high type

Control Pressure kpa (kgf/cm 2 , psi)	0~500.14 (0~5.1, 0~72.54)
Current value (mA)	0~850
Internal resistance (ohms)	4.8~5.4

Scheme 47

Scheme 47: Circuit Diagram

Damper Clutch Control VFS

Control type: Normal low type

Control Pressure kpa (kgf/cm 2 , psi)	0~500.14 (0~5.1, 0~72.54)
Current value (mA)	0~850
Internal resistance (ohms)	4.8~5.4

Scheme 48

Scheme 48: Circuit Diagram

ON/OFF Solenoid Valve

Control type: Normal low type

Control pressure kpa (kgf/cm 2 , psi)	539.36 (5.5, 78.23)
Internal resistance (ohms)	10~11

Scheme 49

Scheme 49: Circuit Diagram

Type: Combination of output signals from 4 terminals

Power supply (V)	12
Output type	Combination of output signals

PIN No.	P	P-R	R	R-N	N	N-D	D
S1	12V	12V	O	O	O	O	O
S2	O	12V	12V	12V	O	O	O
S3	O	O	O	12V	12V	12V	O
S4	O	O	O	O	O	12V	12V

SIGNAL CODE

Scheme 50

Scheme 50: Circuit Diagram