Home/Kia/Optima/Kia Optima III (2010-2013)/Repair manual/Automatic Trans/Automatic Transaxle System Diagnosis - Hev: Specifications
Contents Wiring diagrams Section: Automatic Trans All sections

Automatic Transaxle System Diagnosis - Hev: Specifications Kia Optima III

Automatic Trans 165 illustrations ~2132 words

Specification

PP-RRR-NNN-DD
S11100000
S20111000
S30001110
S40000011

OUTPUT CODE SPECIFICATIONS

Scheme 746

Scheme 746: Diagnostic Circuit Diagram

Scheme 747

Scheme 747

Scheme 748

Scheme 748: Signal Waveform & Data

Scheme 749

Scheme 749: Monitor Scantool Data

Scheme 750

Scheme 750

Scheme 751

Scheme 751

Scheme 752

Scheme 752
  1. Connect scantool to Data Link Connector(DLC).
  2. Ignition "ON" & engine "OFF".
  3. Select "Current Data" mode and monitor "Inhibitor Switch" parameter.
  4. Change a shift lever from P-range to D-range.
  5. Is the Inhibitor switch value changed in specifications? YES Fault is intermittent caused by poor contact of PCM/TCM and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S20410263882013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S37196202072013031200000) " procedure.
PP-RRR-NNN-DD
S11100000
S20111000
S30001110
S40000011

OUTPUT CODE SPECIFICATIONS

Scheme 753

Scheme 753: Diagnostic Circuit Diagram

Scheme 754

Scheme 754

Scheme 755

Scheme 755: Signal Waveform & Data

Scheme 756

Scheme 756: Monitor Scantool Data

Scheme 757

Scheme 757

Scheme 758

Scheme 758

Scheme 759

Scheme 759
  1. Connect scantool to Data Link Connector(DLC).
  2. Ignition "ON" & engine "OFF".
  3. Select "Current Data" mode and monitor "Inhibitor switch" parameter.
  4. Change a shift lever from P-range to D-range.
  5. Is the Inhibitor switch value changed in specifications? YES Fault is intermittent caused by poor contact of PCM/TCM and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S42657725502013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S25699385412013031200000) " procedure.
Temp (°C)Resistance (kohms)
4046.8
2015.6
05.88
202.51
401.17
600.59
800.321
1000.18
1200.11
1400.07
1650.043

OIL TEMP SENOR REFERENCE DATA

Scheme 760

Scheme 760: Diagnostic Circuit Diagram

Scheme 761

Scheme 761: Monitor Scantool Data

Scheme 762

Scheme 762
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Oil Temperature Sensor" parameter. Specification : Increasing Gradually
  4. Is the Inhibitor switch value changed in specifications? YES Fault is intermittent caused by poor contact of PCM/TCM and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S40597082672013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S27499690952013031200000) " procedure.
Temp (°C)Resistance (kohms)
4046.8
2015.6
05.88
202.51
401.17
600.59
800.321
1000.18
1200.11
1400.07
1650.043

OIL TEMP SENOR REFERENCE DATA

Scheme 763

Scheme 763: Diagnostic Circuit Diagram

Scheme 764

Scheme 764: Monitor Scantool Data

Scheme 765

Scheme 765
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Oil Temperature Sensor" parameter. Specification : Increasing Gradually
  4. Is the Inhibitor switch value changed in specifications? YES Fault is intermittent caused by poor contact of PCM/TCM and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S42786074732013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S20182934722013031200000) " procedure.
Temp (°C)Resistance (kohms)
4046.8
2015.6
05.88
202.51
401.17
600.59
800.321
1000.18
1200.11
1400.07
1650.043

OIL TEMP SENOR REFERENCE DATA

Scheme 766

Scheme 766: Diagnostic Circuit Diagram

Scheme 767

Scheme 767: Monitor Scantool Data

Scheme 768

Scheme 768
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Oil Temperature Sensor" parameter. Specification : Increasing Gradually
  4. Is the Inhibitor switch value changed in specifications? YES Fault is intermittent caused by poor contact of PCM/TCM and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S35372475182013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S42568033452013031200000) " procedure.
ClassificationOutput VoltageAir Gab
At HIGH0.3 ~ 7.5 V0.95 ~ 1.55 mm
At LOW0.7 ~1.4 V

Scheme 769

Scheme 769: Diagnostic Circuit Diagram

Scheme 770

Scheme 770

Scheme 771

Scheme 771: Signal Waveform & Data

Scheme 772

Scheme 772

Scheme 773

Scheme 773: Monitor Scantool Data

Scheme 774

Scheme 774

Scheme 775

Scheme 775

Scheme 776

Scheme 776

Scheme 777

Scheme 777

Scheme 778

Scheme 778

Scheme 779

Scheme 779

Scheme 780

Scheme 780

Scheme 781

Scheme 781
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Input speed sensor(PG-A)" parameter.
  4. Driving above 20 Km/h(12.4MPH) Specification : Increasing Gradually
  5. Is measured "Input Speed Sensor" value within specific? YES Fault is intermittent caused by poor contact between TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S33080217072013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S28667180582013031200000) " procedure.

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 782

Scheme 782: Signal Waveform & Data
ClassificationOutputVoltage Air Gab
At HIGH0.3 ~ 7.5 V0.95 ~ 1.55 mm
At LOW0.7 ~1.4 V

Scheme 783

Scheme 783: Diagnostic Circuit Diagram

Scheme 784

Scheme 784

Scheme 785

Scheme 785: Signal Waveform & Data

Scheme 786

Scheme 786

Scheme 787

Scheme 787: Monitor Scantool Data

Scheme 788

Scheme 788

Scheme 789

Scheme 789

Scheme 790

Scheme 790

Scheme 791

Scheme 791

Scheme 792

Scheme 792

Scheme 793

Scheme 793

Scheme 794

Scheme 794

Scheme 795

Scheme 795
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Output speed sensor(PG-B)" parameter.
  4. Drive above 20 Km/h(12.4MPH) Specification : Increasing Gradually
  5. Is measured "Output speed sensor" value within specifications? YES Fault is intermittent caused by poor contact between TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S25095616862013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S18233098402013031200000) " procedure.
ClassificationOutput VoltageAir Gab
At HIGH0.3 ~ 7.5 V0.95 ~ 1.55 mm
At LOW0.7 ~1.4 V

Scheme 796

Scheme 796: Diagnostic Circuit Diagram

Scheme 797

Scheme 797

Scheme 798

Scheme 798: Signal Waveform & Data

Scheme 799

Scheme 799

Scheme 800

Scheme 800: Monitor Scantool Data

Scheme 801

Scheme 801

Scheme 802

Scheme 802

Scheme 803

Scheme 803

Scheme 804

Scheme 804

Scheme 805

Scheme 805

Scheme 806

Scheme 806

Scheme 807

Scheme 807

Scheme 808

Scheme 808
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Select "Current Data" mode and monitor "Output speed sensor(PG-B)" parameter.
  4. Drive above 20 Km/h(12.4MPH) Specification : Increasing Gradually
  5. Is measured "Output speed sensor" value within specifications? YES Fault is intermittent caused by poor contact between TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S12425020072013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S18332452482013031200000) " procedure.

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&'R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 809

Scheme 809: Signal Waveform & Data

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 810

Scheme 810: Signal Waveform & Data

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 811

Scheme 811: Signal Waveform & Data

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 812

Scheme 812: Signal Waveform & Data

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 813

Scheme 813: Signal Waveform & Data
  1. Working temperature: -40°C~150°C(-6.2~302°F)
  2. Internal resistance: 5.1 ± 0.3 ohms(25°C(77°F) normal temperature)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 814

Scheme 814: Diagnostic Circuit Diagram

Scheme 815

Scheme 815

Scheme 816

Scheme 816: Signal Waveform & Data

Scheme 817

Scheme 817: Monitor Scantool Data

Scheme 818

Scheme 818

Scheme 819

Scheme 819

Scheme 820

Scheme 820

Scheme 821

Scheme 821

Scheme 822

Scheme 822

Scheme 823

Scheme 823

Scheme 824

Scheme 824
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Pressure Control Solenoid Valve" parameter current value. Specification : See below data
  5. Is Pressure Control Solenoid Valve within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S30915311162013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S36744623122013031200000) " procedure.
  1. Working temperature: -40°C~150°C
  2. Internal resistance: 5.1 ± 0.3 ohms(25°C normal temperature)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 825

Scheme 825: Diagnostic Circuit Diagram

Scheme 826

Scheme 826

Scheme 827

Scheme 827: Signal Waveform & Data

Scheme 828

Scheme 828: Monitor Scantool Data

Scheme 829

Scheme 829

Scheme 830

Scheme 830

Scheme 831

Scheme 831

Scheme 832

Scheme 832

Scheme 833

Scheme 833

Scheme 834

Scheme 834

Scheme 835

Scheme 835
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(UD-VFS)" parameter current value. Specification : See below data
  5. Is Shift Control Solenoid Valve(UD-VFS) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S04261271372013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S24344403962013031200000) " procedure.
  1. Working temperature: -40°C~150°C(-6.2~302°F)
  2. Internal resistance: 5.1 ± 0.3 ohms(25°C(77°F) normal temperature)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 836

Scheme 836: Diagnostic Circuit Diagram

Scheme 837

Scheme 837

Scheme 838

Scheme 838: Signal Waveform & Data

Scheme 839

Scheme 839: Monitor Scantool Data

Scheme 840

Scheme 840

Scheme 841

Scheme 841

Scheme 842

Scheme 842

Scheme 843

Scheme 843

Scheme 844

Scheme 844

Scheme 845

Scheme 845

Scheme 846

Scheme 846
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(26/B-VFS)" parameter current value. Specification : See below data
  5. Is Shift Control Solenoid Valve(36/B-VFS) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S06846646572013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S06137316932013031200000) " procedure.
  1. Working temperature: -40°C~150°C(-6.2~302°F)
  2. Internal resistance: 5.1 ± 0.3 ohms(25°C(77°F) normal temperature)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 847

Scheme 847: Diagnostic Circuit Diagram

Scheme 848

Scheme 848

Scheme 849

Scheme 849: Signal Waveform & Data

Scheme 850

Scheme 850: Monitor Scantool Data

Scheme 851

Scheme 851

Scheme 852

Scheme 852

Scheme 853

Scheme 853

Scheme 854

Scheme 854

Scheme 855

Scheme 855

Scheme 856

Scheme 856

Scheme 857

Scheme 857
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(35R/C-VFS)" parameter current value. Specification : See below data
  5. Is Shift Control Solenoid Valve(35/R-VFS) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S03903749342013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S07321105802013031200000) " procedure.
  1. Working temperature: -40°C~150°C(-6.2~302°F)
  2. Internal resistance: 5.1 ± 0.3 ohms(25°C(77°F) normal temperature)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 858

Scheme 858: Diagnostic Circuit Diagram

Scheme 859

Scheme 859

Scheme 860

Scheme 860: Signal Waveform & Data

Scheme 861

Scheme 861: Monitor Scantool Data

Scheme 862

Scheme 862

Scheme 863

Scheme 863

Scheme 864

Scheme 864

Scheme 865

Scheme 865

Scheme 866

Scheme 866

Scheme 867

Scheme 867

Scheme 868

Scheme 868

Scheme 869

Scheme 869
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(OD/C-VFS)" parameter current value. Specification : See below data
  5. Is Shift Control Solenoid Valve(OD/C-VFS) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S04382254812013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S08929829062013031200000) " procedure.
  1. Working voltage: under 7.5V (Supplied pressure 5.0kgf/cm 2 , Oil temperature 85°C) (185°F)
  2. Release voltage: under 5.5V (Supplied pressure 5.0kgf/cm 2 , Oil temperature 85°C) (185°F)
  3. Release current: under 5.5V (Supplied pressure 0.51kgf/cm 2 , Oil temperature 85°C) (185°F)
  4. Internal resistance: 10 ~ 11 ohms(20°C) (68°F)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 870

Scheme 870: Diagnostic Circuit Diagram

Scheme 871

Scheme 871

Scheme 872

Scheme 872: Monitor Scantool Data

Scheme 873

Scheme 873

Scheme 874

Scheme 874

Scheme 875

Scheme 875

Scheme 876

Scheme 876

Scheme 877

Scheme 877

Scheme 878

Scheme 878

Scheme 879

Scheme 879
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(SS-A)" parameter current value. Specification : See below data
  5. Is Shift Control Solenoid Valve(SS-A) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S29475107502013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S04387860962013031200000) " procedure.
SPEC
ResistanceU-V21±1.5[mohms]
V-W
W-U
Insulation ResistanceMin 1Mohms
Withstand VoltageBelow 2.5mA

Scheme 880

Scheme 880: Diagnostic Circuit Diagram

Scheme 881

Scheme 881

Scheme 882

Scheme 882: Signal Waveform & Data

Scheme 883

Scheme 883

Scheme 884

Scheme 884

Scheme 885

Scheme 885

Scheme 886

Scheme 886

Scheme 887

Scheme 887

Ex) Operation

  1. Working temperature: -40°C~150°C(-6.2~302°F)
  2. Internal resistance: 5.1 ± 0.3 ohms (25°C(77°F) normal temperature)

Scheme 888

Scheme 888: Diagnostic Circuit Diagram

Scheme 889

Scheme 889

Scheme 890

Scheme 890: Signal Waveform & Data

Ex) Operation

Scheme 891

Scheme 891: Monitor Scantool Data

Scheme 892

Scheme 892
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Engine clutch" parameter current value. Ex) Operation EC may be working or not according to by driving situation and loading condition
  5. Is Engine clutch value control values within specific? YES Fault is intermittent caused by poor contact of PCM/TCM & sensor and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S00879877572013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S07428699162013031200000) " procedure.
SPEC
ResistanceU-V21±1.5[mohms]
V-W
W-U
Insulation ResistanceMin 1Mohms
Withstand VoltageBelow 2.5mA

Scheme 893

Scheme 893: Diagnostic Circuit Diagram

Scheme 894

Scheme 894

Scheme 895

Scheme 895: Signal Waveform & Data

Scheme 896

Scheme 896

Scheme 897

Scheme 897

Scheme 898

Scheme 898

Scheme 899

Scheme 899

Scheme 900

Scheme 900

Ex) Operation

  1. Working voltage: under 7.5V (Supplied pressure 5.0kgf/cm 2 , Oil temperature 85°C) (185°F)
  2. Release voltage: under 5.5V (Supplied pressure 5.0kgf/cm 2 , Oil temperature 85°C) (185°F)
  3. Release current: under 5.5V (Supplied pressure 0.51kgf/cm 2 , Oil temperature 85°C) (185°F)
  4. Internal resistance: 10 ~ 11 ohms(20°C) (68°F)

Operating mode table at each step

SS-ASS-BVFS-UDVFS-ODVFS-36RVFS-26
N, POOO
1stOO
2ndOOO
3rdOO
4thO
5thOO
6thOOO
REVOOO

SOLENOID VALVE OPERATING MODE

UD BRAKEOD CL35R CL26 BRAKEL&R BRAKE1ST OWC
N, PO
1stOOO
2ndOO
3rdOO
4thOO
5thOO
6thOO
REVOO

ELEMENT OPERATING MODE

Scheme 901

Scheme 901: Diagnostic Circuit Diagram

Scheme 902

Scheme 902

Scheme 903

Scheme 903: Monitor Scantool Data

Scheme 904

Scheme 904

Scheme 905

Scheme 905

Scheme 906

Scheme 906

Scheme 907

Scheme 907

Scheme 908

Scheme 908

Scheme 909

Scheme 909

Scheme 910

Scheme 910
  1. Connect scantool to Data Link Connector(DLC).
  2. Engine "ON".
  3. Driving 1st speed to 6th speed at D-range.
  4. Select "Current Data" mode and monitor "Shift Control Solenoid Valve(SS-B)" parameter current value. Specification: See below data
  5. Is Shift Control Solenoid Valve(SS-B) within specific? YES Fault is intermittent caused by poor contact between PCM/TCM and Sensor, and DTC was not cleared. Thoroughly check connectors for looseness, poor connection, bending, corrosion, contamination, deterioration, or damage. Repair as necessary and go to " «VERIFICATION OF VEHICLE REPAIR»(ref-535826-S38778717382013031200000) " procedure. NO Go to " «TERMINAL AND CONNECTOR INSPECTION»(ref-535826-S06739442252013031200000) " procedure.