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HOMESERVICE MANUALSVOLKSWAGEN2011TIGUAN SEL 4MOTIONREPAIR AND DIAGNOSISEXTERNAL PAGESDIFFERENT CARSECTION 83 (BODY EXTERIOR DTC BASED DIAGNOSTICS (B19E8 TO B19CD))
2011 Volkswagen Tiguan SEL 4Motion
Section 83 (Body Exterior DTC Based Diagnostics (B19E8 To B19CD))
2011 Volkswagen Tiguan SEL 4MotionSECTION Section 83 (Body Exterior DTC Based Diagnostics (B19E8 To B19CD))
WARNING: This page does not describe the selected car, but rather 6 other vehicles, including the 2014 Volkswagen Routan, 2013 Volkswagen Routan, 2012 Volkswagen Routan, 2011 Volkswagen Routan, and 2010 Volkswagen Routan. However, it is still accessible from the selected car via links, so may be relevant.
- 00 General, Technical Data
- Left Rear Door Module
- B19E8 - Left Power Sliding Door Latch Control 1 Circuit High
- Notes
- Test Step 1 - DTC Present
- Test Step 2 - Check For left cinch/release motor latch driver Short to the Left Cinch/Release Motor Unlatch Driver
- Test Step 3 - Check the left cinch/release motor latch driver Circuit for a Short to Voltage
- Test Step 4 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for a Short to Voltage
- B19E9 - Left Power Sliding Door Latch Control 1 Circuit Open
- B19EB - Left Power Sliding Door Latch Control 2 Circuit Low
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Rear Door Module
- Test Step 4 - Check the left cinch/release motor latch driver Circuit for a Short to Ground
- Test Step 5 - Check For left cinch/release motor latch driver Short to the Left Cinch/Release Motor Unlatch Driver
- B19EC - Left Power Sliding Door Latch Control 2 Circuit High
- Notes
- Test Step 1 - DTC Present
- Test Step 2 - Check For left cinch/release motor latch driver Short to the Left Cinch/Release Motor Unlatch Driver
- Test Step 3 - Check the left cinch/release motor latch driver Circuit for a Short to Voltage
- Test Step 4 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for a Short to Voltage
- B19ED - Left Power Sliding Door Latch Control 2 Circuit Open
- B19F7 - Left Rear Window Switch Circuit Low
- B19F9 - Left Rear Window Switch Circuit
- B210A - System Voltage Low
- B210B - System Voltage High
- B210D - Battery Voltage Low
- B210E - Battery Voltage High
- B2271 - Left Rear Door Module Internal
- B2274 - Left Rear Door Module Identification Circuit
- B2500 - Left Power Sliding Door Latch Cinch OVERCURRENT
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Left Cinch/Release Motor Latch and Unlatch Driver Circuits for a Short to Voltage
- Test Step 4 - Check the Left Rear Power Sliding Door Latch
- Test Step 5 - Check the left cinch/release motor latch driver Circuit for an Open
- Test Step 6 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 7 - Check the left cinch/release motor latch driver Circuit for a Short to Ground
- Test Step 8 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 9 - Check For Left Cinch/Release Motor Latch Driver Short to Power Sliding Door MUX Return
- Test Step 10 - Check For Left Cinch/Release Motor Unlatch Driver Short to Power Sliding Door MUX Return
- Test Step 11 - Check For Left Cinch/Release Motor Latch Driver Short to the Left Cinch/Release Motor Unlatch Driver Circuit
- B2501 - Left Power Sliding Door Latch Cinch Excessive Time
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Left Rear Power Sliding Door Latch
- Test Step 4 - Check the Left Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 5 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 6 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 7 - Check the Left Rear Door Ajar Switch Sense Circuit for an Open
- B2502 - Left Power Sliding Door Latch Release OVERCURRENT
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Left Cinch/Release Motor Latch Driver Circuit for a Short to Voltage
- Test Step 4 - Check the Left Rear Power Sliding Door Latch
- Test Step 5 - Check the left cinch/release motor latch driver Circuit for an Open
- Test Step 6 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 7 - Check the Left Cinch/Release Motor Latch Driver Circuit for a Short to Ground
- Test Step 8 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 9 - Check For Left Cinch/Release Motor Latch Driver Short to Power Sliding Door MUX Return
- Test Step 10 - Check For Left Cinch/Release Motor Unlatch Driver Short to Power Sliding Door MUX Return
- Test Step 11 - Check For Left Cinch/Release Motor Latch Driver Short to the Left Cinch/Release Motor Unlatch Driver Circuit
- B2503 - Left Power Sliding Door Latch Release Excessive Time
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Left Rear Power Sliding Door Latch
- Test Step 4 - Check the Left Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 5 - Check the Left Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 6 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 7 - Check the Left Rear Door Ajar Switch Sense Circuit for an Open
- B2504 - Left Power Sliding Door Latch Cinch Ratchet Primary Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check All Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 5 - Check the Left Rear Door Ajar Switch Sense Circuit for an Open
- Test Step 6 - Check the Left Rear Door Ajar Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit.
- B2505 - Left Power Sliding Door Latch Release Ratchet Primary Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check All Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 5 - Check the Left Rear Door Ajar Switch Sense Circuit for an Open
- Test Step 6 - Check the Left Rear Door Ajar Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit.
- B2506 - Left Power Sliding Door Latch Cinch Sector Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check Latch Home Position
- Test Step 4 - Check the Left Power Sliding Door Latch
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 6 - Check the Left Door Sector Switch Sense Circuit for a Short to Ground
- Test Step 7 - Check the Left Door Sector Switch Sense Circuit for an Open
- Test Step 8 - Check the Left Door Sector Switch Sense Circuit for a Short to Battery
- B2507 - Left Power Sliding Door Latch Release Sector Switch Performance
- Notes
- Test Step 1 - CHECK FOR DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check Latch Home Position
- Test Step 4 - Check the Left Power Sliding Door Latch
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 6 - Check the Left Door Sector Switch Sense Circuit for a Short to Ground
- Test Step 7 - Check the Left Door Sector Switch Sense Circuit for an Open
- Test Step 8 - Check the Left Door Sector Switch Sense Circuit for a Short to Battery
- B2508 - Left Power Sliding Door Latch Cinch Pawl Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 5 - Check the Left Pawl Switch Sense Circuit for an Open
- Test Step 6 - Check the Left Pawl Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit
- B2509 - Left Power Sliding Door Latch Release Pawl Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 5 - Check the Left Pawl Switch Sense Circuit for an Open
- Test Step 6 - Check the Left Pawl Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit
- U0010 - Can Interior Bus
- U0141 - Lost Communication With LPM
- U0155 - Lost Communication With Instrument Cluster
- U0203 - Lost Communication With Left Front Door Module
- U0204 - Lost Communication With Right Front Door Module
- U0431 - Implausible Data Received From FCM
- U1143 - Lost Communication With Left Power Sliding Door Module
- B19E8 - Left Power Sliding Door Latch Control 1 Circuit High
- Right Rear Door Module
- B1151 - Right Rear Heated Seat Switch - Stuck
- B1156 - Right Rear Heated Seat Switch Supply Voltage Circuit Low
- B1157 - Right Rear Heated Seat Switch Supply Voltage Circuit High
- B126B - Right Rear Heated Seat Low Indicator Control Circuit Low
- B126C - Right Rear Heated Seat Low Indicator Control Circuit High
- B1273 - Right Rear Heated Seat High Indicator Control Circuit Low
- B1274 - Right Rear Heated Seat High Indicator Control Circuit High
- B17E5 - Right Rear Window Lockout Indicator Circuit Low
- B17E6 - Right Rear Window Lockout Indicator Circuit High
- B192B - Right Rear Window Control Circuit Low
- B192C - Right Rear Window Control Circuit High
- B192D - Right Rear Window Control Circuit Open
- B19E3 - Right Sliding Door Handle Switch Circuit Low
- Notes
- Test Step 1 - CHECK FOR DTCS
- Test Step 2 - CHECK THE (Q54) RIGHT DOOR IN/OUT HANDLE SWITCH SENSE CIRCUIT FOR A SHORT TO GROUND.
- Test Step 3 - CHECK THE (Q54) RIGHT DOOR IN/OUT HANDLE SWITCH SENSE CIRCUIT FOR A SHORT TO THE (Q780) RIGHT POWER SLIDING DOOR MUX RETURN CIRCUIT
- Test Step 4 - CHECK THE RIGHT REAR DOOR LATCH
- B19E5 - Right Sliding Door Handle Switch Circuit - Stuck
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Check the Right Door Handles For Sticking
- Test Step 3 - Check the Right Door In/Out Handle Switch Sense Circuit for a Short to Ground
- Test Step 4 - Check the Right Door In/Out Handle Switch Sense Circuit for a Short to the Right Power Sliding Door MUX Return Circuit
- B19EF - Right Power Sliding Door Latch Control 1 Circuit Low
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Rear Door Module
- Test Step 4 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Ground
- Test Step 5 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 6 - Check For Right Cinch/Release Motor Latch Driver Short to the Right Cinch/Release Motor Unlatch Driver
- B19F0 - Right Power Sliding Door Latch Control 1 Circuit High
- Notes
- Test Step 1 - DTC Present
- Test Step 2 - Check For Right Cinch/Release Motor Latch Driver Short to the Right Cinch/Release Motor Unlatch Driver
- Test Step 3 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Voltage
- Test Step 4 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Voltage
- B19F1 - Right Power Sliding Door Latch Control 1 Circuit Open
- B19F3 - Right Power Sliding Door Latch Control 2 Circuit Low
- Notes
- Test Step 1 - CHECK FOR DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Rear Door Module
- Test Step 4 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Ground
- Test Step 5 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 6 - Check For Right Cinch/Release Motor Latch Driver Short to the Right Cinch/Release Motor Unlatch Driver
- B19F4 - Right Power Sliding Door Latch Control 2 Circuit High
- Notes
- Test Step 1 - DTC Present
- Test Step 2 - Check For Right Cinch/Release Motor Latch Driver Short to the Right Cinch/Release Motor Unlatch Driver
- Test Step 3 - Check the Right Cinch/Release Motor Latch Driver Circuit For A Short To Voltage
- Test Step 4 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Voltage
- B19F5 - Right Power Sliding Door Latch Control 2 Circuit Open
- B19FB - Right Rear Window Switch Circuit Low
- B19FD - Right Rear Window Switch Circuit - Stuck
- B210A - System Voltage Low
- B210B - System Voltage High
- B210D - Battery Voltage Low
- B210E - Battery Voltage High
- B2272 - Right Rear Door Module Internal
- B250A - Right Power Sliding Door Latch Cinch OVERCURRENT
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Voltage
- Test Step 4 - Check the Right Rear Power Sliding Door Latch
- Test Step 5 - Check the Right Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 6 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 7 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short To Ground
- Test Step 8 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 9 - Check For Right Cinch/Release Motor Latch Driver Short to Power Sliding Door MUX Return
- Test Step 10 - Check For Right Cinch/Release Motor Unlatch Driver Short to Power Sliding Door MUX Return
- Test Step 11 - Check For Right Cinch/Release Motor Latch Driver Short to the Right Cinch/Release Motor Unlatch Driver Circuit
- B250B - Right Power Sliding Door Latch Cinch Excessive Time
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Right Rear Power Sliding Door Latch
- Test Step 4 - Check the Right Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 5 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 6 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 7 - Check the Right Rear Door Ajar Switch Sense Circuit for an Open
- B250C - Right Power Sliding Door Latch Release OVERCURRENT
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Voltage
- Test Step 4 - Check the Right Rear Power Sliding Door Latch
- Test Step 5 - Check the Right Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 6 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 7 - Check the Right Cinch/Release Motor Latch Driver Circuit for a Short to Ground
- Test Step 8 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for a Short to Ground
- Test Step 9 - Check for Right Cinch/Release Motor Latch Driver Short to Power Sliding Door MUX Return
- Test Step 10 - Check for Right Cinch/Release Motor Unlatch Driver Short to Power Sliding Door MUX Return
- Test Step 11 - Check for Right Cinch/Release Motor Latch Driver short to the Right Cinch/Release Motor Unlatch Driver Circuit
- B250D - Right Power Sliding Door Latch Release Excessive Time
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Right Rear Power Sliding Door Latch
- Test Step 4 - Check the Right Cinch/Release Motor Latch Driver Circuit for an Open
- Test Step 5 - Check the Right Cinch/Release Motor Unlatch Driver Circuit for an Open
- Test Step 6 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 7 - Check the Right Rear Door Ajar Switch Sense Circuit for an Open
- B250E - Right Power Sliding Door Latch Cinch Ratchet Primary Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check All Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 5 - Check the Right Rear Door Ajar Switch Sense Circuit for an Open
- Test Step 6 - Check the Right Rear Door Ajar Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit
- B250F - Right Power Sliding Door Latch Release Ratchet Primary Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check All Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit For An Open
- Test Step 5 - Check the Right Rear Door Ajar Switch Sense Circuit for an Open
- Test Step 6 - Check the Right Rear Door Ajar Switch Sense Circuit For A Short To the Power Sliding Door MUX Return Circuit
- B2510 - Right Power Sliding Door Latch Cinch Sector Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check Latch Home Position
- Test Step 4 - Check the Right Power Sliding Door Latch
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit For An Open
- Test Step 6 - Check the Right Door Sector Switch Sense Circuit for a Short to Ground
- Test Step 7 - Check the Right Door Sector Switch Sense Circuit For An Open
- Test Step 8 - Check the Right Door Sector Switch Sense Circuit for a Short to Battery
- B2511 - Right Power Sliding Door Latch Release Sector Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check Latch Home Position
- Test Step 4 - Check the Right Power Sliding Door Latch
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit for an Open
- Test Step 6 - Check the Right Door Sector Switch Sense Circuit For A Short To Ground
- Test Step 7 - Check the Right Door Sector Switch Sense Circuit for an Open
- Test Step 8 - Check the Right Door Sector Switch Sense Circuit For A Short to Battery
- B2512 - Right Power Sliding Door Latch Cinch Pawl Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open Ground
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit For An Open
- Test Step 6 - Check the Right Pawl Switch Sense Circuit For An Open
- Test Step 7 - Check the Right Pawl Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit
- B2513 - Right Power Sliding Door Latch Release Pawl Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Binding Power Sliding Door
- Test Step 3 - Check the Cables
- Test Step 4 - Check the Power Sliding Door MUX Return Circuit for an Open Ground
- Test Step 5 - Check the Power Sliding Door MUX Return Circuit For An Open
- Test Step 6 - Check the Right Pawl Switch Sense Circuit For An Open
- Test Step 7 - Check the Right Pawl Switch Sense Circuit for a Short to the Power Sliding Door MUX Return Circuit
- U0010 - Can Interior Bus
- U0141 - Lost Communication With LPM
- U0155 - Lost Communication With Instrument Cluster
- U0203 - Lost Communication With Left Front Door Module
- U0204 - Lost Communication With Right Front Door Module
- U0431 - Implausible Data Received From FCM
- U1144 - Lost Communication With Right Power Sliding Door Module
- Left Power Sliding Door Module
- B198E - Left Power Sliding Door Sensor Supply Circuit Low
- B198F - Left Power Sliding Door Sensor Supply Circuit High
- B1994 - Left Power Sliding Door Position Sensor 1 Circuit Performance
- B1998 - Left Power Sliding Door Position Sensor 2 Circuit Performance
- B19A4 - Left Power Sliding Door Control Circuit 1 Low
- B19A5 - Left Power Sliding Door Control Circuit 1 High
- B19A6 - Left Power Sliding Door Control Circuit 1 Open
- B19A8 - Left Power Sliding Door Control Circuit 2 Low
- B19A9 - Left Power Sliding Door Control Circuit 2 High
- B19AA - Left Power Sliding Door Control Circuit 2 Open
- B19B7 - Left Power Sliding Door Drive Clutch Control Circuit Low
- B19B8 - Left Power Sliding Door Drive Clutch Control Circuit High
- B19BA - Left Power Sliding Door Drive Motor - Incorrect Direction
- B19C0 - Left Power Sliding Door Open Direction OVERCURRENT
- B19C1 - Left Power Sliding Door Drive Open Direction Excessive Time
- B19C2 - Left Power Sliding Door Drive Open Direction Excessive Position Count
- B19C3 - Left Power Sliding Door Close Direction OVERCURRENT
- B19C4 - Left Power Sliding Door Drive Close Direction Excessive Time
- B19C5 - Left Power Sliding Door Drive Close Direction Excessive Position Count
- B19CD - Left Power Sliding Door Close Direction Pawl Switch Performance
- Notes
- Test Step 1 - Check For DTCs
- Test Step 2 - Check the Left Power Sliding Door
- Test Step 3 - Left Pawl Switch Sense Circuit Short to Ground
- Test Step 4 - Left Pawl Switch Sense Circuit Open
- Test Step 5 - Left Pawl Switch Sense Wire for an Open
- Test Step 6 - Check the Power Sliding Door MUX Return Circuit
- Test Step 7 - Left Pawl Switch Sense Circuit Short to Ground
- Left Rear Door Module
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When to See a Mechanic
Stop DIY work and contact a certified mechanic immediately if any of the following apply:
- • You smell fuel, burning insulation, or see smoke.
- • Brakes feel soft, pull hard to one side, or make grinding noises.
- • The engine overheats, stalls repeatedly, or misfires under load.
- • You are missing required tools, torque specs, or safe lifting equipment.
- • You are not confident in the next step or safety outcome.