2070497.1
Service Bulletin Details
Public Details for: 2070497.1
New continental gt and gtc - window drop glass customer statement: -incorrect operation/function of the front and/or rear drop door glass -front and/or rear drop door glass fails to open/close or attempts to close and reopens once contac
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Models from 2018
2018 BENTLEY CONTINENTAL GT |
Technical product information Topic Market area New Continental GT and GTC - Window drop glass Australia E04 Bentley rest Asia and Australia (6E04),China 796 VW Import Comp. Ltd (Vico), Beijing (6796),Germany E02 Bentley rest Europe (6E02),Japan E03 Bentley Japan (6E03),Korea, (South) E08 Bentley South Korea (6E08),United Arab Emirates E06 Bentley Middle East and Africa (6E06),United Kingdom E01 Bentley UK (6E01),United States E05 Bentley USA and rest America (6E05) Bentley Brand Transaction 2070497/1 No. Level EH Status Approval Release date Event memory entries Diagnostic address 0052 - Passenger's door electronics 00BB - Rear drivers side door electronics 00BC - Rear passenger side door electronics 0042 - Driver's door electronics Event memory entry Fault type Fault status B148754: Window regulator motor no basic setting Intermittent B148754: Window regulator motor no basic setting Intermittent B148754: Window regulator motor no basic setting Intermittent B148754: Window regulator motor no basic setting Intermittent New customer code Object of complaint body fixtures and fittings -> window opening/closing, window heating -> window return at door-closing body fixtures and fittings -> window opening/closing, window heating -> window drop at dooropening body fixtures and fittings -> window opening/closing, window heating -> window drop at dooropening body fixtures and fittings -> window opening/closing, window heating -> window drop at dooropening body fixtures and fittings -> window opening/closing, window heating -> window return at door-closing body fixtures and fittings -> window opening/closing, window heating -> window return at door-closing body fixtures and fittings -> window opening/closing, window heating -> window return at door-closing body fixtures and fittings -> window opening/closing, window heating -> window drop at dooropening Vehicle data New Continental GT and GTC Sales types Type 3S3* 3S3* 3S3* 3S3* 3S3* 3S3* 3S4* 3S4* 3S4* 3S4* 3S4* MY 2018 2019 2020 2021 2022 2023 2019 2020 2021 2022 2023 INTERNAL Brand Designation Engine code Gearbox code Final drive code E * * * E * * * E * * * E * * * E * * * E * * * E * * * E * * * E * * * E * * * E * * * Complaint type functionality -> without function / defect functionality -> defective function sequence functionality -> defective function sequence functionality -> defective function sequence Position rear right front left rear left front right functionality -> without function / defect front left functionality -> without function / defect rear left functionality -> without function / defect functionality -> defective function sequence front right rear right Documents Document name master.xml gtcglasssetsheetnew.pdf gtglasssetsheetnew.pdf retailerglassresetprocedureforgtgtcinctables.pdf INTERNAL Technical product information New Continental GT and GTC - Window drop glass Transaction No.: 2070497/1 Customer statement / workshop findings • Incorrect operation/function of the front and/or rear drop door glass • Front and/or rear drop door glass fails to open/close or attempts to close and reopens once contact has been made between the glass and applicable seal • DTC for window regulator motor no basic setting B148754 evident within any of the 4 window control modules (diagnostic address 42, 52, BB and BC) for loss of basic settings Technical background IMPORTANT NOTE: Aftermarket window tinting can affect the windows opening/closing to specification, in this scenario please advise the customer that the onward repair instructions may not repair the issue and therefore cannot be applied until the Aftermarket tinting has been removed Production change The Bentley continuous improvement policy has been implemented within the process within the manufacturing process, the required improvements have been utilised within this TPI Measure 1) Referring to Rep.Gr 27 - Carry out a 12 Volt battery test "WARRANTY TEST" or "ORIG. VW-BATT. TEST" NOTICE VERY IMPORTANT: Save an image of the battery printout as this will be required to be attached to a new or existing DISS query, should any issues be evident with the 12 volt battery/system this should be rectified before proceeding any further – In the event there was an issue with the 12 volt battery and the drop door glass issue is now resolved no further action is required However In the event the drop door issue is still evident after the confirming the 12 volt battery is serviceable the operative should conduct the onward instructions to completion Before proceeding with the onward instructions the following window closing time results is required to be attached to a new or existing DISS query VERY IMPORTANT: Do not proceed with the time measurement request instructions unless the battery is confirmed to be within specification (battery test) and the 12 volt battery is on charge (Rep.Gr 27) Passenger side front and rear Hint: The window closing time should be 4 seconds • Measure the time (in seconds) it takes to close the front and rear windows from fully open to the fully closed position • Record the time Passenger side front = seconds Passenger side rear = seconds Comments Driver side front and rear Hint: The window closing time should be 4 seconds INTERNAL • Measure the time (in seconds) it takes to close the front and rear windows from fully open to the fully closed position Driver side front = Driver side rear = Comments seconds seconds Section 1 - Door control module identification/update instructions 2) Check and if necessary update the door control modules CAUTION Should they NOT be at the latest levels as per the below reference tables please follow the onward software update instructions from step 3 Or In the event the software levels are to specification no further action is required D suffix control modules Door control module Part number Software version Target data container 0042 – Drivers door 4M1.959.953.D 0189 V03.935.344.TP 0052 – Passenger door 4M1.959.952.D 0189 V03.935.344.TQ 00BB – Rear driver’s door 4M1.959.955.D 0189 V03.935.344.TR 00BC – Rear passenger door 4M1.959.955.D 0189 V03.935.344.TS J suffix control modules Door control module Part number Software version Target data container 0042 – Drivers door 4M1.959.953.J 0430 V03.935.349.CM 0052 – Passenger door 4M1.959.952.J 0430 V03.935.349.CN 00BB – Rear driver’s door 4M1.959.955.J 0430 V03.935.349.CP 00BC – Rear passenger door 4M1.959.955.J 0430 V03.935.349.CQ Software update • The closed-circuit voltage of the vehicle must be at least 12.5 V during the update. Connect a suitable battery charger to the vehicle. For further information refer to the Repair manual • During the update switch off all unnecessary consumers (ventilation, seat heater, interior illumination etc) ensure the main light switch is set to ‘off’ and leave the driver’s door open • Because of the highest transmission stability you MUST use the diagnosis interface VAS 6154 (WiFi diagnostic tool) ONLY in USB operation or the cable-connected VAS 5055 for the reprogramming (updating) of control units. If these units are not available, the diagnosis interface VAS 5054 (A) can also be used in USB mode • Do Not under any circumstances use a Bluetooth connection to conduct the reprogramming (updating) of any control units 3) Referring to Figure 1 - Within the Special functions tab - Select SVM - Code Input (Point A) INTERNAL • Select Perform test (Point B) Figure 1 4) Referring to Figure 2 - Enter the SVM code 370FTM01 Figure 2 - When prompted enter your global user ID and password - Follow all on screen prompts to continue through the procedure, the identification data will be transferred 5) The Required control units will be automatically updated one by one, starting with 0042 – Door electronics Drivers side Figure 3 6) Once the update is complete the summary screen will be shown in Figure 4, this confirms completion of the required updates INTERNAL Figure 4 7) Recheck the Door control module versions against the reference table Section 2 - Rectification/check instructions 8) Check for cleanliness and security of both earth points • Earth point 736 RHR and Earth point 738 LHR • Check for cleanliness and security of both earth points Figure 5 shows an example of a contaminated earth point (dirt/paint/debris) Figure 5 • Remove any dirt/paint/debris from the earth points using suitable abrasives/wire brush ensuring no damage is caused to the earth stud threads as shown in Figure 6 Figure 6 INTERNAL • Secure the earth point fixings to (9Nm) 9) Conduct a thorough check of all Window/door seals for the following: • Damage • Splits • Tears • Misalignment • Incorrectly fitted/located • Drop glass seal deformation (see Figures 7 and 8 as examples) Figure 7 Figure 8 INTERNAL NOTE: Any issues found with the window seals must be rectified before conducting the remaining steps CAUTION Step 10 MUST ONLY BE CONDUCTED IN THE EVENT THAT THE FOLLOWING DTC IS EVIDENT B148729: Window regulator motor Range/Performance 10) In the event the afore mentioned DTC’s are evident please conduct the wiring within step 10 • • Source locally from your local VW or Audi retailer x2 000 979 225 E repair wires and x2 000 979 242 E Conduct a permanent overlay of the wiring between the rear door ECU's and motor connectors as follows LEFT HAND SIDE • Disconnect the original terminals from T6aq Pins 3 and 6 to T2jp Pins 1 and 2 respectively • Once disconnected the terminals should be insulated with harness tape and suitably secured • Referring to Figure 9 - Using 000 979 225 E repair wires and x2 000 979 fit the new wires into T6aq Pins 3 and 6 to T2jp Pins 1 and 2 respectively • Ensure the newly fitted wires are suitably insulated and secured away from the harness as shown in Figure 9 Figure 9 RIGHT HAND SIDE • Disconnect the original terminals from T6ar Pins 6 and 3 to T2js Pins 1 and 2 respectively • Once disconnected the terminals should be insulated with harness tape and suitably secured • Referring to Figure 10 - Using 000 979 225 E repair wires and x2 000 979 fit the new wires into T6ar Pins 6 and 3 to T2js Pins 1 and 2 respectively • Ensure the newly fitted wires are suitably insulated and secured away from the harness as shown in Figure 10 Figure 10 INTERNAL 11) VERY IMPORTANT: Referring to the attached PDF instruction the operative must conduct all steps to completion before continuing to step 12 NOTICE Please ensure all steps are followed within the attached glass check/measurement PDF documents, the operative should be aware there is (x1) document for New Continental GT and (x1) document for New Continental GTC please ensure the correct document is used depending on vehicle type Ensure all required measurements are attached to a new or existing DISS query NOTICE If not already done so, review eAcademy videos on Glass Setting Procedures for GT/GTC before proceeding to ensure accurate and repeatable measurements are being made • Log on to GRP: https://grp.volkswagenag.com/ INTERNAL Figure 6 Hint: All of the afore steps must have been conducted before proceeding including the attached PDF instructions CAUTION 12) VERY IMPORTANT - Referring to Rep.Gr 64 - Side glass - To initialise – Using ODIS erase all applicable DTC’s – Recheck to confirm that no DTC’s are evident in particular DTC B148729 and DTC B148754 NOTICE Tip: In the event that DTC B148754: Window regulator motor no basic setting: Battery checks, wiring checks the operative must check and confirm all previous steps have been conducted before proceeding IMPORTANT: In the event the issue is now resolved, the operative should open a new DISS query or respond via the previously opened DISS query ensuring all previously requested information is attached including confirmation that the issue is resolved Or Should the issue still be evident the operative should open a new DISS query or respond on the previously opened DISS query ensuring the remaining issue is clearly included (Videos/photographs) and all of the above check have been performed and documented on the DISS query Please note, Warranty claims will not be approved unless the required information within the Technical background section is provided NOTE for Level 1 Product Support: Should all of the above steps be confirmed as satisfactory and the customer complaint is still present, please second level the DISS to the Electrical Senior Engineer INTERNAL Warranty accounting instructions Warranty type 110 or 910 Damage service number 64 38 Damage code 0012 Time to update door control modules Labour Labour operation code 01 51 00 00 Time As per ODIS log (Must not exceed 50 TU) Time to conduct initial checks Labour operation code 64 38 02 00 Time 30 TU Time to conduct the wiring integrity checks including the checking of earth points 736 and 738 Labour operation code 97 09 01 00 Time Must not exceed 60 TU Time to conduct the front glass set procedure Labour operation code 64 40 15 00 Time 70 TU (per side) Time to conduct the rear glass set procedure Labour operation code 64 75 15 00 Time 130 TU (per side) Time to repair (x2) cables when DTC is evident Labour operation code 97 09 41 53 Time 40 TU’s Parts information Reference ETKA where required INTERNAL INTERNAL • • • • • • • • • • INTERNAL Introduction Page 3 Front quarter glass adjuster reset Page 4 Front door regulator adjuster reset Pages 5, 6 & 7 Rear quarter regulator adjuster reset Pages 8, 9 & 10 Measuring front glass intrusion into front division bar Page 11 Z Axis height adjustment on front drop glass Page 12 Waistrail measurement checking/resetting Pages 13, 14 & 15 Window entry into cant rail/convertible roof seal Page 16 Final Checks Page 17 Glass set measurement sheets Page 18 & 19 Alex Broadbent VT/QQ In instances of multiple window drop concerns it has been found that to achieve Glass set specifications some adjusters are being adjusted far out of specification. In some cases since not all adjusters are visible, there is a possibility that the adjusters can be set to their maximum inboard/outboard and induce excess tension in the regulators and affect the angle the windows enter the seals. There is free play built into the front and rear regulators, therefore as the windows are being held in place by the cant rail/convertible roof seals when closed, this may not be apparent when measuring as per ELSAPRO. However, these extreme adjustments can cause issues with how the windows enter the cant rail/convertible roof seals or how the front and rear glasses interlock with each other, in some cases this can cause the seals to pinch and cause an anti trap condition leading to window reversal. The following procedure should be applied to reset the regulator adjusters to factory delivered specification and then fine tune any adjustments from there in line with ELSA specifications. To do this, the drop glass window should be removed first to prevent damage during adjuster resetting and access to all 8 adjusters is needed so front door and rear quarter panel trims will require removal. If not already done so, review E-Academy videos on Glass Setting Procedures for GT/GTC before proceeding to ensure accurate and repeatable measurements are being made. INTERNAL Alex Broadbent VT/QQ Front Quarter glass adjuster Item 1 Measurement between bottom of mounting washer and division bar frame, is 12.5mm. To reset this adjuster without removing the quarter glass, loosen the lock nut, screw the adjuster all the way in clockwise until it bottoms out on the frame, then unscrew anti clockwise 4 complete turns then set height and profile to ELSA specification before moving on to the next step. INTERNAL • Image for reference, glass does not require removal from vehicle Alex Broadbent VT/QQ • Regulator adjusters X1 X2 Measure from top of mounting washer to frame X1 = 4mm X2 = 4.5mm Regulator adjusters Y1 Y2 Measure from top of mounting washer to frame Y1 = 14mm Y2 = 10mm Reset all 4 adjusters as described in the following slides, then continue to reinstall and set front drop glass to ELSA specifications before moving on to the next step. INTERNAL Alex Broadbent VT/QQ Regulator adjusters Y1 Y2 Measurement from top of mounting washer to frame • Y1 Images for reference, regulator does not require removal from vehicle Y2 Y1 = 14mm, To reset this adjuster without removing the front regulator, fully screw in clockwise until hard stop, then unscrew 14 turns anticlockwise Y2 = 10mm, To reset this adjuster without removing the quarter glass fully screw in clockwise until hard stop, then unscrew 8.5 turns anticlockwise INTERNAL Alex Broadbent VT/QQ Regulator adjusters X1 X2 Measure from top of mounting washer to frame X1 = 4mm, To reset this adjuster without removing the regulator fully screw in clockwise until hard stop, then unscrew 4 turns anticlockwise • X2 X1 Images for reference, regulator does not require removal from vehicle X2 = 4.5mm, To reset this adjuster without removing the regulator fully screw in clockwise until hard stop, then unscrew 4 turns anticlockwise INTERNAL Alex Broadbent VT/QQ • When reinstalling front drop glass ensure tape is applied at 10mm from front edge and align this with the previously set quarter glass division bar. Example of incorrect fitment: 10mm intrusion into division bar seal not achieved. Only 6mm seen, front and rear side glasses will be too far rearwards, potentially clash condition between rear of rear glass and cant rail/roof seals INTERNAL Alex Broadbent VT/QQ • Z-Axis height should only be adjusted by the 4mm Allen key adjusters as per ELSAPRO Example: Front drop glass Z axis not adjusted correctly. Bottom of tape was level with waist rail seal, after slackening pinch bolt (3 in bottom left image) front drop glass lowered 14mm to where pen marked line is. Z-axis adjusters (bottom middle and right images) had not been used, pinch bolt had been slacked and glass lifted out of the regulator to achieve specification. This has a knock on effect of altering the 10mm division bar intrusion seen in previous slide as glass is loose and can be accidentally moved in X-axis. This also creates a risk that the window will bottom out on the cant rail seals rather than the regulator bump stops meaning that the glass can raise further as the seals soften over time and affect end stop learning. INTERNAL Alex Broadbent VT/QQ Rear Regulator adjusters 1, 2, 3 • Adjust the rear window regulator adjusters at the following points as shown in the following page Before resetting adjusters remove the 3 13mm lock nuts (1-3 in image) to allow adjusters to be fully screwed in without damaging the regulator, Also ensure black closing panel (see page 12) is not stopping the regulator from moving when performing these adjustments. INTERNAL Alex Broadbent VT/QQ • Adjuster 1 fully screw in clockwise until hard stop, then unscrew 9.5 turns anticlockwise to achieve 12mm gap as seen below INTERNAL Images for reference, regulator does not require removal from vehicle Adjuster 2 fully screw in clockwise until hard stop, then unscrew 9.5 turns anticlockwise to achieve 12mm gap as seen below Adjuster 3 fully screw in clockwise until hard stop, then unscrew 1 turn anticlockwise to achieve 20mm gap as seen below Alex Broadbent VT/QQ • After resetting all 3 adjusters leave the locking nuts loose to allow vertical movement. Ensure closing panel (item 3) is installed and 10mm nuts (item 2) are tightened to set regulator height before tightening adjuster locking nuts (item 1-3 in image on page 10). Ensure regulator is bottoming out on bump stops when measuring/setting glass height in Z-axis Proceed with adjusting rear quarter glass into ELSA specification IMPORTANT 10mm nuts (item 2) must be loosened when adjusting the 3 regulator adjusters to allow the regulator to move. Retighten and check measurements after each adjustment is made INTERNAL Alex Broadbent VT/QQ • Images show a poor setting. Circa 6mm at front edge (near wing mirror) closing up to 2mm at the rear edge. 2mm at rear edge would have been set to achieve specified flush/2mm underflush profile condition between front and rear glasses, the rear quarter glass mirrors this taper condition. This potentially increases the risk of false anti trap as rear window/seal does not engage with front window at the correct angle. Suggested to set to specification on problem vehicles as per next slide. If both windows are set between 4-6mm then the flush/2mm underflush profile can be easily achieved. INTERNAL Alex Broadbent VT/QQ • Set waist rail gapping to between 4-6mm as mentioned in Glass setting guide videos on E-Academy and also check for parallelism along front and rear windows to door/quarter. 50mm from edge of Waistrail seal, roughly underneath the Bentley wings. 50mm INTERNAL Alex Broadbent VT/QQ • When setting front to rear window profile and waist rail measurements ensure that the front window does not move outboard excessively when the rear window closes as this will increase current draw on the rear motor during the period where it is monitoring for it’s end stop, excess current draw in this zone can cause a false anti-trap scenario. There does need to be some tension between the front and rear glass to seal against the drop glass seal, zero mm of movement is best. If more tension is required to resolve a wind noise or water ingress then aim for no more than 0.25mm of outboard movement. RHF window, front window closed, rear window open. Note gap INTERNAL RHF window, front window closed, rear window closed. Note gap, over 0.25mm outboard movement, this is incorrect Alex Broadbent VT/QQ Windows should enter cant rail seal smoothly, making contact with inboard edge first and then be pushed outboard (green square). Too far inboard increases the risk of the cant rail seal pinching, too far outboard will clash with cant rail brightware (red squares) For front door, poor door profile is a major contributing factor here and should be checked/adjusted if window found to be entering seal incorrectly Front window examples showing correct operation INTERNAL Alex Broadbent VT/QQ After all adjustments have been made and recorded in tables from ELSA workshop manual section “Side glass - To check”. Door ECU basic settings must be relearnt. Ensure battery is fully charged and passes VAS6161 Warranty/VW-Orig battery test with result “Good Battery”, voltage should be above 12.5V. Test window operation in all scenarios, e.g. global open/close, individual window switches, driver door switches, convenience open/close (where applicable), short drop functions when opening/closing doors and with convertible roof open/closed if working on a GTC. Finally, ensure vehicle still passes water ingress test and does not have excessive wind noise, any further adjustments must remain within ELSA specifications. INTERNAL Alex Broadbent VT/QQ Complete and attach to DISS ticket Side glass measurements GT INTERNAL Interlock (Z-Axis) Vehicle Position Before Dimension -X- adjustment A 50 mm from division bar B 150 mm from division bar Front quarter glass Front of door drop glass 7.5 mm ± 1 mm 8 mm ± 1 mm C 50 mm from rear of door drop glass Rear of door drop glass 8 mm ± 1 mm D 50 mm from rear drop glass division bar Front of rear quarter glass 8 mm ± 1 mm E 50 mm from rearmost section of rear drop glass Rear of rear quarter glass 8 mm ± 1 mm Interlock (X-Axis) Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 1 50 mm from division bar Front quarter glass 10 mm ± 1 mm 2 150 mm from division bar Front of door drop glass 10 mm ± 2 mm 3 50 mm from rear of door drop glass Rear of door drop glass 10 mm ± 2 mm 6 50 mm from rear drop glass division bar Front of rear quarter glass 10 mm ± 2 mm 7 50 mm from rearmost section of rear drop glass Rear of rear quarter glass 10 mm ± 2 mm 8 50mm forwards of rear of front drop glass (waist rail gap) Rear of door drop glass 5mm ± 1mm 9 50mm rearward of front of rear drop glass (waist rail gap) Front of rear quarter glass 5mm ± 1mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 4 50mm from top of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm 5 50mm from bottom of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm After adjustment After adjustment After adjustment After adjustment Complete and attach to DISS ticket Side glass measurements GTC Interlock (Z-Axis) Vehicle Position Before Dimension -X- adjustment 1 150 mm from division bar 2 100 mm from division bar Front quarter glass Front of door drop glass 7.5 mm ± 1 mm 8.5 mm ± 1 mm 3 50 mm from rear of door drop glass Rear of door drop glass 8.5 mm ± 1 mm 6 50 mm from rear drop glass division bar Front of rear quarter glass 8.5 mm ± 1 mm 7 100 mm from where the hood meets the brightware Rear of rear quarter glass 10 — 16mm Interlock (X-Axis) Roof Up Vehicle Position Before Dimension -X- adjustment 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge Rear door quarter glass strip to front door drop glass edge Interlock (X-Axis) Roof Down Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 1 50 mm from division bar Front quarter glass 10 mm ± 1 mm 2 100 mm from division bar Front of door drop glass 10 mm ± 2 mm 8 50mm forwards of rear of front drop glass (waist rail gap) Rear of door drop glass 5mm ± 1mm 9 50mm rearward of front of rear drop glass (waist rail gap) Front of rear quarter glass 5mm ± 1mm Profile (Y-Axis) Roof Up Vehicle Position Before Dimension -X- adjustment 4 50mm from top of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm 5 50mm from bottom of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm Profile (Y-Axis) Roof Down Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window 4 50mm from top of division bar 5 50mm from bottom of division bar INTERNAL Front drop glass to rear quarter glass Front drop glass to rear quarter glass After adjustment After adjustment 11 mm ± 1 mm 11 mm ± 1 mm +0 mm / – 2 mm +0 mm / – 2 mm After adjustment After adjustment After adjustment After adjustment Side glass measurements GT INTERNAL Interlock (Z-Axis) Vehicle Position Before Dimension -X- adjustment A 50 mm from division bar B 150 mm from division bar Front quarter glass Front of door drop glass 7.5 mm ± 1 mm 8 mm ± 1 mm C 50 mm from rear of door drop glass Rear of door drop glass 8 mm ± 1 mm D 50 mm from rear drop glass division bar Front of rear quarter glass 8 mm ± 1 mm E 50 mm from rearmost section of rear drop glass Rear of rear quarter glass 8 mm ± 1 mm Interlock (X-Axis) Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 1 50 mm from division bar Front quarter glass 10 mm ± 1 mm 2 150 mm from division bar Front of door drop glass 10 mm ± 2 mm 3 50 mm from rear of door drop glass Rear of door drop glass 10 mm ± 2 mm 6 50 mm from rear drop glass division bar Front of rear quarter glass 10 mm ± 2 mm 7 50 mm from rearmost section of rear drop glass Rear of rear quarter glass 10 mm ± 2 mm 8 50mm forwards of rear of front drop glass (waist rail gap) Rear of door drop glass 5mm ± 1mm 9 50mm rearward of front of rear drop glass (waist rail gap) Front of rear quarter glass 5mm ± 1mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 4 50mm from top of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm 5 50mm from bottom of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm After adjustment After adjustment After adjustment After adjustment Side glass measurements GTC Interlock (Z-Axis) Vehicle Position Before Dimension -X- adjustment 1 150 mm from division bar 2 100 mm from division bar Front quarter glass Front of door drop glass 7.5 mm ± 1 mm 8.5 mm ± 1 mm 3 50 mm from rear of door drop glass Rear of door drop glass 8.5 mm ± 1 mm 6 50 mm from rear drop glass division bar Front of rear quarter glass 8.5 mm ± 1 mm 7 100 mm from where the hood meets the brightware Rear of rear quarter glass 10 — 16mm Interlock (X-Axis) Roof Up Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge Rear door quarter glass strip to front door drop glass edge Interlock (X-Axis) Roof Down Vehicle Position Before Dimension -X- adjustment 4 50 mm from the top of the window Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm 5 50 mm from the waistrail seal Rear door quarter glass strip to front door drop glass edge 11 mm ± 1 mm Profile (Y-Axis) Vehicle Position Before Dimension -X- adjustment 1 50 mm from division bar Front quarter glass 10 mm ± 1 mm 2 100 mm from division bar Front of door drop glass 10 mm ± 2 mm 8 50mm forwards of rear of front drop glass (waist rail gap) Rear of door drop glass 5mm ± 1mm 9 50mm rearward of front of rear drop glass (waist rail gap) Front of rear quarter glass 5mm ± 1mm Profile (Y-Axis) Roof Up Vehicle Position Before Dimension -X- adjustment 4 50mm from top of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm 5 50mm from bottom of division bar Front drop glass to rear quarter glass +0 mm / – 2 mm Profile (Y-Axis) Roof Down Vehicle Position Before Dimension -X- adjustment 4 50mm from top of division bar Front drop glass to rear quarter glass Front drop glass to rear quarter glass 5 50mm from bottom of division bar INTERNAL After adjustment After adjustment 11 mm ± 1 mm 11 mm ± 1 mm +0 mm / – 2 mm +0 mm / – 2 mm After adjustment After adjustment After adjustment After adjustment