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Showing content with the highest reputation since 07/27/2025 in all areas

  1. Welcome to RennTech The factory radio had a ground wire that had to be attached to the car's chassis under the dash as a simple anti theft device. If that ground is not there, the immobilizer will prevent the car from starting.
    2 points
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  5. You are likely going to need a Porsche specific scan tool like Durametric or Porsche PIWIS to diagnose the fault in the alarm system. Once you scan the fault codes post the fault number(s) here and we will give your the possible causes of the fault.
    1 point
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  7. Perhaps - what is more important is the wheel offset. The fronts should be fine as both Boxster and 996 use 50 mm offset on 17 inch front wheels. The rear wheels for Boxster are 50 mm standard with an option of 55 mm. With the 55 mm offset wheel you are not allowed to install chains as they will damage the fender. So just be careful of offset for your uses.
    1 point
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  9. I do not, we normally stock a variety of wire sizes and colors, heat shrink tubing, connectors, zip ties, and the like that we source from a local electrical vendor, but you can find similar supplies from multiple sources like WireCare.com | Your Local Cable Management Superstore! WWW.WIRECARE.COM WireCare is your online wire & cable management superstore. We have what you need for connecting, harnessing, & beautifying all of your electrical projects. We carry the highest quality... .
    1 point
  10. Here is the documentation from the Porsche DME manual P0327 210 Knock sensor 1 - below limit Diagnosis conditions • Engine speed more than 3600 rpm • Engine load greater than 45 % Possible fault cause ♦ Break in wiring or short to ground ♦ Contact corrosion on the connector ♦ Knock sensor loose ♦ Short circuit to B+ ♦ Knock sensor ♦ When a fault is stored, the ignition angle is retarded for all cylinders in the range in which knock control is active. ♦ Knock control adaptation is inactive. ♦ If knock control becomes active here, this may indicate engine damage (increased noise level) Affected terminals Terminal III/49 and III/50 Diagnosis/troubleshooting
    1 point
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  12. Found the solution, the circuit board inside to control unit was corroded at the power input, cleaned resoldered and now working! That’s saved a fair few pounds, just all the trim to put back
    1 point
  13. Time to run a parasitic drain test, which has been written up multiple times, but there are also a ton of online videos : . Basically, after the car has been sitting for about an hour or so, there should be a 45 - 60 milliamp current drain on the battery from necessary things like the clock and the alarm system; any higher than that and you have a parasitic drain on one or more of the electrical circuits.
    1 point
  14. We did this for all Carrera variations so it's time we added for the Boxster's too. Measure the position of the logo with a measuring tape according to the model variant and affix it to the rear lid. Logo Boxster -- 3 A dimension X = 285 mm and Y = 45 mm Logo Boxster S -- 3 A in connection with the letter S dimension X = 245 mm and Y = 45 mm Logo S -- 3 B dimension Z = 20 mm and V = 40 mm
    1 point
  15. Hi All, I'm new here, but found this thread very helpful. I thought I would sign-up and share my experience. My 2009 Cayenne V6 (left hand drive) has been blowing cold air on the driver side and warm air on the passenger side for the past 2 years. All passenger side vents (center right, far right near the door, and rear center right) would blow the same warm air not matter what. With summer coming up, I thought I better revisit this issue. After reading a bunch of forums on this issue, I came to the conclusion that - 1) I have the 2 zone A/C system (meaning I have less flap motors than the 4 zone) 2) it seemed to me that the front, right mixing flap was the issue. I began by taking off the lower passenger panel - its 1 screw and the glove box and a piece of triangular trim on the passenger side of the centre console (it just pops off). Once those were off, I could see 2 flap motors. One was right where the lower panel was and easily accessible - it was attached to a white plastic arm that it moved back and forth. I turned the car on and played with all the A/C setting and could see that that motor was working - it moved the white plastic arm back and forth.... (note, when I turned on the car, there were a bunch of dash warnings including low oil pressure - they went away once everything was back together) The other motor I could see was not as accessible. It was more towards the center and higher up. It was to the right side of the nav screen, inside the dash... I could only assume that had to be the front, right mixing flap. I decided to take a shot and changing it. I ordered: 1) 7L0-907-511-AL front, right mixing flap (10) - from Volkswagen. This is the equivalent Touareg part. 2) this ratcheting screwdriver tool: http://www.amazon.com/03044A-4-Drive-Mini-size-Ratcheting-Screwdriver/dp/B000XYOUS6/ref=sr_1_1?ie=UTF8&qid=1464195744&sr=8-1&keywords=Neiko+03044A+1%2F4-Drive+Mini-Size The flap motor only has 3 screws.. they were tough to get out. It took me about 1-1.5 hours to unscrew those 3 screws... most of the time was spent finding the right position to unscrew the screws.... and there was not a lot of room to turn the ratcheting screwdriver (a regular screwdriver would 100% not work). So once I would get the torx bit to connect with the screw..I had to unscrew very slow (shallow turns) and often drop the screwdriver. Annoying... and frustrating.. but keep at it. Getting the new motor back in was a bit easier and I had figured out the best position to deal with each of the 3 screws. Make sure the motor connect properly to the white piece that it controls. putting the new motor in was probably about 30min max. I put back the trim piece, glove box and lower panel and turned one the car... and cold air was blowing out of all vents! Glad that is dealt with!.. I almost have no problems with my Cayenne now... I suspect the rear hatch struts are due to fail next!
    1 point
  16. BTW fixed a similar "rise" in my rear seat area recently. Drop the back seats and remove the two phillips screws. I bet the tab on the rear cover under the carpet area has broken off. That causes the rear piece to flex up. I removed all the screws from the piece and took it out. Used e6000 glue and glued a washer to the broken plastic (and remaining piece I found). Allowed the back to be bolted in nice and flush.
    1 point
  17. My guess is that the top was replaced. The cover looks like the original color of the top and the top looks like a lighter blue. IMHO
    1 point
  18. For the fingertip test: Turning on the A/C to cause the low speed relays to click on and off will only happen when the coolant temperature is below 206 degrees Farenheit. If the coolant temperature is above 206 degrees, but below 215, the low speed fans will turn on (and the low speed relay will click) without pressing the A/C button on. Regards, Maurice.
    1 point
  19. Thanks everyone for your ideas. I first tested the fuses - ok. Then I tested the relays - both low clicked when I had a fingertip on them and turned on the A/C. Then jacked up the car to test the fans - both turn freely. I then started the car with the A/C on and the right fan turned on and the resistor got hot. Left side did not turn on and resistor was cold - looks like I found the problem. I will order the resistor harness and replace just the resistor as it seems easier than trying to install the whole harness. Should I also test the high relays with the fingertip test - should they click as well if A/C is turned on - or they will only turn on when water temp/A/C pressure is high? Thanks again!
    1 point
  20. I could not disagree more. You want the TB to be dry as only air passes over it.
    1 point
  21. You have no Range 2 over revs - you can not ask for better. Range 1 over revs were caught by the rev limiter and don't mean much since the rev limiter protected the engine. Range 2 are the bad over revs.
    1 point
  22. 1) Heat is not bad. If your car were actually running at 185 you would be perfect. If you were running at 160, that would be bad. The motors are designed to operate at peak efficiency of about 180ish. 2) By "Government", do you mean this and the 11 other states with strict state standards? Or the federal government with weaker standards? They're both irrelevant. All the motors in this country and I believe the world, run at the same temp as your motor. 3) The theory is that Porsche actually thinks they have to run these motors at 210 to pass emissions. So you don't freak out, they jigger the gauge to read a false 180ish when it's actually 210. 180 is good. 210 is to hot and shortens the life of the motor. Little do they know, so the "160" theory goes and as I understand it, they could actually run them at a true and safe 180 (with a 160 thermostat), add years to the life of the motor and, still pass emissions. And so by extrapolation, after some 20 years developing this motor, they haven't figured that out yet. So the theory goes. Regards, PK
    1 point
  23. I have a '00 C2, 6-speed, Canada version. I keep an eye on the operating temperature, using the OBD hack rather than the gage. In traffic, the car has always run pretty warm, regularly over 100 C in the spring-summer-fall. Last night, it was up over 105 C, and I thought I'd hop out and check to see if the cooling fans had switched to high speed as they are supposed to at this temperature. On the passenger side of the car, the fan was loud and you could feel air being moved. On the driver side, the fan was on but quieter, and less air was moving. Is this normal? If not, can you suggest an explanation? I can imagine losing a fan altogether, but I can't figure out why it would just refuse to switch speeds. TIA, Bruce.
    1 point
  24. I found it......if anyone wants to know....it is directly underneath the driver side intake "plenum".....with the line going into the the intake, right after the throttle body towards the passenger side of the car.
    1 point
  25. The switch in my fan mod is not to correct a non functioning fan system or relay. Fixing the relay fault is quite simple and should be done with new relays when necessary. The fan mod is to turn on the HIGH speed fans at will and at any temperature. Or you can eliminate the switch altogether and have the high speed fans come on below a certain engine speed, vehicle speed, etc.
    1 point
  26. Jim. I finally got to install your mod for the radiator fans. Pretty easy to wiggle the wires onto pin #85 on the relays... I got the footwell light toggle switch (996 613 980 00) to control on/off for the fans, but am at a loss now, as this switch only keeps the fans running while you keep the switch depressed. Did I get the wrong switch? Is there a trick to wire it differently (I used the two horizontal and vertical fins in the middle of the switch) or should I get a different toggle switch? Joost
    1 point
  27. Who knew! I was avoiding using search criteria this specific! Thank you, Loren. Looks like the search begins at the fuse panel... Bruce.
    1 point
  28. I Just replaced one and resoldered the connection. The connection is also mechanically crimped and then soldered. The metal clip is soft and can be uncrimped with a small screw driver and heat from the soldering iron. Be careful not to deform the clip to much, you will have to recrimp and resolder. It was an easy job. Don't for get to "tin" the tip of the soldering iron first. (heat the tip up, melt some solder on and wipe off with a wet sponge). I bough an extra from from Sunset and keep it for the eventual failure of the reight side. This will also be a good time to clean your radiators as well. Good luck J. Greer
    1 point
  29. I'm just toooooo slow. Thanks Loren.
    1 point
  30. 1.) Un-screw the one phillips head screw at top center of side air intake... 2.) The molded air duct and the intake grill are still attached by three delicate plastic tabs at the three points... The best way to remove this is gently insert your fingers through the grills into the intake at the points circled in red and gently try to free the tabs... All three points come forward towards you, but if one is stuck or gets caught it will break... 3.) Inside the drivers side air duct you will find a snorkle... The snorkle is added to most US cars for noise restrictions. Now this piece is attached by no screws or tabs, but it most likely will give you some troubles removing... The best way is to remove this, just grab a hold of the long snorkle (not the small dish on the end)... Now wiggle it from left to right and vice versa while pulling out towards you. This works, but might take a little effort. 4.) This is what the intake is going to look like after the snorkel is removed... Just carefully insert the three tabs back into their points... Make sure that all three are tightly in by pushing the airduct cover (not the grill)... Insert your 1 screw into top center of cover and you are done.
    1 point
  31. Installing an MY02 Carrera C2 (Manual) Instrument Cluster in an MY03 Boxster (Manual) I have a few of general observations. First, I selected a Carrera C2 (manual transmission) instrument cluster because, having read through several threads on this forum, there didn’t appear to be any systems compatibility problems with the installation. For example, fuel gage problems with a C4 cluster (due to fuel tank design) or oil quantity/car leveling errors with a Turbo cluster (due to engine sump differences) were some of the problems to be avoided. Once the additional wire for the oil pressure gage is installed, the change over from Boxster cluster to Carrera cluster is truly “plug and play”. Second, it is essential to get a donor instrument cluster that is compatible with your car, in terms of original vs. “improved” cluster design. MY02 and subsequent 996 instrument clusters are improved. MY01 and subsequent 986 instrument clusters are improved. If you just have the hardware in hand, look at the color of the three plug receptacles on the back of the cluster. The original cluster has blue, white and black receptacles. The improved cluster has green, blue and gray receptacles. Third, there doesn’t seem to be a problem dealing with the MOST bus, or absence of the MOST bus. If the installation is done in a MOST bus equipped Boxster, the only anomaly will be the “Porsche Protected” display on the CDR23 radio. This is corrected using a re-coding routine by a PIWIS. If the Boxster being modified doesn’t have the MOST bus (pre-MY03), then entering the radio security code is the only step required after hooking up the battery at the end of the installation. Fourth, because my car is still under CPO warranty, I had my Porsche dealer install the Carrera oil pressure sensor. I didn’t want any arguments if, down the road, there were any problems with the lubrication system that could possibly be attributed to me working on the engine. Fifth, I sent my Carrera instrument cluster to an instrument shop to have the mileage reset to approximate the mileage I anticipated to be on the Boxster when I affected the change. The mileage is stored in the instrument cluster and can’t be reset using a PST2 or PIWIS. I got a receipt from the instrument shop indicating the mileage they reset the odometer to. When the dealer re-coded the radio, I had them verify the mileage on the Boxster odometer and the mileage on the Carrera odometer. The dealer put both mileages on the work order and made an entry on page 1 of the maintenance booklet. Sixth, I had about 7/8 of a tank of gas in the car. Some of the threads I had read suggested that there would be a problem with the fuel quantity indication if the instrument cluster was changed when there was less than 19 liters/5 U.S. gallons of fuel in the tank. After the change, the Carrera instrument cluster fuel gage indicated the same quantity as before, 7/8 of a tank. Due to the winter weather, I haven’t driven the car enough to require a re-fuelling. But, the gage does seem to work properly. Last, my MY03 (e-gas) base Boxster was delivered with cruise control. I had done the OBC/4 stalk “hack” earlier. All functions of the cruise control and OBC work. The OBC display is in the “improved” instrument cluster, dot matrix format. REQUIRED PARTS New/used Carrera instrument cluster appropriate for Boxster, for example: P/N 996.641.223.00.70C Pressure Sensor, Engine Oil: P/N 996.606.203.01 New/used Cover, Instruments, for example: P/N 996.552.059.02 EFM (black) – if you want to use a Carrera part, otherwise modify the existing Boxster instrument cluster surround. Wire Pin: VW P/N 000.979.010 Heat Shrink Tubing: Radio Shack P/N 278-1611 Quick Disconnects: Radio Shack P/N 64-3132 Hook Up Wire, Stranded 20 Gage: Radio Shack P/N 278-1225 Tie Wraps: Radio Shack P/N 278-1631A Most of the Radio Shack sourced parts are well in excess to your needs. But for about $7.00 total expenditure……… REQUIRED TOOLS Ohmmeter 10mm socket with ratchet and short extension Soldering iron with rosin core solder Wire cutter Wire stripper Wire crimper Needle nosed pliers Small common screwdriver 24mm open end wrench T-30 Torx driver T-20 Torx driver 5mm hex key Ice pick or awl Scotch tape Wood matches or electric heat shrink heat gun Dremel tool with ½” sanding drum and 120 grit sanding bands (used if you modify the existing Boxster instrument cluster surround) INSTALLATION 1. Cut a length of about 12 feet of 20 gage, stranded hook up wire. Strip about ½ inch of insulation from one end. Crimp and/or solder a female, quick disconnect to the stripped end of the wire. This end of the wire will be attached later to the new Carrera oil pressure sensor. The other end of the new wire will be cut to proper length and stripped later. 2. Cut the wire pin (VW 000.979.010) in half. Strip about ¾ inch of insulation from the cut end. The stripped end of the wire pin will be attached to the new wire later. 3. Open the engine compartment using the procedures set forth in the owner’s manual (MY03, page 179). 4. From inside the car, remove the upholstery panel on back wall of passenger compartment. Slide both seats as far forward as they will go. Tip both seat backs forward as well. There are four large diameter plastic fasteners at the top of the upholstery panel, holding it in place. Use a small common screwdriver to loosen them; unscrew the fasteners. The upholstery is removed by pulling up on the panel. 5. Remove the forward engine compartment lid. There are seven 10mm bolts and two 10mm nuts. The lid may be difficult to remove if it hasn’t been off previously. 6. Remove the center console. a. Remove leather boot around the shift knob. The frame that holds the boot just unclips; pull the frame directly up. b. Remove the shift knob by pulling directly up. (Some knobs may have a 5mm setscrew). c. Remove the screw found at the forward end of the center console. Torx drive T-20. d. Unsnap left and right upper side covers from center console. e. Unsnap lower center console cover (batwing). f. Remove the CD holder (tape holder) and cubbyhole. They are removed by pulling straight back. g. Open center arm rest. Remove the rubber mat, the screw securing the plastic floor in the oddments tray and the plastic floor. Torx drive T-20 h. Remove screw found on the right forward side of the oddment tray. Torx drive T-20. i. Remove coin holder found on the left forward of the oddment tray. Use small common screwdriver to lift the coin holder directly up. j. Remove screw found under coin holder. Torx drive T-20. k. Remove ashtray (or rubber mat in non-smoker’s tray). Remove two plastic trim screws. Torx drive T-30. The plastic trim screws are threaded into two plastic bushings. If you’re not careful, you’ll loose one of the bushings. l. Pull up and remove the control panel by unclipping the ashtray light (if installed), unplugging the window operating switches and, if installed, the seat heat control switches. Use the small common screwdriver to gently pry the plugs off the switches. The plugs are tight. White switches – driver’s side. Black switches – passenger’s side. m. Remove screw found under the control panel. Torx T-20. n. Remove parking brake cover next to driver’s side seat belt fastener. Pull directly toward the driver’s seat. o. Tip passenger’s seat back all the way back, check all the wires and clips are clear, the parking brake is pulled back as much as it can be and remove center console. Lift the rear of the console while pulling back. If you have the alarm system, be sure the wire to the oddment tray latch is unplugged. p. Unclip window wire bundle from shifter base cover. q. Remove the shifter base cover. r. Using 10mm socket with ratchet and extension, loosen the four nuts that hold shifter assembly. Loosen just enough to be able to lift the shifter assembly up about ¼ - 3/8 inch. s. This information and photographs can be found at bmracing.com by downloading the B & M short shifter installation manual. And, it can be watched on 9X6 Werks, Vol. III. 7. Install Carrera oil pressure sensor. a. Put a cloth, or a blanket, over the right rear fender to protect the paint from scratches. b. The oil pressure sensor is located on the right side of the engine on the intake cam housing. c. Pull off the existing green/white wire off the Boxster oil pressure sensor. Leave the black rubber socket on the wire. d. Using a shop rag and/or small brush, clean the area around the oil pressure sensor of any dirt or debris. e. Use a 24mm open-end wrench to remove the Boxster oil pressure sensor. f. Install the Carrera oil pressure sensor. Tighten oil pressure sensor to 15+-3.5 ft-lbs g. Push the connector of the green/white wire onto oil pressure sensor terminal “WK” (the larger of the two terminals). Push the black socket down over the terminal. This terminal and electrical circuit provide a signal to the oil pressure “idiot light” on the Carrera instrument cluster. h. Push the connector of the new wire onto oil pressure sensor terminal “G” (the smaller of the two terminals). There is no socket available to cover terminal G. This terminal and electrical circuit provide a signal to the oil pressure gage on the Carrera instrument cluster 8. Route the new wire forward through the engine compartment. a. Run the wire down and forward toward the passenger compartment. Use a tie wrap to loosely hold the new wire to a wire bundle leading to a plug on the front end of the intake cam. From there, use three tie wraps to firmly (not tightly) hold the new wire to a solid, rubber covered pipe that runs low across the front of the engine compartment. b. From inside the passenger compartment, locate the rubber grommet, through which the shift cables run back to the transmission. Use an ice pick (or awl) to poke a hole through the center of the grommet. Be careful not to damage anything with the point of the ice pick. With the ice pick poked through the grommet, scotch tape the new wire to the tip of the ice pick. Slowly pull the ice pick out of the grommet while pushing the new wire through the grommet at the same time. Pull the new wire into the passenger compartment being careful not to disturb any of the tie wraps in the engine compartment. 9. Route the new wire forward under center console to the dashboard. a. Run the new wire forward between the shifter cables. b. Run the new wire under the shifter assembly, carefully keeping it from contacting any of the mounting bolts. It is possible to short the new wire to ground if it rubs up against the bolts when the nuts that secure the shifter assembly are tightened. (In the photograph below, the new wire is angled toward the shifter assembly's right forward mounting bolt. It was pinched and grounded when I tightened the shifter assembly.) c. Run the new wire up behind the CD holder and cubbyhole. d. Tighten the nuts that hold the shifter assembly. 10. Remove Boxster instrument cluster. a. Disconnect the cable from the negative battery terminal using the 10mm socket wrench. Cover the battery terminal to keep the cable from accidentally contacting the terminal. Depending on the Model Year, make sure the hood doesn’t get closed and locked. And, if needed, have the radio code handy. b. Press hazard-warning button so it projects out. The button can be pulled off by hand. If needed, a small common screwdriver can be used to help remove the button. With the button removed, access to the switch is available. On either side of the switch there are two locking tabs. With thumb and forefinger squeeze the tabs and simultaneously pull the switch out using the long nosed pliers. Behind the switch is one of the two cluster mounting screws. c. At the left side of the cluster, remove the trim plug/hand-free microphone. The plug can be removed if you have strong fingernails; or careful use a small common screwdriver. Disconnect any microphone wire. Behind the plug is the other cluster mounting screw. d. Using a Torx drive, T-20, remove both cluster-mounting screws. e. Have a towel, or other soft cloth, available to protect the dashboard from the clips that locate the instrument cluster on the dashboard. Remove the instrument cluster by lifting it straight up. f. To remove the three plugs, use a small common screwdriver to push down the locking tab and lift the locking lever up. It is easier to get access to the back of the instrument cluster if the steering wheel is pulled all the way out. g. Remove the hazard-warning switch plug by moving the locking tab sideways toward the center of the car and pulling the plug down and out of the cluster assembly. h. Move the instrument cluster to a safe place. i. This information can be watched on 9X6 Werks, Vol. II. 11. Finish the installation of the new wire. a. Take a three foot length of wire and feed it down through the hole on top of the dashboard, trying to get it down into the area behind the CD holder/cubbyhole. This is entirely a trial and error proposition. When you do get the wire fed down behind the CD holder/cubbyhole, tape the two ends of the wires together and pull the new wire up through the hole on top of the dashboard. b. Cut the new wire to a length that will allow it to comfortably reach the blue plug. Strip ¾ inch of insulation off the new wire. Slip a length of heat shrink over the new wire. Twist the end of the new wire and the previously cut and stripped wire pin together. Solder the wires together. Move the heat shrink to cover the solder connection. Using a match (or electric heat shrink gun) carefully warm the heat shrink material until it is tight around the connection. c. Using the ohmmeter, check that the new wire is not grounded. Attach one ohmmeter lead to the wire pin and the other ohmmeter lead to the metal structure of the dashboard. The ohmmeter should read infinite resistance. If it doesn’t, you likely have pinched the new wire on one of the shifter assembly fasteners. Don’t go any further until the shorted wire problem has been addressed. d. Open the bottom of the blue plug by squeezing the base of the plug so that the locking hooks allow the flap to be opened. e. Using a small common screwdriver, pry the lock on the side of the blue plug, allowing the assembly to be slid apart. f. The black core of the blue plug has pinholes numbered 1 through 16 on one side and 17 through 32 on the other side. The wire pin on the new wire is inserted in hole number 5. There are pins already installed holes 1 through 4 and 10 through 13. Hole number 5, in the photograph, is fifth from the left. When inserting the wire pin, orient it so the locking clip holds it in place. g. Reassemble the blue plug making sure that the blue shell locks onto the black core. Close the flap on the bottom of the plug. (The photograph below was taken before the new wire was installed in the black core. The new wire should be included in the bundle of wires when the flap is closed.) h. Use one or two tie wraps to secure the new wire to the existing wire bundle. i. At this time you can temporarily connect the Carrera instrument cluster to the three colored plugs. Make sure they are firmly and squarely connected and that the locking levers are snapped into place. Temporarily reconnect the battery and start the engine. Everything should operate correctly…..all the whistles and bells. The voltmeter and oil pressure gage should operate. The voltmeter measures the instrument cluster internal voltage and should read about 12 volts with the ignition switch turned on and the engine static. With the engine running, the voltmeter should read about 13.8 to 14.0 volts. If the voltmeter doesn’t read properly, check that the green plug is properly and securely locked into its receptacle. If it still doesn’t read the proper voltage, there may be a problem with the Carrera instrument cluster. The oil pressure gage should read about 4 to 5 bar (cool to cold oil temperature) when the engine is initially started. If the oil pressure gage doesn’t read properly, having done step “c” above, check that the new wire is connected securely to the oil pressure sensor on terminal “G”. If the connection is OK, check the continuity of the new wire, and your connections, by using the ohmmeter. Using some of the extra wire, you can connect the leads of the ohmmeter to either end of the new wire and check to see that there is zero resistance. If the continuity of the new wire is OK, you probably have a problem with the Carrera instrument cluster. The low oil pressure “idiot light” should not be illuminated. If it is, you will receive an OBC warning as well. Check that the original green/white wire is connected securely to the oil pressure sensor on terminal “WK”. If you have a car with the MOST bus, the radio will display “Porsche Protected” when turned on. In a non-MOST bus car, the radio will play if you enter the proper security code. j. At the end of the trial run, shut down the engine, disconnect the battery and unplug the three colored instrument cluster connections. 12. Assemble Carrera instrument cluster and Boxster instrument cover a. Remove the two mounting screws holding the Boxster cluster in the instrument cover assembly. They are the fasteners at the extreme ends of the cluster. Torx driver T-20. b. Separate the instrument cluster from the instrument cover assembly. c. Fit the Carrera instrument cluster to the instrument cover assembly and, from behind, mark the area that needs to be removed to enable the voltmeter and oil pressure gage to project out from the fascia. d. Using the Dremel tool and sanding drum, grind the plastic material away. As you get close to the line delineating the area to be removed, frequently trial fit the cluster to the instrument cover. 120 grit sanding bands will remove material frighteningly quickly. As you get closer to the final fit, a finer grit will give a smoother finish and more control over the final contour. e. Assemble the Carrera instrument cluster and the Boxster instrument cover using the two screws. Torx driver T-20. 13. Reinstall the instrument cluster a. With a towel or other soft cloth to protect the dashboard, lay the Carrera instrument cluster on top of the dashboard. b. Reinstall the hazard-switch plug. It slides up in groves behind the hole and is held in position by a locking tab. c. Reconnect the three colored plugs. Make sure they are firmly and squarely connected and that the locking levers are snapped into place. d. Remove the cloth protecting the dashboard and place the instrument cluster in position and firmly push down on it to snap it into place on the dashboard. e. At this point, with all the wires and plugs in place, you may want to do a final electrical check of the installation. Reconnect the battery and check that the instrument cluster operates properly. Disconnect the battery. f. Reinstall the two T-20 screws that secure the instrument cluster to the dashboard. Be careful replacing the left screw. If it falls before you can get it threaded, it will drop into the bowels of the dashboard. g. Reinstall the hazard-warning switch. It only fits into the plug one way. But, of course, anything can be forced. The switch should fit smoothly and click into place. h. Reinstall the hazard-warning button. It also clicks into place and should function properly when pushed on and off. i. Reinstall the trim plug/hand-free microphone. Reconnect the wire to the microphone, if installed. j. Reconnect the battery and tighten negative cable securely with 10mm socket wrench. Replace battery cover. k. This information can be watched on 9X6 Werks, Vol. II. 14. Reassemble the center console a. Check that the 10mm nuts that secure the shifter assembly are tight. b. Reinstall the shifter base cover. c. Clip the window wire bundle on the shifter base cover. d. If installed, plug the alarm system wire into the oddment tray latch connector. e. Carefully reinstall the center console. It may have to be manipulated somewhat around the parking brake lever and between the seat backs. Starting the replacement with the front of the console into position first is easiest. Route the wire bundles for the window operating switches, heated seat control switches (if installed) and ashtray (if used) through the hole for the control panel. f. Reinstall the 4 screws that fasten the center console, Torx driver T-20. They have coarse threads. A fifth screw, that holds the plastic floor of the oddment tray in place, has fine threads. One screw goes in at the forward end of the center console. One screw goes in the opening for the control panel. Two screws go in the oddment tray area; one under the coin holder and the other on the right forward side of oddment tray area. g. Reinstall the plastic floor of the oddment tray and fasten with the fine threaded screw, Torx driver T-20. h. Reinstall the rubber mat in the oddment tray. i. Reinstall the coin holder on the left front corner of the oddment tray. Push down and the coin holder snaps into place. j. Reinstall the light for the ashtray (if used). k. Plug in the connectors for the window operating switches and the seat heat control switches (if installed). The white plugs go to the driver’s and the black plugs go to the passenger’s side. l. Reinstall the control panel securing it with two black plastic bushings and two black trim screws, Torx driver T-30. Make sure the bushings are fully seated before gently tightening the trim screws. m. Reinstall the ashtray (if used) or the rubber mat for the non-smoker’s tray. n. Reinstall parking brake cover next to driver’s side seat belt fastener. Position the two tabs on the top of the cover into the holes on the center console and push straight on. o. Reinstall the cubbyhole and CD holder (tape holder). Reinstall the lower of the two first. They both just snap in. p. Reinstall the lower center console cover (batwing). It snaps into place. q. Reinstall the left and right upper side covers to the center console. They snap into place. r. Reinstall the shift knob. It pushes straight down. Some cars might have a 5mm hex screw that needs to be tightened, 5mm hex key. s. Snap the frame that holds the leather shift boot into place. Push straight down until it snaps into place. t. This information and photographs can be found at bmracing.com by downloading the B & M short shifter installation manual. And, it can be watched on 9X6 Werks, Vol. III. 15. Reinstall forward engine compartment lid. There are seven 10mm bolts and two 10mm nuts 16. Reinstall the upholstery panel on the back wall of the passenger compartment. There are four large diameter black plastic fasteners used at the top of the panel to hold it in place. 17. Close engine compartment using the procedures set forth in the owner’s manual (MY03, Page 182). 18. Re-code the Carrera instrument cluster/CDR23 combination using a PIWIS. The PIWIS used had software version 17.02. I don’t have a PIWIS operators manual and the technician who did the re-coding couldn’t remember the exact sequence…..but the routine starts something like this: a. “Special Function” b. “Sports Car Hand Over” c. F-12 d. F-12 e. F-8 “Start Function f. “Control Unit Search” From there, the technician said, the PIWIS started looking at each device in the car. The technician said that he made no inputs to the PIWIS concerning the Carrera instrument cluster or the radio. After the PIWIS ran through its program, the radio worked. As a wise man once said, “You can’t beat success”. The “Sports Car Hand Over” routine is the run on all Porsches to wake them up after being shipped to the dealers. FINAL THOUGHTS Except for the time it takes to modify the Boxster instrument cover, this is a two-hour project. Almost all of the effort is in opening up the car and then closing it at the end. I found I had two problems after the installation was complete. Fortunately, I had seen the instrument cluster in operation in the donor Carrera the day that I bought it. And later, I temporarily installed it in another Carrera to verify that it still worked and hadn’t been damaged in shipping back and forth to the instrument shop. I knew the problems were not associated with the Carrera instrument cluster. The first problem was that the oil pressure gage didn’t work. (The idiot light was OK.) After a lot of head scratching and part swapping, I found that I had pinched the new wire in TWO places under the shifter assembly. Rather than remove the entire length of new wire, I spliced in a new section to run under the shifter assembly. The importance of checking the continuity of the new wire after it is completely installed can’t be overstated. It’s an easily avoided problem if you pay attention to how you route the new wire under the shifter assembly. The second problem was that the voltmeter didn’t work. (I was batting 0 for 2!) After a lot of head scratching and part swapping, Loren pointed out that there might be something wrong in the area of the green connector. I unplugged the green connector and carefully reconnected it, making sure that the plug was fully seated before I closed the locking lever. That did the trick. For owners of Boxsters with the original instrument cluster, i.e., MY97 - MY00, with blue, white and black plugs, these are the pin positions: 1. Oil Pressure "idiot light" - white 6 (green / white wire [original]). 2. Oil Pressure Sensor (gage) - blue 9 [new wire]. Before you install the Carrera instrument cluster check to make sure there is a light bulb in the position for the "Convertable top indicator light". It is a 1.3 watt bulb, Part Number - 999.631.302.90.
    1 point
  32. There have a been a few occurances of the cabrio top not fully completing the cycle, or simply refusing to open or close. If the hand brake light is on, very likely it is a low hydraulic fluid condition. The work below shows step by step how to add the fluid to the system. Tools needed: 5 mm allen wrench Flat screwdriver Children medicine syringe with small hose 1 Bottle of hydraulic fluid. Porsche is the recommended, I have used John Deere below with no problems after 4 weeks of filling: The steps for the process: 1. Open the top partially to the position shown 2. Pull the cables that the keep the rearmost part of the top secured to the car. One cable per side, the separate the cable from the connection in the car. 3. Let top move towards the close postion and move it out of the way. 4. Use a flat screw driver to remove the 4 plugs that keep the rear carpet in place. Remove the carpet, starting at the top as shown 5. Not a bad time to vacuum this piece while it is out. If you have kids, remove the lollipop sticks :P The work area will look like this: 6. This is the system pump you are looking for. Notice the screw where the Allen wrench will go to. Remove the screw, and keep a magnet pick up tool nearby if it fall down. 7. Use a flashlight on the oppsite side and shine direcly to the reservior. You will be able to clearly see the level and the gap to full. The fullmark is in the front below the screw removed. 8. To fill the top, use the syringe filled with fluid and insert the hose into the hole below. WARNING, the brass washer may fall off if you are not carefull, you can remove it or leave it and chance it. It probably won't move 9. Replace the screw, using fingers first to get it started. Take your time, will not be easy the first round. Finalize withe Allen wrench 10. Replace the carpet (did you clean it?) and the secure it with the plugs. Move the top back in place and secure the cables to the car. Open and close the top a few times. Enjoy the open air And remember, nothing races like a Porsche, but nothing runs like a deer
    1 point
  33. Be sure to use some protective material on the mirror base. Set the pliers with the protecting parts to the windshield to the diameter of the mirror base and secure to the mirror base. Turn the rearview mirror through 90 degrees at the mirror base using the pliers. Then, unclip the base of the interior rearview mirror from the retainer plate on the windshield. When you reinstall the mirror be careful not to go beyond the 90 degrees locking point. If you remove the mirror base from the windshield you will need a special cleaning/glue kit from Porsche to reinstall it.
    1 point
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