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Loren

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Posts posted by Loren

  1. if the whole car was running lean could a failed MAF be the problem?

    Some aftermarket scan tools (like mine) can also display all four sensors and the voltage readings. It is all available via OBD II if your tool supports it.

    I guess the MAF could still be part of the problem - but until you fix the first O2 sensor problem you won't know. There are codes specfic to an MAF failure but you don't have those. IMHO - You need to look at the O2 voltages correct that problem then look for other causes and faults. If you have a bad O2 sensor it can mask or cause all sorts of problems/faults.

  2. The system goes through a series of tests as it "sets" the alarm. If during one of those tests a criteria is not met then an alarm readiness state is displayed (i.e. rapid flashing, double-flashing, on, off, or normal flashing). Rapid flashing means that the alarm system is not "primed". Unlike the signal most folks get with an open zone (single horn beep when a zone is open) the rapid flashing would indicate that the alarm did not succeed in reaching the readiness state.

    Again, if it works with a key then it is likely either a battery (bad battery or poor contact) or even a sticking button on the remote.

    BTW... you said rapid flashing not double flashing... right?

    They mean different things.

  3. Refer your OPC to Service Bulletin 4/99 5726 New Door Latch Striker (dated 12-17-99).

    As of the VINs below, a new door latch striker plate was installed in production to prevent corrosion buildup between the striker plate and the vehicle body. The new striker plate is equipped with a film (on the side that contacts the body) to prevent corrosion.

    When addressing corrosion problems or performing other work that requires striker plate removal on vehicles produced prior to the below VINs, the new style striker plate should be installed.

    Production change as of VINs:

    99 _YS 62 0622 Coupe

    99 _YS 65 1073 Cabriolet

  4. No, it has the gel coat. What I was saying is that I think that is the raw bumper part number and it gets a different part number when it is coated - but the coated part number is usually on a sticker.

    Arguably it is a factory GT3 bumper - if you include the Aerokit in that. A "real" mk1 GT3 had a center radiator - so where is the cutout? Don't get me wrong it has a Porsche logo on the back. I think it is an aerokit bumper - which is a GT3 bumper look alike. IF you don't ever want a 3rd radiator then it is a mute point.

  5. Likely the raw bumper part number before the gel coating. The number itself does not come up in the parts list at all.

    My only concern (from looking at the pic ) would be if you want the 3rd radiator cut-out or not. A GT3 bumper has a plug in the center hole that can be removed (see my 3rd radiator DIY) but some of the Aerokit bumpers I have seen do not have the plug and would need to have a hole cut if you wanted a third radiator.

    29.jpg

  6. From the OBD II manual- Testing the Oxygen sensor:

    1. Heat the oxygen sensors (road test car under load or run engine without load at high rpm).

    2. Connect Porsche System Tester 2 or scan tool and read voltage of oxygen sensor 1 ahead of catalytic converter.

    Display: Voltage fluctuations between 100 mV and 800 mV. -- Oxygen sensor OK.

    If a value around 0 V is displayed, a short circuit has occurred between the signal wire and sensor ground.

    3. Remove H02S connector 1 ahead of catalytic converter.

    4. Connect voltmeter at sleeve to pins 3 and 4.

    Display: approx. 450 mV. -- Replace oxygen sensor.

    Display: approx. 0 V -- Check wiring harness.

    If the wiring harness is OK, remove all oxygen sensor connectors and perform measurement to item 4 on all oxygen sensors.

  7. P0130 - possible faults:

    Crack in ceramic material

    Reference air polluted

    Short circuit in signal wire to sensor ground

    P0130 - possible causes:

    Oxygen sensor

    Wiring harness

    DME control module (intercore short circuit).

    P1124 and P1126 mean that the whole engine is running lean and the DME can not compensate for it making the mixture more rich. In most cases this is caused by:

    Intake air system leaking

    Fuel pressure too low

    Volume supply of fuel pump too low

    Fuel injectors fouled (not likely since this would mean all are fouled)

    I would solve the P0130 then reset the codes and see if the others still occur.

  8. post-2-1113752962_thumb.jpg

    We have added a new Products and Services Reviews section to the site. You can get there by click on the Reviews link in the upper right corner of any page or by click on the forum link Reviews. The Reviews section is be part of the site so if you are logged into the forums you will be logged into the Reviews section.

    All members (Contributing and regular Members) can submit products (if they are not already in the database) and then review/comment on any of the products.

    You can do searches by keyword(s) and/or category, username, or date; see latest reviews by last day, last 7 days, last 14 days or all reviews. Each product shows: Recommended By (percentage), Average Price (currently only in USD), Average Rating (by all reviewers).

    We've tried to add common categories so, if you don't see one you think should be there please let me know.

    A couple other nice features are a Watch list which allows you to keep a linked list of products you want to keep an eye on. You can also choose to be notified by email if a product is updated or a has a new review.

    Once again, thank you to all the Contributing Members that make additions like this possible!

    Reviews

  9. Would the same apply to the part numbers for the rear brakes (if they are red they are boxster s?

    The red rear brake calipers for the Boxster are 996 352 421 13. They are the exact same size as the 996 standard brakes - just red.

    Could you tell me the standard disc size and width for the front boxster s calipers please?
    Boxster S front rotors are 318 mm, rears are 299 mm - same as the 996. I have no idea what you mean by width.
  10. 996.351.425.xx and 996.351.426.xx are front calipers (left and right) for a 996. The xx would designate whether the car is a C2 (2WD) or C4 (4WD).

    996.352.425.xx and 996.352.425.xx are rear calipers (left and right) for a 996. The xx would designate whether the car is a C2 (2WD) or C4 (4WD).

    Factory front pads are: 996 352 949 02

    Factory rear pads are: 996 352 939 03

    The Boxster S uses the same front calipers as a 996 except the are red.

  11. New Porsche Prototype Racing Program Announced for North America

    Penske Motorsports to Partner in Campaigning New Factory-Built Porsche Racecar

    ATLANTA, GA, April 15, 2005 – In response to increasing customer demand and to raise the excitement level in American sports cars racing, Porsche Cars North America, Inc. (PCNA), and Porsche Motorsport North America (PMNA), today revealed they will embark on a new racing program created for customers in the American Le Mans Series (ALMS). The two organizations have commissioned their parent company, Porsche AG, to design and construct a racecar that will be eligible to compete in the LMP2 (Le Mans Prototype 2) class of the ALMS. It will be the first Porsche-built prototype racecar since the 1998 Porsche 911 GT1.

    Penske Motorsports, Inc., a wholly owned subsidiary of Penske Racing, Inc., will field the new Porsche prototype in its first full season of competition exclusively in 2006. One of the world’s most successful racing organizations, Penske Motorsports has a rich racing history with Porsche highlighted by winning championships in the 1972 and 1973 SCCA Can-Am series campaigning the legendary Porsche 917/10 and 917/30 race cars. It is anticipated Penske Motorsports will debut the new Porsche prototype at the final two races of the 2005 ALMS season, the Oct. 1st Petit Le Mans at Road Atlanta and the Oct. 16th season finale at Laguna Seca, as test events before entering the entire 2006 season.

    "Our American racing customers have made it clear to us that they would like to move up several levels in ALMS competition, as would we," said Peter Schwarzenbauer, PCNA President and CEO. "We believe this new Porsche prototype program will provide the perfect means to do so and will generate added enthusiasm for sports car racing in America, especially with Penske Motorsports as our partner and initial entrant."

    Porsche's current ALMS customer program, administered by PMNA, is confined to the GT2 (formerly GT) Class, where Porsche customer teams have captured a record 47 victories resulting in Manufacturers Championships in five of the past six seasons primarily racing variants of the production-based Porsche 911 GT3. It is the latest in more than 30 years of highly successful North American Porsche customer racing programs that have featured such famed Porsche racecars as the 934, 935 and 962.

    "PMNA is fully committed to provide the same level of customer support for this new ALMS prototype program once it reaches fruition," commented PMNA President, Uwe Brettel. "Indications are there is real interest in a racecar such as this for the LMP2 class."

    Porsche Cars North America, Inc. (PCNA), based in Atlanta, Ga., and its subsidiary, Porsche Cars Canada, Ltd., are the exclusive importers of Porsche 911, Boxster and Carrera GT sports cars and Cayenne sport utility vehicles for the United States and Canada. A wholly owned, indirect subsidiary of Dr. Ing. h.c.F. Porsche AG, PCNA employs approximately 250 people who provide Porsche vehicles, parts, service, marketing and training for its 205 U.S. and Canadian dealers. They, in turn, provide Porsche owners with best-in-class service.

    # # #

    For more information, contact: Bob Carlson (770) 290-3676 or Andy Schupak (410) 739-5677.

    And more Porsche, Penske Motorsports To Run Together With New Prototype In American Le Mans Series

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