Pros: Very convenient location, holds 12oz cans and slim 20oz bottles, flexibly material so its easy to install and uninstall
Cons: Condensation can drip into door pocket
Cost: $24.95 (from Z3 Solution)

“Here I am driving one of the most fun automobiles in the world, yet I can’t find a good place to put this can of coke while I shift into 5th gear.” This has been a common statement ever since the introduction of the Z3. The BMW roadster is an amazing automobile, a near perfect balance of modern day technology and classic “retro” styling, but it doesn’t have a cup holder. This is where Z3 Solution enters into the story. Pictured below is a cupholder that Z3 Solution makes that snaps into the side door pocket.

This design is simple and functional, its a single piece of molded plastic/rubber material that was custom made for the Z3. The flexible material lets the unit snap into place in the door pocket. Once installed the cupholder holds standard 12oz cans and the newer styled slim 20oz plastic soda bottles. It sticks out from the door slightly more than the door pocket, so there is a slight loss of leg room. However the positioning doesn’t affect the driver, on long drives I even find myself resting the side of my knee on the soft rubber since its more comfortable than the door pocket.

I find myself using the cupholder to also hold my sunglasses and other items when I don’t have a drink in there. I needed to come up with some “cons” for this article, so I got really picky and found one. Condensation from the can ends up dripping down into the door pocket since there is no bottom to the cupholder. If you keep items other than the cup holder in the plastic door pocket they could get water dripped on them (so its not a good place to keep paper). I’ve learned to keep something like a napkin under the cupholder so this isn’t much of a problem.

 
Pros: Easy to uninstall and reinstall
Cons: Expensive to purchase from BMW
Cost: unknown (possibly free if you can find someone to swap with)
The Days Events

  • Gathering at Rory’s
  • Fixing Paint Chips
  • X-Pel
  • Swapping Mirrors
  • Boot Cover Swap
  • Chrome Front Grill

  • The Z3 and the M roadster have different rear view mirrors. The M roadster mirror is bigger and sometimes gets in the way of taller drivers. The Z3 mirror is smaller but maybe isn’t as attractive as the M roadster mirror. The question was, could the two mirrors be swapped between cars.

    Turns out that all you need to do to remove the mirror as a counter clockwise, quarter turn (turn the entire mirror and its mount). We removed a Z3 and M roadster mirror and installed them in opposite vehicles in just a couple minutes.

    Boot Cover Swap

     
    Pros: Less noticeable than with no touchup paint, inexpensive
    Cons: Not “good as new”, still noticeable on close inspection
    Cost: $20 for entire car with roughly 10 chips needing work (Shane Reed @ 972-000-0000)
    The Days Events

  • Gathering at Rory’s
  • Fixing Paint Chips
  • X-Pel
  • Swapping Mirrors
  • Boot Cover Swap
  • Chrome Front Grill
  • After last years homecoming I picked up a real nasty rock chip on the hood of my M roadster. The rock that hit me caused a chip about 5mm wide and a pair of secondary chips that appear to have come from fragments of rock. Needless to say it was a big blemish that I wanted to get rid of.

    Shane Reed commented “boy that’s a nasty one”, and started to work on it. Using a fine paint brush and some thin paint that he mixed up, Shane applied a couple coats trying to fill in the chip.

    It was a definite improvement but Shane still thought he could do more. The paint he mixed up was a little off on the color. Turns out Arctic Silver has a touch of blue in it and the blue in the original paint really stood out next to the pure silver touch up paint.

    So Shane went back to his pickup (which doubles as a rolling paint shop) and added a touch of blue tint to the touch up paint. It was obvious that Shane had a keen eye for matching colors, a couple minutes later he had the right tint and went back to work.

    This time the paint color was a much better match. I’m not going to claim that it’s “like new” again but the improvement Shane made was definitely worth the money.

    Once the big chip was taken care of Shane scanned the car for other chips and touched them up as well. The lower part of the bumper had lots of litte chips and it appears Shane fixed them all. For those in the Dallas area I recommend Shane’s work if you are in need of touch up, contact information for him is below.

    Touch of Perfection (Shane Reed-Owner)

    Mobile # 214-695-1058

    Pager # 972-327-1393

    X-Pel

     

    When I first got my Z3, I used the boot cover regularly, but then over time I slowly started using it less and less. I had always considered it a purely cosmetic piece of equipment and eventually grew tired of the hassle of installing it.

    When I traded in my Z3 to get an M roadster, I took the new boot cover out of the trunk and put it on the shelf where it pretty much stayed. The few times I used it left me frustrated at how hard it was to install. I’m not sure why the new one was harder to install than the old one. I kept trying to convince myself, “maybe if I use it more, the boot cover will get broken in and be easier to install.”

    Despite my repeated attempts, the boot cover would eventually find its way back onto the shelf for another extended stay. I had become spoiled with the power top, and found the boot to only lesson its usefulness. I had also become lazy and just plain fed up with the hassle of installing the boot cover.

    The boot cover made a comeback when I started using the roadster tonneau cover. The tonneau cover required the boot cover be installed to function, but it also enabled me to keep the boot cover on for extended periods of time. The two products proved to be a great combination when the weather allowed for extended top-down periods. But the tonneau isn’t a year-round product, and eventually the boot cover found its way back onto the shelf for another extended stay.

    Then I installed a light gray interior liner to the convertible top. It didn’t take me long to realize that light gray doesn’t look very good dirty. Without the boot cover, the liner was picking up a lot of dirt and dust when the top was down. So now I’ve got two accessories somewhat dependent on the BMW boot cover. So I find myself once again saying, “maybe if I use it more, the boot cover will get broken in and be easier to install.” I still hold some hope in that theory, however this time I’m going to make things a little easier on myself.

    I remembered an additional paragraph tacked onto the end of the original BMW windscreen instructions that said to install some washers to make the boot easier to use with that windscreen. BMW doesn’t even make that windscreen anymore, but I managed to find my old copy of those instructions and figured I would share an old idea (slightly modified) to those that were not Z3 owners back in 1996 when the first windscreen was introduced. The official name for this “knob thingy” is a Tenax fastener. There are two of them screwed into the back of the storage area that the boot cover snaps onto. The theory behind the fix is that if these fasteners were sticking out a little farther, the boot cover would be easier to install since you were not having to stretch it as much.

    Once you locate these two Tenax fasteners, you can unscrew them with a standard 11/32 open ended wrench. The screws are longer than you would think they should be, but this extra length is about to work to our advantage.

    The original BMW instructions had you using standard everyday washers. However, on the suggestion of an MZ3.Net reader I went to the hardware store and found some black rubber faucet washers. Looking at the different sizes I determined that the “00 Flat Washers” appeared to be just what I was looking for. I used one of them on each side rather than a stack of regular washers.

    With the rubber washers installed behind the Tenax screws, the fastener portion of the snap now sticks out an extra 1/8 inch. That small difference makes the boot cover a little easier to install. However, even with this addition, I still consider the boot cover a pain to put on. But this upgrade cost me under a dollar, so I’ll take any help I can get and I’ll keep telling myself, “maybe if I use it more, the boot cover will get broken in and be easier to install.”

    Discuss this article and other Convenience upgrades in the

    ///MZ3.Net discussion forum.

     

    I was getting tired of plugging my cell phone charger into my cigar lighter, so I decided to permanently wire it into my car. I was thinking that I would use power from one of the various unused connectors or perhaps from the radio. But then I came across Vince’s article and it gave me the idea that I could use the BMW cell-phone connector.

    What’s more important to note here is that I could use this connector for more than just a cell phone. I could use it for anything I wanted. Vince’s article details a way that you can order the connector and pins for the cell phone connector. In addition, both switched and unswitched power are available, and they are both regulated by individual fuses in the fuse box, so you can play around without the danger of seriously hurting the car. But best of all using this connector means no permanent wiring changes to the car. I would not have to cut a single wire that was part of the car, which sounded pretty good to me!

    First thing I did was prepare the charger. I opened it up, and replaced the metal contacts on the circuit board that ran to the tip and the sides of the cigar lighter with wires about 1 foot long. Then I closed the charger back up, running those wires out the hole in the tip of the charger.

    Next I prepared the radar detector by cutting the cord right before the cigar lighter plug. I placed the radar detector where it was supposed to be on the windshield, then ran the wire along the inside of the window and down the seam of the door, and under the steering column. From there, if you lift the cover on the shifter and the handbrake, you should be able to fish the wires through to where the cell phone connector is. NOTE: Those that are truly anal-retentive will probably want to run the wire INSIDE the plastic pieces along the inside of the windshield. Other articles here can tell you how to remove it.

    I then found the cell phone connector as detailed in Vince’s article. I took the wires from the charger and the radar detector and started soldering the pins on them. One wire from the radar detector (the positive lead) goes to a pin. One wire from the charger goes to a pin (once again, the positive lead). The remaining wires (which should both be ground [negative lead]) should go together into one pin.

    Now put the charger inside the center console, with the piece that connects to the cell phone (and the coiled cord with it) coming out from under the bottom of the console on the passenger side behind the seats. I used a piece of Velcro (the non-fuzzy side) to hold the cell phone connector against the back wall.

    Time to start the final piece. Put the pin for the radar detector into the hole in the connector for switched power, and put the pin for the cell phone charger into the unswitched power hole. Put the shared pin into the hole for the ground connection. Plug the connector into the cell phone connector in the car and you’re ready to go!

    NOTE: I also replaced the fuses in the fuse box that related to the cell phone power with 5 amp fuses (smaller than the standard fuses). This just gives me an extra degree of protection that I like. I would have used smaller fuses (like 1 or 2 amps), but I couldn’t find any in that form-factor that had such a small rating.

     

    Note: This article is for the 1996 and 1997 model year BMW Z3, I’ve had vague reports that on 99 models (and perhaps some 98 models) the connector has changed.

    Do you need power in your center console?

    There are several reasons why you might need access to a switched or unswitched power in the Z3 center console. I needed to install a hands-free kit for my Nokia phone. As luck would have it, BMW prewired the Z3 for their cell phone kit. Part of this prewiring is a connector providing switched and unswitched power (as well as radio mute).

    To find the connector, lift up the shifter boot. There are 4 tabs (two on each side) that snap it down. Squeeze the side on either side and then lift once it’s loose. Once you’ve lifted the boot, you’ll see several bundles of cables:

    1 bundle for each window switch

    1 bundle for the hazard light switch

    1 bundle terminating in a 2-pin female connector (purpose unknown)

    1 bundle terminating in an 8-pin female connector (circled in red and seen in the close up picture below)

    The bundle terminating in the 8-pin connector has what you’re looking for. It is a little hard to find! The connector is buried underneath a layer of carpet just to the left of the hazard switch. Just look for a bundle of 5 wires and follow it. I assume this was done so that while floating about it didn’t touch anything and short out the battery (it has fairly exposed 12V and ground connections). It may also be hidden under the emergency break boot (look for a square cut-out in the carpet).

    Using the numbering in the picture to the right, Here’s the pinout:

    Pin 1 – 12 volts, unswitched

    Pin 2 – Ground

    Pin 3 – Unknown — if anyone can identify it, let me know.

    Pin 4 – Not connected

    Pin 5 – 12 volts, switched

    Pin 6 – Radio Mute

    Pin 7 – Not connected

    Pin 8 – Not connected

    Now the bad news. The pins required for the connector are odd-sized. They’re 0.098 inch pins. The common 0.093 inch pins won’t stay in. The good news. You can get the correct size pins and even the mating connector free from AMP. Call (800) 522-6752 ask for some engineering samples. Ask for part numbers 1-828737-1 (the mating connector) and 927797-2 (the pin). I asked for 5 connectors and 20 pins, and they didn’t bat an eye.

    Interestingly enough, you’re not allowed to buy the connector unless you are a BMW contractor. But ask for free ones, and there’s no problem. I love the way the world works!

     

    I wanted a switched direct power source for my V1. I tried to follow the directions for the M Roadster and discovered the 2.8 is wired a little differently. The MZ3 directions called for pulling the lower portion of the dash on the drivers side which I did. This was no easy task and I recommend that you avoid it if at all possible.

    After my first failed attempt, I decided to go after the Cell Phone power since I have no plans for installing a phone in the car. I also wanted to try and take the power cord through the passenger side since it seemed like it would be easier.

    I followed some of Vince Parsons Directions for locating the cell phone wiring harness by raising the shifter boot cover. It is only held by 2 clips on each side and can be open by pressing on the sides. Wait, what’s this? There is this big piece of foam that wasn’t in Vince’s pictures. No problem, just lift it up to gain access to the inside of the console.

    Well I searched and there was no wiring harness to be found. Just the wires for the window switches and hazard lights switch. Went back to Vince’s directions and he mentions that it might be under the carpet beneath the parking brake handle. I found it! Wait, how do get it out of there? I’ll be damned if I know. It’s wedged in there and didn’t want to come out. I didn’t want to remove the entire console so I gave up on trying to get it out.

    While peeking in through the OBD door on the passenger side of the console, I had seen an unused wiring harness. I decided that this was going to be my new target power source. Fishing this thing out was not easy because it was wrapped around other bundles of wire but with a little work I had it exposed. I didn’t have much room to work with so I went after the other unused harnesses I saw in there. I found three additional harnesses. I tested for a switched power source and found that the green with white stripe was what I was looking for.

    I grabbed the wire tap that came with the V1 and attached it to the wire. I then removed the black plastic panel below and behind the glovebox. It is attached with plastic clips that are removed with the half turn of a flat head screw driver. There is a single one of these plastic clips holding the kick panel covering the speaker at the passengers feet. This provided plenty of room to run the V1 Direct Wire Power Adapter wires. I velcroed the Direct Wire Power Adapter to the top edge of the carpet and used the grounding point next to the speaker.

    Next I ran the V1 power wire from the V1 Unit to the Direct Wire Power Adapter. Alan Riley instructed me in the technique of removing the trim along the top and right pillar of the windshield. First remove the pillar piece which just pops off. Then remove the visors. This requires a Star Tool which I just happen to have. Next you must remove the clear plastic cover from the dome light which pops out. Then pop out the light assemble and behind there you will find one more screw to be removed.

    Then you can pull down the side that you are working on. In fig. 9 you can see how I wrapped the wire around the dome light wires to keep it from falling out. I then ran the wire down the windshield pillar, beside the dash and door frame where I pushed it behind the insulation and along the bottom of the dash to the Direct Wire Power Adapter.

    At this point, hookup the V1 and verify that it works as expected. Now is the time to find out that it doesn’t work. Mine did. Once you have proven that it works, it’s time to reassemble your car. First secure all the loose and excess wires and check one more time to see if it’s still working. Reverse the steps to put all the trim pieces back in their rightful places. When your done you’ll have a direct wired V1 radar detector.

    Let’s see John Law try to mess with you now.

     

    I was looking to find a way to hard wire a power connection for my Valentine One radar detector. I had already read through Richard Carlson’s “cutting the cord” article so I felt familiar with the task at hand. This was a great resource, and I recommend you read it first because he has excellent instructions at how to get the plastic panels off, as well as some good warnings. However I wanted the power source to drop from top of the A-Frame rather than up through the dash. The MZ3 has enough room above the rear view for the V1 to slide into (click on the picture for a larger view).

    First, a quick lesson about BMW wiring. Turns out that everything is color coded, which makes finding a power source a little easier. Red wires are unswitched power sources (on all the time). Purple (with white stripe) wires are switched power sources (on when the car is on). Brown wires are ground. Depending on which type of power source you want you can choose which wiring harness to use.

    The information below is specific for the M roadster’s, it has come to my attention that the wiring on the 1.9 and 2.8 roadsters is different. The color coding is the same but wiring harness locations are different. If you own a 1.9 or 2.8 you’ll want to focus on the area behind your stereo, tapping into its switched (purple and white wire) power source.

    A couple M owners spoke with me after using the information below. The first spent about 45 minutes to an hour and commented that everything was straight forward. Thought he could do the job again in less time. The second M owner that spoke to me said the wiring was straight forward but the black plastic trim pieces (under the dash) gave him a lot of trouble. I think he summed it up best by saying “I did it!, but you couldn’t pay me $100 to do it again”.

    If you want an unswitched power source there is an unused power connector down by the drivers feet (click on the picture for a larger view). This connector has a positive and a negative unswitched power source. It is in a convenient location just below the speaker. To gain access to this area you will need to remove the lower kick panel and the panels covering the underside of the dash.

    Problem was, I was in a picky mood and wanted a switched power source. Under the dash you can locate this connector (BMW calls it X223 – the connector is next to the 40amp fuse strapped to the MAIN wiring harness), it had 5 wires in the connector (click on the picture for a larger view). I know it’s hard to distinguish colors in this picture because of the flash but the left most wire is ground (brown) and the one next to it is switched power (purple with white stripe). In this picture the middle wire is pulled out of the connector (speed sensitive volume connection – another project).

    The Valentine One radar detector came with a wiring kit. The black box in this picture is part of that wiring kit. Since this box wasn’t a BMW part the color scheme doesn’t quite match but the red wire out of the box was connected to the purple power source. The black wire was connected to a good grounding point (see the bolt and brown wires next to the speaker)

    Once the connection was made all that was left was getting the wire to the radar detector. There was just enough of a gap on the side of the dash to slide a wire back to the corner (like using dental floss). Now the wire had made it to the top of the dash the A-Frame cover just pulls off and you can run the wire under the plastic cover. Along the top you don’t even need to pull off the plastic cover. There is enough of a gap to push the wire in where the plastic piece meets the window.

    You should actually work backwards so you have just enough wire sticking out where the radar detector mounts, and bundle up any slack down below where it is easier to hide it.

    If you are anywhere near Dallas and would like a trained BMW expert to do work like this for you, I can highly recommend Larry Nissen. Larry did the work on my car and took the time to explain everything for me.

     

    If you’ve got a Z3, chances are you’ve also got a RADAR detector. I’ve got an old BEL detector (no V1 flames please, I know Valentine makes the best detector, but the BEL does just fine for me). I’ve had two problems with the detector placement:

    Trying to find a secure place where the detector doesn’t rattle

    Trying to find a source of power for the detector

    I solved the first problem by simply velcroing the detector to the dash. The problem then becomes the power source. I’ve had the car about four months now and I was getting tired of using the cord to the cigarette lighter. In addition to being unsightly and somewhat rattle-prone, the cigarette lighter is hooked up to unswitched power. This means you need to remember to shut the detector off and turn it on every time you leave and re-enter the car.

    Not fun.

    I originally thought I could tap into power easily, but it turns out to be quite an ordeal. I tried to get power from the main bank of fuses in the engine compartment, but could not figure out an easy way to run a wire through the firewall. Eventually, I decided to use the power from the head-unit of the stereo and a ground from the cigarette lighter. The job takes about three hours. You need to be somewhat handy, need a working knowledge of automotive electrical connections and must be small enough to crawl into the driver’s footwell. Here’s how you can do it too:

    Before you begin.

    Get a box or container which you can put the screws in. Figure out some way of labeling the screws, they are all different shapes and sizes. Also make sure you have the 5 digit radio code you will need to reactivate the radio. Expect the job to take 2 to 3 hours. READ ALL DIRECTIONS FIRST!

    You’ll need:

    a phillips head screwdriver

    a wirecutter

    two tap-in connectors (Radio Shack 64-3052A)

    several miniwire clips (Radio Shack 278-1668)

    several connectors (optional – Radio Shack 64-3049A)

    a 2mm allen or the BMW tool (a 5/64″ hex key)

    at least 2 replacement BMW screw head covers

    a seven foot wire to run from your detector to the power source

    a white, dry-cleaners type coat hanger

    electrical tape

    a multimeter (optional,

    lots of patience

    First prepare the car by taking it apart.

    Take the top down.

    Look in the driver’s footwell and find two small rubber heads securing the front of the console.

    Remove the rubber heads by hooking them with a stout paperclip-end from the bottom (the part that faces down). You should be able to hook them then pull out to remove them. They will resist. Be persistent. This will expose the screw head.

    Remove the upper screw first, label it “upper”. Then remove the lower, label it “lower”. (Yes, they are different sizes)

    Remove the radio:

    Be sure you have the 5 digit reset code to reactivate the radio before you disconnect it.

    Flip open the two small doors on either side of the radio to expose a small allen nut (It’s actually not an Allen nut, BMW sells a $16 tool to unscrew it, but a 2mm Allen wrench worked for me).

    Screw the nut counterclockwise until it stops.

    Repeat with the other allen nut

    gently pull the radio towards you.

    At the back of the radio, remove the antenna plug

    Use a screwdriver to gently push up the “locking collar” for the other connections. It goes up about 1/2 inch, but does not come off. If you do this successfully, the entire back plug unit will come off. Otherwise, gently rock the entire connector back and forth, pulling backwards to remove it.

    The radio is now disconnected.

    Remove the shift knob by pulling straight up – be careful! You can hit yourself in the nose when it comes loose!

    Remove the shifter boot – same process as the hand brake (except the “clips” are on the sides).

    Remove the foam collar which surrounds the shift knob (Take a minute to note how it goes back in)

    Push from below to pop the lighter out

    Crawl under the driver’s dash – you will what looks like two large, black screw heads.

    Rotate them 90 degrees and they should fall out.

    Now remove the large plastic piece which goes around the pedals. You’ll need to pull it “backwards” (towards the back of the car), then push forwards again to get it loose. I ended up fighting with it for quite a while, but it eventually comes out.

    Next, run the wires from the detector to the power source.

    Cut the dry-cleaner’s hanger into a bent piece about a foot long. You’ll be using it to snake the wires through the defroster vents

    Sitting in the Driver’s seat, start at the right most of the driver’s vents and manipulate the hanger till it comes out of the left most vent.

    Tape your detector power plug (connected to the cord) to the hanger and snake it back through the holes.

    Use one of the mini-clips to secure it to the dash. This prevents the cord from falling into the vents when not in use.

    Run the rest of the wire to the A-pillar.

    You can just push the wire into the crack which leads to the door.

    Just below the console, pull the trim from the door-sill to allow you to run the wire into the console.

    Put the trim back into place

    Run the wire along the bottom of the dash, securing it with the mini-wire ties.

    Feed the wire up around the side of the center console.

    Feed the positive lead to the opening for the head-unit.

    Feed the negative (ground) lead to the opening for the lighter.

    Now Connect the Wires

    If you have plugged in your detector to see how it will fit with the wire you ran, please disconnect it now.

    Disclaimer – I used a multi-meter to identify the source of switches positive power for the radio. It was the purple/white wire which leads to the plug. If you have a multi-meter, I would advise double checking on your car. BMW may change the wiring harness from year-to-year.

    Use the Tap-in connector to connect the positive line to the purple/white lead of the radio harness. You should immediately hear a little voice telling you that you have just voided your electrical warranty.

    Disconnect the lighter from the two wires.

    Use the tap-in to connect to the brown (unshielded) lead which runs to the lighter.

    If you have a multi-meter, turn the car to Accessory and check for proper power at the detector plug. If you don’t have a meter, you should plug in your detector (risking frying it if you have made the wrong connection).

    Now put everything back together

    Assuming everything went well with the detector test, you are now ready to close up the patient.

    The cigarette lighter is tricky to get back in. Before reconnecting it and reinserting it, you must first move the orange collar from the top to the bottom of the unit.

    You do this by pushing out (from the inside of the unit) on both the little “wings” at the same time. This requires a little manual dexterity or a lovely assistant.

    Once you do this, you can move the orange ring down to the bottom of the unit:

    Reconnect the wires to the lighter unit.

    Insert the unit into the dash, aligning the small cutout on the left with the tab of the orange collar.

    Press in on the collar, it will seat itself, then press the lighter in which will also seat itself.

    Before putting the shifter back together, turn on the lights and make sure the small bulb which illuminates the lighter is still in place. If not, re-seat it (it goes to the right of the lighter when looking at it from above, it just fits into a small hole next to the lighter.)

    Reinstall the foam collar, shift boot and knob.

    Reconnect the head-unit and put it back into the dash, securing with the allen wrench.

    Re-screw the console screws and put the new screw heads on.

    Reinstall the foot-pedal guards.

    That’s it! You can now connect your detector, it will turn on when the ignition is turned on. Now go find your cigarette lighter (or lighter plug) and put it back in! You’ve cut the cord!

     

    Here is what I did – it is fairly straight forward but please make modifications at your own risk.

    The sensor I used came from Sound Conceptions – “www.autotoys.com”. The sensor is listed as “sensor: single zone perimeter sensor (radar)” and is $24.95 as of today (3/30/98). You can find it in the storefront – security section. It has three wires to hook it up – battery, ground and trigger. The wires are just long enough to reach where I mounted the sensor. If you want to experiment with different mounting locations, you may want to extend the wires.

    For safety, unplug the BMW alarm harness at both ends before making any connections. I soldered and taped all connections.

    Battery

    connect this to the fused battery wire in the alarm wiring harness this is a yellow wire with an inline fuse. Connect to the alarm side of the fuse, thus the fuse protects the new wiring.

    Ground

    connect this to the ground wire in the harness – brown wire.

    Trigger

    this will get connected to the hood switch sensor wire (white with red stripe) in the wiring harness. To avoid potential interference between the new and old sensor – I isolated them with two diodes. The diodes are 1N4001 which you can get at Radio Shack. Cut the existing sensor wire and splice in a diode with the cathode (banded end) toward the sensor – this sensor is active low. On the alarm side of this diode, add another with the banded side toward the new sensor – connect the new sensor trigger wire to the cathode of this diode. See the crude diagram below:

    I mounted the sensor in the console just forward of the gear shift. Remove the gear shift boot and the foam insert. If you put just the hook portion of some stick on velcro tape on the back of the sensor, you can stick it to the carpeting under the console. You will want to play with the sensitivity adjustment on the sensor. I have mine currently set about 3/4 of the way to fully sensitive.

    Performance is good but a little inconsistent. If someone sits in your car, the alarm will definitely go off. An arm reaching in will set off the alarm if the arm is moved around. Repositioning the sensor might help – the directions say the higher it is in the car the better.

    Discuss this article and other Safety/Security upgrades in the

    ///MZ3.Net discussion forum.

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