Jump to content

crunkjuice1

Members
  • Posts

    1261
  • Joined

  • Last visited

Posts posted by crunkjuice1

  1. I have purchased a 97 expedition that has a factory alarm that I am going to be transfering my sytem into over the next few weeks. The trucks front doors have been pryed open through the keyhole so my questions are what is the point of the factory alarm? does a theif basically disable the factory alarm when entring the truck like this?

    I pulled my viper 5901 from my old car and saving up to have it reinstalled into the truck but will there still be a loophole theives will have with trying to open the doors with a screwdriver for a key? I will obviously replace the handles but these are things I have in my head that hopefully someone with alarm knowledge can put to rest.

  2. If your mechman alt has a AVBM harness and you set the pot to a certain voltage I think it is tricking the PCM? Theres a 1 volt difference so naturally it would charge a bit faster. I would just do without the stock battery if it isn't a agm battery also.

    about the check engine light I'm at a loss on that at the moment. I would rather not "fool" the PCM and just let it do what it wants to do naturally. this is where I'm stuck at personally.

  3. just because there is nothing listed on the sites list dosen't mean they don't have anything for you. The best way to get a concrete answer is to just call each one up and see what they have to offer if they do carry a unit for your car. Both companies always making new things over time, just timing when your down for something might not always be lined up right.

  4. Everything was working normal until car stalled out on me. I waited a bit and it started up and went for a few blocks and died. Been like that ever since. I add all the parts listed and still nothing. The ICM in my car is I think built into the ECM as the crank and cam shaft sensors are what tell the ECM where in time things are. from there the ECM will tell the ignition coil to fire. I bought the Haynes book but my blind ass can't find location of fuel pump relay or acc relay. Those relays are the cheaper route to try before throwing money at a ECM. My luck it will probably be just that.

    This is why I ask if a sensor/s died while car was moving would the timing have been thrown off?

    No backfire either. I doubt its the fuel pump I can't hear it like when it was first installed but as I keep cranking the car after a minute you can smell gas.

  5. I have a 98 hyundai accent manual trans, has been parked going on a month heres list.

    new timing belt

    crankshaft sensor

    camshaft sensor

    fuel pump and strainer

    fuel filter

    fuel pressure regulator

    ignition coil

    coolant temp sensor

    batteries always charged good.

    car cranks just doesn't seem to want to fire up. spray starter fluid into throttle body but seems I still have no spark.

    When it died the dd thing I saw was the coolant temp gauge rocked back and forth and would stay on H. disconnected battery and it no longer does that. I have a OBD2 scanner but it does not find any error codes???

    Only thing I can think of is the MAF sensor and ECM. I spray starter fluid into throttle body turn key and it just cranks but doesn't burn any of the spray which leads me to believe there is no spark.

    If one of the sensors failed after replacing them would the timing have to be reset?

  6. Sorry I just came back home. I'll write what is on the info sheet.

    The HF Charger is a group of advanced battery charger designed specifically for high performance 12V, 14V, or 16V sealed lead acid batteries. These chargers combine the reliability of High Frequency MOSFET rectified assembly with an advanced microprocessor control board to create a battery charger that can rapidly and safely recharge 12V, 14V and 16V maintenance free,deep cycle,gel cell, and AGM batteries in several sizes.

    Three stage Charging

    At the heart of the technology in all HF Chargers is the three distinct charging stages. During the first stage, called "bulk" charging, the current is fixed and the voltage is allowed to float. During this stage, 80% of the battery's capacity is restored. When the battery's cell voltage is up to the correct level, the second stage called "Absorption" charging is engaged. During this stage the voltage is fixed and the current is allowed to float. The battery is brought up to 100% during this stage and the cells are equalized. The third stage is "Float" charging. During this stage the voltage and current are reduced to a level that will maintain the battery indefinitely.

    Several microprocessors are used to tightly control the entire process. This is the same technique that battery manufacturers recommend and use in the production of new batteries and it is the fastest and safest technique for battery charging.

    Compatible With Most Lead acid Batteries Including AGM

    Lead acid batteries have different charging requirements based on their specific design. Overcharging will reduce the life of any battery as sealed valve regulated batteries are especially sensitive to high charging voltages and overcharging. Overcharging an AGM or gell cell battery will cause permanent damage.

    Voltage Monitoring

    The battery's terminal voltage is measured every five minutes by the on board microprocessors and this information is analyzed in addition to the elapsed time to dynamically control the battery charger for optimum charging performance.

    Automatic Computer Analysis/Auto Shutdown

    The microprocessors will analyze the battery when connected. If the battery's voltage is below 4V the charger may not recognize the battery is connected and will not begin charging. Likewise, if the battery will not come up to the correct voltage in a ten hour period the microprocessor control board will automatically shut the charger off.

    Internal Cooling Fan

    A cooling fan automatically operates during charging to keep the circuit and other internal components at a constant safe temperature.

    The absorption and max output voltage are locked at 14.4v and floats at 13.8v DC.

    :turkey:

  7. Just received this in the mail. My initial impressions of it is that it's a powerhouse in a compact case. I purchased this as a long term investment and I'm sure I made the right choice. The wiring as well as the unit itself is high quality. As for myself I will be mounting it on a piece of MDF about the same footprint size of it just to take care of it a little more. I have some batteries that need charging so I'll get back to that later. Thanks XSpower for making a badass charger!!!! :drink40:

    121611132005.jpg

    121611132125.jpg

    121611132223.jpg

    121611132352.jpg

    121611132447.jpg

    121611132624.jpg

    121611132648.jpg

    121611132707.jpg

    This last one is for anyone that has or been around a battery tender plus. The HP1215 a little longer but it is a stronger charger overall. If anyone on the fence about this charger just get it, you will be glad you did. :woot:

    121611133420.jpg

×
×
  • Create New...