Monday, December 10, 2012

GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage

GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage


emusic.com
ItemTitle

GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage


Tube. Duration : 4.83 Mins.



GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage
This is part 12 of a multi part video series about how to troubleshoot any ignition, fuel injection or timing issue. I describe the exhaust system and how to test it for blockages.
GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage

GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage



GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage

GM Troubleshooting Part 12 - Catalytic Converter Exhaust Blockage

Friday, November 16, 2012

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II



ItemTitle

Tube. Duration : 3.62 Mins.



Arduino Vehicle Data Logger / Black box OBD II



Built and designed as a final project for EE 495: Special Topics, Computer Eng Lab. UNLV It has many applications such as post accident data analysis(blackbox), and vehicle performance analysis. The main chip here is the ELM 327 which lets me communicate with the ECU using CAN, ISO, or J1850. It also uses an ATMEGA328 with the arduino bootloader and a datalogger shield for the arduino from adafruit. Some other parts included is the MCP2551 (CAN transceiver) and a 3 axis accelerometer. Data is stored into an SD card for easy access to the data and further analysis For more info on the ELM327 read the data sheet www.elmelectronics.com Sorry for the mediocre video quality, I recorded everything with my moto droid. Pls feel free to leave comments and ask questions, Dino Tinitigan

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II

No URL Arduino Vehicle Data Logger / Black box OBD II




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ItemTitle Overview ItemOverviews ItemTitle [endif] [if ItemSpecifications]

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*** Product Information and Prices Stored: ItemPostTime

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Tuesday, October 23, 2012

OBD1 Codes Secrets for Domestic Vehicles

OBD1 Codes Secrets for Domestic Vehicles


For vehicles made after 1996, retrieving the codes of the check engine light in your dash panel is simple. All you need to do is find your diagnostic connector located under the dash by the driver side. You can then hook up a scanner and the codes will be displayed for you. If you don't have any scanner like most drivers, you can bring your vehicle to any local automotive parts store and they will usually scan the codes FREE for you. However, for vehicles made on or before 1995, there is only one cheap way to get it: You do it yourself!

OBD1 Codes Secrets for Domestic Vehicles



Arduino Vehicle Data Logger / Black box OBD II



Video Clips. Duration : 3.62 Mins.



Arduino Vehicle Data Logger / Black box OBD II



Built and designed as a final project for EE 495: Special Topics, Computer Eng Lab. UNLV It has many applications such as post accident data analysis(blackbox), and vehicle performance analysis. The main chip here is the ELM 327 which lets me communicate with the ECU using CAN, ISO, or J1850. It also uses an ATMEGA328 with the arduino bootloader and a datalogger shield for the arduino from adafruit. Some other parts included is the MCP2551 (CAN transceiver) and a 3 axis accelerometer. Data is stored into an SD card for easy access to the data and further analysis For more info on the ELM327 read the data sheet www.elmelectronics.com Sorry for the mediocre video quality, I recorded everything with my moto droid. Pls feel free to leave comments and ask questions, Dino Tinitigan

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II



Arduino Vehicle Data Logger / Black box OBD II

No URL Arduino Vehicle Data Logger / Black box OBD II

Octane Boosters and the Truth Behind Them


Octane numbers are something we see every day and probably take for granted. We all know this is a rating means to measure a fuels resistance to pre-ignition, but how does that apply in a practical sense. Let's first assume you have a car that runs well on 91 octane. What could you gain by altering the fuel you fill up with. By going down to 87 octane you will achieve better mileage, but could risk detonation depending on your cars engine. By going up to 93 octane you might allow your car to advance the timing gaining horsepower. Due to lower BTUs per gallon you will give up a few miles per gallon. So right off you can see that it is a balancing act.

Octane Boosters and the Truth Behind Them



Arduino Vehicle Data Logger / Black box OBD II



Video Clips. Duration : 3.62 Mins.



Arduino Vehicle Data Logger / Black box OBD II



Built and designed as a final project for EE 495: Special Topics, Computer Eng Lab. UNLV It has many applications such as post accident data analysis(blackbox), and vehicle performance analysis. The main chip here is the ELM 327 which lets me communicate with the ECU using CAN, ISO, or J1850. It also uses an ATMEGA328 with the arduino bootloader and a datalogger shield for the arduino from adafruit. Some other parts included is the MCP2551 (CAN transceiver) and a 3 axis accelerometer. Data is stored into an SD card for easy access to the data and further analysis For more info on the ELM327 read the data sheet www.elmelectronics.com Sorry for the mediocre video quality, I recorded everything with my moto droid. Pls feel free to leave comments and ask questions, Dino Tinitigan

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II



Arduino Vehicle Data Logger / Black box OBD II

No URL Arduino Vehicle Data Logger / Black box OBD II

OBD1 Codes Secrets for Domestic Vehicles


For vehicles made after 1996, retrieving the codes of the check engine light in your dash panel is simple. All you need to do is find your diagnostic connector located under the dash by the driver side. You can then hook up a scanner and the codes will be displayed for you. If you don't have any scanner like most drivers, you can bring your vehicle to any local automotive parts store and they will usually scan the codes FREE for you. However, for vehicles made on or before 1995, there is only one cheap way to get it: You do it yourself!

OBD1 Codes Secrets for Domestic Vehicles



Arduino Vehicle Data Logger / Black box OBD II



Video Clips. Duration : 3.62 Mins.



Arduino Vehicle Data Logger / Black box OBD II



Built and designed as a final project for EE 495: Special Topics, Computer Eng Lab. UNLV It has many applications such as post accident data analysis(blackbox), and vehicle performance analysis. The main chip here is the ELM 327 which lets me communicate with the ECU using CAN, ISO, or J1850. It also uses an ATMEGA328 with the arduino bootloader and a datalogger shield for the arduino from adafruit. Some other parts included is the MCP2551 (CAN transceiver) and a 3 axis accelerometer. Data is stored into an SD card for easy access to the data and further analysis For more info on the ELM327 read the data sheet www.elmelectronics.com Sorry for the mediocre video quality, I recorded everything with my moto droid. Pls feel free to leave comments and ask questions, Dino Tinitigan

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II



Arduino Vehicle Data Logger / Black box OBD II

No URL Arduino Vehicle Data Logger / Black box OBD II

Top Five Most Common Trouble Codes


The check engine light, that yellow or red light that scares most drivers to death is actually a very good thing to see. The check engine light is a warning device that comes on when your vehicle has a problem with the emissions control system.

Top Five Most Common Trouble Codes



Arduino Vehicle Data Logger / Black box OBD II



Video Clips. Duration : 3.62 Mins.



Arduino Vehicle Data Logger / Black box OBD II



Built and designed as a final project for EE 495: Special Topics, Computer Eng Lab. UNLV It has many applications such as post accident data analysis(blackbox), and vehicle performance analysis. The main chip here is the ELM 327 which lets me communicate with the ECU using CAN, ISO, or J1850. It also uses an ATMEGA328 with the arduino bootloader and a datalogger shield for the arduino from adafruit. Some other parts included is the MCP2551 (CAN transceiver) and a 3 axis accelerometer. Data is stored into an SD card for easy access to the data and further analysis For more info on the ELM327 read the data sheet www.elmelectronics.com Sorry for the mediocre video quality, I recorded everything with my moto droid. Pls feel free to leave comments and ask questions, Dino Tinitigan

Arduino Vehicle Data Logger / Black box OBD II

Arduino Vehicle Data Logger / Black box OBD II



Arduino Vehicle Data Logger / Black box OBD II

No URL Arduino Vehicle Data Logger / Black box OBD II




Tags:



In this Article I want to inform you of some of the top five Codes related to the check engine light.


OBDII Vehicles

Top Five Most Common Trouble Codes



#1 I have to say would be the code PO300-PO310 this code is for a MISFIRE which can be any combination of spark plugs, plug wires, distributor cap coils or Fuel Injectors and even the PCM!



Top Five Most Common Trouble Codes

No URL

#2 Codes PO440,442

These codes represent failure or defect in the vehicles EVAPORATIVE EMISSIONS SYSTEM it keeps harmful fuel vapors from escaping into the atmosphere. This failure can range from a loose or defective Gas Cap or its Seal, to a leak in one of the plastic tubes that run from the fuel tank to the engine compartment and a charcoal canister where fuel vapors are stored.

#3 Code 420

Is the code for a failed CATALYTIC CONVERTER the rear O2 sensor is the one that monitors Catalytic Converter efficiency, but a code in the 300 series that is not repaired promptly will cause a code 420.

#4 Codes 171,172,174

This series of codes are the OXYGEN SENSORS telling the Computer what fuel Mixture they see some are LEAN (MORE AIR THAN FUEL IN THE MIXTURE) LEANER THAN 14.6to1 vacuum leaks,low fuel pressure plugged injectors, failed O2 sensor(s). Same thing For RICH Readings (more fuel than air) plugged air filter,bad coolant temp sensor,leaking fuel injectors, too high fuel pressure. Before you run out and buy a 0.00 O2 sensor or two test to make sure the O2 sensor can function,troubleshoot the fuel delivery/management system.

#5 EGR codes

This code requires that someone troubleshoot the EGR System and on FORD the DPFE (backpressure Sensor) most EGR codes are due to carbon build-up in the EGR passages and NOT the EGR Valve.

But if the Check engine light does come on don't change the oil, won't help, don't panic that won't help either.

What will help is having a professional with an OBDII scan tool diagnose your symptoms and fix it properly Yes it WILL COST MONEY and it will save you money too in fuel mileage.


Top Five Most Common Trouble Codes








Keywords:



On board diagnostic (OBD) was designed on vehicles equipped with electronic fuel injection so you can generally retrieve the codes yourself. No need buying a scanner or running to any parts stores to check the engine light. This system is called obd1 and applies to most vehicles made before 1995 for domestics and 1993 on imports. In this article, I will discuss the methods used by domestic vehicle manufacturers on how to check the engine lights in their cars and trucks.


OBDII Vehicles

OBD1 Codes Secrets for Domestic Vehicles



For GM domestic vehicles made before 1995, the diagnostic connector is located under the dash panel by the driver side. To get the check engine codes to flash in your dash panel, use a jumper wire or a paper clip and connect terminals A and B of the diagnostic connector. Turn your ignition key on with engine off and the codes should start to blink. All codes should start with code 12 which is one long flash followed by 2 short flashes. This code 12 means the diagnostic system is normal and will repeat itself continuously if there are no trouble codes. Otherwise, code 12 will flash 3 times before flashing the fault codes.



OBD1 Codes Secrets for Domestic Vehicles

No URL

Ford owners can check their check engine light using the diagnostic connector located at the engine compartment by the fender near the battery. Getting the obd1 codes need a couple of tools: a 4 inch long gage 16 jumper wire and a 12 volt test light.
Both tools are hooked up to the diagnostic connector and when the ignition key is turned on (without starting engine) the codes will begin to flash in the test light, not in the dash panel. If there is no code, you will normally get code 11 or 111. On Fords, there are 2 test modes, the KOEO (key on engine off) and the KOER (key on engine running). Both test modes should be used to get the accurate evaluation of the stored fault codes.

Of all the 3 domestic vehicles, the easiest method to check the engine light is Chrysler products. Why? Because all you need is to turn the ignition key on and off a within 5 seconds and the codes will start to flash in the dash panel.

Counting the codes being flashed is almost the same for these 3 domestic vehicles and most of the codes can be erased or cleared by disconnecting the battery negative terminal for 1 minute and reconnect. Just make sure to check your service manual in case you have electronic equipment such as radio or clock that needs reprogramming in which battery disconnection is not recommended. Finally after performing repairs on the culprit code, always go for a road test to confirm if the problem is fixed.

If you want a detailed way on how the above procedures are done, please visit my blog: http://check-engine-light-codes.blogspot.com . This blog offers free info on how to check engine light codes with color pictures and regular repair tips so you can save money next time you see your check engine light.


OBD1 Codes Secrets for Domestic Vehicles








Keywords:



Looking closer at this, you notice that the extra horsepower comes from the ability of the car to advance timing and not the fuel itself. Higher octane fuel has less BTUs, but still nets power due to the timing advance and higher boost it can achieve. In modern vehicles with knock sensors the timing is constantly varied to achieve the best balance between performance and economy. Because this adjustment takes time, simply switch to higher octane at the track is not good enough. The fuel needs to be run in advance to allow the car to compensate for it. So using 91 all he time and then going to the track and filling up with 95 is not going to help your track times. You will have a faster car on the ride home though.


OBDII Vehicles

Octane Boosters and the Truth Behind Them



The other end of the spectrum is less octane. The down side here is the risk or pre-ignition and high EGTS. Both of these can lead to melted or bend pistons. Valves and the head is also placed in risk. If you have a modern vehicle it will detect this and retard timing to prevent damage. This timing modification is easy to detect with an OBDII scanner and it an easy to diagnose too fuel with too little octane.



Octane Boosters and the Truth Behind Them

No URL

Because of the above reasons, a lot of people turn to the boosters as a way of having both good fuel commonly and good performance at the track. The problem with them is most do not work. If you do find one what works, adding it to your tank a day before you go to the track can be beneficial. Despite the benefit, use boosters sparingly as most rely on MMT as a means of boosting the octane. Excessive MMT can cause problems with sensors, injectors, or even the exhaust.

By now you are probably confused again by what all of this means. To sum it up, if your car has no changes to compression, raised RPM limiter, or lots of boost, you should probably use whatever fuel the dealer recommends. If you have a race built motor, stick to a race fuel that meets the need of your engine. If you have a lightly tuned engine and enjoy the occasional track day, throw in a bottle of octane booster the day before and call it a day. Do not rely on boosters all of the time.


Octane Boosters and the Truth Behind Them








Tags:



On board diagnostic (OBD) was designed on vehicles equipped with electronic fuel injection so you can generally retrieve the codes yourself. No need buying a scanner or running to any parts stores to check the engine light. This system is called obd1 and applies to most vehicles made before 1995 for domestics and 1993 on imports. In this article, I will discuss the methods used by domestic vehicle manufacturers on how to check the engine lights in their cars and trucks.


OBDII Vehicles

OBD1 Codes Secrets for Domestic Vehicles



For GM domestic vehicles made before 1995, the diagnostic connector is located under the dash panel by the driver side. To get the check engine codes to flash in your dash panel, use a jumper wire or a paper clip and connect terminals A and B of the diagnostic connector. Turn your ignition key on with engine off and the codes should start to blink. All codes should start with code 12 which is one long flash followed by 2 short flashes. This code 12 means the diagnostic system is normal and will repeat itself continuously if there are no trouble codes. Otherwise, code 12 will flash 3 times before flashing the fault codes.



OBD1 Codes Secrets for Domestic Vehicles

No URL

Ford owners can check their check engine light using the diagnostic connector located at the engine compartment by the fender near the battery. Getting the obd1 codes need a couple of tools: a 4 inch long gage 16 jumper wire and a 12 volt test light.
Both tools are hooked up to the diagnostic connector and when the ignition key is turned on (without starting engine) the codes will begin to flash in the test light, not in the dash panel. If there is no code, you will normally get code 11 or 111. On Fords, there are 2 test modes, the KOEO (key on engine off) and the KOER (key on engine running). Both test modes should be used to get the accurate evaluation of the stored fault codes.

Of all the 3 domestic vehicles, the easiest method to check the engine light is Chrysler products. Why? Because all you need is to turn the ignition key on and off a within 5 seconds and the codes will start to flash in the dash panel.

Counting the codes being flashed is almost the same for these 3 domestic vehicles and most of the codes can be erased or cleared by disconnecting the battery negative terminal for 1 minute and reconnect. Just make sure to check your service manual in case you have electronic equipment such as radio or clock that needs reprogramming in which battery disconnection is not recommended. Finally after performing repairs on the culprit code, always go for a road test to confirm if the problem is fixed.

If you want a detailed way on how the above procedures are done, please visit my blog: http://check-engine-light-codes.blogspot.com . This blog offers free info on how to check engine light codes with color pictures and regular repair tips so you can save money next time you see your check engine light.


OBD1 Codes Secrets for Domestic Vehicles





Saturday, September 29, 2012

Octane Boosters and the Truth Behind Them

Octane Boosters and the Truth Behind Them


Octane numbers are something we see every day and probably take for granted. We all know this is a rating means to measure a fuels resistance to pre-ignition, but how does that apply in a practical sense. Let's first assume you have a car that runs well on 91 octane. What could you gain by altering the fuel you fill up with. By going down to 87 octane you will achieve better mileage, but could risk detonation depending on your cars engine. By going up to 93 octane you might allow your car to advance the timing gaining horsepower. Due to lower BTUs per gallon you will give up a few miles per gallon. So right off you can see that it is a balancing act.

Octane Boosters and the Truth Behind Them

Octane Boosters and the Truth Behind Them

Octane Boosters and the Truth Behind Them


Octane Boosters and the Truth Behind Them



Octane Boosters and the Truth Behind Them

Looking closer at this, you notice that the extra horsepower comes from the ability of the car to advance timing and not the fuel itself. Higher octane fuel has less BTUs, but still nets power due to the timing advance and higher boost it can achieve. In modern vehicles with knock sensors the timing is constantly varied to achieve the best balance between performance and economy. Because this adjustment takes time, simply switch to higher octane at the track is not good enough. The fuel needs to be run in advance to allow the car to compensate for it. So using 91 all he time and then going to the track and filling up with 95 is not going to help your track times. You will have a faster car on the ride home though.

The other end of the spectrum is less octane. The down side here is the risk or pre-ignition and high EGTS. Both of these can lead to melted or bend pistons. Valves and the head is also placed in risk. If you have a modern vehicle it will detect this and retard timing to prevent damage. This timing modification is easy to detect with an OBDII scanner and it an easy to diagnose too fuel with too little octane.

Because of the above reasons, a lot of people turn to the boosters as a way of having both good fuel commonly and good performance at the track. The problem with them is most do not work. If you do find one what works, adding it to your tank a day before you go to the track can be beneficial. Despite the benefit, use boosters sparingly as most rely on MMT as a means of boosting the octane. Excessive MMT can cause problems with sensors, injectors, or even the exhaust.

By now you are probably confused again by what all of this means. To sum it up, if your car has no changes to compression, raised RPM limiter, or lots of boost, you should probably use whatever fuel the dealer recommends. If you have a race built motor, stick to a race fuel that meets the need of your engine. If you have a lightly tuned engine and enjoy the occasional track day, throw in a bottle of octane booster the day before and call it a day. Do not rely on boosters all of the time.

Octane Boosters and the Truth Behind Them

Tuesday, September 4, 2012

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner


With so many code scanners on the market today, what features do you need for your code scanner to come equipped with in order to diagnose your vehicle? There are several manufacturers of code scanners out there today, the one in particular I will be reviewing is Actron because I believe their product line has the most useful features in its array of products. Their product line has models that fit the novice driver ("where is my engine") to the advanced home mechanic. The features below are not on every model but I will highlight the features that are and are the ones I feel are most useful in diagnosing your car's performance.

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner


Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner



Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner

Cost Effective

Without a doubt, this has to be true. Your scanner has to be cost effective. There are many that you will find that are in the thousands of dollars but I see no sense in spending that kind of money when it is totally unnecessary. Your scanner should pay for itself when it saves you one, maybe two trips to the dealer having them tell you what is wrong.

OBDII Compliant

OBDII refers to on board diagnostics in vehicles later than 1996. Basically auto manufacturers after 1996 equipped all their vehicles with the same mechanism to test the on board diagnostics (wow it only took roughly 100 years). So if your car was made 1996 and later, your scanner needs to be OBDII compliant.

OBD I Upgradable

But my car was made before 1996, what do I do? Well, it will depend on the make of your car because manufacturers were not consistent in how they obtained on board diagnostics from vehicles. Basically, a good, reputable scanner manufacturer (like Actron) will provide upgradable cables to attach to your scanner to hook up to pre 1996 vehicles based on the make of your car.

Dependable

Overall, I would say that most scanners and readers on the market today are dependable. I mean, a scanner in it's most basic form is simply reading codes that the car is giving to them. What happens after that is a different story. Now unlike some scanner manufacturers, Actron scanners have a 1 year warranty period so in the event you do have something go wrong you can trade it in for a new one.

Actron Code Scanner - The Absolute Most Useful Features Needed in a Code Scanner

Saturday, August 11, 2012

Diesel Performance Chips - What Are They and How Do They Work?

Diesel Performance Chips - What Are They and How Do They Work?


Diesel Performance Chips have been evolving for over a decade and counting. With the increasing popularity of "TDI" (Turbocharged Direct Injection) diesel engines in passenger cars and trucks, the demand for aftermarket tuning products has also increased.

Diesel Performance Chips - What Are They and How Do They Work?

Diesel Performance Chips - What Are They and How Do They Work?

Diesel Performance Chips - What Are They and How Do They Work?


Diesel Performance Chips - What Are They and How Do They Work?



Diesel Performance Chips - What Are They and How Do They Work?

These products include but are not limited to electronic devices that I refer to as Diesel Performance Chips. Companies such as Bully Dog, Superchips, Edge, Diablosport and Hypertech and others manufacture devices such as replacement ECM's (electronic control module) circuit boards, modules that plug in to the vehicles wiring harness and also programmers and tuners.

The tuners or programmers are probably my favorite, second to modules. Tuners and programmers are pretty much the same thing, just different names depending on the manufacturer. I'll refer to them as tuners for the rest of the article.

The great thing about a tuner is that they plug directly into the OBDII port usually located under the dash. The OBDII port is a universal port that a code scanner can be connected to read DTC's (diagnostic trouble codes)

When a tuner is connected to the OBDII port, on screen instructions will guide you through the process of reprogramming the computer. Trust me, it's way easier than it sounds. The whole process is automated and only takes about two minutes from start to finish.

Most all of the newer tuners are also DTC readers as well which will allow you to check and erase the codes if the check engine light ever comes on. A lot easier than having to take it to a mechanic to see why your light is on.

When a tuner's aftermarket programming is uploading to your vehicle or you are done checking the DTC's, simply unplug the unit and store it away. A vehicle can be returned back to the factory programming at any time.

Modules will plug directly into the vehicles wiring harness. Usually all this entails is following the directions to find the correct plug most often located under the hood. Simply disconnect the plug, connect the module between where the factory plug was connected. Very simple.

If you want to return the vehicle back to stock, remove the module and reconnect the harness the way is way before installing the module. What most manufacturers refer to as an actual "chip" is a replacement circuit board that will require removal of the ECM and replacing the factory circuit board with an aftermarket unit. I tend to call all of the above Diesel Performance Chips.

The way that Diesel Performance Chips work in general is they reprogram the factory settings of the vehicle to settings that allow the engine to run more efficiently. Settings like fuel flow rate, timing curve and transmission shift points are the three I will explain.

Increasing the fuel flow can actually help the vehicle to run more efficiently, contrary to what one might think. When there is more fuel injected into the cylinder on acceleration, there is less "turbo lag." Turbo lag is the time before the turbocharger builds pressure. Lag is between when you hit the accelerator and when the turbo spools up and corrects the air/fuel ratio.

The longer the turbo lag, the longer the time it takes for the engine to burn the fuel more completely. By increasing the fuel, the lag time is decreased, thus making the engine more efficient and giving it better throttle response. One more benefit to more fuel is that overall during acceleration, more boost pressure will be reached giving a more complete burn of the fuel.

The timing curve is now reprogrammed to coincide with the increased fuel. At a higher RPM, advancing the timing will give the engine more time to burn the fuel and again make the engine more efficient.

Changing the shifting points will also increase efficiency by holding the gear longer under heavy acceleration and keeping the RPM's lower under light acceleration.

I hope this article was informative and answers some of you questions about the differences between chips, modules, tuners and programmers. For more information, to review vehicle specific products or if you just want to say hi, please visit the website below. The website contains information on alternative fuels and other ways to increase fuel mileage, but the main focus is Diesel Performance Chips.

Your Friend, Lukas L Rethke

Diesel Performance Chips - What Are They and How Do They Work?

Tuesday, July 17, 2012

Auto OBD 2 Code Reader

Auto OBD 2 Code Reader

The Equus 3150's easy to read all-in-one screen 

Easy to read all-in-one screen.

Key Product Features:
  • Powerful OBD2 tool quickly reveals "Check Engine" light warnings on any 1996 and newer car, light truck or SUV - foreign and domestic.
  • Retrieves OEM enhanced and transmission DTCs. Auto OBD 2 Code Reader
  • Diagnoses ABS codes on 1996 and newer GM, Ford and Chrysler vehicles.
  • Features unique patented all-in-one screen display and LED display for quick state emissions readiness check and drive cycle verification.

Auto OBD 2 Code Reader

  • Automatic refresh updates data every 30 seconds when connected to the vehicle - an easy way to verify repair completion.
  • Retrieves OBD2 DTCs: generic codes (P0, P2, P3, and U0) / manufacturer specific codes (P1, P3, and U1). Auto OBD 2 Code Reader
  • Communicates with all OBD 2 protocols: C.A.N. (Controller Area Network), ISO 9141, J1850PWM, J1850VPW, KWP 2000 ISO 14230-4.
  • Code definition displayed on unit in English, Spanish or French.
  • Displays freeze frame data.

Auto OBD 2 Code Reader

  • Unit can be flash updated with a standard Windows PC (OBD-PC Link software required / included with tool).
  • Memory / Battery backup for off-car review and analysis.
  • Comes with access to CanOBD2.com RepairSolutions which gives trouble code definitions, a full diagnostic report, probable causes, most likely fix to DTC's, repair costs and more.
 Auto OBD 2 Code Reader