ProRacing CR-10Map - chip.tuning.car
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Thank you for choosing
ChipBox ProRacing® CR-10MAP device.

It is the newest model of a device dedicated to cars with Common Rail injection engines,
created for the most demanding drivers. The ChipBox ProRacing® CR-10MAP device is equipped
with 10 settings (10 MAP), which can be changed using the controls placed on the device.

    The kit consists of:

  • Chip ChipBox ProRacing® CR-10MAP,
  • Cables with dedicated plugins,
  • Assembly instructions and an operating manual,
  • Warranty.

10 maps are dedicated to 10 various settings,
which enable the choice of an optimal map for a particular car.

Krzysztof Szpak
Specialist. Motor vehicle

ChipBox ProRacing® CR-10MAP is equipped
with 10 settings (10 MAP).

10 MAP means 10 different settings which enable making the choice
of an optimal map for a particular car. They can be changed using the
controls placed on the device.

ChipBox ProRacing® CR-10MAP is a modern and innovative digital device.

CR-10MAP is a digital device which enables to match the program individually
both to a particular car and the owner’s demands as well.
Depending on our choice we can drive in a more dynamic way covering
short stretches in a city, or in a combined cycle, or much more economically
covering long routes.

ChipBox ProRacing® CR-10MAP is very simple and intuitive to use.

We are able to change the settings in a car computer (ECU) very quickly
and in an intuitive way. So far, vast knowledge and special equipment
have been necessary.

ChipBox ProRacing® CR-10MAP means:

  • Increased power and torque up to 30%.
  • Limitation of fuel consumption even up to 2 liters/100km.
  • Quick change of settings using the ten controls (10 MAP).
  • Lack of necessity of interfering into the original engine control program.
  • Simple and safe tuning method for cars UNDER WARRANTY.
  • Quick and easy installation just in a few minutes.
  • Original producer’s plugins that guarantee reliable connection.

10 most important advantages of ChipBox ProRacing® CR-10MAP:

  1. Up to 10 defined settings.
  2. The device offers 10 defined settings. Each of them has different torque,
    power level and consumption limit characteristics. There are sports settings
    operating on the highest parameters, and the ones for a daily usage, and also
    the parameters we can cut fuel consumption within.

  3. Improvement of driving dynamics.
  4. Improvement of an accelerator pedal sensitivity and better acceleration.

  5. Increase in the power output of a car.
  6. Increasing the power from 15% to 30% depending on the map and power
    output of an engine – even 45hp.

  7. Increasing the top speed of a car.
  8. Maximum speed of a car is increased together with the power.

  9. Increasing the torque.
  10. The torque is essential in daily usage of a car. Thanks to ChipBox
    ProRacing® CR-10MAP it can be increased even by 60 NM. After matching
    the best settings, appropriately high torque stays in a wide speed range
    of an engine making the engine flexible. It enables, among others, smooth ride
    without the necessity of frequent gear shift.

  11. Decrease of fuel consumption.
  12. There are also ECO maps among the defined 10 MAPs which limit fuel consumption.
    They are used mostly for long routes to save even 2 liters/100km.

  13. Safety of maintaining the car warranty.
  14. ChipBox ProRacing® CR-10MAP can be used even in a car under warranty
    because no parameters in an electronic control unit (ECU) are changed permanently.
    After disconnecting the device, ECU returns to its output parameters,
    so the modification is undetectable during MOT/ servicing.

  15. Quick-assembly.
  16. The device is a self-assembly one. The kit includes a detailed manual
    and dedicated cables with original plugins.

  17. Quick effect.
  18. Thanks to electronics during modification with ChipBox ProRacing® CR-10MAP the power
    in a car is increased, so there is no need to interfere into mechanical or sub-assembly
    parts of an engine and the result occurs perceptibly immediately.

  19. Durability and reliability.
  20. ChipBox ProRacing® CR-10MAP is created in SMD technology.
    The entirety is closed in a casing made of durable plastic
    which isolates temperature well.
    Wires in heat-resistant electrical conduits are equipped with waterproof plugs
    which secure durability and reliability of a connection.

    Please notice:
    Increase of power and torque is dependent on output parameters of a car, e.g. capacity
    and power of an engine and the technical condition of a vehicle.

Easy and quick assembly of ChipBox
ProRacing® CR-10MAP in 5 steps.

  1. Make sure the car is not working
    and all electric elements are in an OFF position.
  2. The key in the ignition ought to be in an OFF position,
    no devices such as navigation, car radio, air- conditioning,
    internal lighting etc. ought to be working. If a car is not started with a key,
    the power ought to be cut off with a START/STOP button or by removing a card.

  3. After removing the engine compartment cover,
    we locate the common rail (main element of an injection system.
  4. There is a pressure sensor on the rail. Its location is shown in a detailed manual
    attached to the kit – may be different for different models of cars.

  5. We unpin a plug from the indicated
    pressure sensor on the common rail.
  6. On the plug there are latches or metal clasps. They should be unpinned before
    trying to unplug the connector from a socket.

  7. Setting about connecting the device.
    Joining ChipBox ProRacing® CR-10MAP with a cable from the kit.
  8. One of the proper cable connectors we plug into a free socket of pressure sensor
    on the common rail in a way to produce a characteristic sound of click of a clasp.

  9. The other connector of the cable
    for ChipBox ProRacing® CR-10MAP we join with a connector
    previously unplugged from the pressure sensor.
  10. After the completing the connection correctly we can switch on the ignition
    (turn the key in the ignition not starting the engine.)
    The device should be started. The proper connection
    is indicated with a glowing diode.

The choice of an optimal map for a car
is an individual matter.

Increase of power and torque and decrease of consumption depends mostly on
power output of a car, engine capacity and technical condition of a car.
It is advised to begin testing of CR-10MAP with economical programs (1-3) heading to
stronger ones, choosing this way the optimal program, and to observe occurring changes.
It is worth noticing that the newest car with low mileage the higher increase of power.

Numeric range of maps allowes to match the settings
according to needs and demands of a particular engine.

    You can choose from:
  • sports maps – maps numbered 10-7, dedicated to dynamic drive covering shorter routes,
    getting maximum power and torque from the engine.
  • universal maps – maps numbered 6-4, dedicated to daily drive which guarantee increase
    of power and torque, and improve efficiency of an engine work, causing reduction
    of fuel consumption about 0,5-1,0 l/100 km.
  • economical maps – maps numbered 3-1, which allow to get the lowest fuel consumption
    and improve driving dynamics and engine work at the same time.
    Depending on capacity of an engine the fuel consumption
    may decrease about 0,5-2,0 l/100 km.

FAQ – Frequently Asked Questions.

  • Q:

    Must the device be constantly plugged into common rail?
  • A:

    Yes, the device must be constantly plugged into the sensor
    of a common rail. When you disconnect the device the car returns to its factory settings.
  • Q:

    Despite switching the engine off the diode on the device is still glowing.
    Can the situation cause discharging the battery in my car?
  • A:

    No. The diode in the device takes minimum electricity.
    After switching the engine off the computer automatically cuts the power off in a car system.
    It disappears after some defined time, it can happen after 10 minutes or just 1 minute.
    It is dependent on a model of a car and solutions applied in it.
  • Q:

    Should I turn the engine off before switching the map?
  • A:

    Yes. To let ChipBox ProRacing® CR-10MAP device work properly the engine should be turned off
    each time before changing the map. Then we can be sure that the modification
    is going to impact ECU correctly in a car.
  • Q:

    Is the device going to cooperate with diesel particulate filter DPF?
  • A:

    Yes, ChipBox ProRacing® CR-10MAP has been constructed to cooperate
    with cars equipped with DPF as well as cars without the filter.

Remember!

Testing the settings should be started from the lowest level observing the car.
If you notice that the car starts to jerk or any other alarming symptoms do not turn on stronger settings.
If it happens you turn on too strong program, the car will switch itself into a safe mode protecting
the engine against any damages. Everything returns to factory settings after disconnecting the device.
In this case the program should be lowered to the previous already tested and the device should be installed once again.

Did you know:

Car producers designing their power units are very cautious. Engines are so strong as the market demands,
emissions standards or parameters of a current model. The truth is almost all power units have a far greater potential,
just it is limited by producers. One thing is certain! Your engine is worth much more!

Strips on the plugs.

It can happen that the chip with cables we received for ChipBox ProRacing® CR-10MAP device
differs slightly from the one we have in a car. For the reason of import of cars from different countries
it happens sometimes that car subassemblies can differ a bit. In such situation we usually remove the strips on the plugs.
The strips are only for the robots in a factory during assembling cars allowing to plug the connector in a proper way.
During a car usage the strips are useless and the plug is pinned the same and is equally water-resistant and reliable.

Removing the strips is very simple.

We remove only the strips on the plugs delivered with a device. There is no need to interfere into plugs in a car.

Engines with Common Rail.

    Engines with Common Rail power system are characteristic in (comparing with power systems of previous types):
  • steadier work,
  • better fuel consumption,
  • high thermodynamic efficiency,
  • lower heat emission,
  • softer noise,
  • lower exhaust emission,
  • ease about reaching performance
    parameters (power, torque.)

One of the main features of Common Rail system is the possibility to create constant pressure regardless of the torque.
It is possible basing on maps recorded in an engine control unit. Common Rail system enables control of high pressure
basing on the data from a pressure sensor.

IPC

Our production meets the highest standards of international Association Connecting Electronics Industries (IPC) and international
standards of production. Certificates of IPC are recognized all over the world as a quality guarantee of products and services
in electronic industry. Using PN-IEC standards in production proces guarantees high quality of production
and reproducibility of technological process.




ProRacing® Digital ChipTuning Box CR-10Map dedicated to
OPEL diesel engines with common rail.

Table of power and torque in standard and values after modification
in selected car models.

OPEL STANDARD WITH CHIP BOX
Car model Make year kW Bhp NM kW Bhp NM
AGILA A 1.3 CDTI 2003-2007 51 70 170 61 84 205
AGILA B 1.3 CDTI 2008≥ 55 75 190 66 90 225
ANTARA 2.0 CDTI 2007-2010 93 127 295 110 150 340
ANTARA 2.0 CDTI 2006-2010 110 150 320 128 175 375
ANTARA 2.2 CDTI 2010≥ 120 163 350 140 190 410
ANTARA 2.2 CDTI 2010≥ 135 184 400 158 215 470
ASTRA G 1.7 CDTI 2003-2009 59 80 170 70 95 200
ASTRA H 1.3 CDTI 2005-2010 66 90 200 79 108 235
ASTRA H 1.7 CDTI 2004-2010 59 80 170 70 95 200
ASTRA H 1.7 CDTI 2004-2009 74 100 240 88 120 280
ASTRA H 1.7 CDTI 2004-2009 74 100 240 88 120 280
ASTRA H 1.7 CDTI 2007-2010 81 110 260 96 130 305
ASTRA H 1.7 CDTI 2007-2010 81 110 260 96 130 305
ASTRA H 1.7 CDTI 2007-2010 92 125 280 110 150 330
ASTRA H 1.7 CDTI 2007-2010 92 125 280 110 150 330
ASTRA H 1.9 CDTI 2005-2010 74 100 260 88 120 305
ASTRA H 1.9 CDTI 2004-2010 88 120 280 104 142 330
ASTRA H 1.9 CDTI 2004-2010 110 150 320 128 175 375
ASTRA J 1.3 CDTI 2009≥ 70 95 190 81 110 225
ASTRA J 1.7 CDTI 2009≥ 81 110 260 96 130 305
ASTRA J 1.7 CDTI 2009≥ 81 110 260 96 130 305
ASTRA J 1.7 CDTI 2009≥ 92 125 280 110 150 330
ASTRA J 1.7 CDTI 2009≥ 92 125 280 110 150 330
ASTRA J 1.7 CDTI 2009≥ 96 130 300 112 152 350
ASTRA J 1.7 CDTI 2009≥ 96 130 300 112 152 350
ASTRA J 2.0 CDTI 2009≥ 118 160 350 139 190 410
ASTRA J 2.0 CDTI 2011≥ 121 165 350 143 195 410
ASTRA J 2.0 CDTI 2012≥ 143 195 400 165 225 460
COMBO C 1.3 CDTI 2004-2011 51 70 170 61 84 205
COMBO C 1.3 CDTI 2005-2011 55 75 170 66 90 205
COMBO C 1.7 CDTI 2004-2011 74 100 240 88 120 280
COMBO C 1.7 CDTI 2004-2011 74 100 240 88 120 280
COMBO D 1.3 CDTI 2011≥ 66 90 200 79 108 235
COMBO D 1.6 CDTI 2011≥ 66 90 290 79 108 340
COMBO D 1.6 CDTI 2011≥ 77 105 290 92 125 335
COMBO D 2.0 CDTI 2011≥ 99 135 320 115 155 375
CORSA C 1.3 CDTI 2003-2006 51 70 170 61 84 205
CORSA C 1.7 CDTI 2003-2006 74 100 240 88 120 280
CORSA D 1.3 CDTI 2006≥ 55 75 170 66 90 205
CORSA D 1.3 CDTI 2006≥ 66 90 200 79 108 235
CORSA D 1.3 CDTI 2010≥ 70 95 190 81 110 225
CORSA D 1.7 CDTI 2006≥ 92 125 280 110 150 330
CORSA D 1.7 CDTI 2006≥ 92 125 280 110 150 330
CORSA D 1.7 CDTI 2010≥ 96 130 300 112 152 350
CORSA D 1.7 CDTI 2010≥ 96 130 300 112 152 350
INSIGNIA 2.0 CDTI 2008≥ 81 110 260 96 130 305
INSIGNIA 2.0 CDTI 2008≥ 96 130 300 112 152 350
INSIGNIA 2.0 CDTI 2010≥ 118 160 350 139 190 410
INSIGNIA 2.0 CDTI 2008≥ 140 190 400 161 220 460
INSIGNIA 2.0 CDTI 2012≥ 143 195 400 165 225 460
MERIVA A 1.3 CDTI 2003-2010 55 75 170 66 90 205
MERIVA A 1.7 CDTI 2003-2010 74 100 240 88 120 280
MERIVA A 1.7 CDTI 2003-2010 74 100 240 88 120 280
MERIVA A 1.7 CDTI 2006-2010 92 125 280 110 150 330
MERIVA A 1.7 CDTI 2006-2010 92 125 280 110 150 330
MERIVA B 1.3 CDTI 2010≥ 55 75 180 66 90 210
MERIVA B 1.3 CDTI 2010≥ 70 95 190 81 110 215
MERIVA B 1.7 CDTI 2010≥ 74 100 260 88 120 300
MERIVA B 1.7 CDTI 2010≥ 74 100 260 88 120 300
MERIVA B 1.7 CDTI 2010≥ 81 110 260 96 130 305
MERIVA B 1.7 CDTI 2010≥ 81 110 260 96 130 305
MERIVA B 1.7 CDTI 2010≥ 96 130 300 112 152 350
MERIVA B 1.7 CDTI 2010≥ 96 130 300 112 152 350
MOKKA 1.7 CDTI 2012≥ 96 130 300 112 152 350
MOKKA 1.7 CDTI 2012≥ 96 130 300 112 152 350
MOVANO A 2.5 CDTI 2003-2010 74 100 260 89 120 305
MOVANO A 2.5 CDTI 2003-2010 84 115 290 99 135 340
MOVANO A 2.5 CDTI 2003-2010 88 120 290 104 142 340
MOVANO A 2.5 CDTI 2003-2010 107 146 320 125 170 370
MOVANO A 3.0 CDTI 2003-2010 100 136 320 118 160 370
MOVANO B 2.3 CDTI 2010≥ 74 100 285 89 120 330
MOVANO B 2.3 CDTI 2010≥ 92 125 310 108 147 360
MOVANO B 2.3 CDTI 2010≥ 107 146 350 125 170 405
OMEGA B 2.5 DTI 2001-2003 110 150 300 128 175 350
SIGNUM 1.9 CDTI 2005-2008 74 100 260 88 120 305
SIGNUM 1.9 CDTI 2004-2008 88 120 280 104 142 330
SIGNUM 1.9 CDTI 2004-2008 110 150 320 128 175 375
TIGRA B 1.3 CDTI 2004-2009 51 70 170 61 84 205
VECTRA C 1.9 CDTI 2005-2008 74 100 260 88 120 305
VECTRA C 1.9 CDTI 2003-2008 88 120 280 104 142 330
VECTRA C 1.9 CDTI 2003-2008 110 150 320 128 175 375
VIVARO 1.9 CDTI 2006≥ 60 82 190 74 100 225
VIVARO 1.9 CDTI 2006≥ 74 100 240 88 120 280
VIVARO 2.0 CDTI 2006≥ 66 90 240 79 108 280
VIVARO 2.0 CDTI 2006≥ 84 114 290 99 135 340
VIVARO 2.5 CDTI 2003≥ 99 135 310 118 160 365
VIVARO 2.5 CDTI 2006≥ 107 146 320 125 170 375
ZAFIRA B 1.7 CDTI 2007-2011 81 110 260 96 130 305
ZAFIRA B 1.7 CDTI 2007-2011 81 110 260 96 130 305
ZAFIRA B 1.7 CDTI 2007-2011 92 125 280 110 150 330
ZAFIRA B 1.7 CDTI 2007-2011 92 125 280 110 150 330
ZAFIRA B 1.9 CDTI 2005-2011 74 100 260 88 120 305
ZAFIRA B 1.9 CDTI 2005-2011 88 120 280 104 142 330
ZAFIRA B 1.9 CDTI 2005-2011 110 150 320 128 175 375
ZAFIRA C 2.0 CDTI 2011≥ 81 110 260 96 130 305
ZAFIRA C 2.0 CDTI 2011≥ 96 130 300 112 152 350
ZAFIRA C 2.0 CDTI 2011≥ 121 165 350 143 195 410
ZAFIRA C 2.0 CDTI 2013≥ 143 195 400 165 225 460