DIY gazelle instrument panel repair

In detail: do-it-yourself business gazelle instrument panel repair from a real master for the site my.housecope.com.

Greetings to all! I haven't written anything for a long time, and there was no time either. a lot of work. Of course, there were some surprises for the new year from my swallow. It all started with the fact that two weeks before the new year, the backlight bulbs gradually began to burn out on my instrument cluster. The last straw of my patience was when 12/30/2014. after ordering, I arrived home and at the entrance to the house, the backlight of the odometer lcd display burns out. I parked the car and went to get ready for the holidays. After the new year, I don’t remember the second, or the third of January, I went to the car, took off the instrument cluster and returned home. Without hesitation, he dismembered it into whatever is possible =))
Took off the dials

Took off LCD odometer and clock displays

This is what this miracle consists of

And here is an idiotic color filter. Always pissed me off. I don’t know why, but I don’t like the green backlight

Cutting out the inside in the case, it remains to pick up the board

I rummaged for a long time in my LED wealth, picking up a board for the LCD display case, but not picking up anything suitable I decided to make it out of a circuit board, because draw, poison, tinker, etc. was reluctant and long. I made these blanks from the assembly

I soldered the LEDs without hesitation

I tried on how it would shine in the case, but without this green filter. Looks gorgeous =)

The second did the same as the first and, as they say, put it all back on the board by connecting it all through the LED driver =)

I thought to end this, but since I had already sorted everything out, I went on. I peeled off the left and right light filter, and borrowed it from my wife using nail polish remover, removed the green plaque and glued it back =)

Video (click to play).

Further, I cut out two boards from the circuit board under the instrument cluster housing

I soldered the LEDs. I did the same with the right one, but forgot to take a picture of it. there was more fuss with her. On the right side, I implemented backlighting up to 3000 rpm white, from 3000 to 4000 rpm yellow, and then everything is red =)

For some reason I can’t post more pictures, I don’t know why. Read on for the sequel!

How to wind up a speedometer (mileage) in a Gazelle-

Image - DIY gazelle instrument panel repair

I also have the arrows on the accumulator and the oil pressure ignited. sorted out. the oil arrow was put in place and still it again points in the other direction

Image - DIY gazelle instrument panel repair

Hello, I have a gazelle business device all arrows do not robots the reason you know

Image - DIY gazelle instrument panel repair

oil and temperature I can not find the wires, what to do tell me, Volga 3110

Image - DIY gazelle instrument panel repair

hello friends, this is the case, I put the 402 engine on, I don’t know how to bring the wires to the sensors, there was an engine injector earlier,

Image - DIY gazelle instrument panel repair

I changed the speedometer because of the odometer on my 3110 twice in 12 years and the pressure did not fly off, but I had to replace the fuel gauge. Interestingly, I bought almost the same in the store, but did not fit at all)) I had to stir up the old and new hybrid) and adjust the arrow by adding gasoline to the tank) The store said that there are at least two varieties of this device.

Image - DIY gazelle instrument panel repair

The instrument cluster of a Gazelle car can be two types: old and new, electronic... Like most other cars, it includes four devices (speedometer, tachometer, coolant temperature gauge, fuel gauge) and warning lamps, there are twelve of them. A printed circuit board is installed on the inside of the case, the leads of which go to two plugs: white (X1) and red (X2).

Options for a complete refusal in the operation of the instrument cluster of a Gazelle car, two: the first option, when the arrows of all devices are at zero and do not react to the turn of the key in the ignition lock; the second option, when the arrows of the instruments do not lie at zero, but, on the contrary, go off scale. Of course, the ideal option would be to check a non-working instrument cluster at the stand, but it can only be found in a specialized workshop, of which there are not so many in the vast territory of Russia.

If instrument arrows are at zero, what can the driver do in this situation? Most likely, in this case, the contact in the circuit from the storage battery to the terminal "87" of the ignition switch unloading relay is broken. Therefore, he will have to check the safety of the fuses, the condition of the pads included in this electrical circuit and the connection of the instrument cluster to ground. On the white block (X1) of the instrument panel, the ground wire fits to 1 plug, and on the red block (X2), the ground wire fits to the 3 plug.

If the above actions did not give any result, then there are again two exits: either, you will have to replace the instrument cluster by purchasing a new one; or try to independently check the printed circuit board for breaks. True, the cost of a new instrument cluster is quite high, more than 10 thousand rubles. So you can try to restore it, although the manufacturer believes that the instrument cluster cannot be repaired. Often peeling off the tracks of the circuit board occurs due to strong pressure on the connector of the shoe during assembly. Therefore, the breaks in the tracks, you can try to solder in order to restore the operability of the instrument panel.

The reason for the off-scale devices may be a malfunction in the controller of the electronic control unit Mikas 10.3, this malfunction often occurs in the cold season. In this case, it is necessary to carry out diagnostics and the error that has occurred, erase it by updating the software to a more recent serial version. Also, a similar malfunction may appear after the controller is flashed.

To control the systems, the GAZ car is equipped with a combination of instruments in which control devices are installed: voltage indicator, tachometer, speedometer, engine temperature indicator, oil pressure indicator, fuel level indicator and warning lights. The connection of the contacts of the instrument cluster is shown in the electrical diagrams below, and the location of the electrical connectors can be seen in the photographs. The information is provided as a guide to self-troubleshooting and do-it-yourself instrument panel replacement.

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1 Coolant temperature sensor
2 Selection of emergency coolant temperature
3 Emergency low engine oil pressure
4 Oil pressure switch
5 Fuel level sensor
6 ———-
7 ———-
8 Open bus doors
9 ———-
10 Open doors of interior, bonnet or trunk
11 ———
12 ———
13 Electronic brake force regulator (EBD) malfunction

1 Battery
2 Turn on the starboard turn signal lamps
3 Turn on the left side turn signal lamps
4 Engaging the parking brake
5 High beam switch
6 Activation of front fog lamps
7 Gearbox illumination
8 Turning on the side lights
9 Switching on rear fog lamps
10 ———
11 Enabling center differential lock
12 Switching down gear
13 Type of oil pressure sensor

1 Housing for analog signals
2 Ignition
3 Housing
4 High voltage tachometer input
5 Low voltage tachometer input
6 Switching on low beam headlights
7 Battery discharge
8 Ignition
9 Low brake fluid level
10 Speed ​​sensor
11 Speedometer output to the on-board computer
12 Switching on the heating of the star glass
13 Malfunction of the anti-lock braking system (ABS)

1 Diagnostic indicator (-)
2 Diagnostic indicator (+) and engine preheating (+)
3 Brake pad wear
4 Turn on preheating of the engine (-)
5 ————-
6 ————-
7 ————-
8 ————-
9 —————
10 ————-
11 Low washer fluid level
12 Low coolant level
13 Low engine oil level

The pin assignment of instrument combinations of the 38.3801 family in various versions is shown in the table:

Many car owners of a gazelle or Volga car with an old-style dashboard tend to change it to a new-style dashboard, in which most of the indicators are replaced with modern LED ones, and such a dashboard looks much prettier and brighter.

So, to remove the instrument cluster, first remove the lining by unscrewing the four screws. Then remove the four screws securing the combination; disconnect the electrical connectors and remove the instrument cluster. Repair the instrument cluster by block replacement of faulty instruments. To replace devices, remove the protective glass and on the reverse side unscrew the fastening nuts of the faulty device.

The reason why many drivers install the Gazelle Business dashboard is that it looks better. The second reason why it is worth buying this particular version of the panel is the functionality and the increased number of opportunities to monitor the performance of the car.

The euro-type panel has 2 large dials - a speedometer and a tachometer, as well as 2 small ones, which show the amount of gasoline and the temperature of the coolant. The rest of the information about the state of the nodes and the errors that have occurred is displayed using the lit indicators in the middle of the panel. The simpler design significantly relieves the driver's attention.

Disconnect the wire from the negative terminal on the vehicle battery. Unscrew the mounting screws and remove the A-pillar trim. Gently pull out the extension, first prying it off with a thin screwdriver. Remove the fuse block cover and unscrew the screws securing the blocks. Then carefully pull out the fuse boxes, making sure that the connector blocks come out of the dashboard. Using a screwdriver, unscrew the two self-tapping screws located in the antenna visor. After that, remove the two plugs that are under the petals of the wipers and turn signals, and remove the visor. The Gazelle instrument panel itself is supported by 4 self-tapping screws.

Unscrew the screws and pull out the panel. To remove the shield, remove the four plugs.

Carefully remove the steering column by removing the dashboard amplifier and steering column shrouds. Disconnect the return spring. Then remove the side upholstery and hoses of the pipes.

Following this, remove the plastic fastening clamps, and then - the wiring harnesses. With a little effort, pull the Gazelle dashboard towards you. The task was solved: the instrument panel was dismantled.

Remove all fastening screws and bolts very carefully, because otherwise, if you apply more force than necessary, you can damage the dashboard, which will ruin its appearance.

When dismantling the Gazelle instrument panel, remember (or better photograph) the procedure for connecting the wires to the switches. If the wiring is incorrectly connected, the vehicle will not function correctly. The correctness of the wiring connection depends, for example, on the accuracy of the instrument readings and other equally important parameters.

  • Replacing the native instrument illumination with a Gazelle

You will need flat and Phillips screwdrivers.

1. Remove the three screws securing the windscreen deflector ...

4.… and remove the left nozzle of the ventilation and heating system.

5. Remove the right nozzle in the same way.

6. Pry with a screwdriver and remove the rear window heating switch from the console trim.

7. Disconnect the harness connector from the heated rear window switch.

9. Remove the pins of the storage compartment cover from the holes of the console overlay and remove the cover.

10. Remove the four screws securing the console trim.

12.… And remove the container from the dashboard (or remove the radio, if installed).

13. Disconnect the audio harness pads.

14. Remove the two screws securing the console trim located on the sides of the radio window.

15. Remove the console trim, overcoming the resistance of the spring clips at the top of it.

16. Squeeze out from the back ...

17.… and remove the hazard warning light switch.

18. Press down on the latch on the harness shoe ...

19. ... and disconnect the block from the switch.

20. Disconnect the wiring harness pads from the watch ...

21. ... from the heater motor switch ...

22.… and from the heater control unit.

24. ... and remove the clock from the console cover.

25. Remove the four screws securing the heater control unit to the console trim ...

27. Remove the two screws securing the center ventilation system nozzle to the console trim.

28. Press out the four catches at the top ...

29. ... and four clips from the bottom of the nozzle ...

31. Remove the screw securing the fuse and relay box ...

33. Disconnect the harness connector from the glove box light switch.

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34. Remove the switch fastening screw ...

36. Use a screwdriver to pry the glove box lighting cover and remove it from the instrument panel.

37. Depress the latch and disconnect the block of the wiring harness from the lamp.

38. Remove the two screws securing the left ventilation duct ...

40. Remove the right air duct in the same way.

41. Unscrew the two screws securing the gearmotor of the air flow distribution flap, remove the gearmotor ...

42. ... and disconnect the harness block.

43. Remove the two screws securing the foot heating air duct ...

44. ... and remove the air line.

45. Remove the two screws securing the air heating distributor ...

46. ​​... and remove the distributor.

47. Assemble the instrument panel in the reverse order to disassembly.

Is it worth installing a new Gazelle dashboard in the car, or is the old panel quite suitable for use? The question is quite common, especially for those drivers who have had the opportunity to update their car a little. It is worth installing a new thing, but how much it will cost is another question.

Classic Gazelle dashboard

The dashboard performs one function - information. In a small area in the torpedo of the car, all the devices with indicators of the car's operation are located, this is both good and not very good. While the driver is looking for an indicator, an indicator of revolutions, he is distracted from the road, creating conditions for an emergency. Nevertheless, the majority of Gazelle users eventually get used to the appearance of the panel and already intuitively inspect one or another part of it to obtain information.

The standard panel on most modifications of the Gazelle looks like 3-5 round dials surrounded by several signaling devices. The main gauges - the speedometer and tachometer are large. Image - DIY gazelle instrument panel repair

The speedometer is always located in the center, since this is the main device that the driver is guided by. The three large devices most often include a coolant temperature sensor. The rest of the dials are either the amount of gasoline, or the battery charge, less often the amount of oil. All the indicators that the driver needs can also look like warning lights. Their indicators light up from time to time. The devices are placed compactly, they do not interfere with each other.

The reason many drivers install the Business Gazelle dashboard is simple - it looks better. The second reason why it is worth buying this particular version of the panel is the functionality and the increased number of opportunities to monitor the performance of the car. Image - DIY gazelle instrument panel repair

Business Gazelle dashboard design

The euro-type panel has 2 large dials - a speedometer and a tachometer, as well as 2 small ones, which show the amount of gasoline and the temperature of the coolant.The rest of the information about the state of the nodes and the errors that have occurred is displayed using the lit indicators in the middle of the panel. The simpler design significantly relieves the driver's attention.

Gazelle car models

The downside of such a panel is that on most Gazelles you will have to sweat a little when connecting. The pinout diagram of the device is included in the kit, so there will be problems with the connection if you have not encountered such work before. You will also have to add several terminals, and also change several contacts so that all devices and sensors work correctly.