The first model of the Volzhsky Automobile Plant, released in 1970, was the Zhiguli brand of cars. The car became very prestigious and was in great demand until the end of the 1980s. Then foreign foreign cars came to the car market. Competition forced us to change and improve the model to the LADA brand. Since 1999, the car was modified, and it continued to be in mass demand; improving its body to a modern design, improving driving performance, dynamism and comfort made it possible to increase quality and demand. Production of the VAZ-2112 began in 2000 with periodic technical changes and qualitative improvements to the model.
VAZ 2112 fuse diagram
With an 8-valve and 16-valve engine, it is equipped with a main mounting block, and since 2008 an additional console has been added. A diagram with element markings is printed on the left side of the main block cover and placed below.
The designations of all elements are presented below. You can find the transcript in the table.
Circuit breakers | Power, A | What protects |
F1 | 5 | Lamps for turning on the license plate lighting, instruments, side lights, trunk, left side. |
F2 | 7,5 | Low beam |
F3 | 10 | Further |
F4 | 10 | PTF |
F5 | 30 | Door windows |
F6 | 15 | Portable lamp (socket) |
F7 | 20 | Engine cooling fan. Sound signal. |
F8 | 20 | Rear window heating element. Relay for turning on the heated rear window. |
F9 | 20 | Recirculation valve. Cleaners, windshield and headlight washers (wiper fuse). Relay for turning on the heated rear window. |
F10 | 20 | Spare |
F11 | 5 | Starboard side marker lamps |
F12 | 7,5 | Middle left |
F13 | 10 | Far left. Power indicator lamp |
F14 | 10 | Left PTF |
F15 | 20 | Electrically heated seats. Trunk lock lock |
F16 | 10 | Turn signals and emergency lights. |
F17 | 7,5 | Interior lighting. Ignition switch. Stop signal. Watch. |
F18 | 25 | Glove compartment lighting. Heater controller. Cigarette lighter fuse. |
F19 | 10 | Locking door locks. Relay for monitoring the serviceability of brake light lamps and dimensions. Direction indicators. Reversing light. Generator excitation winding. On-board control system display unit. Instrument cluster. Watch. |
F20 | 7,5 | Rear fog lamps. |
Relay
- K1 - lamp health monitoring;
- K2 - windshield wiper;
- KZ - direction indicators and emergency lights;
- K4 - switch on low beam;
- K5 - high beam;
- K6 - additional relay;
- K7 — heated rear window;
- K8 - rear PTF.
Starter fuse and relay
Installed on the device itself between the engine and the fan radiator. If signs of a malfunction appear, it is better not to delay replacing the element and install a new relay.
Fuel pump fuse and relay
Located in the additional interior installer - No. 3. Responsible for the fuel pump relay No. 5.
Relay and fuse for cigarette lighter
No. F18 is rated at 25 Amps.
Stove
The 25 A element F18 is responsible for protecting the operation of the electrical circuit of the heater motor.
Turn signals
The elements are marked as F19 and are rated at 10 Amps.
Brake lights
Located in the main block - No. F17. Its power is 7.5 A.
Where is the alarm fuse located?
No. F16 and rated 10 A.
Cooling Fan
The F7 element with a power of 20 Amperes is responsible for its protection.
Which fuse goes to the radio?
This is an F4 rated at 20 A.
Window lifters
F5 at 30 A.
Fuse and relay for central locking VAZ 2112: where is it located
They can be found in a separate box behind the main mounting block.
Ignition
The main relay is located in the additional cabin unit, where it is number 6.
Reverse
F19 with a rating of 10 Amperes is responsible for the lamps.
Fogs
Protected by three inserts: right - F4, left - F14, and rear - F20. The power of all PTFs is 10 Amps. In case of tuning, you may need to replace them with new ones along with the fog lights. The connection occurs via switch K8.
Lamp health monitoring relay
Marked as K1 in the main block of the VAZ 2112.
Brake
Installed under the brake pedal.
Relay and fuse for injectors
The additional element F3 is rated at 15 Amps.
Fuse for interior light
The F17 element with a power of 7.5 A is responsible for the safe operation of the VAZ 2112 interior lighting lamp.
Number plate illumination
Corresponds to F1 with a rating of 5 Amps.
Generator
A three-level relay voltage regulator is located on the device. It is better to replace the factory element with a new one, since three-level voltage regulation often leads to a short circuit.
Heated rear window
Relay K7 is responsible for turning on. Protects the F8 electrical circuit with a rating of 20 Amps.
Seat heating
It is protected by a 20 Amp F15 insert.
Wiper relay
This is a K2 and without its stable operation there will be no washer supply to the windshield, and the wipers will not be able to do their job.
Charger
They placed it next to the device - one of the few elements of this kind under the hood of a car.
Low and high beam VAZ 2112
It is protected by fuses F2 and F12 (left and right headlights), and the high beam is protected by F3 and F13 (left and right). The first has a rating of 7.5 A, and the second has a rating of 10 A.
Fuse for the dashboard of VAZ 2112
Located in the wiring harness leading to the instrument panel from the battery.
Dimensions
There are 2 fusible elements - F1 and F11, left and right. The power of both is 5 Amperes. Factory fuses require replacement due to the fact that the dimensions often burn out due to their malfunctions.
Heated seats
It is protected by an element marked F15 for 20 Amperes.
VAZ 2112 speedometer fuse: where is it located?
He's gone.
Opening the trunk
This is an F1 and is rated at 5A.
Fuse F6
Responsible for protection against burnout of the car socket. Its rating is 15 Amperes.
VAZ 2112: fuse F17 blows
Most often, this element, which is responsible for interior lighting, fails due to a battery failure. Its power is 7.5 A.
Fuse F19
Responsible for protecting the brake light, reversing lights and dimensions.
Relay K1
An element of lamp serviceability, which in older versions is replaced by a jumper.
Relay K6
This is a reserve item.
Speed sensor
Located on the wiring harness leading to the device.
Repair
When you already know where the VAZ-2112 starter relay is located, you can begin to repair it. It is not necessary to immediately buy a new part; experienced drivers will try to fix it first. The device has only three outputs that are needed to connect wires. The first is designed to supply electricity to the ignition switch. When the key is turned, the contacts close and the required voltage is transferred to the relay coil.
Other outlets have a larger diameter. They are designed to connect to the starter and battery. Most often, the contacts on the coins become clogged or oxidized. To fix the problem, you need to unscrew the bolts and remove the nut and washer, which is located at the relay output.
After this, you need to disconnect the outputs from the winding using a soldering iron. Soot and other blockages on the heels are removed using fine sandpaper. If the wear of these elements is too severe, then it is better to replace the VAZ-2112 starter relay. There is no need to replace the device if the electrical wiring is broken. In this case, you just need to replace the wires, and the relay will work properly again.
On-board computer
Fuse element F17 or F19 is responsible for it. In the first case, the power is 7.5 A, and in the second - 10 A.
before–>
VAZ 2110 2111 2112 (Lada 110 111 112) - a family of cars produced in 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 and 2009 with sedan and hatchback bodies and a station wagon mainly with 8 and 16 valve gasoline engines ( injector , carburetor). In this article you will find a description of the fuse and relay blocks of the VAZ 2110 2111 2112 with diagrams , photographs and their locations. Electrical connection diagram. Let's highlight the fuse responsible for the cigarette lighter.
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The purpose of fuses and relays in your VAZ 2110 (2111 / 2112) relay may differ from those presented and depend on the year of manufacture. The current purpose can be printed on the block itself.
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Additional block
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It is located under the center console and is covered with a lid. One part is accessible from the right side.
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Scheme
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Designation
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- 15A - Ignition module, controller
- 15A - Canister purge valve, vehicle speed sensor, oxygen concentration sensor (heating), air flow sensor
- 15A - fuel pump, fuel pump fuse, injectors
- Electric fan relay
- Fuel pump relay
- Main relay (ignition relay)
The other part is on the left side of the console:
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Scheme
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Decoding
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- Central locking control unit
- Immobilizer block
- Relay for turning on rear fog lights.
On our channel we also prepared a video on this publication. Watch and subscribe.
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Do you know how to make the material better? Write in the comments.
after–>
VAZ 2110 starter solenoid relay: where is it located, do-it-yourself replacement
Many owners of the domestic “ten” are faced with a situation where it is impossible to start the engine using the starter. Moreover, they do not blame the starter itself, but the relay.
But when the process of searching the engine compartment begins, they fail to find the starter relay on the VAZ 2110. It is not surprising that numerous websites, forums, and social networks regularly publish questions of approximately the same nature - where is the starter relay on a VAZ 2110.
The answer is very simple - nowhere. The fact is that most of the domestic “ten” do not contain this element in their design. There is a retractor relay located in the structure of the starter itself, under its contacts. And to get to it, you will first have to dismantle the starting device.
Device
The part looks like a small square box with four connectors. It consists of an armature in a housing containing an electromagnet with a winding. Its operation is ensured by electrical contacts and return springs.
The electromagnet is represented by two independent coils with holding and retracting independent parts. The first of the devices is docked with the housing and connected to the control input. The retractor coil goes to the control terminal and communicates with the starter motor.
How it works
The design of the “ten” starter is such that inside it there is a retractor relay, which is responsible for the rotation of the drive gears. When the gears engage the teeth of the crankshaft flywheel, starting occurs. Therefore, if the retractor does not work, then you will not be able to start the engine.
Plus, when the contacts on the traction winding are closed, the starter motor is supplied with power from the battery. The contacts are washed out, the blocking is activated, due to which the retractor winding is “cut out”.
The retractor is controlled directly from the ignition switch. Plus it plays the role of starter protection. The fact that the relay will require an impressive amount of current leads to gradual wear of the contacts in the contact group.
This can be noticed by the unclear start of the power unit; periodically the starter may not operate or may rotate the engine slowly. You can solve this problem on your own.
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- The controller controls the on/off of the additional starter relay depending on the crankshaft speed and the time the starter cranks the engine.
- After setting the ignition key to the “Starter” position and the crankshaft rotation speed not exceeding 500 min1, the controller sends a signal to an additional relay and thus turns on the starter.
- After being turned on, the starter will work until the ignition key is in the “Starter” position for no more than 20 seconds, provided that the “correct” password has been received from the immobilizer and the crankshaft speed has not increased to 500 min1. This prevents the starter from turning on when the engine is running and its overheating during prolonged cranking.
In other words, why do you need an additional starter relay:
- To protect the starter from accidental (due to wear, prolonged starting) sintering of contacts in the ignition switch;
- In order to turn off the power to the starter when the engine has started, but the key, for some reason, continues to be in the “starter” mode;
- Relieves the load on the ignition switch contacts.
How to check the additional starter relay, is it installed in the “ten”?
- First, check the presence of an additional starter relay in the mounting block. This relay is mounted and is indicated by an arrow in the photo.
- Secondly, you can check its operation as follows: turn the starter in the cylinder purging mode, after 12-13 seconds the starter should turn off automatically.
Installing an additional starter relay
By the way, stores have a kit of additional starter relays for self-installation. For example, a kit from Avtoelektronika, which contains everything necessary for installation, however, the circuit included in the kit turned out to be unfinished. For the additional relay to operate correctly, it was necessary to add a 1A direct current diode to the circuit (1N4000-1N4007 or the Russian analogue KD243(A-Zh)).
The absence of an additional starter relay does not mean that there is an urgent need for it. For example, many foreign cars do not install such a relay either. And car enthusiasts whose relay has failed do not see the difference after dismantling it, so it makes sense to devote time to other modifications to the car’s electrical system.
Dismantling
The dismantling process cannot be called difficult; even a beginner can handle it. Just follow the given instructions.
- Disconnect the negative cable from the battery.
- Remove the air filter.
- Disconnect the set of wires that go to the retractor.
- Remove the nut responsible for securing the tip of the power wire. To do this you will need a 13 key.
- Now it is the turn to dismantle the nuts that hold the starter. Here you need a larger key - 15 millimeters. But if the top one unscrews without any problems, then it will not be easy to get to the bottom one. But it will have to be done.
- Remove the starter.
- Remove the nut of the lower terminal of the solenoid relay and disconnect the wiring.
- Unscrew the relay mounting bolts using a size 8 wrench and remove it completely.
Examination
Installation and connection of an additional starter relay
To make checking more convenient:
- Take two wires 30-40 centimeters long and then connect these wires to the battery
- Then you need to directly connect the wire that comes from the negative terminal to the corresponding terminal on the relay, then connect the wire that connects to the positive terminal
- The relay should retract the core with a characteristic click.
- When this does not happen, then the cause of the problem is really the relay, install it back, you can screw the starter back
- When replacing a relay, it is definitely worth performing preventive maintenance for the starter itself.
- Unscrew the rear cover, having first (if necessary) cleaned the dirt from it, and inspect the condition of the brushes, except for the Bendix fork
- If you find that the brushes or fork need to be changed, then it is best to do it right away, otherwise soon you will definitely have to remove the starter again and repair it
Typical breakdowns
Now let’s figure out how to check the starter solenoid relay on a VAZ 2110. It must be carefully inspected after dismantling.
This unit is characterized by certain breakdowns, which we will talk about.
- The fastening is loose or the nuts responsible for fastening the wire end are completely loose. Everything is simple here, as you understand. You just need to tighten the fasteners.
- Oxidation has formed on the windings, connections or wiring. If everything is not too serious, you can simply clean the contacts. In case of serious oxidation, it is better to replace them with new ones.
- The power supply circuit has breaks. Again, you don’t need to come up with anything fancy, just replace the chain.
- The armature exhibits idle operation or slow operation. Just replace the armature and that's it, problem solved.
- Check the short circuit of the turns of the two windings using an ohmmeter.
Principle of operation
The relay is necessary to start the engine system, so it was built into the fuel pump. When power is applied to a contact communicating with the control, electromagnetic induction appears inside the coil. This occurs under the influence of current, through this process a magnetic field is created. The attraction of the armature contributes to the compression of the return spring.
At the same time, the bendix is pushed out, which connects the engine and starter using a flywheel. The positive terminal supplies power to the pull-in winding. In this case, the contacts are closed to each other. At this time, the armature is located inside the coil, in which the magnetic field ceases to be generated. When the power plant starts, the power is turned off, and the armature is sent to its original position using the return force. The contacts open. During this process, the bendix stops interacting with the flywheel.
Replacement
In fact, it is theoretically possible to repair the relay. But in reality this is rarely justified in terms of financial and time costs.
A much simpler and more rational solution is replacement. The procedure will not take much time, but the unit will definitely work properly and reliably. It is unknown what the result of the repair will be.
If the relay is incorrectly repaired, this can lead to blocking the start of the power unit. The cost of repairing such a problem is much higher than buying a new high-quality relay.
Replacing and installing a new solenoid relay will not be a problem, since the procedure is performed in the reverse order of disassembly.
Proceed with caution, keeping an eye on each item you take apart and put back together. Clean some contacts, if necessary, tighten loose fasteners. Whatever one may say, as the car is used, it shakes violently and vibrates, which leads to the banal loosening of nuts and bolts. What's most interesting is that this often leads to a whole range of problems. Therefore, make sure that each individual fastener is securely fastened.
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Structural features
Drivers call a device such as a starter a starter, as it helps to start the car. It is practically no different from similar mechanisms. However, if you need to purchase a starter relay for a VAZ-2112, then you need to remove the part from the car and take the store with you. This element differs from similar ones in size. You can purchase a device from the VAZ-2111 or 2110 models, as it is completely identical.
On the twelfth model of the Zhiguli, the installed starter is of modest size. However, this small device is very functional. The technical documentation describes how the structure of the mechanism differs and where the VAZ-2112 starter relay is located. In the photo you can see the main and additional blocks.
These cars were equipped with injection power units with 16 valves. To prevent electrical current fluctuations, a relay is used. When the electrical circuit is turned on, this device passes current, gradually equalizing the voltage to a value of 80-340 amperes. This scatter of indicators is explained by the fact that the relay produces the first parameter in a resting state, and the second in operating mode. As soon as the vehicle stops, this circuit opens and the circuit shuts down.