Lada Granta engine compartment photo

About the conventions

Let us remember that the practical Lada Granta model went into production back in 2011. This modern car is full of new modifications of complex instruments and electronic devices. All this aims to provide the driver with maximum driving comfort. Today VAZ produces the Lada Granta in three versions in terms of equipment:

The first two options have the same wiring diagram, but in the “Lux” it is different. It's a shame that the factory operating instructions for the car do not contain this wiring diagram. However, do not rush to get upset, because such an album with the entire list of schemes can be purchased in the market network of auto goods.

Electrical cabling involves the presence of a large number of bundles. The wiring diagram has symbols and serial numbers, each of which is assigned to a strictly specific pantograph. These consumers in the diagram are switched into the general network via conventional lines. To increase clarity, the developers used different colors for the lines. Next, the wires are assembled into bundles, which are connected to electrical units using special connectors.

The first number in the wire marking indicates the plug, connector or terminal to which this cable is connected. The number present behind the fraction sign indicates its correspondence to the contact number of the pantograph.

The reader can familiarize himself with the operating principle of a particular electronic unit on his own. If the defects are minor, then they do not create difficulties during the repair or replacement process. But the situation changes when a complex component fails, which implies the need to turn to electricians. To understand the situation with a malfunction of a specific pantograph, the owner of a LADA Granta does not need to remember all the details and details of the layout drawing, but it will be enough to know the location of the device and the features of the wiring leading to it.

Information about techniques that allow you to quickly replace a fuse or relay that has become unusable will also be useful. The Lada Granta mounting block provides backup fuses and relays of the same nature. Safety elements are necessary to protect circuits from current overloads, which lead not only to failure of the device, but also protect the circuit from short circuits, which pose a risk of subsequent fire. In such a situation, the fuse-link heats up, after which its element burns out, thereby cutting off the power supply to the pantograph. Fuses may only be replaced with analogues set to the same maximum current. Neglecting this important rule can also cause breakdowns and fires.

Components of an air conditioner

The thermostatic valve is located in the evaporator housing and is designed to reduce pressure. This phenomenon causes the refrigerant to boil in the evaporator. It should be noted that the device does not require configuration.

As for the receiver-dryer, this unit is used for liquefied refrigerant purification. Filtration is carried out using silica gel. Long-term depressurization of the air conditioning system requires replacement of the device. This is due to the fact that the dehumidifier in the Frost model, after refueling the system, is not able to fully perform its functions. The result can be the formation of acids and their destruction inside the air conditioning system.

The components of the structure under consideration are connected to each other by a pipeline. This product is made of aluminum alloy and has a single sealed circuit. During the operation of the vehicle, it is recommended to avoid possible dents or scratches on this pipeline.

The moving elements of the air conditioner are connected to each other by special flexible inserts made of synthetic raw materials. These inserts can withstand pressures up to 30 bar. Each rubber pipeline connection is equipped with rings that are designed to improve sealing. It should be noted that these rings are disposable, so they require replacement when dismantling or disconnecting pipelines and inserts.

Safety rules when working with electrical equipment

Rules to consider for safe work with electrical equipment:

Before you independently figure out how to improve your car's electrical system and begin any work related to electrical equipment and devices, you need to disconnect the battery. Disconnecting the battery power cable is only allowed when the ignition is turned off and the engine is turned off.
When diagnosing the integrity of electrical circuits, a short to ground of any current-carrying conductors is not allowed. To ensure safety, you don’t even need to check the cables for a “spark.” This can cause a short circuit and further failure of electrical equipment.
It is not recommended to use safety devices that are not specified by the manufacturer for use in this machine model. There is also no need to install parts that are designed for higher loads. It is not allowed to use a wire instead of a fuse if the latter fails. Such manipulations may lead to fire.
When carrying out welding work on a vehicle, the user must first turn off the power supply and disconnect the battery, generator unit, and control module. To protect the battery terminals from oxidation, they must be regularly cleaned from traces of plaque. The same applies to the tips of any other wires.

Steering

To move normally in a car, the driver needs to make turns, U-turns or detours, that is, deviate from straight-line movement, or simply control his car so that it does not drift to the side. For this purpose, its design provides steering control. This is one of the simplest mechanisms in a car. Let's look at the names of some of the elements below. The steering system consists of:

steering wheel with steering column, this is the name of the ordinary shaft on which the steering wheel is rigidly mounted;

These devices consist of a steering system that is connected to the front wheels by steering and brakes.

steering mechanism, consisting of a rack and pinion mounted on the steering column shaft, it converts the rotational movement of the steering wheel into translational movement of the rack in the horizontal plane;
steering gear, which transmits the influence from the steering rack to the wheels to turn them, and includes side rods, a pendulum lever and wheel turning arms.

Modern cars use an additional element - power steering, which allows the driver to use less force to turn the steering wheel. It comes in the following types:

mechanical;
pneumatic booster;
hydraulic;
electric;
combined electric hydraulic booster.

Schematic diagram of Lada Granta

The general map includes not only the front and rear of the car, but also the electrical circuit of the instrument cluster, as well as the ignition system.

Legend

The general connection map includes symbols, as well as serial numbers assigned to specific pantographs. All energy consumers are switched on the electrical wiring diagram into one large network using conditional lines. The latter are conductors, each of which is assigned a specific color for better clarity. All electrical circuits are assembled into bundles and connected to various modules using special connectors.

The cable marking includes two numbers:

the first is a connector, terminal clamp or block to which a specific conductor is connected;
the second is the contact number of the pantograph.

Diagram of the front of the car

Right optical device (headlight).
Electric motor for windshield washer system.
Left external lighting fixture.
Starter mechanism.
Battery located in the engine compartment.
Main mounting module with safety elements.
Generator unit.
Steering horn (horn).
Connector for connecting to the instrument cluster.
Another similar block.
Connector for connecting to the dashboard.
Electric motor for climate control fan.
Electric fan of the power unit cooling system.
ABS system hydraulic module.
Speed controller mounted on the front right wheel.
Speed sensor for front left wheel.
Automatic transmission controller, if provided by the manufacturer.
Transmission unit.
Connector for connection to automatic transmission.
Plug for connection to the gear selector.
Output with connector going to the transmission speed controller.
Air conditioning compressor.

Photo gallery: electrical circuits of the front part of the car

Colored Lada Granta connection maps:

Connector for connecting the rear harness to the instrument cluster cables.
A similar block designed for connection to the instrument panel.
Right outer turn signal located on the side.
Left side turning headlight.
Parking brake state detection controller.
Component of the rear window heating system.
Lighting device in the car interior.
A switch installed in the owner's seat belt.
Luggage compartment lighting.
Electric fuel pump module.
Right rear light.
Electric motor for the tailgate locking system.
Switch for the lighting system in the car interior.
Additional brake light.
Left rear headlight.
Connector for connecting the rear harness to the cables located in the rear left door.
Block for connecting the rear harness with wires installed in the rear right door.
Output for connecting the rear harness with electrical circuits located in the right door at the front.
Connector for connecting the rear harness with a block of cables laid in the front left door.
Control module of the airbag system.
Output for connecting the rear harness with a connector for the rear number lamp cables.
Another connector for connecting the rear block to the output of the instrument cluster.
Speed controller mounted on the right rear wheel.
Speed sensor located at the rear left.
Driver's seat belt pre-tensioner.
Pretensioner on the passenger side belt.
Harness connector with cables for connecting to the instrument cluster.

Transmission

The main purpose of the transmission is to transfer torque from the engine crankshaft to the wheels. The elements of which it consists have the following names:

A clutch, which is two friction discs pressed against each other, which connect the engine crankshaft to the gearbox shaft. This connection of the shafts of the two mechanisms is made detachable so that, by pressing the disks, it is possible to break the connection between the engine and the gearbox, to change gears and change the speed of rotation of the wheels.

This is a power transmission that connects the engine with the driving wheels of the car.

Gearbox (or gearbox). This unit is used to change the speed and direction of movement of the car.
A cardan transmission, which is a shaft with articulated joints at the ends, serves to transmit torque to the rear drive wheels. It is used only in rear-wheel drive and all-wheel drive vehicles.
The main gear located on the drive axle of the vehicle. It transmits torque from the driveshaft to the axle shafts, changing the direction of rotation by 90°.
A differential is a mechanism that serves to provide different rotation speeds of the right and left drive wheels when the car turns.
Drive shafts or axle shafts are elements that transmit rotation to the wheels.

All-wheel drive vehicles have a transfer case that distributes rotation to both axles.

Cooling

To cool the interior air, do the following:

Switch switch 1 (see Fig. 2) of the electric fan operating modes to one of the positions “1”, “2”, “3” or “4”.
Place the regulator handle 4 opposite the pictogram.
In the 3 pushbutton switch block, press the air conditioner switch key. The indicator located on the switch button will light green all the time the air conditioner is operating.

When the air passing through the evaporator cools, the water vapor contained in it condenses. The condensate is drained through a drain pipe under the bottom of the car. If the ambient air humidity is high, a puddle of water may form under the car, which is an indirect sign that the air conditioning system is working properly.

Turning on the air conditioner while the engine is running under difficult conditions (long climbs, heavy city traffic, etc.) can lead to engine overheating. Monitor the coolant temperature gauge: if the temperature exceeds the permissible value, turn off the air conditioner. During long trips in city traffic, the efficiency of the air conditioner may decrease due to the intense thermal conditions of the engine. This is not a sign of malfunction; the air conditioner will operate effectively when driving under normal road conditions.

climate block grants
air duct grants
air conditioning grants
stove grants

Lada Granta has become a really popular car. And, in many ways, this happened thanks to the affordable price and good components. For example, the stove installed on the Lada Granta is quite good, as it warms up the interior to the required level very quickly. AvtoVAZ engineers did a very good job on this issue, since for our harsh winters the issue of high-quality heating of the interior is very relevant.

Motor oils

Oil brand	SAE viscosity grade	Group	Manufacturer	Regulatory document
AAI	API
"LUKOIL LUX"	0W-40, 5W-20 5W-30.5W-40 5W-50.10W-30 10W-40	B5/D3	SL/CF	LLC "Lukoil-Permnefteorgsintez", Perm "LLK-International"	STO 00044434-003
“LUX (Luxe) Hit” “LUX (Luxe) Best”	10W-40 10W-40	B5/D3 B4/D3	SL/CF SJ/CF	CJSC "Dolfin Industry", Pushkino	TU 0253-044-74148923 TU 0253-023-74148923
"NOVOIL SUPER"	5W-30, 5W-40 10W-30, 10W-40 15W-30, 15W-40 20W-40, 20W-50	B4/D3	SJ/CF	JSC "Joint-Stock Oil Company", Ufa	TU 0253-016-05766528
"ROSNEFT MAXIMUM"	5W-40, 10W-40	B5/D3	SL/CF	OJSC "Novokuibyshevsk Oil and Additives Plant", Novokuibyshevsk	TU 0253-063-48120848
"ROSNEFT MAXIMUM"	5W-40, 10W-40	B5/D3	SL/CF	OJSC "Angarsk Petrochemical Company", Angarsk	TU 0253-391-05742746
ROSNEFT PREMIUM	5W-40	B5/D3	SM/CF	OJSC "Angarsk Petrochemical Company", Angarsk	TU 0253-390-05742746
"TNK MAGNUM SUPER"	5W-30, 5W-40 10W-40,15W-40 15W-50	B5/D3	SJ/SL/CF	TNK Lubricants LLC, Ryazan	TU 0253-008-44918199 TU 0253-025-44918199
"TATNEFT SYNTHETIC"	0W-40, 5W-30 5W-40	B5/D3	SM/CF	OJSC Tatneft-Nizhnekamskneftekhim-Oil, Nizhnekamsk	TU 0253-021-54409843
TATNEFT ULTRA OPTIMA	5W-30, 5W-40 10W-40	B5/D3	SL/CF	OJSC Tatneft-Nizhnekamskneftekhim-Oil, Nizhnekamsk	TU 0253-027-54409843
"EXTRA"	5W-30, 10W-40 15W-40	B5/D3	SL/CF	Gazpromneft-SM LLC, Omsk Oil Refinery, Omsk	TU 38.301-19-137
G-ENERGY S SYNTH	10W-40, 15W-40	B5/D3	SL/CF	LLC "Gazpromneft-SM"	LLC Specification
SIBIMOTOR SUPER	10W-40, 15W-40	B4/D3	SJ/SF	Gazpromneft-SM LLC, Omsk Oil Refinery, Omsk	STO 84035624-027
ESSO ULTRA	10W-40	B5/D3	SJ/SL/CF	Exxon-Mobil, Germany
GT TURBO	10W-40	B5	S.M.	Hanval INC, Korea
MOBIL 1 ESP FORMULA	5W-30	B6/D3	SJ/SL SM/CF	Exxon-Mobil, Germany
MOBIL 1 NEW LIFE MOBIL 1 PEAK LIFE MOBIL SUPER 2000 X1 MOBIL SUPER 3000 X1	0W-40 5W-50 10W-40 5W-40	B6/D3 B6/D3 B5/D3 B6/D3	SM/SL/ SJ/CF SM/SL/ SJ/CF SL/SJ CF SM/SL// SJ/CF	Exxon-Mobil, Germany
SHELL HELIX, PLUS SHELL HELIX PLUS EXTRA SHELL HELIX ULTRA	10W-40 5W-40 5W-40	B5/D3 B6/D3 B6/D3	SL/CF SM/CF SM/CF	Shell East Europe Co, UK
SHELL HELIX HX7	5W-40 10W-40	B6/D3	SM/CF	Shell East Europe Co, UK
ZIC A PLUS	5W-30 10W-30 10W-40	B5	SL	SK Corporation, Korea

New Lada: Lada Granta jerks when driving

Instrument symbols and indicators on the Lada Granta display

1. Emergency low oil pressure warning light, turns on red when the ignition is turned on and goes out after the engine is started, the lamp is lit when the engine is running and a constant (for 5.s) buzzer signal indicates insufficient oil pressure in the system

2. The ABS anti-lock brake system status indicator (optional) turns on in orange when the ignition is turned on and after 2 seconds. after starting the engine it goes out; in other cases, the lamp is lit indicating a system malfunction, which should be repaired at a specialized service station

3. The brake system emergency indicator turns on in red when the ignition is turned on and goes out after the engine is started, the lamp is lit and the buzzer signal (5 turns on) when the engine is running indicates that the brake fluid level has dropped below the “MIN” mark in the master cylinder reservoir, operate the vehicle. with the indicator on it is prohibited

4. The Check Engine malfunction indicator turns on in orange when the ignition is turned on and goes out after the engine starts; the lamp is lit after starting the engine or while driving indicates a failure of any element of the engine management system (does not mean that the engine must be stopped immediately, however, the cause must be eliminated as soon as possible), the error can be determined using the diagnostic connector

5. The coolant overheat indicator turns on in red when the ignition is turned on and after 5 seconds. after starting the engine it goes out, the sound signal indicates engine overheating (t>115C), the signal will be repeated until the temperature drops below 110C, when the indicator turns on, it is prohibited to operate the car, otherwise it will lead to serious engine damage

6. The battery charging indicator turns on in red when the ignition is turned on and goes out after the engine is started; the lamp is lit or glows half-lit while the engine is running, indicating a lack of charging current due to a malfunction of the generator or voltage regulator, as well as low voltage (or a break). ) alternator drive belt, operating the vehicle with the indicator on is prohibited

luxury equipment

№	Denomination	Protected Circuits
F1	50A	Heated windshield
F2	60A	Generator
F3	60A	Generator
F4	40A (in the configuration without air conditioning - 30A)	Electric radiator cooling fans
F5	50A	Electromechanical power steering
F6	40A	Anti-lock brake system (ABS) control unit

All lamps used in Lada Granta >>>

About the conventions

"Norm";
"Standard";
"Luxury".

Fuse layout diagram in the mounting block

Mounting block diagram

Fuse box (painted numbers all day)

Fuse no.	Current strength, A	Protected electrical circuits
F1	15	Controller, engine cooling fan relay, short circuit 2x2, injectors
F2	30	Window lifters
F3	15	Emergency Signal
F4	20	Windshield wiper, airbag
F5	7.5	15 terminal
F6	7.5	Reversing light
F7	7.5	Canister valve, mass air flow sensor, DC1/2, speed sensor
F8	30	Heated rear window
F9	5	Side light right
F10	5	Side light left
F11	5	Rear fog light
F12	7.5	Low beam right
F13	7.5	Low beam left
F14	10	High beam right
F15	10	High beam left
F16	—	—
F17	—	—
F18	—	—
F19	—	—
F20	15	Horn, trunk lock, gearbox, cigarette lighter, diagnostic connector
F21	15	Gasoline pump
F22	15	central locking
F23	10	DRL
F24	—	—
F25	10	Interior lighting, brake light
F26	—	—
F27	—	—
F28	—	—
F29	—	—
F30	—	—
F31	—	—
F32	30	Heater, EUR

Lada Granta 8 valve engine, characteristics, dynamics, fuel consumption

The Lada Granta 8 valve engine with a volume of 1.6 liters is currently the most popular among buyers of a budget sedan. The design of the motor is well known not only in the official service center, but also in any garage. Therefore, repair and maintenance of this motor does not cause difficulties and is relatively inexpensive. Today we’ll talk about this engine in more detail.

Gasoline power unit Lada Granta VAZ-11186 with a power of 87 hp. with a displacement of 1.6 liters, it replaced the VAZ-11183 injection engine developing 82 horsepower. The new lightweight piston group from Federal Mogul managed to increase the power and efficiency of the power unit. Of course, the engine is not distinguished by enchanting dynamics and low fuel consumption, but its relatively simple design and maintainability allow us to talk about a good option for our harsh operating conditions.

As for the technical part, it is based on a cast-iron cylinder block, an aluminum head, an aluminum cylinder head cover, and a steel engine sump. The timing drive of the Lada Granta is 8-cl. there is a belt. The eight-valve timing mechanism does not have hydraulic compensators; valve adjustment occurs rarely, but the process is quite painstaking. It is necessary to select “nickels” of different thicknesses and place them between the camshaft cams and the bottoms of the pusher cups. The first time such a procedure is carried out is at the so-called “0” zero maintenance, after 3000 km.

The age-old question: Do the valves on the Grant VAZ-11186 engine bend when the timing belt breaks? The answer is clear: when the valve belt breaks, it bends! The engine is paired with a 5-speed manual transmission; no other options are provided.

Further technical characteristics of the base Lada Granta engine 8 valves 87 hp.

Engine Lada Granta 1.6 (87 hp), fuel consumption, dynamics

Working volume – 1597 cm3
Number of cylinders/valves – 4/8
Timing drive - belt
Cylinder diameter – 82 mm
Piston stroke – 75.6 mm
Power hp/kW – 87/64 at 5100 rpm
Torque – 140 Nm at 3800 rpm
Maximum speed – 167 kilometers per hour
Acceleration to the first hundred – 12.2 seconds
Fuel consumption in the city – 9.0 liters
Fuel consumption in the combined cycle – 6.6 liters
Fuel consumption on the highway - 5.8 liters

The manufacturer recommends AI-95 gasoline as fuel.

Timing diagram Lada Granta 8 valves

1 - crankshaft toothed pulley
2 - coolant pump toothed pulley
3 - tension roller
4 - rear protective cover
5 - camshaft gear pulley
6 - timing belt
A - boss on the rear protective cover
B - mark on the camshaft pulley
C - mark on the oil pump cover
D - mark on the crankshaft pulley.

Another feature of the engine is the location of the water pump (pump), which is rotated by the same timing belt. That is, in case of coolant leaks or characteristic noise/whistle/hum in the timing drive area, checking the belt is mandatory. If the pump bearing crumbles and the belt comes off, then in addition to replacing the water pump housing and belt, you will also have to go through the cylinder head, removing bent valves from there.

AvtoVAZ uses a very reliable Gates belt as the original belt. Often the service life of the Gates belt is much higher than the service life of the pump and tension pulley of the Lada Granta 8-valve engine.

myautoblog.net

Car engine, its types

The heart of the car, its main component, is the engine. It is this part of the car that creates torque, which is transmitted to the wheels, causing the car to move in space. Today there are the following main types of car engines:

ICE or internal combustion engine, which uses the energy of the fuel burned in its cylinders to produce mechanical energy;
an electric motor powered by electrical energy from batteries or hydrogen cells (cars powered by hydrogen cells today are already available from most leading automakers as prototypes and are even in small-scale production);
hybrid engines that combine an electric motor and an internal combustion engine in one unit, the connecting link between which is a generator.

It is a set of mechanisms that convert the thermal energy of the fuel burning in its cylinders into mechanical energy.

According to the type of fuel burned, all internal combustion engines are divided into the following types:

gasoline;
diesel;
gas;
hydrogen, in which the fuel is liquid hydrogen (installed only on experimental models).

According to the design of internal combustion engines there are:

Technical characteristics of the car

The five-door Granta model with a liftback body absorbed the best qualities of its classmates, retaining the strong body of a sedan and the large trunk volume of a hatchback. At the same time, she has a swift, dynamic appearance. To enhance the strength of the body, additional stiffening ribs were used, located between the trunk floor and the wheel arches, and the thickness of the floor and side members was also increased. The raised window line, sloping roof and new body kit, front and rear bumpers added originality to the design. Improved aerodynamics of the car made it possible to reduce hydrodynamic resistance, reduce fuel consumption and eliminate contamination of the rear window.

The Granta liftback is available in standard, classic, comfort and luxury trim levels. To designate a particular configuration, indices are added to the main model number. For example, VAZ 219110 is standard, VAZ 219170 is classic start, and so on.

The geometric dimensions of the Lada Granta liftback are shown in the figure.

The main technical and dynamic characteristics of the Grants in the liftback body are given in tables 1 and 2.

Table 1. Car parameters depending on the type of engine and gearbox

Units and parameters	Indicators
Engine volume, l	1,6	1,6	1,6	1,6,
Number of valves, pcs.	8	16	16	16
Power, l. With.	97	98	106	106
Gearbox type and number of gears	Manual transmission - 5	Automatic transmission - 4	Manual transmission - 5	Automatic transmission - 5
Maximum speed, km/h	166	173	181	181
Average gasoline consumption per 100 km	6,6	7,2	6,5	6,5
Acceleration time to 100 km/h, sec.	12,4	13,3	11,0112,3	16
Octane number of gasoline	95
Fuel tank volume, l.	50
Maximum permissible weight, kg.	1 560
Steering	rack and pinion
Tires	175/65/R14 (82 H);185/60 R14(82 H); 185/55 R15 (82 H/V)

Table 2. Characteristics of the Lada Granta liftback depending on the configuration

Equipment	Options
Engine volume, l	Power, l. With.	Gearbox type	Number of valves
Standard	1,6	87	5MT	8
Classic	1,6	87	5MT	8
Classic start	1,6	87	5MT	8
1,6	106	5AMT	16
Comfort	1,6	87	5MT	8
1,6	98	4AT	16
Comfort Optima	1,6	106	5MT	16
1,6	106	5AMT	16
Lux	1,6	87	5MT	8
1,6	106	5MT	16
Luxury prestige	1,6	106	5AMT	16
1,6	106	5AMT	16

Since the release of the first batch of Lada Granta liftback, several crash tests have been carried out. The first one was made in the Czech Republic with one airbag, the result was 8.4 points out of 16. Not bad for a car in this class, considering the performance of such cars as Hyundai Solaris (8.5 points), Hyundai Accent (8.9 points), Chevrolet Lanos (8.1 points) and Fiat Albea (7.5 points). The geometric dimensions of the passenger compartment remained almost unchanged upon impact, and the driver, if this had happened, would not have received any damage other than fright.

Assessing the handling of the liftback, we can state: thanks to the improved aerodynamic shape, roll in corners has decreased, although only slightly, the car has better road holding.

List of elements on the Lada Granta dashboard wiring harness diagram

As with all cars, this is the most complex block in the overall electrical connection diagram, due to the large number of connectors.

1/2 — blocks of the tidy harness to the front wire bundle; 3/4 — bundles of instrument panel wires to the rear harness; 5 — lighting control unit; 6 — ignition switch; 7 — computer mode toggle switch; 8 — windshield wiper mode switch; 9 — instrument board; 10 — light signaling switch; 11 — luggage compartment lock switch; 12 — diagnostic block; 13 block of the instrument wiring harness to the block of the air supply wire bundle; 14 — rear window heater breaker; 15 — alarm switch; 15 — brake light switch; 17 — connection of radio equipment speakers; 18 — connector for connecting a radio; 19 — steering wheel rotating device; 20 — driver airbag module; 21 - no; 22 — mounting fuse block; 23 — power steering connector; 24 — cigarette lighter socket; 25 — backlight lamp for stove control; 26 — interior lamp; 27 — block of the tidy harness to the block of the ignition wire bundle; 28 — control device; 29 — clutch pedal position signal breaker; 30 — electronic accelerator pedal; 31 — supernumerary resistor; 32 — stove motor; 33 — heater switch; 34 - door lock control module.

Detailed pinout diagram of the Lada Granta instrument panel pinouts

1 - to low oil pressure sensor; 2 - to the handbrake indicator switch; 3 — service diagnostics input; 4 - for external lighting switches; 5 - to the right turn signal toggle switch; 6 - similar to the left; 7 - CAN-L (high level); 8 - CFN-H (low level); 9 - to the signal for not fastening your seat belt; 10 - to the “RESET” button of the steering column lever; 11 — to the brake fluid level sensor; 12 - on the head optics - high beam; 13 - similar - low beam; 14 — to the rear fog lights; 15 - similarly, to the front; 16/18 — immobilizer antenna input; 17 — ground wire of the tidy; 19/21 - to the external terminal of the battery electrode No. 30/15; 20 — to the electric power steering drive; 22 - to the door sensor; 23/24 — “forward”, “back” button; 25 — for the outside air thermometer; 26 - to the float sensor.

The instrument panel as standard on the Lada Granta has 32 contact connectors. Consequently, the owner has the prospect of adding or modifying equipment.

Let's sum it up

Having an electrical diagram of a Lada Granta car at hand will not be superfluous for any owner. Such information potential can provide invaluable assistance in the event of a malfunction, which is especially important for cases on the road.

The structure of the car under the hood

A car is a technically complex device consisting of a large number of parts, assemblies and mechanisms. Every self-respecting car owner is obliged to understand them, not even in order to be able to independently fix any malfunction that may arise on the road, but simply to understand the principle of operation of his car, and the ability to explain the essence of the problems that have arisen in a language understandable to a specialist. To do this, you need to know at least the basics, what main parts the car consists of, and what each part is called correctly.