Fuses and relays Nissan Almera N16, 2000 - 2006

Fuse box under the hood of Almera G15


Fuse box under the hood
In the engine compartment, the Almera G15 mounting block is located on the left side, directly behind the battery. It contains fuses to protect the following sections of the electrical circuit:

  • F1 – not used;
  • F2 – power unit ECU, main relay coil of the engine control system (5A);
  • F3 – ignition coils, fuel pump, power unit control system (30A);

  • F4 – radiator fan, for Almera G15 without air conditioning (30A);
  • F5 – air conditioner and its cooling fan with low and high speed (40A);
  • F6, F7 – anti-lock braking system (25 and 50A);
  • F8 – equipment receiving power through the ignition switch and the left steering wheel switch (60A);
  • F9 – interior mounting block (60A).


Fuse diagram in the block under the hood
Relays are also used:

  • K1 – accelerated operation mode of the air conditioner cooling fan;
  • K2 – air conditioner;
  • K3 – slow operation of the cooling fan of the air conditioner or engine radiator for the Almera G15 without air conditioning;
  • K4 – ignition coils, fuel pump;
  • K5 – power unit control programs;
  • K6 – cigarette lighter;
  • K7 – fog light;
  • K8 – heating complex.


Blown and good fuses

fuses and relays nissan almera n16

In this article we will look at the second generation Nissan Almera (N16), produced from 2000 to 2006. Here you will find fuse box diagrams for Nissan Almera II 2000, 2001, 2002, 2003, 2004, 2005 and 2006. , obtain information about the location of fuse panels inside the vehicle, as well as learn about the purpose of each fuse (fuse location) and relay.

  1. Fuse diagram Nissan Almera II 2000-2006
  2. From the passenger compartment Fuse box
  3. Fuse box diagram
  4. Fuse boxes in the engine compartment
  5. Fuse box diagram
  6. Relay block

From the passenger compartment Fuse box

Fuse block in the interior of Almera G15

On the inside of the cover of the passenger compartment fuse box there are spare fusible links and pliers for removal.

In the interior of the Almera G15, the mounting block is located behind a protective plastic casing at the end of the dashboard on the left. It most often uses fuse links with a nominal value of 10A: F3, F4, F7, F9-F12, F15, F18, F19, F21, F39 . Fuses are responsible for the operation of the following elements:


Location of the fuse box in the passenger compartment

  • F1 – wipers, switching unit, heated rear window (20A);
  • F2 – fuel pump and ignition coil relay, engine ECU, instrument panel (5A);
  • F3 – brake lights;
  • F4 – turn signals, switching unit, diagnostic connector, immobilizer;
  • F5, F8, F22, F24, F25, F29, F30, F31 – not used;
  • F6 – automatic transmission (5A);
  • F7 – reversing lights;
  • F9 – left low beam;
  • F10 – right low beam;
  • F11 – left high beam;
  • F12 – right high beam;
  • F13, F14 – electric lifts of front and rear windows (30A);
  • F15 – anti-lock braking system;
  • F16 – heating of the front row of seats (15A);
  • F17 – signal (15A);
  • F18 – license plate illumination, dimensions for the left front and rear headlights;
  • F19 – illumination of the glove box and instrument panel, dimensions for the right front and rear headlights;


Fuses in the cabin block Almera G15

  • F20 – rear fog lamp (7.5A);
  • F21 – heated external mirrors;
  • F23 – connector for connecting power to the trailer (20A);
  • F26 – airbags (5A);
  • F27 – windshield washer complex (20A);
  • F28 – heated external and rear windows (15A);
  • F32 – lighting in the cabin and luggage space, instrument panel, multimedia system (30A);
  • F33 – turn signals, hazard warning lights, central locking, wiper speed control, connector for diagnosing the power unit (15A);
  • F34 – switching unit, central locking (20A);
  • F35 – front fog lights (15A);
  • F36 – heating system fan (30A);
  • F37 – electric regulator of the position of external mirrors (5A);
  • F38 – multimedia system, cigarette lighter (15A);

  • F39 – heating fan relay.

General characteristics of elements

The fuses on the Nissan Almera Classic, H16 and G15 have different circuits due to the fact that electrical equipment develops and improves over time. It is worth starting their review in chronological order. In 2000–2006, in the second generation of the car, the block arrangement system that is familiar today was introduced. In Almera H16, G15 and Classic, the fuses are located in 3 places: next to the engine, in the area above the right front wheel and to the left of the steering wheel. The greatest difference is with respect to the latter, since this unit is responsible for most of the electrical equipment. They are primarily responsible for the mechanisms of the power unit. That is why the main attention is paid to the fuses located in the cabin.

Purpose, types and colors of electrical fuses

Almera G15 fuses are a protective element of various electrical equipment from the following phenomena:

  • short circuits;
  • current overloads.

Their circuit can be made in one, two or three blocks. Moreover, each of them is responsible for the operability of the equipment complex, and a separate element is responsible for the protection of a specific device.

The following types of fuses are distinguished:


Plug fuses

Plug-in - the most common, consist of two plugs, between which there is a fuse-link for a certain amount of current. It is closed with a plastic casing. When the maximum value of the current flowing through the insert is exceeded, it burns out.

Bimetallic - in the specified type of fuses, the fuse-link is replaced with bimetallic plates with silver-plated contacts that fit tightly to each other. If an abnormal mode occurs, the plates heat up and open. Their further contact will occur after the metal has cooled.


Plug and bimetallic fuses with spring

Spring bimetallic - the principle of operation is identical to the previous type. The difference is that the bimetallic plates do not return to their original position on their own. This is achieved by introducing an additional spring into the design, which holds the plate in the off position. To restore the electrical circuit, you will need to press a button that will release the spring.

Fuses are produced with different current ratings. At the same time, manufacturers give each denomination a specific color. In most cases, the following colors are used:

  • black – 1A;
  • gray – 2A;
  • purple – 3A;
  • brown-yellow – 5A;
  • dark brown – 7.5A;
  • red – 10A;
  • blue – 15A;
  • yellow – 20A;
  • white – 25A;
  • green – 30A;
  • orange – 40A;
  • blue - 60A;
  • brown – 70A;
  • light yellow – 80A;
  • lilac – 100A.


Color shades may vary

Review of Nissan Almera Classic

Nissan Almera Classic is a car with a high level of safety, ease of operation and efficiency.

This model has been produced since 2006, assembly is carried out at the Renault-Nissan Alliance plant in Busan (South Korea), which is equipped with the most modern equipment, which in turn guarantees high quality products.

Specifications:

Technical characteristics of Nissan Almera Classicautomatic transmissionMCP
Fuel tank volume55
Average fuel consumption in urban mode per 100 km11,19,2
Maximum speed, km/h177,1183,7
Acceleration up to 100km13,912,1
EnginePetrol, 1600 cc
TransmissionAutomatic, 4-speedMechanical, 5-speed
type of driveFront
Torque, Nm/rpm.146/3600
Power, kW (hp)/rpm107/6000
Curb weight, kg1700
Wheelbase, mm2535
Overall dimensions, mm4510*1710*1440

Correct replacement of fuses

Before replacing the fuse in the Almera G15 mounting block, you will need to purchase a new high-quality element. Upon inspection, there should be no nicks or differences in the cross-section of the fusible insert. To finally verify the quality of the fuse, you will need to perform the following steps:

  • Connect two wires to the fuse plugs.
  • Connect one of them to the negative terminal, and the second to the positive terminal of the battery.
  • If the insert burns out, then the protective element is of adequate quality. When observing the melting of the insert, we can conclude that the fuse is of poor quality.


A fuse of poor quality can cause a fire.
The procedure for changing the fuse in the Almera G15 is very simple. It is enough to remove the damaged element from the seat with special pliers or your hands. After this, install a new fuse.

You will first need to identify and eliminate the cause of the failure of the protective element. Work must be carried out with the negative terminal of the battery disconnected.

Layout and replacement of elements

Access to the main mounting block is through a kind of glove compartment, which is located to the left of the steering wheel under the dashboard. To remove it, you must first open the door and then carefully and smoothly pull the lid. The remaining two are located in the engine compartment. The first is located to the right of the engine and is a small rectangular box. The second unit is installed above the left front headlight at approximately the same level as the engine. The location of the fuses themselves on the most common interior unit can be found in the diagrams presented below.

Location diagram for Nissan Almera H16:

Location diagram for Nissan Almera Classic:

Location diagram for Nissan Almera G15:

As for the placement of specific chains, each car has its own place in the block. If we take the parts that are replaced most often, then it is worth focusing on devices such as the cigarette lighter, stove, audio system and low beam system. Each fuse is replaced in exactly the same order, since they are identical in type: the only difference is the current strength and the corresponding color.

Appearance

Such a miniature device typically consists of several interconnected plates. The entire body is usually covered with organic glass. Manufacturing can be made from different materials, but the common thing is that an element that can easily melt is inserted between them (the latter is precisely part of the general closed electrical circuit).


Check the fuse for functionality.

So, there is a suspicion that the Nissan Almera N15 (N16) does not start due to a blown fuse? To get rid of the problem, you need to know where these parts are located.

Each element of the safety system in the cabin must be marked. Usually this is the letter F - it denotes the ratio of the element itself to the circuit, which will have low power (on fuel pump relay diagrams it is usually marked as F13). In accordance with this, the supplied current itself can be calculated: to do this, the power of the device must be divided by 220 - the result will be a current with a unit of measurement in amperes.


Nissan fuel pump fuse diagram

These numbers will be useful to us when selecting new parts - here the current will be equal to 15 amperes. Another piece of advice from experts will come in handy - it’s best to use original spare parts (cheap Chinese ones can lead to constant replacement).

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