Fuse-Box Diagram -

2006-2011 Honda Civic fuses and relays

Fuse Box Diagrams

Alexis

-

November 29, 2023

In this article, we consider the eighth-generation Honda Civic, produced from 2006 to 2011. Here you will find fuse box diagrams of Honda Civic 2006, 2007, 2008, 2009, 2010, and 2011, get information about the location of the fuse panels inside the car, and learn about the assignment of each fuse (fuse layout).

Cigar lighter (power outlet) fuses are fuses #28 (Rear Accessory Socket) and #29 (Accessory Socket) in the Instrument panel fuse box.

Fuse box location

Passenger compartment: The interior fuse box is underneath the steering column.

Engine compartment: The under-hood fuse box is on the driver’s side, next to the brake fluid reservoir.

2006

Fuses in the Passenger Compartment (2006)

Fuses Number	Fuses Amp. Ratings	Circuits Protected
1	7.5 A	Power Window
2	15 A	Fuel Pump
3	10 A	Alternator
4	7.5 A	ABS Unit
5	(15 A)	Heated Seat (If equipped)
6	—	Not Used
7	—	Not Used
8	—	Not Used
9	7.5 A	ODS
10	7.5 A	METER
11	10 A	SRS
12	10 A	Right Headlight High
13	10 A	Left Headlight High
14	7.5 A	Small (Interior)
15	7.5 A	Small (Exterior)
16	10 A	Right Headlight Low
17	10 A	Left Headlight Low
18	20 A	Headlight High Main
19	15 A	Small (Main)
20	—	Not Used
21	20 A	Headlight Low Main
22	(7.5 A)	(HAC) (If equipped)
23	(7.5 A)	STS (If equipped)
24	(20 A)	Moonroof (If equipped)
25	20 A	Door Lock
26	20 A	Driver’s Power Window
27	—	Not Used
28	(15 A)	Rear ACC Socket (If equipped)
29	15 A	ACC
30	20 A	Passenger’s Power Window
31	—	Not Used
32	20 A	Right Rear Power Window
33	20 A	Left Rear Power Window
34	—	Not Used
35	7.5 A	ACC Radio
36	10 A	HAC
37	7.5 A	Daytime Running Light
38	30 A	Wiper

Fuses in the Engine Compartment (2006)

Fuses Number	Fuse Amp. Ratings	Circuits Protected
1	100 A	Main Fuse
1	70 A	EPS
2	80 A	Option Main
2	50 A	Ignition Switch Main
3	30 A	ABS
3	30 A	ABS
4	50 A	Headlight Main
4	40 A	Power Window Main
5	—	Not Used
6	20 A	Sub Fan Motor (If equipped)
7	20 A	Main Fan Motor (M/T)
7	30 A	Main Fan Motor (A/T)
8	30 A	Rear Defogger
9	40 A	Blower
10	10 A	Hazard
11	15 A	FI Sub
12	15 A	Stop and Horn
13	—	Not Used
14	—	Not Used
15	7.5 A	IGPS Oil Level
16	—	Not Used
17	—	Not Used
18	15 A	IG Coil
19	15 A	FI Main
20	7.5 A	MG Clutch
21	15 A	DBW
22	7.5 A	Interior Light
23	10 A	Back Up

2007

Fuses in the Passenger Compartment (2007)

Fuses Number	Fuse Amp. Ratings	Circuits Protected
1	7.5 A	Power Window
2	15 A	Fuel Pump
3	10 A	Alternator
4	7.5 A	ABS/VSA
5	(15 A)	Heated Seat (If equipped)
6	—	Not Used
7	—	Not Used
8	—	Not Used
9	7.5 A	ODS
10	7.5 A	METER
11	10 A	SRS
12	10 A	Right Headlight High
13	10 A	Left Headlight High
14	7.5 A	Small (Interior)
15	7.5 A	Small (Exterior)
16	10 A	Right Headlight Low
17	10 A	Left Headlight Low
18	20 A	Headlight High Main
19	15 A	Small (Main)
20	—	Not Used
21	20 A	Headlight Low Main
22	(7.5 A)	(HAC) (If equipped)
23	(7.5 A)	STS (If equipped)
24	(20 A)	Moonroof (If equipped)
25	20 A	Door Lock
26	20 A	Driver’s Power Window
27	—	Not Used
28	(15 A)	Rear ACC Socket (If equipped)
29	15 A	ACC
30	20 A	Passenger’s Power Window
31	—	Not Used
32	20 A	Right Rear Power Window
33	20 A	Left Rear Power Window
34	—	Not Used
35	7.5 A	ACC Radio
36	10 A	HAC
37	7.5 A	Daytime Running Light
38	30 A	Wiper

2006-2011-honda-civic-engine-compartment-fuse-box-diagram.com

Fuses in the Engine Compartment (2007)

Fuses Number	Fuses Amp. Ratings	Circuits Protected
1	100 A	Main Fuse
1	70 A	EPS (U.S. Si model)
2	80 A	Option Main
2	50 A	Ignition Switch Main
3	30 A	ABS/VSA Motor
3	30 A / 40 A (U.S. Si model)	ABS/VSA F/S
4	50 A	Headlight Main
4	40 A	Power Window Main
5	—	Not Used
6	20 A	Sub Fan Motor
7	20 A	Main Fan Motor (M/T)
7	30 A	Main Fan Motor (A/T)
8	30 A	Rear Defogger
9	40 A	Blower
10	10 A	Hazard
11	15 A	FI Sub
12	15 A	Stop and Horn
13	—	Not Used
14	—	Not Used
15	7.5 A	IGPS Oil Level
16	—	Not Used
17	15 A	Audio Amp
18	15 A	IG Coil
19	15 A	FI Main
20	7.5 A	MG Clutch
21	15 A	DBW
22	7.5 A	Interior Light
23	10 A	Back Up

2008, 2009

2006-2011-honda-civic-passenger-compartment-fuse-box-diagram.com

Fuses in the Passenger Compartment (2008/ 2009)

Fuses Number	Fuse Amp. Ratings	Circuits Protected
1	7.5 A	Power Window
2	15 A	Fuel Pump
3	10 A	Alternator
4	7.5 A	ABS/VSA
5	(15 A)	Heated Seat (If equipped)
6	(20 A)	Front Fog Light (If equipped)
7	(7.5 A)	TPMS (If equipped)
8	—	Not Used
9	7.5 A	ODS
10	7.5 A	METER
11	10 A	SRS
12	10 A	Right Headlight High Beam
13	10 A	Left Headlight High Beam
14	7.5 A	Small Light (Interior)
15	7.5 A	Small Light (Exterior)
16	10 A	Right Headlight Low Beam
17	10 A	Left Headlight Low Beam
18	20 A	Headlight High Beam Main
19	15 A	Small Lights (Main)
20	—	Not Used
21	20 A	Headlight Low Beam Main
22	(7.5 A)	HAC (If equipped)
23	(7.5 A)	STS (If equipped)
24	(20 A)	Moonroof (If equipped)
25	20 A	Door Lock
26	20 A	Driver’s Power Window
27	(20 A)	HAC OP (If equipped)
28	(15 A)	Rear Accessory Socket (If equipped)
29	15 A	Accessory
30	20 A	Passenger’s Power Window
31	—	Not Used
32	20 A	Right Rear Power Window
33	20 A	Left Rear Power Window
34	—	Not Used
35	7.5 A	Accessory Radio
36	10 A	HAC
37	7.5 A	Daytime Running Light
38	30 A	Front Wiper

Fuses in the Engine compartment (2008/2009)

Fuses Number	Fuse Amps. Ratings	Circuits Protected
1	100 A	Main Fuse
1	(70 A)	EPS (If equipped)
2	60 A	Option Main
2	50 A	Ignition Switch Main
3	30 A	ABS/VSA Motor
3	30 A	ABS/VSA F/S
3	40 A	ABS/VSA F/S (On models with VSA system)
4	50 A	Headlight Main
4	40 A	Power Window Main
5	—	Not Used
6	20 A	Sub Fan Motor
7	20 A	Main Fan Motor (M/T)
7	30 A	Main Fan Motor (A/T)
8	30 A	Rear Defogger
9	40 A	Blower
10	10 A	Hazard
11	15 A	FI Sub
12	15 A	Stop and Horn
13	—	Not Used
14	—	Not Used
15	7.5 A	IGPS Oil Level
16	—	Not Used
17	(15 A)	Audio Amp (If equipped)
18	15 A	IG Coil
19	15 A	FI Main
20	7.5 A	MG Clutch
21	15 A	DBW
22	7.5 A	Interior Light
23	10 A	Back Up

2010/2011

Fuses in the Passenger compartment (2010/ 2011)

Fuses Number	Fuses Amps. Ratings	Circuits Protected
1	7.5 A	Power Window
2	15 A	Fuel Pump
3	10 A	Alternator
4	7.5 A	ABS/VSA
5	(15 A)	Heated Seat (If equipped)
6	(20 A)	Front Fog Light (If equipped)
7	(7.5 A)	TPMS (If equipped)
8	—	Not Used
9	7.5 A	ODS
10	7.5 A	METER
11	10 A	SRS
12	10 A	Right Headlight High Beam
13	10 A	Left Headlight High Beam
14	7.5 A	Small Light (Interior)
15	7.5 A	Small Light (Exterior)
16	10 A	Right Headlight Low Beam
17	10 A	Left Headlight Low Beam
18	20 A	Headlight High Beam Main
19	15 A	Small Lights (Main)
20	—	Not Used
21	20 A	Headlight Low Beam Main
22	—	Not Used
23	—	Not Used
24	(20 A)	Moonroof (If equipped)
25	20 A	Door Lock
26	20 A	Driver’s Power Window
27	—	Not Used
28	(15 A)	Rear Accessory Socket (If equipped)
29	15 A	Accessory
30	20 A	Passenger’s Power Window
31	—	Not Used
32	20 A	Right Rear Power Window
33	20 A	Left Rear Power Window
34	—	Not Used
35	7.5 A	Accessory Radio
36	10 A	HAC
37	7.5 A	Daytime Running Light
38	30 A	Front Wiper

Fuses in the Engine compartment (2010/2011)

Fuses Number	Fuses Amps. Ratings	Circuits Protected
1	100 A	Main Fuse
1	(70 A)	EPS (If equipped)
2	60 A	Option Main
2	50 A	Ignition Switch Main
3	30 A	ABS/VSA Motor
3	30 A	ABS/VSA F/S
3	40 A	ABS/VSA F/S (On models with VSA system)
4	50 A	Headlight Main
4	40 A	Power Window Main
5	—	Not Used
6	20 A	Sub Fan Motor
7	20 A	Main Fan Motor (M/T)
7	30 A	Main Fan Motor (A/T)
8	30 A	Rear Defogger
9	40 A	Blower
10	10 A	Hazard
11	15 A	FI Sub
12	15 A	Stop and Horn
13	—	Not Used
14	—	Not Used
15	7.5 A	IGPS Oil Level
16	—	Not Used
17	(15 A)	Audio Amp (If equipped)
18	15 A	IG Coil
19	15 A	FI Main
20	7.5 A	MG Clutch
21	15 A	DBW
22	7.5 A	Interior Light
23	10 A	Back Up

2007-2013 Chevrolet Silverado fuses and relays [mk2]

Fuse Box Diagrams

Alexis

-

November 29, 2023

0

2007-2013 Chevrolet Silverado fuses and relays [mk2]

In this article, we consider the second-generation Chevrolet Silverado, produced from 2007 to 2013. Here you will find fuse box diagrams of Chevrolet Silverado 2007, 2008, 2009, 2010, 2011, 2012, and 2013, get information about the location of the fuse panels inside the car, and learn about the assignment of each fuse (fuse layout) and relay.

Cigar lighter / power outlet fuses in the Chevrolet Silverado are the fuses No.2 (Rear Accessory Power Outlet) and No.16 (Accessory Power Outlets) in the Instrument panel fuse box.

Instrument Panel Fuse Box

It is located on the driver’s side of the instrument panel, behind the cover.

Fuses Number	Fuses Functions
1	Rear Seats
2	Rear Accessory Power Outlet
3	Steering Wheel Controls Backlight
4	Driver Door Module
5	Dome Lamps, Driver Side Turn Signal
6	Driver Side Turn Signal, Stoplamp
7	Instrument Panel Back Lighting
8	Passenger Side Turn Signal, Stoplamp
9	2007-2008: Universal Home Remote 2009-2013: Passenger Door Module, Driver Unlock
10	Power Door Lock 2 (Unlock Feature)
11	Power Door Lock 2 (Lock Feature)
12	Stoplamps, Center High-Mounted Stoplamp
13	Rear Climate Controls
14	Power Mirror
15	Body Control Module (BCM)
16	Accessory Power Outlets
17	Interior Lamps
18	Power Door Lock 1 (Unlock Feature)
19	Rear Seat Entertainment
20	Ultrasonic Rear Parking Assist, Power Liftgate
21	Power Door Lock 1 (Lock Feature)
22	Driver Information Center (DIC)
23	Rear Wiper
24	Cooled Seats
25	Driver Seat Module, Remote Keyless Entry System
26	Driver Power Door Lock (Unlock Feature)
Circuit Breaker
LT DR	Driver Side Power Window Circuit Breaker
Harness Connector
LT DR	Driver Door Harness Connection
BODY	Harness Connector
BODY	Harness Connector

Center instrument panel fuse box

It is located underneath the instrument panel, to the left of the steering column.

Harness Connector	Usage
BODY 2	Body Harness Connector 2
BODY 1	Body Harness Connector 1
BODY 3	Body Harness Connector 3
HEADLINER 3	Headliner Harness Connector 3
HEADLINER 2	Headliner Harness Connector 2
HEADLINER 1	Headliner Harness Connector 1
SEO/ UPFITTER	Special Equipment Option Upfitter Harness Connector
Circuit Breaker
CB1	Passenger Side Power Window Circuit Breaker
CB2	Passenger Seat Circuit Breaker
CB3	Driver Seat Circuit Breaker
CB4	Rear Sliding Window

Engine Compartment Fuse Box

Fuses Number	Fuses Functions
1	Right Trailer Stop/ Turn Lamp
2	Electronic Suspension Control, Automatic Level Control Exhaust
3	Left Trailer Stop/ Turn Lamp
4	Engine Controls
5	Engine Control Module, Throttle Control
6	Trailer Brake Controller
7	Front Washer
8	Oxygen Sensor
9	Antilock Brakes System 2
10	Trailer Back-up Lamps
11	Driver Side Low-Beam Headlamp
12	Engine Control Module (Battery)
13	Fuel Injectors, Ignition Coils (Right Side)
14	Transmission Control Module (Battery)
15	Vehicle Back-up Lamps
16	Passenger Side Low-Beam Headlamp
17	Air Conditioning Compressor
18	Oxygen Sensors
19	Transmission Controls (Ignition)
20	Fuel Pump
21	Fuel System Control Module
22	Not Used
23	Not Used
24	Fuel Injectors, Ignition Coils (Left Side)
25	Trailer Park Lamps
26	Driver Side Park Lamps
27	Passenger Side Park Lamps
28	Fog Lamps
29	Horn
30	Passenger Side High-Beam Headlamp
31	Daytime Running Lamps (DRL)
32	Driver Side High-Beam Headlamp
33	Daytime Running Lamps 2
34	Sunroof
35	Key Ignition System, Theft Deterrent System
36	Windshield Wiper
37	SEO B2 Upfitter Usage (Battery)
38	Electric Adjustable Pedals
39	Climate Controls (Battery)
40	Airbag System (Ignition)
41	Amplifier
42	Audio System
43	Miscellaneous (Ignition), Cruise Control
44	Not Used
45	Airbag System (Battery)
46	Instrument Panel Cluster
47	Power Take-Off
48	Auxiliary Climate Control (Ignition) Compass-Temperature Mirror
49	Center High-Mounted Stoplamp (CHMSL)
50	Rear Defogger
51	Heated Mirrors
52	SE0B1 Upfitter Usage (Battery)
53	Cigarette Lighter, Accessory Power Outlet
54	Automatic Level Control CompressorRelay SEO Upfitter Usage
55	Climate Controls (Ignition)
56	Engine Control Module, Secondary Fuel Pump (Ignition)
J-Case Fuses
57	Cooling Fan 1
58	Not Used
59	Heavy Duty Antilock Brake System
60	Cooling Fan 2
61	Antilock Brake System 1
62	Starter
63	Stud 2 (Trailer Brakes)
64	Left Bussed Electrical Center 1
65	Not Used
66	Heated Windshield Washer System / Not Used
67	Four-Wheel Drive System / Transfer Case
68	Stud 1 (Trailer Connector Battery Power) (Optional -40A Fuse Required)
69	Mid-Bussed Electrical Center 1
70	Climate Control Blower
71	Not Used
72	Left Bussed Electrical Center 2
Relays
FAN HI	Cooling Fan High Speed
FAN LO	Cooling Fan Low Speed
FAN CNTRL	Cooling Fan Control
HDLP LO/HID	Low-Beam Headlamp
FOG LAMP	Front Fog Lamps
A/C CMPRSR	Air Conditioning Compressor
STRTR	Starter
PWR/TRN	Powertrain
FUEL PMP	Fuel Pump
PRK LAMP	Parking Lamps
REAR DEFOG	Rear Defogger
RUN/CRNK	Switched Power

Hybrid Auxiliary Engine Compartment Fuse Block

The fuse block is located in the engine compartment near the front of the vehicle.

2007-2013-chevrolet-silverado-hybrid-axulliary-fuse-box-diagram

Fuses Number	Fuses Functions
1	ACPO (SUV Only)
2	BECM FAN
3	ACCM
4	CAB HTR PMP
5	EMPTY
6	COOL PUMP
7	EPS
8	Drive Motor/Generator Control Module 1
9	Drive Motor/Generator Control Module 2
10	BECM
J-Case fuses
FAN 1	Cooling Fan 1
TRANS PUMP	Auxiliary Transmission Fluid Pump
FAN 2	Cooling Fan 2
CAB HTR PMP	Cab Heater Pump
Relays
CAB HTR PUMP	Cabin Heater Pump
COOL PUMP	Coolant Pump
FAN LOW	Cooling Fan Low Speed Relay
FAN MID 1	Cooling Fan Mid 1
FAN HI	Cooling Fan High Speed Relay
FAN MID 2	Cooling Fan Mid 2
FAN CNTRL	Cooling Fan Control

2004-2015 Toyota Hilux fuses and relays (AN10/AN20/AN30)

Fuse Box Diagrams

Alexis

-

November 29, 2023

0

2004-2015 Toyota Hilux fuses and relays (AN10/AN20/AN30)

In this article, we consider the seventh-generation Toyota Hilux (AN10/AN20/AN30), produced from 2004 to 2015. Here you will find fuse box diagrams of Toyota Hilux 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012, 2013, 2014, and 2015, get information about the location of the fuse panels inside the car, and learn about the assignment of each fuse (fuse layout) and relay.

Cigar lighter (power outlet) fuses in the Toyota Hilux are the fuses #5 “PWR OUT” (Power outlet) and #9 “CIG” (Cigarette lighter) in the Instrument panel fuse box.

Passenger Compartment Fuse Box

Fuse box location

The fuse box is located under the steering wheel, behind the cover.

A/C Amplifier (with Air Conditioner)
Viscous Heater Amplifier (without Air Conditioner)
Fuse Box / Integration Relay
Transponder Key Amplifier
4WD Control ECU (Rear Differential Lock)
LHD:Tail Lamp Relay (Aug. 2006 – Jun. 2011)
LHD: Daytime Running Light Relay
Turn Signal Flasher
Magnet Clutch Relay
LHD: Tail Lamp Relay (Before Aug. 2006)
LHD: Rear Fog Lamp Relay (From Aug. 2006)
Junction Connector
LHD: Tail Lamp Relay (From Jun. 2011)
PTC Heater Relay (No.2)
PTC Heater Relay (No.1)
Engine ECU
Door Control Receiver
Theft Warning ECU
4WD Control ECU
Relay Box (From Jun. 2011)
Relay Box (Before Jun. 2011)
Turbo Motor Driver
Transmission Control ECU
Shift Lock Control ECU
A/C Control Assembly
Airbag Sensor Assembly Center
RHD: Tail Lamp Relay
RHD: Rear Fog Lamp Relay

2004-2015-toyota-hilux-passenger-compartment-fuse-box-diagram-fuse-box-diagram.com — ***Fuse Box Diagram***

Fuses in the Passenger Compartment Fuse box

Fuses Number	Name	Fuses Amp Rating	Circuit
1	INJ	15	Multiport fuel injection system/sequential multiport fuel injection system
2	OBD	7.5	On-board diagnosis system
3	STOP	10	Stop lights, high mounted stoplight, multiport fuel injection system/sequential multiport fuel injection system, ABS, TRC, VSC and shift lock control system
4	TAIL	10	Instrument panel light, front fog lights, headlight beam level control system, front position lights, tail lights, license plate lights, multiport fuel injection system/sequential multiport fuel injection system, multi-information display, daytime running light system and automatic headlight system
5	PWR OUT	15	Power outlet
6	ST	7.5	Starting system, gauges and meters and multiport fuel injection system/sequential multiport fuel injection system
7	A/C	10	Air conditioning system
8	MET	7.5	Gauges and meters and DPF system
9	CIG	15	Cigarette lighter
10	ACC	7.5	Audio system, power outlet, clock, power rear view mirror control system, shift lock control system and multi-information display
11	IGN	7.5	Multiport fuel injection system/sequential multiport fuel injection system, SRS airbags and fuel pump
12	WIP	20	Windshield wiper and washer
13	ECU-IG & GAUGE	10	Air conditioning system, charging system, rear differential lock system, ABS, TRC, VSC, emergency flashers, turn signal lights, back-up lights, multiport fuel injection system/sequential multiport fuel injection system, shift lock control system, rear window defogger, headlights, door courtesy switches, power door lock system, wireless remote control system, steering sensor, daytime running light system, cruise control, headlight cleaners, seat heaters, outside rear view mirror defoggers, multi-information display and passenger’s seat belt reminder light

Fuses Number	Name	Fuses Amp Rating	Circuit
1	AM1	40	Rear differential lock system, ABS, TRC, VSC, “ACC”, TIG”, “ECU-IG & GAUGE”, and “WIP” fuses
2	IG1	40	“PWR”, “S-HTR”, “4WD”, “DOOR”, “DEF” and “MIR HTR” fuses

Relay
R1			Power outlet (PWR OUT)
R2			Heater (HTR)
R3			Integration relay

Relay Box

It is located behind the glovebox.

Passenger Compartment Relay Box (Until Jun.2011)

Fuses Number	Name	Fuses Amp Rating	Circuit
1	DOOR	25	Power door lock system and power windows
2	DEF	20	Rear window defogger and multiport fuel injection system/sequential multiport fuel injection system
3	S-HTR	15	Seat heaters
4	4WD	20	Rear differential lock system, ABS, TRC and VSC
5	PWR	30	Power windows
Relay
R1			Ignition (IG1)
R2			Rear window defogger (DEF)

Passenger Compartment Relay Box (Since Jun.2011)

№	Name	Amp	Circuit
1	MIR HTR	15	Before Nov. 2011: Outside rear view mirror defoggers
1	DOOR	25	From Nov. 2011: Power door lock system and power windows
2	DOOR	25	Before Nov. 2011: Power door lock system and power windows
2	DEF	20	From Nov. 2011: Rear window defogger and multiport fuel injection system/sequential multiport fuel injection system
3	DEF	20	Before Nov. 2011: Rear window defogger and multiport fuel injection system/sequential multiport fuel injection system
3	S-HTR	15	From Nov. 2011: Seat heaters
4	S-HTR	15	Before Nov. 2011: Seat heaters
4	4WD	20	From Nov. 2011: Rear differential lock system, ABS, TRC and VSC
5	4WD	20	Before Nov. 2011: Rear differential lock system, ABS, TRC and VSC
5	MIR HTR	15	From Nov. 2011: Outside rear view mirror defoggers
6	PWR	30	Power windows

Relay
R1			Outside rear view mirror defoggers (MIR HTR)
R2			Ignition (IG1)
R3			Rear window defogger (DEF)

Fuse Box in the Engine Compartment

Fuses in the Engine Compartment

Fuses Number	Name	Fuses Amp Rating	Circuit
1	–	25	Spare fuse
2	–	15	Spare fuse
3	–	10	Spare fuse
4	FOG	7.5	Europe, Morocco: From Aug. 2012 – Aug. 2013: Front fog lights From Aug. 2013: Front fog lights
4	FOG	15	Before Aug. 2013: Front fog lights Except Europe, Morocco: From Aug. 2012 – Aug. 2013: Front fog lights
5	HORN	10	Horn
6	EFI	25	Multiport fuel injection system/sequential multiport fuel injection system
7	–	–	–
8	H-LP RL	20	Before Jun. 2011: Right-hand headlight (Low)
8	H-LP RL	15	From Jun. 2011: Right-hand headlight (Low)
9	H-LP LL	20	Before Jun. 2011: Left-hand headlight (Low)
9	H-LP LL	15	From Jun. 2011: Left-hand headlight (Low)
10	H-LP RH	20	Before Jun. 2011: Right-hand headlight (High) and right-hand headlight (Low)
10	H-LP RH	15	From Jun. 2011: Right-hand headlight (High) and right-hand headlight (Low)
11	H-LP LH	20	Before Jun. 2011: Left-hand headlight (High) and left-hand headlight (Low)
11	H-LP LH	15	From Jun. 2011: Left-hand headlight (High) and left-hand headlight (Low)
12	EFI NO.2	10	Multiport fuel injection system/sequential multiport fuel injection system
13	ECU-IG NO.2	10	Multiport fuel injection system/ sequential multiport fuel injection system
14	ECU-B	7.5	Before Aug. 2008: Door courtesy switches, power door lock system, wireless remote control system, steering sensor and headlights
14	ECU-B	10	From Aug. 2008: Door courtesy switches, power door lock system, wireless remote control system, steering sensor and headlights
15	RAD	15	Before Aug. 2013: Audio system
15	RAD	20	From Aug. 2013: Audio system
16	DOME	7.5	Interior lights, engine switch light, personal light, gauges and meters, clock, multi-information display, wireless remote control system, daytime running light system and fog light
17	A/F	20	Emission control system
18	ETCS	10	Multiport fuel injection system/ sequential multiport fuel injection system, electric throttle control system
19	ALT-S	7.5	Charging system
20	TURN-HAZ	15	Emergency flashers and turn signal lights
21	–	–	–
22	ECU-B NO.2	7.5	Air conditioning system
23	DCC	30	“ECU-B”, “DOME” and “RAD” fuses
24	PTC NO.1	50	Power heater
25	H-LP CLN	30	Before Jun. 2011: Headlight cleaners
25	PWR SEAT	30	Power seat
26	PTC NO.2	50	Europe: From Aug. 2010 – Jun. 2011 (without Automatic A/C): Power heater; From Jun. 2011: Power heater
26	PTC NO.2	30	Europe: Before Jun. 2011 (with Automatic A/C): Power heater; Before Aug. 2010 (without Automatic A/C): Power heater Australia: Power heater
27	ABS NO.1	40	Before Aug. 2008: ABS, TRC and VSC
27	H-LP CLN	40	From Jun. 2011: Headlight cleaners
28	FR HTR	40	Before Aug. 2009: Air conditioning system, “A/C” fuse
28	FR HTR	50	From Aug. 2009: Air conditioning system, “A/C” fuse
29	ABS NO.2	30	ABS, TRC and VSC
30	ABS NO.1	40	From Aug. 2008: ABS, TRC and VSC
31	ALT	100	Charging system, “PWR SEAT”, “HLP CLN”, “FR HTR”, “AMI”, “IG1”, “PTC NO.1”, “PTC NO.2”, “PWR OUT”, “STOP”, “TAIL” and “OBD” fuses
32	GLOW	80	Engine glow system
33	BATT P/I	50	“FOG”, “HORN” and “EFI” fuses
34	AM2	30	Engine starter, “ST”, “IGN”, “INJ” and “MET” fuses
35	MAIN	40	“H-LP RH”, “H-LP LH”, “H-LP RL” and “H-LP LL” fuses
36	A/PUMP	50	Multiport fuel injection system/sequential multiport fuel injection system
Relay
R1			Dimmer (DIM)
R2			Headlight (H-LP)
A
R1			Starter (ST)
R2			1TR-FE, 2TR-FE, 1GR-FE: Air fuel ratio sensor (A/F) 1KD-FTV w/o DPF, 2KD-FTV w/o DPF, 5L-E: Engine glow system (GLOW) 1KD-FTV w/ DPF, 2KD-FTV w/ DPF: Air fuel ratio sensor (A/F)
R3			1TR-FE, 2TR-FE, 1GR-FE: Fuel pump (F/PMP) 1KD-FTV w/ DPF, 2KD-FTV w/ DPF: –

Where are fuses located in a car?

FAQs

Alexis

-

November 1, 2023

0

A car fuse box is an important device that houses various fuses to protect electrical components. In the case of a short circuit or overloading, the fuses blow restricting the flow of current and preventing further damage. Understanding the importance of a car fuse box, and its location is crucial if you are a mechanic or a car owner.

Engine Compartment

The engine compartment fuse box features high-current fuses that are responsible for protecting critical electrical components of your car including the vehicle battery, starter motor, ignition system, AC power, and more.

The engine compartment fuse box is located under the hood of your car whereas the interior fuse box can be found near the dashboard, or under the steering wheel.

Passenger Compartment

The location of the fuse box depends on the vehicle type, and model however, the basic understanding is the same. The passenger compartment fuse panel or the interior fuse box houses basic fuses for protecting interior components like interior lights, audio systems, power windows, and other accessories.

Some car models may contain additional fuse boxes in different locations such as the rear seat section, trunk, glove compartment, and so on.

Consult the owner’s manual or manufacturer’s documentation to determine if there are any additional fuse box locations in your specific vehicle.

In rare cases, certain vehicles may have fuses integrated into specific components, such as the battery terminal or individual electrical modules.

Conclusion

Understanding the common locations of car fuses is essential for maintaining and troubleshooting electrical systems in vehicles. By familiarizing yourself with the fuse box under the dashboard and in the engine compartment, you can easily identify and replace blown fuses, ensuring the proper functioning of various electrical components in your car.

What is car fuse box diagram?

FAQs

Alexis

-

November 1, 2023

0

A fuse box diagram is a visual representation or schematic that displays the layout and configuration of a fuse box. It illustrates the specific fuses, their ratings, and their corresponding circuits within the fuse box. It helps users understand the organization and function of the fuse box more easily.

The fuse box acts as a central hub for controlling and protecting electrical circuits in a vehicle. The fuse box receives electrical power from a source (e.g. battery) and distributes it to different circuits within a vehicle. It ensures that each circuit receives the appropriate amount of current and provides protection against electrical faults or overloads.

The different types of fuses used in a fuse box, such as blade fuses or cartridge fuses. It will also explain the importance of fuse ratings, which indicate the maximum current a fuse can handle without blowing. Fuse ratings are typically expressed in amperes (A) and are crucial for selecting the appropriate fuse for each circuit.

The circuit descriptions are provided in a fuse box diagram. Each circuit within the fuse box is labeled or described, indicating the electrical components or systems it powers. This information helps users identify the specific circuits related to different electrical functions or devices.

A fuse box diagram includes information about the physical locations of individual fuses within the fuse box. It helps users quickly locate and replace specific fuses when needed, especially during troubleshooting or maintenance tasks.

Car Fuse Box Components

Fuses: Fuses are safety devices designed to protect electrical circuits from overcurrent conditions. They consist of a thin wire or metal strip that melts when excessive current flows through it, thereby interrupting the circuit and preventing damage to the electrical system.

Circuit Breakers: They are another type of protective device found in fuse boxes. Unlike fuses, circuit breakers can be reset after they trip due to overcurrent. They automatically detect abnormal electrical conditions and interrupt the circuit, providing protection against short circuits and overloads.

Relays: These are electromagnetic switches that control the flow of current to various electrical components or circuits. They allow low-power signals to control high-power devices, ensuring proper functioning and protection of the electrical system.

Importance of Car Fuse Box Diagram

The significance of having a fuse box diagram. By understanding the importance of a fuse box diagram, readers will realize its practicality and value in effectively managing and maintaining electrical systems.

Troubleshooting Electrical Issues

A fuse box diagram is an invaluable tool for troubleshooting electrical problems. By referring to the diagram, users can identify the circuit associated with a malfunctioning electrical component and check the corresponding fuse. This helps pinpoint the root cause of the issue and enables efficient repairs.

Preventing Electrical Accidents

It promotes electrical safety enabling users to understand the proper fuse ratings and ensuring that each circuit is adequately protected. By following the diagram, users can avoid overloading circuits, reduce the risk of electrical fires, and prevent damage to sensitive equipment.

Maintenance and Repairs

It provides a clear overview of the fuse box layout, allowing users to easily identify and replace blown fuses. The diagram also aids in the proper installation of new fuses, ensuring the correct fuse type and rating are used for each circuit.

Benefits of using a Car Fuse Box Diagram

Using a fuse box diagram has several practical benefits that make it a valuable tool. It can save you time by quickly identifying the right fuse and circuit, helping you address electrical issues more efficiently. With the aid of this visual reference, you can effectively manage your electrical system with confidence and resolve any problems that arise more easily.

Time-Saving

By referring to the diagram, users can quickly locate the specific fuse associated with a particular circuit or electrical component. This eliminates the need for time-consuming trial-and-error methods, allowing for efficient troubleshooting and repairs.

Cost-Effective

By accurately identifying and replacing blown fuses, users can avoid unnecessary expenses on replacing entire electrical components or systems. The diagram helps prevent potential damage caused by electrical faults, thus saving money on repairs and replacements.

Safety and Prevention

By understanding the correct fuse ratings and circuit configurations, users can ensure that each circuit is adequately protected against overcurrent conditions. This reduces the risk of electrical accidents, such as electrical fires or damage to sensitive equipment, promoting a safer environment for both individuals and property.

Can I change a fuse in my car myself?

FAQs

Alexis

-

November 1, 2023

0

Moreover, attempting to replace a fuse without the necessary knowledge and tools can lead to electrical hazards or create more extensive electrical problems in your vehicle. By taking the time to prepare adequately, you can avoid unnecessary risks and potential damage to your car’s electrical system.

Fuses are delicate components that can be easily damaged if mishandled or installed incorrectly. Before replacing a fuse in your car, it is essential to take certain precautions and follow proper preparation steps. This ensures your safety and prevents further damage to the electrical system.

With the following steps for the fuse replacement, you can proceed confidently with the fuse replacement process operating as intended.

1. Essential Tools

It’s essential to have the correct replacement fuses on hand. Refer to your car’s manual or the fuse box cover for the correct amperage rating and fuse type. A fuse puller or a pair of needle-nose pliers help safely remove the fuse from its slot. A flashlight will assist you in locating the fuse box, especially if it’s located in a dimly lit area.

2. Identifying fuse type and amperage rating

Using the wrong fuse with an incorrect rating can lead to electrical problems or even cause damage to your car’s electrical system. Different electrical circuits in your car may require different amperage ratings and fuse types. To ensure you have the correct replacement fuse, refer to your car’s manual or the fuse box cover. It will provide information about the specific fuse type (e.g., mini blade, micro blade, maxi) and the corresponding amperage rating for each circuit.

3. Ensure vehicle safety

Park your vehicle in a safe location away from traffic choose a well-lit area where you have ample space to work comfortably. The engine and surrounding components can become hot, posing a burn risk. To prevent any accidental movements turn off the engine completely. This ensures that there is no power running through the electrical system while you are working on the fuses.

If you have recently been driving your car, allowing sufficient time for the engine to cool down ensures your safety and minimizes the risk of accidental burns. Also, remove the car key from the ignition which eliminates the possibility of inadvertently starting the engine or engaging any electrical controls while working on the fuse box.

4. Locate the Fuse Box

The fuse box can be located in different areas of the car, depending on the make and model. Under the dashboard is the most common location for the fuse box. It is typically located above the driver’s or passenger’s feet, beneath the dashboard. Some vehicles have a secondary fuse box located in the engine compartment, usually near the battery or near the firewall. In certain cars, the fuse box may be located in the side panels of the dashboard or the trunk.

5. Understand the fuse box layout

After finding the fuse box in your vehicle, examine the cover or inside of the lid closely. Many fuse boxes contain labels or descriptions that explain which circuits each fuse is responsible for protecting. These labels might use abbreviations or symbols to indicate the electrical components or systems associated with each fuse.

By studying the fuse box labels and descriptions, as well as identifying the specific fuse associated with the malfunctioning circuit, you will have a clear understanding of the fuse box layout. This knowledge allows you to proceed confidently with the fuse replacement process and ensures that you address the correct fuse for the circuit in need of repair.

6. Inspect the fuse carefully

If you notice any damage or a blown filament in the fuse, it is important to replace it. But before doing so, it is essential to find and fix the root cause that led to the fuse blowing. Electrical problems can arise from various factors like short circuits or faulty components. If the same fuse keeps blowing repeatedly, it indicates an ongoing problem that must be resolved to avoid additional damage.

7. Remove the defective fuse

It is important to handle the defective fuse with care. Avoid touching the metal ends of the fuse, as they may still be conducting electricity or hot from recent use. Place the removed fuse in a safe location, away from any flammable materials, to prevent any potential hazards.

8. Insert the replacement fuse

Hold the appropriate replacement fuse and align it carefully with the corresponding slot in the fuse box. Insert the fuse into the slot with a gentle push until it is firmly seated. Make sure to insert it straight and fully, establishing a strong connection. Avoid using excessive force or putting the fuse in the wrong slot to prevent any harm to the fuse or the fuse box. After inserting the replacement fuse, take a moment to confirm that it is correctly positioned and securely seated in the fuse box. Verify that it matches the circuit’s required amperage rating and fuse type, ensuring a proper fit.

9. Testing fuses and verifying the functionality

After inserting the replacement fuse, it’s time to test the functionality of the circuit. Turn on the car’s electrical accessories that are associated with the circuit for which the fuse was replaced. Observe the operation of the electrical accessories connected to the circuit to ensure they are functioning properly. If the circuit is operating as expected without any issues, it indicates that the replacement fuse is functioning correctly and has resolved the electrical problem.

10. Fasten the fuse box and organize

Before closing the fuse box, check that all fuses are properly seated in their respective slots. Gently press down on each fuse to ensure it is securely in place. Once you have confirmed that all fuses are securely in place, carefully close the fuse box cover or lid. Ensure that it is aligned correctly and snaps or fastens securely. This helps protect the fuses from dust, moisture, and accidental contact, ensuring the continued functionality of the electrical system.

Conclusion

Dispose of the defective fuse responsibly and in accordance with local regulations. Consider recycling options for electronic waste or consult your local waste management guidelines for proper disposal methods. Proper disposal helps minimize environmental impact and promotes responsible waste management practices.

If the replaced fuse does not resolve the electrical issue or if the fuse blows again shortly after replacement, it may indicate a more complex problem within the electrical system. In such cases, it is advisable to seek professional assistance when needed to ensure the safety and reliability of the vehicle’s electrical system.

Volkswagen Passat B6 Fuse Box Diagram (2005-2010)

Fuse Box Diagrams

Alexis

-

October 29, 2023

0

Volkswagen Passat B6 Fuse Box Diagram (2005-2010)

In this comprehensive guide, to the fifth-generation Volkswagen Passat (B6/3C), a remarkable vehicle that graced the roads from 2005 to 2010. Our aim is to provide you with meticulously crafted fuse box diagrams for the Volkswagen Passat of model years 2005, 2006, 2007, 2008, 2009, and 2010. Embark on a journey with us as we unravel the mysteries of fuse layout and relay assignment for this iconic Volkswagen model.

Prepare to enhance your knowledge about the inner workings of your Volkswagen Passat as we navigate through the complexities of its fuse box system. With our detailed insights, you can confidently tackle electrical issues and ensure your Passat runs smoothly on the road. Let’s explore the fuse panels, decode the fuse layout, and demystify the relays together, empowering you with the knowledge needed to keep your Volkswagen Passat in top-notch condition.

Fuse box location

Instrument Panel Fuse box left

The fuse box in the fifth-generation Volkswagen Passat (B6/3C) is strategically positioned on the left side edge of the instrument panel. This placement ensures convenient access, allowing vehicle owners to easily address any electrical concerns or fuse-related issues. Whether you’re troubleshooting problems or performing routine maintenance, knowing the precise location of the fuse box simplifies the process, ensuring a seamless experience for Passat enthusiasts and owners alike.

Instrument Panel Fuse box, right

Located within arm’s reach of the driver’s seat, this fuse box plays a pivotal role in safeguarding the electrical system of the Passat. It acts as the nerve center, controlling various functions within the vehicle, from lights and wipers to advanced electronic components.

When you pop open the fuse box cover, you’ll discover an array of fuses and relays, each assigned to a specific function. These components act as the guardians of your Passat’s electrical circuitry, ensuring the smooth operation of essential features. Whether you’re replacing a blown fuse or checking a relay, having this vital information readily available can save you both time and effort.

[Instrument Panel Left–Side]

Fuses Numbers	Fuses Amp ratings	Fuses Functions
F1	10A	Datalink connector (DLC)
F2	5A	Anti-lock brake system (ABS)
F3	5A	Power steering
F4	5A	Brake pedal position (BPP)switch
F5	10A	LH gas discharge head lamp, head lamp level control module, head lamp adjustment motor, left or single, head lamp adjustment motor, right
F6	5A	Trailer control module
F7	5A	Data bus connection, engine management, instrumentation control module
F8	5A	Garage door opener, interior rearview mirror, rear window blind
F9	5A	Four-wheel drive control module
F10	5A	Engine management
F11	5A	Accident data recorder button, taximeter
F12	10A	Door function control module, driver
F13	10A	Datalink connector (DLC), light switch
F14	5A	Steering column function control module
F15	5A	Multifunction control module 1
F16	10A	Ignition system
F17	10A	Alarm system, auxiliary heater, wind screen wiper rain sensor
F18	–	–
F19	–	–
F20	–	–
F21	–	–
F22	5A/10A	Engine management
F23	10A	Engine management
F24	5A/20A	Transmission control module(TCM), reverse gear position switch
F25	10A	Engine management
F26	10A	Rear window blind
F27	5A	Heater/air conditioning (AC)
F28		–
F29	20A	Trailer control module
F30	15A	Trailer control module
F31	25A	Trailer control module
F32	30A	Multifunction control modulel
F33	20A	Sunroof
F34	15A	Engine management
F35	30A	Head lamp washers
F36	20A	Auxiliary heater
F37	30A	Heated seats
F38	–	–
F39	40A	Heater/air conditioning (AC)
F40	5A	Fog lamps
F41	40A	Heater/air conditioning{AC)
F42	15A	Windscreen washers, rear screen wiper motor
F43	20A	Auxiliary heater
F44	20A	Auxiliary heater
F45	25A	Auxiliary power sockets
F46	5A	Two-way radio (police), crash control module(taxi/police), ignition switch circuits, tachograph
F47	15A	Alarm system (taxi), auxiliary power sockets (glove box) – taxi, auxiliary power sockets(luggage compartmenty-taxi, auxiliary power sockets(two-way radio)- police, interior lamps, luggage compartment lamp
F48	20A	Auxiliary power sockets (police)
F49	–	–

[Instrument Panel Right-Side]

Fuses Numbers	Fuses Amp ratings	Fuses Functions
F1	–	–
F2	5A	Ant Mock brake system (ABS), parking brake control module
F3	5A	Parking aid control module, navigation system
F4	5A	Cruise control
F5	10A	RH gas discharge headlamp
F6	5A	Transmission mode selection switch
F7	5A	Headlamp level control module
F8	5A	Engine management
F9	10A	Supplementary restraint system (SRS)
F10	5A	Engine management (BLF/BLR/B LY/AXX/B PY/B LX/BVX/BVY/BVZ/BWA)
F12	10A	Door function control module, left front
F13	10A	Parking aid control module
F14	10A	Assisted door closing control module relay
F15	5A	Heater/air conditioning (AC)
F16	5A	Transmission mode selection switch
F17	10A	Anti-lock brake system (ABS), parking brake control module
F18	–	–
F19	–	–
F20	–	–
F21	–	–
F22	30A	Accessories connector
F23	30A	Door function control module, left rear, door function control module, right rear
F24	30A	Assisted door closing control module, left rear
F25	30A	Assisted door closing control module, right rear
F26	–	–
F27	25A	Heated seats
F28	15A	Engine management
F29	30A	Door function control module, driver, door function control module, left front
F30	20A	Parking brake control module
F31	20A	Parking brake control module
F32	–	–
F33	20A	Accessories connector
F34	15A	Engine management (AXX/BLF/BLR/BLX/BLY/BPY/BVX/BVY/BVZ/BWA)
F35	20A	Cigarette lighter
F36	–	–
F37	–	–
F38	–	–
F39	10A	Heater/air conditioning (AC), heated seats, heated wind screen waterjets, split charge relay
F40	5A	Crash control module (taxi/police)
F41	15A	Alarm system (taxi), auxiliary power sockets (glove box) – taxi, auxiliary power sockets(luggage compartment)-taxi, interior lamps-taxi, roof sign lamp-taxi, taximeter
F42	20A	Auxiliary power sockets(glove box}-taxi
F43	5A	Alarm system (taxi), auxiliary power sockets (police), auxiliary power sockets (glove box) – taxi, auxiliary power sockets (luggage com partment) -taxi
F44	20A	Alarm system (taxi), auxiliary power sockets- taxi, auxiliary power sockets (police)

[Engine Compartment Type-1]

Fuses Numbers	Fuses Amp Ratings	Fuses Functions
A1	–	Ignition main circuits relay
A2	–	–
A3	–	–
A4	–	–
F1	5A/15A	Transmission control module (TCM)
F2	30A	Anti-lock brake system (ABS)
F3	20A	Multifunction control module 2
F4	5A	Multifunction control module 1
F5	20A	Horn
F6	–	–
F7	–	–
F8	–	–
F9	–	–
F10	–	–
F11	–	–
F12	–	–
F13	–	–
F14	–	–
F15	–	–
F16	15A	Steering column function control module
F17	10A	Instrumentation control module
F18	30A	Audio unit output amplifier
F19	15A	Audio system, navigation system
F20	5A	Aerial module, telephone
F21	–	–
F22	7,5A	Telematics control module
F23	10A	Engine management
F24	10A	CAN data bus gateway control module
F25	–	–
F26	10A	Engine management
F27	10A	Engine management-Diesel
F28	25A/30A	Engine management
F29	10A/15A	Engine management
F30	20A	Auxiliary heater control module
F31	30A	Windscreen wipers
F32	–	–
F33	–	–
F34	–	–
F35	–	–
F36	–	–
F37	–	–
F38	10A	Engine coolant blower motor control module, engine management
F39	10A	Engine management
F40	10A/15A	Engine management
F41	–	–
F42	–	–
F43	–	–
F44	–	–
F45	–	–
F46	–	–
F47	40A	LH headlamp, LH tail lamp, multifunction control module 1, RH front side lamp, RH tail lamp
F48	40A	LH side lamp, LH tail lamp, multifunction control module 1, RH headlamp, RH tail lamp
F49	50A	Multifunction control module 1
F50	60A	Split charge relay
F51	–	–
F52	60A	Heated rear window
F53	50A	Fascia fuse box/relay plate 1 (F40-F42), fascia fuse box/relayplate2(F39), multifunction control module 1
F54	50A	Glow plug control module

[Engine compartment Type-2]

Fuses Numbers	Fuses Amp Ratings	Fuses Functions
A1	–	Secondary air injection (AIR) pump relay
A2	–	Ignition main circuits relay
F1	7,5A	Telematics control module
F2	30A	Anti-lock brake system (ABS)
F3	20A	Multifunction control module 1
F4	20A	Multifunction control module 2
F5	5A	Multifunction control module 1
F6	5A/15A	Transmission control module (TCM)
F7	15A	Audio system, navigation system
F8	–	–
F9	15A	Steering column function control module
F10	20A	Engine management
F11	5A	Instrumentation control module
F12	5A	Telephone control module
F13	10A	Engine management
F14	30A	Engine management
F15	10A	CAN data bus gateway control module
F16	10A/15A	Engine management
F17	–	–
F18	–	–
F19	30A	Audio unit output amplifier
F20	5A/15A	Clutch position potentiometer engine management
F21	20A	Auxiliary heater control module
F22	30A	Windscreen wipers
F23	10A	Engine coolant blower motor control module, engine management
F24	10A/15A	Engine management
F25	40A	Multifunction control module 1
F26	40A	Multifunction control module 1
F27	60A	Heated rear window
F28	40A	Engine management-petrol
F29	50A	Multifunction control module 1
F30	50A	Multifunction control module 1

[Pre-Fuse Box]

Fuses Numbers	Fuses Amp Ratings	Fuses Functions
SA1	150A	Alternator
SA2	80A	Power steering
SA3	50A/80A	Engine coolant blower motor control module
SA4	100A	Fascia fuse box/relay plate 1 (F32-F37), fascia fuse box/relay plate 2 (F32-F37), fascia fuse box/relay plate 3 (F44/F46)
SA5	80A	Fascia fuse box/relay plate 2 (F22-F27)
SA6	50A	Fascia fuse box/relay plate 1 (F12-F17/F29-F31)
SA7	60A	Split charge relay
SA8	40A	Anti-lock brake system (ABS)

What type of fuses does my car use?

FAQs

Alexis

-

October 29, 2023

0

Car Fuses are the essential components designed to protect the electrical system from short circuits, power surges, and excessive loads. There are fuse boxes located in the engine compartment, and the passenger compartment section featuring various fuses. Every fuse has its specific role and function.

Types of Car Fuses

There are different types of car fuses equipped to protect several electrical components in a vehicle. Some common car fuses include Blade Fuses, Mini Blade Fuses, Maxi Fuses, Glass Tube Fuses, Ceramic Fuses, and Resettable Fuses.

Blade Fuses

One of the most common fuses used in the vehicle is the blade fuses. These protective devices are designed in a rectangular shape with two flat blades on the top, and a transparent plastic body as shown in the image above. Blade fuses are specially used to protect electrical components like wipers, audio systems, headlights, and others. These fuses are available in six different physical dimensions including Micro2, Micro3, LP-mini (APS), Mini (APM/ATM), Regular (APR/ATC/ATO/ATS), and Maxi (APX).

Mini Blade Fuses

Mini Blade Fuses are identical to Blade Fuses however, they are smaller in size. The shape of the mini-blade fuse is rectangular, and the physical dimensions are compact. These fuses are used to protect electrical components like power windows, auxiliary outlets, interior lights, and other electrical accessories in newer vehicles.

Maxi Fuses

There are specific fuses known as Maxi Fuses designed to handle higher amperage levels. These fuses are larger in size, and feature a plastic body with two metal blades on the top. Maxi Fuses are typically located in the engine compartment fuse box and are responsible for protecting high-current electrical components like a cooling fan, air conditioning compressor, power seats, and others.

Glass Tube Fuses

Glass Tube Fuses are generally used in old car models. These fuses have a cylindrical shape with a glass tube, and metal caps on both ends. The major role of glass tube fuses is to protect components like the alternator, ignition system, and starter motor.

Ceramic Fuses

Ceramic Fuses look like glass tube fuses but are manufactured with a ceramic body. These fuses are used to offer better protection against high-temperature conditions. Vehicles requiring demanding electrical systems are equipped with ceramic fuses. Fuel Pumps, ABS systems, and Power Steering are some of the crucial components protected by ceramic fuses.

Resettable Fuses

Resettable fuses are commonly known as circuit breakers. These fuses are unique compared to others because it doesn’t need replacement after a fault. When excessive current flows through them, they automatically trip and then reset once the issue is resolved. These fuses are commonly used in sensitive electronic systems, such as power windows, seat heaters, and entertainment systems.

Conclusion

In conclusion, having knowledge about the most common car fuses is essential for every car owner or enthusiast. Car fuses serve as crucial protectors of the electrical system, safeguarding various components from potential damage caused by power surges or short circuits.

Remember, if you’re unsure about handling fuses or need assistance, it’s always recommended to consult your vehicle’s manual or seek professional help. Stay informed about your car’s fuses and keep your vehicle running smoothly for a hassle-free driving experience.

By understanding the different types of car fuses, including blade fuses, mini blade fuses, maxi fuses, glass tube fuses, ceramic fuses, and resettable fuses, you can effectively protect and troubleshoot the electrical components in your vehicle.

What are the symptoms of a bad fuse box?

FAQs

Alexis

-

October 29, 2023

0

What are the symptoms of a bad fuse box?

Car fuses are typically small, rectangular-shaped devices made of metal or alloy with a filament or wire inside. The wire is carefully calibrated to melt or blow when the current exceeds a predetermined limit.

This melting or blowing action interrupts the electrical flow, preventing further damage to the circuit and its associated components. Vehicles are complex machines that rely on various components for proper functioning. One of the crucial elements is the electrical system which powers several components.

What happens when a Car Fuse blows?

Basically, there are some consequences triggered due to the blowing of a car fuse. Here are some common signs that indicate a blown car fuse:

Loss of power to specific electrical components

Non-functioning headlights, taillights, or brake lights.
Inoperative power windows, door locks, or mirrors.
Malfunctioning windshield wipers or washers.
No response from the radio, audio system, or infotainment unit.
Failure of interior lights, dashboard lights, or instrument cluster.

Non-functioning or malfunctioning electrical systems

Air conditioning or heating system not working.
Defective turn signals or hazard lights.
Disabled power outlets or cigarette lighters.
Erratic behavior of the power seats or seat heaters.
Loss of functionality in the horn or alarm system.

Visual indication of a blown fuse

The metal strip or wire inside the fuse appears melted or broken.
Burn marks or discoloration on the fuse itself or in the fuse box.
A blown fuse may also cause the associated fuse box to emit a burning smell.

What could be the reasons for a car fuse to blow?

A car fuse can blow due to different reasons ranging from electrical faults to external factors. Some common causes of a blown car fuse are listed below.

Overloading the electrical circuit

Connecting devices or accessories that draw more current than the fuse rating allows.
Using high-powered aftermarket electronics without considering the capacity of the electrical system.
Plugging multiple high-wattage devices into the same power outlet simultaneously.

Short circuits and electrical faults

Damaged or exposed wiring that causes a direct connection between the positive and negative sides of the circuit.
Faulty switches, relays, or connectors create unintended electrical paths.
Frayed or pinched wires result in contact between wires of different polarities.

Aging or faulty electrical components

Worn-out or deteriorated electrical components such as motors, solenoids, or relays that draw excessive current.
Corrosion or loose connections in the electrical system lead to increased resistance and subsequent fuse blowing.
Internal failures within electrical devices or modules, cause abnormal current flow.

Environmental factors and external influences

Exposure to moisture or water intrusion compromises the insulation and causes short circuits.
Vibrations, shocks, or impacts can dislodge or damage the fuses or wiring.
Extreme temperature fluctuations, especially high heat, can affect the integrity of electrical components.

Conclusion

Recognizing the signs of a blown fuse is crucial for troubleshooting electrical issues in a car. Dimmed or non-functioning lights, malfunctioning power windows or door locks, and a non-responsive radio are common indications of a blown fuse. It is important to note that while a blown fuse may be a straightforward problem, it can also be a symptom of an underlying issue that requires further investigation.

Faulty wiring, damaged components, or water intrusion can also lead to blown fuses. Additionally, replacing a blown fuse with one of higher amperage is not recommended, as it can pose a fire hazard and potentially damage other electrical components.

Regular maintenance and inspections of the electrical system, along with adherence to correct fuse amperage ratings, can help prevent blown fuses. Keeping spare fuses in the vehicle is also a wise precaution, as it allows for quick replacement in case of emergencies.

By understanding the basic functioning of a car fuse, being aware of the signs of a blown fuse, and knowing the reasons behind fuse failures, car owners can effectively address electrical issues and ensure the smooth operation of their vehicles.

How to check a car fuse without a multimeter?

FAQs

Alexis

-

October 29, 2023

0

How to check a car fuse without a multimeter?

When it comes to troubleshooting electrical problems in your vehicle, checking the car fuses is often the first step. In the past, this would involve the tedious task of removing each fuse to inspect it individually. However, modern techniques have made it possible to check car fuses without the need for removal, saving time and gaining a better understanding of your vehicle’s electrical health.

Tools Required

When it comes to checking car fuses without removing them, having the right tools available is essential. Here’s a closer look at the tools you’ll need and their significance in the process:

Flashlight: Make sure to have a flashlight with a bright beam and a focused light output for optimal visibility.
Pair of Tweezers: Tweezers are useful for gently gripping and testing fuses without removing them from their slots. It’s also advisable to use non-conductive tweezers to reduce the risk of electrical shock.
Safety Gloves: Gloves made of non-conductive materials, such as rubber or latex, can help safeguard against potential electrical shocks and prevent any contact with sharp edges within the fuse box.

Things to know

In the process of checking car fuses without removing them, it’s important to prepare adequately for the task. Being well-prepared sets the stage for a more efficient and accurate evaluation of the fuses, increasing the chances of identifying any potential issues without removing them. Here are the key steps to take to ensure a smooth and effective fuse inspection:

Turn off the Car: It also allows the fuse box to be safely accessed without the risk of live electrical connections.
Consult the Owner’s Manual: Pay attention to any specific instructions or warnings mentioned in the manual.
Clear View of the Fuse Box: This will allow you to navigate the fuse box more comfortably and ensure a comprehensive assessment of each fuse.

Checking Car Fuses

The technique of inspecting cars fuses without the need to remove each one individually from their slots. This method allows for a quicker and more convenient assessment of the fuses. Remember to exercise caution while handling the fuses and tweezers to prevent any damage or injuries. Follow these methods to effectively inspect the fuses:

Visual Inspection

Start by visually examining each fuse in the fuse box. Look for blown fuses, which may have a broken filament or appear discolored. Pay attention to any blackened or charred fuses, as this indicates a fuse that has likely blown.

Magnifying Glass

A magnifying glass can help you identify subtle signs of damage that may not be immediately visible to the naked eye. It allows for a more thorough examination, increasing your chances of detecting potential issues.

Using Tweezers for Testing

To further assess the fuses, carefully use a pair of tweezers. Gently grip the fuse with the tweezers and give it a slight tug or wiggle. If the fuse is loose or improperly seated, it may indicate a poor connection or a faulty fuse that needs to be replaced.

Test the Fuse with a Test Light

To check car fuses without removing them, a test light can be used. Simply press the test light against one end of the fuse and ensure it illuminates. Repeat the process on the other end. If the test light lights up on both ends, the fuse is functioning properly. However, if the light only illuminates on one end or not at all, the fuse is blown and needs to be replaced. It is important to investigate further to determine the underlying cause.

Note: If the test light doesn’t light up on either end, it may indicate a lack of power to the fuse, requiring the key to be in the on or accessory mode.

Multimeter Voltage

To check car fuses without removing them, start by turning the ignition on to activate additional circuits. Then, using a multimeter set to voltage measurement (with a minimum scale of 15 volts), measure the voltage across each fuse. If any fuse shows any voltage reading, it indicates that the fuse is blown since it should function as a short circuit.

If there is no voltage detected, proceed to measure each fuse contact to the ground. If both contacts show the same non-zero voltage reading, it signifies that the fuse is in good condition. However, if both contacts read zero volts to the ground, it indicates that the circuit has no power. In such cases, the fuse might be either good or bad, requiring further testing. You can either energize the circuit and retest or remove the fuse and check its continuity separately using an ohmmeter or a battery with a test light.

Multimeter resistance

Before checking car fuses without removing them, it’s essential to ensure your safety and prevent damage to your meter. Begin by making sure there is no voltage present, especially if the fuse is blown, as it could potentially blow your meter. To do this, disconnect the battery and wait a few minutes for any capacitors to discharge before connecting the multimeter.

Once you’ve taken these precautions, set the multimeter to measure resistance (using the x10 scale) and proceed to measure across each fuse. A functioning fuse should show a resistance reading of 0 ohms. This indicates that the fuse is in good condition. By following these steps, you can effectively check car fuses without removing them while minimizing the risk of electrical hazards and equipment damage.

Conclusion

In conclusion, checking car fuses without removing them offers a more efficient and convenient method to assess the health of your vehicle’s electrical system. By following the steps outlined in this article, you can save time and effort while gaining valuable insights into the condition of your fuses. These techniques provide a comprehensive assessment of the fuses’ condition, enabling you to identify blown fuses or loose connections.

The process begins with understanding the layout of the fuse box and gathering the necessary tools. Adequate preparation, including turning off the car and consulting the owner’s manual, ensures a safe and informed approach to fuse inspection. Throughout the process, it is crucial to prioritize electrical safety, exercise caution, and seek professional assistance if needed, especially when dealing with complex electrical problems.

Table of Contents

Fuse box location

2006

2007

2008, 2009

2010/2011

Table of Contents

Instrument Panel Fuse Box

Center instrument panel fuse box

Engine Compartment Fuse Box

Hybrid Auxiliary Engine Compartment Fuse Block

Table of Contents

Passenger Compartment Fuse Box

Fuse box location

Relay Box

Fuse Box in the Engine Compartment

Table of Contents

Engine Compartment

Passenger Compartment

Conclusion

Table of Contents

Car Fuse Box Components

Importance of Car Fuse Box Diagram

Troubleshooting Electrical Issues

Preventing Electrical Accidents

Maintenance and Repairs

Benefits of using a Car Fuse Box Diagram

Time-Saving

Cost-Effective

Safety and Prevention

Table of Contents

1. Essential Tools

2. Identifying fuse type and amperage rating

3. Ensure vehicle safety

4. Locate the Fuse Box

5. Understand the fuse box layout

6. Inspect the fuse carefully

7. Remove the defective fuse

8. Insert the replacement fuse

9. Testing fuses and verifying the functionality

10. Fasten the fuse box and organize

Conclusion

Table of Contents

Fuse box location

Instrument Panel Fuse box left

Instrument Panel Fuse box, right

[Instrument Panel Left–Side]

[Instrument Panel Right-Side]

[Engine Compartment Type-1]

[Engine compartment Type-2]

[Pre-Fuse Box]

Types of Car Fuses

Blade Fuses

Mini Blade Fuses

Maxi Fuses

Glass Tube Fuses

Ceramic Fuses

Resettable Fuses

Conclusion

Table of Contents

What happens when a Car Fuse blows?

Loss of power to specific electrical components

Non-functioning or malfunctioning electrical systems

Visual indication of a blown fuse

What could be the reasons for a car fuse to blow?

Overloading the electrical circuit

Short circuits and electrical faults

Aging or faulty electrical components

Environmental factors and external influences

Conclusion

Table of Contents

Tools Required

Things to know

Checking Car Fuses

Visual Inspection

Magnifying Glass

Using Tweezers for Testing

Test the Fuse with a Test Light

Multimeter Voltage

Multimeter resistance