Fuse And Fix Auto

🚗✨ Don’t let those warning lights keep you stressed every time you turn the key! ✨🚗

At Fuse & Fix, we specialize in professional auto electrical and diagnostic solutions to get your vehicle back to peak performance.

✅ Reliable diagnostics
✅ Expert auto electrical repairs
✅ Peace of mind on the road

📞 Call Fuse & Fix today – your trusted partner for all your auto electrician and diagnostic needs.

What is a Starter Motor? A starter motor is simply an electric motor that turns your engine on when you switch the ignition. To do this, the starter motor requires a lot of torque to turn the engine at such fast speeds, so that it pulls fuel and air into the cylinders and compresses them at the same time.

The check engine light, also known as the malfunction indicator lamp (MIL), is a warning light on your car's dashboard that illuminates when the computer system detects a problem with the engine, emissions system, or other monitored components. It's essentially a signal from your car saying "Hey, something's not right, take a look!"

Here's a breakdown of the check engine light:
Why it comes on:
- Sensor malfunction: Sensors monitor various aspects of the engine's performance, like oxygen levels, air intake, and coolant temperature. If a sensor detects something outside the normal range, the light might turn on.
- Loose gas cap: Believe it or not, a loose or faulty gas cap can trigger the check engine light! The gas cap helps maintain proper pressure in the fuel system, and a loose one can disrupt this, leading to the light coming on.
- Spark plug or ignition coil issues: Worn spark plugs or faulty ignition coils can cause incomplete combustion, leading to rough idling and the check engine light.
- Emissions system problems: The check engine light can illuminate if the catalytic converter or other emissions control components aren't functioning properly.
- Serious engine issues: In some cases, the check engine light might indicate a more serious problem like internal engine wear or malfunction.

Deep integrated scans using the best of machines.
Oil Reset, SAS Calibration, ABS Bleeding, Injector Coding, Battery Registration, DPF/CAT/PPF Regeneration, etc.

Pull odometer/Mileage reading from ABS,TCU,BCM, even if odometer has been changed on Instrument Cluster/Speedometer

Read fault codes & provides a description
Clear fault codes & warning lights (e.g. airbag, ABS, engine light etc)
Service functions – interval light / oil reset light / EPB / injectors etc
Access to live data streams (oxygen sensor rich/lean indication, coolant temperature, mass air flow etc)

My machines can do everything that's needed. It's Dealer Level so it's also very intelligent. If you looking for proper NO BS advice or scans message me.

IM BASED IN BENONI
PRICES VARY PER CAR AND WHAT NEEDS TO BE DONE.
CALL OR WHATSAPP ME ON 0791015827

Different Types of Sensors Found in Cars

Decoding the Engine Control Unit (ECU): Inputs, Outputs, and Sensor Interactions
Read more: https://bit.ly/47VxZzV

An Engine Control Unit (ECU) is an electronic control module that manages the functions of the engine and its components in a modern vehicle. Here is some information on its inputs, outputs, and how different sensors work together in point form:

ECU MAIN SIGNALS
Input Signals and Output Signals.
There are three main types of sensor commonly in use. The Hall Effect sensor, Optical sensor or the Inductive sensor.

How different sensors work together:
- The TPS and MAF sensors work together to determine how much fuel and air the engine needs at any given time.

- The O2 sensor helps regulate the air-to-fuel ratio by providing feedback to the ECU on the amount of oxygen in the exhaust.

- The CTS helps the ECU adjust the fuel injection and ignition timing based on the engine temperature.

- The CKP sensor provides the ECU with information on the position and speed of the crankshaft to optimize ignition and fuel injection timing.

- All of these sensors work together to help the ECU manage the engine's performance, ensuring optimal fuel efficiency, power output, and emissions.