Trovate immediatamente il pezzo di ricambio di cui avete bisogno con una ricerca dei codici OEM rapida, semplice e potenziata dall'intelligenza artificiale. Inserite i dettagli del vostro veicolo e scegliete il pezzo giusto!
The air brake system used in commercial vehicles is critical for safety and performance. This system, which provides effective braking using air pressure, offers a reliable solution, especially in vehicles carrying heavy loads. You can find detailed information about air brake systems, technical specifications and product range on our website.
Air brake systems play a vital role in the transportation and automotive industries, especially when it comes to heavy vehicles. The working principles, components, use in heavy vehicles, maintenance and safety precautions and technological development of air brake systems are examined.
An air brake system is a mechanism for braking heavy vehicles using compressed air. It was first developed in the early 20th century and has since become an indispensable part of heavy vehicles.
The air brake system is a widely used braking system in heavy vehicles. This system works with a compressor powered by the engine. The compressor compresses the air and sends it to the reservoir. When the brake pedal is pressed, the brake valve opens and compressed air is sent to the wheel brakes.
The pistons in the wheel brakes move with the compressed air and push the pads against the brake pads. The pads slow or stop the vehicle by rubbing against the brake pads.
The air compressor generates air pressure using engine power. This pressure is the key component of the braking system and provides the power for braking.
Air brake compressors are important in heavy-duty vehicles. These compressors ensure that the vehicle's braking system operates efficiently and safely. Therefore, regular maintenance and inspection of air brake compressors is important.
When the brake pedal is depressed, the brake pedal valve transmits pressure to the other components of the brake system to initiate braking. The brake pedal valve is an important component used in air brake systems. It is important to regularly maintain and check this valve, which sends compressed air to the wheel brakes when the brake pedal is pressed.
After braking is finished, the relief valve regulates the pressure by releasing excess air from the brake pipes. The relief valve is important in air brake systems. After braking is finished, it regulates the pressure of the system by discharging excess air from the brake pipes. This ensures efficient system operation and preservation of braking power.
This valve distributes air from the compressor to the tires at the appropriate pressure level. It is also important for maintaining the overall stability of the brake system. The distributor valve plays an important role in air brake systems. Compressed air from the compressor is distributed to the wheel brakes and the vehicle safely slows or stops.
The parking brake valve is a valve used in air brake systems. When the parking brake lever is pulled, the parking brake valve is activated and sends compressed air to the rear wheel brakes. This prevents the vehicle from moving when it is parked or going downhill.
A trailer control valve is a valve used in air brake systems. The brakes of the trailer or trailer work at the same time as the brakes of the tow vehicle. The trailer control valve is important in air brake systems. When the brake pedal of the tow tractor is pressed, the brakes of the trailer or trailer also work and the vehicle comes to a safe stop.
A relay valve is a valve that allows compressed air to be controlled at different pressure levels. In air brake systems, high-pressure air from the compressor is sent to the wheel brakes at the appropriate pressure. The relay valve is important. It ensures that the high-pressure air from the compressor is sent to the wheel brakes at the appropriate pressure, ensuring safe braking of the vehicle.
Air brake systems are the safest braking system widely used in heavy-duty vehicles. They offer advantages over other systems in terms of safety, efficiency and comfort. In addition, these systems require less maintenance and have a longer lifespan.
Regular maintenance is essential for the safe and efficient operation of air brake systems. Periodic inspection of the compressor, reservoir, brake valve and wheel brakes increases the durability and safety of the system.
Technologies such as electronically controlled air braking systems, dry air braking systems and intelligent braking systems are key innovations shaping the future of air braking systems. These technologies offer safer, more efficient and environmentally friendly braking solutions.
An air brake system is a mechanism that uses compressed air to perform braking on heavy-duty vehicles. This system ensures safe and efficient braking.
In an air brake system, a compressor compresses the air and stores it in a reservoir. When the brake pedal is pressed, compressed air is sent to the wheel brakes to brake the wheels.
Air brake systems consist of components such as air compressor, brake pedal valve, relief valve, distributor valve, parking brake valve, trailer control valve and relay valve.
Air brake systems are safe, efficient and long-lasting. It requires less maintenance than other brake systems and is an ideal solution for heavy-duty vehicles.
The air compressor produces compressed air in the air brake system, which is used for braking. It is a vital component for the system.
Air brake systems are generally used in heavy-duty vehicles such as trucks, buses, tractors and trailers. This system is also available on some trains.
The compressor, reservoir, valves and wheel brakes should be checked periodically and worn parts replaced. The pressure balance of the system should also be checked regularly.
Loss of pressure, compressor failures, clogged valves and leaks are common problems in air brake systems. These issues affect system performance.
Because compressed air is used in air brake systems, braking power is provided continuously and effectively. In addition, safety is enhanced with dual circuit braking systems.
Innovations in air braking systems such as electronic control, intelligent braking systems and environmentally friendly technologies will provide safer and more efficient solutions in the future.
© Vaden Otomotiv San. Tic. A.Ş. Tutti i diritti riservati / 2025
