471 130 42 15 MERCEDES BENZ EURO6, Twin Cylinder, Compressor

Twin Cylinder Compressor for Mercedes-Benz and Comprehensive Solutions by Vaden Original

Introduction

The twin-cylinder compressor is an essential component in Mercedes-Benz commercial vehicles, ensuring reliable air brake systems and optimal performance. Found in models such as Actros MP4/MP5, Antos, Arocs, and Atego 3, these compressors are engineered with precision to meet the demanding standards of the automotive industry. Designed for efficiency and durability, they are compatible with multiple OEM part codes, including 4711303415, 4711304215, and 4711306615.

MERCEDES BENZ EURO6, Twin Cylinder, Compressor

As a leading global supplier in the commercial vehicle spare parts sector, Vaden Original plays a crucial role in manufacturing and distributing high-quality components. With a vast catalog exceeding 11,513 products across 15 categories, the company delivers tailored solutions to meet the needs of major truck brands, including Mercedes-Benz, MAN, DAF, Volvo, and Scania.

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Twin Cylinder Compressors for Mercedes-Benz: Precision and Performance

The air brake system is one of the most critical safety components in commercial vehicles. Twin-cylinder compressors, used in Mercedes-Benz trucks, are designed to provide:

✅ High air compression efficiency, ensuring optimal brake performance.
✅ Durability and longevity, reducing maintenance costs and downtime.
✅ Compatibility with multiple part codes, allowing easy integration into different models.
✅ Advanced engineering, adhering to strict OEM specifications.

By incorporating cutting-edge technology, Vaden Original ensures that these compressors deliver consistent performance and meet the highest industry standards.

Vaden Original: Küresel Ticari Araç Yedek Parça Sektöründe Lider Marka

 

Vaden Original: Ticari Araç Yedek Parçalarında Uzman Çözüm Ortağınız

Ticari araçlar için kritik bileşenlerin üretiminde uzmanlaşan Vaden Original, debriyaj, direksiyon, egzoz sistemi, elektrik sistemi, fren kaliperi, havalı fren sistemleri, havalı fren kompresörleri, kabin, motor, porya, soğutma sistemi, süspansiyon, şanzıman, şase ve yakıt sistemi gibi önemli parçaları kullanıcılarına sunmaktadır.

Yüksek hassasiyetle üretilen bu parçalar, ticari araçların güvenliği, performansı ve uzun ömürlü kullanımı açısından büyük önem taşımaktadır. Bu nedenle Vaden Original, gelişmiş mühendislik teknikleri ve ileri üretim teknolojileri ile sektörde fark yaratmaktadır.

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Kalite ve Güvenilirlikte Sınırları Aşan Bir Marka

Vaden Original, Türkiye’deki modern üretim tesislerinde yüksek kalite standartlarına uygun üretim süreçleri yürütmektedir. Tasarım, kalıp, döküm, talaşlı imalat, montaj ve ölçüm aşamalarının tamamı titizlikle kontrol edilmektedir.

• Yüksek kalite standartları sayesinde, üretilen her parça güvenilirlik ve dayanıklılık açısından test edilmektedir.
• Çevre dostu üretim süreçleri ile enerji tasarrufu sağlanmakta ve sürdürülebilir üretim anlayışı benimsenmektedir.
• Gelişmiş Ar-Ge yatırımları ile yenilikçi ve sektöre yön veren çözümler geliştirilmektedir.

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Müşteri Odaklı Hizmet ve Küresel Erişim

Vaden Original, yalnızca bir yedek parça üreticisi değil, aynı zamanda müşterilerine kapsamlı çözümler sunan bir iş ortağıdır.

✅ Ürün Seçimi ve Teknik Destek: Uzman ekibi, müşterilere ürün seçimi, montaj ve bakım konularında destek sağlamaktadır.
✅ Hızlı ve Yaygın Servis Ağı: 100’den fazla ülkeye ihracat yapan Vaden Original, dünya genelindeki müşterilerine hızlı ve kolay yedek parça erişimi sunmaktadır.
✅ Rekabetçi Fiyat Politikası: Kaliteli ürünleri uygun fiyatlarla sunarak, sektördeki rekabet gücünü artırmaktadır.
✅ Hızlı Teslimat Süreçleri: Lojistik altyapısını sürekli geliştirerek müşterilerine en kısa sürede ürün teslimatı yapmaktadır.

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Vaden Original ile Ticari Araçlarınız Güvende!

Vaden Original, yüksek kaliteli ticari araç yedek parçaları, müşteri odaklı hizmet anlayışı ve küresel erişimiyle sektördeki lider konumunu korumaktadır. Güvenilirliği, yenilikçi üretim süreçleri ve çevre dostu yaklaşımları sayesinde hem yerel hem de uluslararası pazarda güçlü bir marka olarak konumlanmaktadır.

Ticari araçlarınız için en kaliteli yedek parçaları ve profesyonel hizmeti almak için Vaden Original’i tercih edin!

📌 Siz de güvenilir, kaliteli ve uygun fiyatlı ticari araç yedek parçaları için Vaden Original ile iletişime geçin!

Importance and Advantages of Clutch Compressors in Commercial Vehicles

 

Clutch Compressors and Their Use in Commercial Vehicles

An integral part of air brake systems in commercial vehicles, clutch compressors are specially designed to improve the overall braking performance of the vehicle, regulate air pressure and optimize energy efficiency.

Working Principle and Advantages of Clutch Compressors

Clutch System Working Principle: Clutch air compressors use power from the vehicle's engine. However, these systems include a mechanism that prevents the compressor from being continuously engaged. When the air pressure drops below a set level, the compressor is activated.

Clutch Mechanism and Safety: Clutch mechanisms used in clutch systems activate or deactivate the compressor with control signals. They also have integrated safety features to prevent dangerous situations such as overheating and overpressurization.

Double Stage Compressor Designs: Dual-stage designs include low- and high-pressure piston sets. This design can produce higher pressures for special applications or emergencies.

Electronic Controls and Intelligent Systems: Modern clutch compressors are integrated with intelligent control systems that continuously monitor air pressure. These systems maximize energy savings and optimize system performance.

Cooling and Lubrication Systems: Clutch compressors have their own cooling and lubrication systems. This guarantees that the compressor remains at optimum operating temperatures and ensures continuous performance.

Energy Efficiency and Economy: Thanks to the clutch mechanism, the compressor is only activated when needed, reducing fuel consumption and improving the vehicle's economy.

Environmental Impact of Clutch Compressors

Clutch compressors are important to ensure safe and effective braking of commercial vehicles. They also improve environmental performance, resulting in lower fuel consumption, less wear, longer lifetime, reduced noise and greenhouse gas emissions.

These detailed technical specifications and environmental benefits make the use of clutch compressors in commercial vehicles increasingly important.

It is important not to forget how clutch compressors have revolutionized commercial vehicles and their future potential. This technology is an essential part of sustainable and efficient transportation solutions.

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Air Brake Systems: How It Works, Advantages and Disadvantages

 

How Air Brake Systems Work, Advantages and Disadvantages

The air brake system is the most common brake system used on heavy vehicles. This system works by compressing air and then directing this pressurized air to the brake cylinders. The brake cylinders apply pressure to the drums or brake discs, causing the wheels to slow down or stop.

How Do Air Brake Systems Work?

Air brake systems are brake systems that work by using compressed air. These systems consist of the following basic parts:

• Compressor: Driven by the engine, the compressor can compress air to about 100-120 liters per minute. This provides enough pressure that can be stored for delivery to the brake chambers when the brake pedal is depressed.

• Air Storage Tanks: Air storage tanks are used to store compressed air. These tanks are usually made of aluminum or steel and can hold pressures up to about 100 bar.
• Brake Valves: Brake pedal valves direct compressed air to the brake chambers or parking brake system when the brake pedal is depressed by the driver. These valves usually operate electromechanically or hydraulically.
• Brake Chambers: Brake chambers use compressed air to push brake pads or discs against the wheels. These chambers are usually made of steel or aluminum and can hold up to about 100 bar of pressure.
• Brake Pads or Discs: Brake pads or discs provide slowing or stopping by rubbing against the wheel. Brake pads usually contain friction materials fixed to a metal base. Brake discs are usually made of steel and are located inside or outside the wheel.

Air brake systems work by following these steps:

1. The driver presses the brake pedal.
2. The brake pedal activates the valves.
3. The valves release compressed air into the brake chambers.
4. The air pushes the brake pads or discs against the wheels.
5. The brake pads or discs rub against the wheel, slowing or stopping it.

When the brake pedal is depressed, the compressor starts to compress the air. This compressed air passes through the regulator and is set to a constant pressure. The air is then stored in the reservoir. When you press the brake pedal again, a valve opens and compressed air flows into the brake cylinders. The brake cylinders apply pressure to the drums or brake discs, which causes the wheels to slow down or stop.

Advantages of Air Brake Systems

Air brake systems have the following advantages:

• They provide high braking power. Air brakes provide a higher braking power than hydraulic brakes. This is important for large and heavy vehicles.
• They are robust and durable. Air brakes are more robust and durable than hydraulic brakes. This ensures reliability in difficult operating conditions.
• With regular maintenance, they last a long time. Air brakes last a long time with regular maintenance. This reduces maintenance costs.

• High braking power: Air brakes can provide a higher braking power than hydraulic brakes. This is important for large and heavy vehicles because they require more braking power. For example, air brakes can be used to reduce the braking distance of a 40-ton truck from 100 meters to 75 meters.Robustness and durab
• With regular maintenance, they last a long time. Air brakes last a long time with regular maintenance. This reduces maintenance costs.

Disadvantages of Air Brake Systems

Some disadvantages of air brake systems are:

• They are more complex and expensive. Air brake systems are more complex and expensive than hydraulic brake systems. This increases installation and maintenance costs.
• This increases installation and maintenance costs.Air pressure needs to be checked regularly. For air brake systems to work properly, the air pressure needs to be checked regularly. This increases maintenance costs.

Air brake systems are a critical safety feature for diesel trucks, buses and other large vehicles. Knowing how these systems work and how to maintain them is important for diesel technicians.

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Air Compressors Used in Air Brake Systems in Commercial Vehicles

Air brake systems are the most common type of system used for braking in commercial vehicles. These systems consist of four basic components: air compressor, air tank, air control valve and brake cylinders. The air compressor produces high-pressure air by drawing air from the atmosphere and compressing it. The high-pressure air is used by the valves and cylinders in the air brake system to actuate the brake pads.

Air Compressors Used in Air Brake Systems in Commercial Vehicles

Air brake systems used in commercial vehicles are specially designed to provide effective braking performance. At the heart of these systems are air compressors. Air compressors play a critical role in generating air pressure and transmitting it to the braking system.

Basic Function of Air Compressors

Air compressors perform the basic function of generating air pressure in air brake systems used in commercial vehicles. These compressors, usually powered by the vehicle's engine, draw air from the atmosphere and then compress this air to create a high-pressure environment.

Compressor Types

Air compressors used in commercial vehicles can usually be of the reciprocating type. Reciprocating compressors are based on the principle that the pistons between the cylinders output to create high-pressure air.

Air Pressure Generation

Air compressors are usually designed to provide a certain level of air pressure. This pressure is used by the valves and cylinders in air brake systems. Air pressure is used to prevent tires from locking up during the braking process and to improve overall braking performance.

Automatic Control Systems

In modern commercial vehicles, air compressors are often integrated with automatic control systems. These systems continuously monitor the air pressure and start or stop the compressor as needed. This increases energy efficiency and optimizes the overall performance of the system.

Maintenance and Safety

Air compressors are components that require regular maintenance. Oil levels, seals and air filters should be checked regularly. It is also important that they have features such as overpressure and temperature protections for safety measures.

Two Stage Compressors

Some commercial vehicles use dual-stage air compressors. These compressors have two separate piston sets with low and high pressure. The low-pressure piston set usually produces the basic air pressure, while the high-pressure piston set can produce a higher pressure for special applications or emergency use.

Integrated Lubrication Systems

Air compressors usually have an internal lubrication system. This system reduces friction of the internal mechanism of the compressor, preventing wear and ensuring long-lasting performance. Some modern air compressors have oil-free designs, which eliminates the risk of oil damaging other components in the system.

Cooling Systems

High-pressure air production can cause the compressor to heat up. For this reason, air compressors often have integrated cooling systems. Cooling systems ensure that the compressor remains at optimum operating temperatures, improving its performance.

Emergency Air Storage

Some commercial vehicles may be equipped with emergency air tanks for immediate use of compressed air produced by air compressors. These tanks increase safety measures by immediately providing air pressure in the event of a sudden need for braking.

Electronic Controls and Sensors

Modern air compressors often have electronic controls and sensors integrated with other systems in the vehicle. These features continuously monitor the air pressure, optimizing the system and improving vehicle performance.

Air compressors used in air braking systems for commercial vehicles offer a wide range of technical options and are designed by vehicle manufacturers based on reliability, durability and performance criteria. These detailed technical elements are critical to improve the safety and efficiency of commercial vehicles.

As a result, air compressors used in commercial vehicle air braking systems are an essential component designed to support a safe and effective braking system. The technical specifications and performance of these compressors are developed and used in accordance with the specifications set by vehicle manufacturers. This allows commercial vehicles to brake safely, even in challenging conditions.

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