Turbo for Twin Steer Truck

• After-sales Service: -
• Warranty: -
• Type: Bumper
• Model NO.: VG1560118229
• Color: Silver
• Compatibility: Freightliner
• Finish: Powder Coated
• Installation Method: Clamp-on
• Material: Aluminum
• Placement: Rear
• Structure: Non-Bearing Body
• Style: Custom Style
• Customization: -
• Level: -
• Size: -
• Weight: -
• Transport Package: 1
• Specification: 1
• Trademark: Yibolan
• Origin: Shandong, China
• Package Size: 35.00cm * 80.00cm * 30.00cm
• Package Gross Weight: 10.000kg

Product Description

Product Description

NO.	Name
VG1560118229	Turbo for Twin Steer Truck	Length(cm)46 Width(cm)46 Height(cm)35 Volume(cm³)74060 Gross weight(kg)15.523 Net weight(kg)14.14

Question: What is a turbocharger?

A turbocharger (often shortened to turbo) is a forced-induction device that increases the power output of an internal combustion engine by compressing the intake air before it enters the engine cylinders. It is widely used in heavy-duty trucks, passenger vehicles, and engineering machinery to improve fuel efficiency and torque while meeting emission standards.
Core Working Principle
A turbocharger is driven by the engine's exhaust gas and consists of two main connected components:
Turbine wheel: Located in the exhaust stream, it is spun at high speeds (up to tens of thousands of RPM) by the hot exhaust gas discharged from the engine.
Compressor wheel: Connected to the turbine wheel via a central shaft, it rotates synchronously with the turbine. As it spins, it draws in ambient air, compresses it to a higher density, and delivers it to the engine's intake manifold.
The compressed air contains more oxygen per unit volume, allowing the engine to burn more fuel efficiently in each combustion cycle. This results in a significant boost in power and torque without increasing the engine's displacement.
Key Advantages for Heavy-Duty Trucks
Enhanced Torque: Critical for heavy-duty vehicles (like SINOTRUK HOWO, Shaanxi Automobile Delong) to handle heavy loads, climb steep slopes, and start smoothly under full load.
Improved Fuel Economy: By optimizing combustion efficiency, turbocharged engines consume less fuel per unit of power output compared to naturally aspirated engines of the same power level.
Reduced Emissions: More complete fuel combustion lowers harmful exhaust emissions, helping heavy-duty trucks meet strict emission regulations (e.g., National VI standards in China).
Common Components of a Turbocharger System
Center housing rotating assembly (CHRA): Houses the turbine shaft, bearings, and oil passages for lubrication and cooling.
Wastegate: A valve that regulates exhaust flow to the turbine, preventing overboost and protecting the engine and turbocharger from damage.
Intercooler: Cools the compressed air before it enters the engine, further increasing air density and reducing the risk of detonation.

Are there any different types of turbochargers? Yes, there are several common types of turbochargers, classified based on structural design, operational principle, and application scenarios. Below are the main types widely used in heavy-duty trucks and commercial vehicles: 1. Single Turbocharger This is the most basic and widely used type, consisting of one turbine wheel and one compressor wheel connected by a single shaft. Features: Simple structure, low cost, easy maintenance. Application: Dominates the heavy-duty truck market (e.g., for SINOTRUK HOWO, Shaanxi Automobile Delong engines). It is suitable for engines with medium displacement and conventional load requirements. 2. Twin-Turbocharger System Equipped with two turbochargers (usually a small one and a large one) working in tandem or parallel, optimized for different engine speed ranges. Subtypes: Sequential Twin-Turbo: The small turbo operates at low engine speeds to eliminate "turbo lag" (delayed power response), while the large turbo kicks in at high speeds to provide maximum boost. Parallel Twin-Turbo: Both turbos work simultaneously to supply compressed air, suitable for high-displacement engines requiring large air intake (e.g., heavy-duty mining truck engines). Application: High-performance heavy-duty engines that demand strong low-end torque and high top-end power. 3. Variable Geometry Turbocharger (VGT / VNT) Features adjustable guide vanes around the turbine wheel, which change the angle to control exhaust gas flow according to engine speed. Features: Eliminates turbo lag by adjusting vane angles-narrow angles for low speeds (concentrating exhaust flow to spin the turbine quickly) and wide angles for high speeds (allowing more exhaust gas through). Application: A staple in modern heavy-duty trucks meeting strict emission standards (e.g., National VI). It improves fuel efficiency and reduces emissions while maintaining consistent torque across the speed range. 4. Electric Turbocharger (E-Turbo) Integrates an electric motor on the turbo shaft, which can drive the compressor wheel independently without relying on exhaust gas. Features: Completely eliminates turbo lag by using the electric motor to spin the compressor at low engine speeds; the motor can also recover energy from exhaust gas during high speeds to improve efficiency. Application: Emerging in advanced commercial vehicle powertrains, especially hybrid heavy-duty trucks. 5. Wastegate Turbocharger Equipped with a wastegate valve (a bypass valve) on the turbine housing, which diverts excess exhaust gas away from the turbine wheel to prevent overboost. Features: Protects the engine and turbocharger from damage caused by excessive boost pressure; simple and reliable design. Application: Most mainstream heavy-duty truck turbochargers are designed with a wastegate, often combined with VGT technology for better performance control. Key Differences for Heavy-Duty Truck Applications Type Core Advantage Main Limitation Typical Truck Scenario Single Turbo Low cost, easy maintenance Noticeable turbo lag at low speed Light-to-medium load trucks VGT No turbo lag, high efficiency Higher manufacturing cost High-load long-haul trucks Twin-Turbo Strong low & high speed power Complex structure, high cost Mining/heavy transport trucks E-Turbo Instant power response High cost, relies on electric system Hybrid heavy-duty trucks Need me to help you sort out the applicable engine models of different turbocharger types for SINOTRUK/Shaanxi Automobile heavy-duty trucks? How does a turbocharger work? What are the advantages and disadvantages of a single turbocharger? Are there any maintenance tips for turbochargers?

 

Are there any different types of turbochargers? Yes, there are several common types of turbochargers, classified based on structural design, operational principle, and application scenarios. Below are the main types widely used in heavy-duty trucks and commercial vehicles: 1. Single Turbocharger This is the most basic and widely used type, consisting of one turbine wheel and one compressor wheel connected by a single shaft. Features: Simple structure, low cost, easy maintenance. Application: Dominates the heavy-duty truck market (e.g., for SINOTRUK HOWO, Shaanxi Automobile Delong engines). It is suitable for engines with medium displacement and conventional load requirements. 2. Twin-Turbocharger System Equipped with two turbochargers (usually a small one and a large one) working in tandem or parallel, optimized for different engine speed ranges. Subtypes: Sequential Twin-Turbo: The small turbo operates at low engine speeds to eliminate "turbo lag" (delayed power response), while the large turbo kicks in at high speeds to provide maximum boost. Parallel Twin-Turbo: Both turbos work simultaneously to supply compressed air, suitable for high-displacement engines requiring large air intake (e.g., heavy-duty mining truck engines). Application: High-performance heavy-duty engines that demand strong low-end torque and high top-end power. 3. Variable Geometry Turbocharger (VGT / VNT) Features adjustable guide vanes around the turbine wheel, which change the angle to control exhaust gas flow according to engine speed. Features: Eliminates turbo lag by adjusting vane angles-narrow angles for low speeds (concentrating exhaust flow to spin the turbine quickly) and wide angles for high speeds (allowing more exhaust gas through). Application: A staple in modern heavy-duty trucks meeting strict emission standards (e.g., National VI). It improves fuel efficiency and reduces emissions while maintaining consistent torque across the speed range. 4. Electric Turbocharger (E-Turbo) Integrates an electric motor on the turbo shaft, which can drive the compressor wheel independently without relying on exhaust gas. Features: Completely eliminates turbo lag by using the electric motor to spin the compressor at low engine speeds; the motor can also recover energy from exhaust gas during high speeds to improve efficiency. Application: Emerging in advanced commercial vehicle powertrains, especially hybrid heavy-duty trucks. 5. Wastegate Turbocharger Equipped with a wastegate valve (a bypass valve) on the turbine housing, which diverts excess exhaust gas away from the turbine wheel to prevent overboost. Features: Protects the engine and turbocharger from damage caused by excessive boost pressure; simple and reliable design. Application: Most mainstream heavy-duty truck turbochargers are designed with a wastegate, often combined with VGT technology for better performance control. Key Differences for Heavy-Duty Truck Applications Type Core Advantage Main Limitation Typical Truck Scenario Single Turbo Low cost, easy maintenance Noticeable turbo lag at low speed Light-to-medium load trucks VGT No turbo lag, high efficiency Higher manufacturing cost High-load long-haul trucks Twin-Turbo Strong low & high speed power Complex structure, high cost Mining/heavy transport trucks E-Turbo Instant power response High cost, relies on electric system Hybrid heavy-duty trucks Need me to help you sort out the applicable engine models of different turbocharger types for SINOTRUK/Shaanxi Automobile heavy-duty trucks? How does a turbocharger work? What are the advantages and disadvantages of a single turbocharger? Are there any maintenance tips for turbochargers?

Detailed Photos

 

 

Company Profile

 

•  Qingdao Yibolan Machinery Equipment Co., Ltd. , established in January 2022 , is located in the beautiful coastal city of Qingdao, China. We specialises in the supply of wear parts and maintenance components for commercial vehicles and construction machinery.

Our product range encompasses
filters, 


leaf springs,


brake pads,


brake blocks,


thrust rods,


brake drums,


clutches,


Construction machinery bucket teeth,track plates,four-wheel drive systems,and fasteners.


Since our inception, we have developed our proprietary parts brand (YIWO),with products compatible withdump trucks,


tractor units,


mixer trucks,


cargo trucks,


excavators,


and bulldozers


from brands including Sinotruk (HOWO, SITRAK), Shaanxi Automobile (Delong, Aolong), FAW , Beiben, Shantui, etc. Our components are renowned for their superior quality and competitive pricing, earning widespread customer acclaim.

Since inception, our annual export volume has reached USD 10 million, primarily serving prominent commercial vehicle and construction machinery parts wholesalers and large fleets across the South Pacific, Africa, the Americas, and Southeast Asia. We remain committed to delivering high-performance, reliable, and cost-effective mechanical components, alongside bespoke solutions tailored to client requirements.

Our company currently operates a 3,000-square-metre warehouse centre, maintaining year-round stock of comprehensive vehicle component sets to meet diverse customer requirements. Additionally, we employ over ten technical engineers with 20 years' experience, providing 24-hour online support. Our core values centre on prioritising customer needs, establishing strong partnerships through precise service and support, and jointly achieving sustainable development. We sincerely welcome global buyers to discuss business opportunities.

 

 

 

FAQ

1.Why should be partner with Qingdao YBL ?
• Quality 
Deliver consistently superior performance and pursue every possible improvement.
•  Agility 
Identify emerging trends and act quickly to acquire new opportunities.
•  Customer Satisfaction
Anticipate customer needs and exceed their expectations.

2. what services can we provide?
Accepted Delivery Terms: FOB,CFR,CIF,EXW,FAS,CIP,FCA,CPT,DEQ,DDP,DDU,Express Delivery,DAF,DES;
Accepted Payment Currency:USD,EUR,CNY;
Accepted Payment Type: T/T,L/C,D/P D/A,Western Union;
Language Spoken:English,Chinese

3.How about the delivery time ?
Normally, the delivery time is 7 days if we have stock, and 15-30 working days if we don't. That's also depends on the product requirements and quantity.

4.Are you able to make Non-standard or customized products?
Yes, we can.


Welcome to Join us!
Please Feel Free to Contact us at Your Convenience.