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Brand Name : | KBZE |
Model Number : | 3525A207 |
Certification : | ISO9001 |
Price : | DIRECTLY FACTORY PRICE |
Payment Terms : | T/T, Western Union, MoneyGram |
Supply Ability : | 50000 SET/WEEK |
Delivery Time : | 3-5DAYS AFTER RECEIVED PAYMENT(WORKING DAYS) |
PRODUCT DESCRIPTION
PRODUCT NAME: | 3525A207 PERKINS ENGINE PARTS E320D2 COMMON RAIL PIPE FOR CAT DIESEL ENGINE C6.6 |
PART NO: | 3525A207 |
BRAND NAME: | KBZE COMMON RAIL PIPE |
APPLICABLE MACHINE: | CATERPILLAR C6.6 , PERKINS 1106 |
SIZE: | STANDARD |
MOQ: | WE ACCEPT TRIAL ORDER |
PLACE OF ORIGIN: | MADE IN CHINA |
CONDITION: | 100% NEW GENUINE |
CUSTOMIZED: | OEM & ODM WELCOME |
DELIVERY METHOD: | AIR FREIGHT , SEA FREIGHT , DHL , FEDEX |
PORT | GUANGZHOU NANSHA PORT |
SUITABLE MODEL: | CATERPILLAR E320D2 |
What is Common-Rail?
Common rail refers to a modern fuel injection system used in diesel
engines. It's designed to improve efficiency, reduce emissions, and
enhance performance compared to traditional diesel fuel injection
systems. Here's how it works:
1. **Fuel Delivery**: In a common rail system, fuel is stored at
high pressure (up to 30,000 psi or more) in a common reservoir or
rail. This rail supplies fuel to individual injectors as needed.
2. **Injectors**: Each injector in the system is electronically
controlled and operates independently. When the engine control unit
(ECU) sends a signal, the injector opens to spray a precise amount
of fuel into the combustion chamber.
3. **Benefits**:
- **Precision**: Allows for precise control over the fuel delivery,
enabling better combustion efficiency and power output.
- **Flexibility**: Multiple injections per cycle can be achieved,
improving fuel atomization and reducing emissions.
- **Performance**: Enhances engine performance, responsiveness, and
fuel economy.
- **Emissions**: Helps in meeting stringent emissions standards by
optimizing combustion.
4. **Evolution**: Common rail systems have evolved over time with advancements in technology, such as piezoelectric injectors that offer even finer control over fuel delivery timing and amount.
Overall, common rail technology represents a significant advancement in diesel engine efficiency and emissions control, contributing to cleaner and more fuel-efficient vehicles.
Features Of Common-Rail
Common rail technology in diesel engines offers several key features that contribute to its efficiency, performance, and reduced emissions. Here are the main features and benefits of common rail systems:
1. **High Fuel Pressure**: Common rail systems operate at extremely
high fuel pressures, typically ranging from 1,500 to 3,000 bar
(21,750 to 43,500 psi). This high pressure is maintained in a
common rail or reservoir that supplies fuel to individual
injectors.
2. **Precise Fuel Injection**: Each injector in a common rail
system is electronically controlled. This allows for precise
control over the timing, duration, and amount of fuel injected into
the combustion chamber. This precision leads to better fuel
atomization and more efficient combustion.
3. **Multiple Injections**: Common rail systems can perform
multiple injections during each combustion cycle. This capability
enables finer control over combustion processes, improving
efficiency, reducing noise, and lowering emissions.
4. **Flexibility**: The electronic control of injectors offers
flexibility in adjusting fuel delivery based on engine load, speed,
temperature, and other operating conditions. This adaptability
optimizes engine performance and fuel efficiency across different
driving scenarios.
5. **Reduced Emissions**: By optimizing combustion and reducing
unburned fuel, common rail systems contribute to lower emissions of
pollutants such as nitrogen oxides (NOx) and particulate matter
(PM). This helps diesel engines meet stringent emissions standards,
such as Euro 6 in Europe and EPA Tier 4 in the United States.
6. **Improved Fuel Efficiency**: Enhanced control over fuel
delivery and combustion processes results in improved fuel
efficiency. This benefits both vehicle owners (lower fuel
consumption) and the environment (reduced greenhouse gas
emissions).
7. **Durability and Reliability**: Common rail systems are designed
to withstand high pressures and operating conditions typical of
diesel engines. The components are engineered for durability and
reliability, providing longer service life and reduced maintenance
requirements compared to older fuel injection systems.
8. **Adoption in Modern Engines**: Due to its advantages, common rail technology has become the standard in modern diesel engines across various vehicle types, from passenger cars to commercial trucks and heavy machinery.
Overall, common rail systems represent a significant advancement in diesel engine technology, offering improved performance, efficiency, and environmental friendliness compared to traditional fuel injection systems.
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