OEM BF4L913 BF6L913 For Deutz Engine Parts Rebuild Overhaul Kit

Product Specification

BF4L913 BF6L913 engine rebuild overhaul kit for Deutz
 
product description

 
Product Introduction
Here’s a detailed overview of the **Deutz** engine models **BF4L913** and **BF6L913**, including their power specifications, applicable models, an introduction to the **DAILY REFINING** brand, pricing information, and components included in the rebuild overhaul kits.
 
### Deutz Engine Overview
 
#### 1. Engine Power Introduction
**BF4L913**
- **Type**: 4-cylinder diesel engine.
- **Power Output**: Typically produces around **90 to 120 horsepower**, making it suitable for light to medium-duty applications.
- **Features**: Known for its compact design and fuel efficiency, it is ideal for agricultural and industrial machinery.
**BF6L913**
- **Type**: 6-cylinder diesel engine.
- **Power Output**: Generally ranges from **140 to 200 horsepower**, designed for heavier applications.
- **Features**: Offers high torque and reliability, commonly used in construction and heavy-duty vehicles.
 
### 2. Applicable Models Introduction
Both engines are widely utilized across various applications, including:
- **BF4L913**:
- **Agricultural Machinery**: Used in tractors and harvesters.
- **Industrial Equipment**: Suitable for generators and light construction machinery.
- **BF6L913**:
- **Heavy-Duty Trucks**: Ideal for logistics and transport.
- **Construction Equipment**: Commonly found in excavators, loaders, and other heavy machinery.
 
### 3. DAILY REFINING Brand Introduction
- **DAILY REFINING** specializes in producing high-quality engine components and rebuild kits that meet strict industry standards. The brand emphasizes innovation, reliability, and customer satisfaction.
- Their products are designed to enhance engine performance and longevity, providing comprehensive solutions for maintenance and repair.
- DAILY REFINING is recognized for its commitment to quality, ensuring that their rebuild kits include all necessary components for effective engine restoration.
 
### 4. Pricing Information
- **Price Range**: The rebuild overhaul kits for the BF4L913 and BF6L913 engines typically range from **$180 to $300**, depending on the specific components and supplier. For the most accurate pricing, it is advisable to contact **DAILY REFINING** or authorized dealers.
 
### 5. Rebuild Overhaul Kit Components
The overhaul kits for the **BF4L913** and **BF6L913** engines generally include:
- **Cylinder Liner**: Ensures proper sealing and maintains cylinder integrity.
- **Piston**: Critical for compressing the air-fuel mixture.
- **Piston Ring**: Maintains compression and controls oil consumption.
- **Piston Pin**: Connects the piston to the connecting rod.
- **Connecting Rod Bushing**: Facilitates smooth movement between the connecting rod and crankshaft.
- **Main Bearing**: Supports the crankshaft and reduces friction.
- **Connecting Rod Bearing**: Allows the connecting rod to pivot smoothly on the crankshaft.
- **Thrust Washer**: Controls axial movement of the crankshaft.
- **Valve**: Regulates the intake and exhaust flow within the engine.
- **Valve Seat Ring**: Provides a sealing surface for the valve.
- **Valve Guide**: Ensures proper alignment and movement of the valve.
- **Gasket Kit**: Includes all necessary gaskets to prevent leaks, such as head gaskets and oil pan gaskets.
 
### Conclusion
For specific inquiries regarding installation, pricing, or model compatibility, it is advisable to contact **DAILY REFINING** or visit their official website for detailed information and support. This information will help ensure a successful engine rebuild that meets your performance needs.
 
The fundamental principle of an engine, particularly an internal combustion engine (ICE), revolves around converting fuel into mechanical energy through a series of controlled explosions. Here’s a breakdown of how this process works:
### 1. Basic Operation
- **Fuel Combustion**: Fuel (such as gasoline or diesel) is mixed with air and ignited in a combustion chamber. This process creates a rapid expansion of gases due to the heat generated by combustion.
- **Piston Movement**: The expanding gases push against a piston within a cylinder. This linear motion of the piston is converted into rotational motion through a connecting rod and a crankshaft.
### 2. Four-Stroke Cycle
Most internal combustion engines operate on a four-stroke cycle, which includes:
1. **Intake Stroke**:
- The intake valve opens, and the piston moves down the cylinder, drawing in a mixture of air and fuel.
2. **Compression Stroke**:
- The intake valve closes, and the piston moves back up, compressing the air-fuel mixture. This compression increases the mixture's temperature and pressure.
3. **Power Stroke**:
- At the top of the compression stroke, a spark plug ignites the compressed mixture (in gasoline engines) or the mixture ignites spontaneously (in diesel engines). The resulting explosion pushes the piston down, producing power.
4. **Exhaust Stroke**:
- The exhaust valve opens, and the piston moves back up, expelling the burnt gases from the combustion chamber.
### 3. Engine Components
Key components involved in the engine's operation include:
- **Piston**: Moves up and down in the cylinder, converting combustion energy into mechanical work.
- **Crankshaft**: Converts the linear motion of the pistons into rotational motion to drive the vehicle.
- **Valves**: Control the intake of air-fuel mixture and the expulsion of exhaust gases.
- **Spark Plug**: Ignites the air-fuel mixture in gasoline engines.
- **Fuel Injector**: Delivers the fuel into the combustion chamber in diesel engines.
### 4. Efficiency and Performance
The efficiency of an engine is influenced by:
- **Fuel Type**: Different fuels have varying energy densities and combustion characteristics.
- **Engine Design**: Factors such as displacement, compression ratio, and valve timing affect performance.
- **Cooling and Lubrication**: Proper cooling and lubrication are essential to prevent overheating and reduce friction.
### 5. Conclusion
The engine operates on the principle of converting chemical energy from fuel into mechanical energy through combustion. Understanding this principle is crucial for optimizing engine performance, efficiency, and longevity.
 
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