This article will introduce in detail the oil pumps (models: 2W8092, 2W8091, 705403, 4W223) suitable for American engineering machine 3116 and 3126 models, including their performance characteristics, installation steps and maintenance methods, to help you select and use the most suitable oil pump to ensure smooth operation of the equipment.

High-performance oil pump to ensure stable operation of construction machinery

For American engineering machine 3116 and 3126 models, choosing the right oil pump is essential. These models require an efficient oil system to ensure long-term stable operation. This article will give you a detailed description of the oil pump models (2W8092, 2W8091, 705403, 4W223) applicable to these models, and how they ensure the efficient operation of the equipment.

core components: 2W8092, 2W8091, 705403, 4W223

We will introduce the core components and technical parameters of these four oil pumps one by one to help you understand the characteristics and advantages of each product. Through comparative analysis, you can more easily choose the most suitable oil pump for your equipment.

2W8092: This type of oil pump adopts advanced gear transmission design and has excellent flow and pressure stability. Suitable for high-power engines to ensure the efficient operation of the oil system.

2W8091: The 2W8091 model has excellent high temperature and wear resistance, and can continue to work in extreme environments. Its compact design makes it easy to install and maintain.

705403: 705403 models use high-quality materials and precise manufacturing processes to ensure a long service life. Its stable output performance makes it ideal for heavy machinery.

4W223: The 4W223 model is designed for high-load conditions and has a powerful self-cleaning function to effectively prevent blockage of impurities. Its reliable performance and low noise design are widely praised.

Superior performance for harsh conditions

These oil pumps are specially designed for American engineering machines and can perform well in extreme environments and high-intensity working conditions. They have the following features:

High temperature resistance: Made of high temperature resistant materials, it can work normally at temperatures up to 150°C to ensure the stability of the oil system.

Anti-wear: Use high-hardness alloy materials to effectively resist wear and extend service life.

High efficiency: Optimized internal structure design ensures efficient oil flow, reduces energy consumption, and improves work efficiency.

Installation steps, simple and quick

The correct installation of the oil pump is the key to ensuring its normal operation. We will provide you with detailed installation steps and precautions to help you quickly complete the installation process, reduce downtime, and improve work efficiency.

1. Preparation: Make sure all tools are complete, turn off the power, and release the system pressure.
2. Remove the old pump: Remove the fixing bolts in sequence and carefully remove the old pump.
3. Install the new pump: Align the new pump with the installation position and tighten the fixing bolts evenly.
4. Check the seal: ensure that all connections are well sealed and free of leakage.
5. Start test: Turn on the power and check whether the oil pressure and oil circuit system are normal.

Maintenance to extend service life

Regular maintenance and maintenance of the oil pump can significantly extend its service life. We will share some practical maintenance skills, such as cleaning methods, lubrication points and common troubleshooting, to help you easily maintain the oil pump and ensure long-term stable operation of the equipment.

Cleaning method: Regularly clean the outside of the oil pump and the oil inlet to prevent dust and impurities from entering the system.

Lubrication points: Use the specified lubricating oil and check the oil level regularly to ensure that the oil pump runs smoothly.

Troubleshooting: In case of abnormal sound or unstable oil pressure, check the filter screen and pipeline in time to eliminate blockage and leakage.

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