Welcome To Website Of Dalian Really Fluid Technology Co., Ltd.

How to use a hydraulic booster pump

Jul 23,2024

As a highly efficient and stable fluid boosting device, the pneumatic-hydraulic booster pump plays a crucial role in various industrial fields. This article aims to provide readers with a detailed guide on the use of pneumatic-hydraulic booster pumps, helping them better understand and utilize this equipment.

I. Working Principle of Pneumatic-Hydraulic Booster Pump

The working principle of a pneumatic-hydraulic booster pump is mainly based on the organic combination of gas pressurization and liquid conveying. First, a relatively low pressure is applied by a large-diameter air-driven piston. This pressure acts on a small-area piston, generating a high pressure. This high pressure continuously discharges the liquid through a high-pressure plunger controlled by a one-way valve, achieving liquid pressurization and conveying. Throughout the process, the outlet pressure of the pneumatic-hydraulic booster pump is directly related to the air driving pressure.

II. Operation Steps of Pneumatic-Hydraulic Booster Pump

Equipment Preparation: Before using the pneumatic-hydraulic booster pump, ensure the integrity and safety of the equipment. Check if all components are intact, connections are secure, and the driving gas source and pressurized medium meet the requirements.
Installation and Connection: According to the equipment's installation instructions, install the pneumatic-hydraulic booster pump on a stable surface and ensure the equipment is secure and will not tip over. Then, according to actual needs, connect the inlet and outlet to the corresponding pipes or equipment, ensuring the connection is correct and secure.
Start-up and Debugging: Under safe conditions, start the pneumatic-hydraulic booster pump. For the first use, it is recommended to conduct no-load debugging to observe whether the equipment's operating status and performance indicators are normal. If any abnormality occurs, stop the machine immediately, check, and troubleshoot.
Formal Operation: After normal debugging, the formal operation can begin. During operation, closely monitor the equipment's operating status and performance indicators, such as pressure and flow rate. At the same time, pay attention to equipment maintenance and regular inspection to ensure long-term stable operation.
Shutdown and Maintenance: When shutdown is required, follow the equipment's operating procedures. After shutdown, clean and maintain the equipment, such as cleaning and lubricating moving parts, checking the integrity of seals, etc. This ensures smoother and more reliable use of the equipment next time.

III. Precautions

Safe Operation: When using a pneumatic-hydraulic booster pump, wear appropriate personal protective equipment, such as safety glasses and gloves. At the same time, ensure good ventilation around the equipment to avoid safety problems caused by gas leaks.
Maintenance: Regularly maintaining the pneumatic-hydraulic booster pump is key to ensuring its long-term stable operation. This includes checking the integrity of seals, cleaning and lubricating moving parts, and regularly replacing filters and filter elements.
Note on the Operating Environment: The operating environment of the pneumatic-hydraulic booster pump must be clean and free of excessive dust particles. At the same time, the driving gas source and pressurized medium must not contain excessive moisture, otherwise it will affect the equipment's performance and lifespan.
Adhere to Operating Procedures: When using a pneumatic-hydraulic booster pump, follow the equipment's operating procedures to avoid improper operation such as overloading or prolonged operation.

In summary, the pneumatic-hydraulic booster pump is a highly efficient and stable fluid boosting device that plays an important role in various industrial fields. By understanding and mastering its working principles and usage methods, we can better utilize this equipment and provide strong support for industrial production.