Complete set of multi connected water jet vacuum unit

Complete set of multi connected water jet vacuum unitworking principle

The high-pressure water pump sends water into the nozzle, forming a high-speed water flow. When the water flows through the jet tube, a low-pressure area (vacuum area) is formed inside the tube, and the surrounding gas is sucked in and enters the mixing chamber with the water flow. In the mixing chamber, water vapor and gas are mixed and cooled, and converted into liquid water through condensation, while the gas is discharged into the environment. When multiple pumps are connected in parallel, the vacuum areas of each pump are connected through pipelines to jointly generate higher vacuum levels, meeting the needs of large-scale gas extraction.

Application advantages

Efficient and energy-saving: The water jet principle requires no additional power, reducing energy consumption and operating costs.

Corrosion resistance and longevity: All plastic or steel lined structures are resistant to corrosive media, reducing equipment wear and maintenance frequency.

Flexible and reliable: Modular design supports on-demand start stop of pump groups, and multiple pumps are connected in parallel to improve system redundancy.

Stable operation: The super large water tank and intelligent control maintain a stable vacuum degree, adapting to continuous high load conditions.

Environmental compliance: No oil pollution risk, meets hygiene standards in the food and pharmaceutical industries, and helps enterprises pass environmental audits.

Complete set of multi connected water jet vacuum unitKey points for use:

Correct operation: Operators should receive professional training, understand the operating procedures and safety precautions of the equipment, and ensure correct operation of the equipment.

Pay attention to water pressure: maintain appropriate water pressure, ensure sufficient water flow, and ensure the normal operation of equipment.

Attention to exhaust: Before starting the equipment, attention should be paid to exhaust to ensure that there is no gas blockage in the pipeline.

Avoid overload operation: Avoid prolonged overload operation to prevent damage to the equipment.

Regular inspection: Regularly check the operating status of equipment, such as vacuum degree, water flow rate, etc., and promptly identify and handle problems.

Avoid dry operation: Avoid operating the equipment without water to prevent damage to the equipment.

Regular maintenance: Regularly maintain the equipment, including cleaning, lubricating, replacing parts, etc., to extend the service life of the equipment.

Through the above maintenance techniques and usage points, it is possible to better operate and manage multi water jet vacuum units, ensure stable and efficient operation of the equipment, improve vacuum extraction efficiency, and extend the service life of the equipment.