Jingjin Intelligent Energy Saving Plunger Pump

Product Overview

1. Suitable for use in municipal sewage, mining, chemical, pharmaceutical, printing and dyeing, electroplating, petrochemical, and other industries.
2. The slurry causes minimal wear on the pump and operates with low noise.
3. Features intelligent switching between high and low hydraulic pumps.
4. Built-in hydraulic cylinder structure ensures no leakage of cooling water in the internal circulation.
5. Feed pressure ranges from 0 to 2.5 MPa.
6. Offers dual control modes, both remote and local, for reading the operating data of the plunger pump.
7. Exhibits strong self-priming capability (3-6 meters).
8. Equipped with a safety pressure sensor, temperature overheating protection sensor, and action overtime alarm to ensure safe operation.
9. The main body is treated with sandblasting and spraying processes.
10. Designed for a service life of 15 years.

What should be paid attention to in the maintenance and care of Intelligent Energy Saving Plunger Pump?

1. Seal inspection: Check the pump seals regularly to ensure there is no leakage. If the seals are found to be worn or damaged, they should be replaced in time to prevent liquid leakage and deterioration of pump performance.
2. Sensor inspection: Check the safety pressure sensor, temperature overheat protection sensor and action timeout alarm device to ensure their normal operation. The accuracy of the sensor is crucial to the safe operation of the pump.
3. Hydraulic system inspection: Check the hydraulic system level and hydraulic oil quality regularly, and replenish or replace them if necessary. Ensure that there is no leakage in the hydraulic system and the hydraulic oil is clean and free of pollution.
4. Lubrication: Lubricate the moving parts of the pump regularly according to the manufacturer’s recommendations to reduce friction and wear. Use appropriate lubricating oil or grease to ensure lubrication effect.
5. Cleaning: Keep the outside and inside of the pump clean to prevent dust and impurities from entering the pump body and affecting its normal operation.
6. Operation data monitoring: Regularly monitor the pump’s operating data, such as pressure, temperature and flow, through a remote or local control system to detect and handle abnormal conditions in a timely manner. Data monitoring helps prevent failures and optimize operation.
7. Noise monitoring: Pay attention to the noise level when the pump is running. If abnormal noise is found, it may be a sign of wear or failure of internal components, which should be checked and handled in time.
8. Regular maintenance plan: Develop and implement a regular maintenance plan, including replacement of wearing parts, inspection of electrical connections and hydraulic systems, etc. Preventive maintenance can effectively reduce sudden failures and improve equipment reliability.
9. User feedback: Collect feedback from operators, understand the performance of the pump in actual use, and adjust maintenance strategies in a timely manner. User feedback is an important basis for improving equipment and services.