QY Oil-Filled Submersible Pump

Product Advantages
Oil-Filled Motor for Enhanced Cooling
The oil-filled motor system in the QY pump is one of its standout features. The motor is fully immersed in oil, which serves both as a cooling and lubrication medium. This allows the motor to operate more efficiently and prevents overheating, ensuring that the pump can run for extended periods without the risk of failure. This feature significantly enhances the pump’s longevity and reduces the frequency of maintenance required.

Efficient Water Transport
The QY Oil-Filled Submersible Pump is designed to efficiently transport water with minimal energy consumption. Its hydraulic structure and motor efficiency allow for smooth operation, making it an energy-efficient choice for continuous water extraction. The reduced energy demand makes it an economical option for long-term operation in areas that require consistent water pumping.

Durable Construction for Longevity
The pump’s high-quality materials ensure it can withstand tough working conditions. Constructed with corrosion-resistant components, the QY pump can perform well even in environments with slightly abrasive particles or water with a neutral pH. The robust design also protects the pump from wear and tear, ensuring it can handle various challenging conditions such as high pressure and deep water immersion.

Reliable Performance in Deep Water
This submersible pump is built to operate effectively in water depths ranging from 0.5 meters to a maximum of 5 meters, making it versatile for a variety of water sources. It is designed to function in environments where the water table fluctuates, maintaining stable performance even at different submersion depths. This adaptability is crucial for ensuring reliable operation in wells and rivers with varying water levels.

Low Maintenance Requirements
The QY Oil-Filled Submersible Pump’s oil-filled design minimizes wear on its components, reducing the frequency of required maintenance. Regular inspections and cleaning are all that is needed to maintain the pump’s functionality, making it a low-maintenance solution for continuous water extraction tasks. This is particularly beneficial in environments where maintenance resources are limited or hard to access.

Product Features
Submersible Design for Convenient Installation
The submersible design of the QY pump allows it to operate fully submerged in the water, eliminating the need for complex external piping or additional installations. This design is especially valuable in space-limited environments, as it reduces the need for bulky external components. It can be easily lowered into wells or submerged bodies of water to begin operation, making installation straightforward and efficient.

Compact and Lightweight
Despite its powerful performance, the QY Oil-Filled Submersible Pump is compact and lightweight, making it easy to transport and install. Its smaller size does not compromise its effectiveness, allowing for installation in smaller spaces while still providing sufficient flow rates. This feature is ideal for applications where space is at a premium.

Corrosion-Resistant Materials
The pump is made with high-quality corrosion-resistant materials that ensure its reliability over time, even in challenging conditions. The construction materials are specifically selected to prevent degradation from exposure to water and other environmental factors, making the QY pump an ideal solution for long-term use in water with neutral pH levels and minimal abrasive particles.

Suitable for Clean Water
The QY Oil-Filled Submersible Pump is specifically designed to handle clean water without corrosive elements or heavy solid particles. It is most effective in environments where the water contains a low concentration of solids (less than 0.1%) and has a particle size of no more than 0.2mm. This makes the pump ideal for residential, agricultural, and industrial water extraction from sources like wells, lakes, and rivers.

Safe Operational Parameters
The QY pump operates effectively within a wide range of water temperatures (up to 40°C) and under stable electrical conditions. The pump is designed to run with a supply voltage range from 342V to 420V and is compatible with a frequency of 50Hz. Its operational efficiency and safety are guaranteed under these conditions, ensuring reliable and safe water pumping for various uses.

Product Applications
Agricultural Irrigation
The QY Oil-Filled Submersible Pump is widely used in agriculture for irrigation purposes. Its ability to efficiently extract water from wells, rivers, and lakes makes it an excellent choice for farm irrigation systems, especially in areas that rely on deep well water. The pump can supply water to large irrigation systems, ensuring that crops receive the necessary water without high energy costs.

Water Supply Systems for Residential Use
The pump is commonly used in residential water supply systems, where it extracts water from private wells or other water sources. Its reliable performance ensures that households receive a steady supply of clean water for drinking, bathing, and other daily uses. The submersible design and ease of installation make it an ideal solution for homes located in rural or remote areas with access to groundwater.

Industrial Water Extraction
In industrial settings, the QY pump is used for extracting water from wells, lakes, or rivers to supply manufacturing processes or cooling systems. Its efficiency and durability make it suitable for handling moderate volumes of water without frequent maintenance, reducing operational costs for factories or other industrial operations.

Municipal Water Supply Systems
The pump’s versatility and efficiency also make it suitable for municipal water supply systems that require a reliable means of extracting water from various natural sources. It can be used in water treatment plants or as part of a larger water distribution system, ensuring that communities receive a consistent water supply.

Emergency Water Extraction
The QY Oil-Filled Submersible Pump is also an excellent solution for emergency water extraction in flood-prone areas or situations requiring rapid dewatering. Its ability to be easily deployed in emergency situations and its capacity to pump water from various depths make it a valuable tool for disaster response and flood management.