The ZJQ submersible slurry pump is a hydraulic device that features a direct association between the pump and motor. This innovative mechanism allows for highly efficient and effective pumping of slurry. By utilizing the power of hydraulics, this pump is able to move large amounts of difficult-to-handle materials with ease. Whether you are working in the mining, dredging, or construction industry, the ZJQ submersible slurry pump is an ideal solution for any challenging pumping task. Thanks to its advanced technology and superior design, this pump represents a true breakthrough in hydraulic engineering.

The newly updated pump set features premium materials that guarantee high quality and durability. It comes with a larger sewage capacity and a wider flow channel that offers unmatched performance. The unique structure of the pump set ensures that it is highly efficient in handling sewage while minimizing wear and tear on the unit over time. Whether you are looking for a pump system for a commercial or residential setting, this innovation is designed to meet all your sewage pumping needs.

The pump has a powerful delivery system and an innovative structure, making it ideal for conveying materials that contain liquids such as sand, mud, and coal cinder solids. Whether it's lakes, rivers, or the sea, this pump is perfect for moving mud and sand. It can also be used in various locations like construction sites, steel mills, power plants, and even swimming pools to remove sewage. With its high-quality materials and large flowing route, this pump is designed to handle any task efficiently.

The pump's control unit, which consists of two components, namely the motor and the pumps, has yet to be completed.

A three-phase synchronous alternating motor is utilized, and the pump is isolated from the system through static sealing. The mechanical seal is a double-ended wave pipe that functions within an oil chamber that is in the process of being filled. An oil-water probe lies between the oil chamber and the motor chamber, preventing water infiltration into the motor chamber whilst the pump set operates efficiently. The pump set comprises of two components: the main impeller and the vice impeller. The vice impeller is used to stir and agitate the solid-liquid mixture, assisting the main impeller in delivering the mixture. The main impeller, on the other hand, is used for absorbing and transferring the solid-liquid mixture.

Structure explanation

The M, AH, AHP, HP, HH, and slurry pumps are all designed with a double pump shell structure, which includes a pump body and a replacement wear-resistant metal lining for the pump cover. The pump cover, which houses the impeller, sheath, guard plate, and other components, is made of either gray cast iron or cast iron that has been ball milled, depending on the working pressure. The pump body is fastened together with the pump cover by fasteners, and the bracket is attached to the pump body with bolts. The pump body also features a stop to prevent damage during operation.
One of the key features of these pumps is the ability to install the outlet at eight different angles by rotating it. Additionally, back blades are installed on the front and back cover plates of the impeller to help prevent leaks and extend the pump's useful life. Overall, these pumps are designed with durability and performance in mind, making them ideal for a wide range of applications in various industries.

The slurry pumps, namely AHR, LR, and MR, have been designed with a unique double pump shell structure. Moreover, these pumps feature a wear- and corrosion-resistant rubber lining on the pump body and cover, including its impeller, front sheath, and rear sheath. The installation form and rotating parts of these pumps are akin to those of the AH, L, and M pumps, which means the pump body and cover are no different from them.

Type D and G pumps are built without any lining, utilizing wearable metal to make up the body, cover, and impeller. What sets these pumps apart is their unique clamping mechanism, allowing for easy assembly between the pump body and cover. Additionally, these pumps have a freely rotating outlet direction, making installation and disassembly a breeze.

The clockwise rotation of each pump is relative to the transmission direction, and they all feature a horizontal inlet. To generate similar content while retaining the original information, simply rearrange the sentence as follows: "All pumps have a horizontal inlet and turn clockwise in relation to the transmission direction."

The submersible slurry pump head is also referred to as the pump body and pump cover. It is composed of the pump body and pump cover, which form the pump head of the slurry pump. Both components are responsible for housing the impeller, seal, and bearing parts. The pump body is connected to the rotor through bearings. Together, the pump cover and pump body create an enclosed cavity. The pump cover corresponds to the pump body and is also lined with high chromium alloy or rubber, similar to the pump body. The interior of the slurry pump is lined with this combination of materials to ensure optimal function. Overall, the pump body and pump cover, or pump head, play a crucial role in the performance of a submersible slurry pump.

The AC power supply is a three-phase, 50Hz power source.

2. The medium's maximum temperature must not exceed 40 °C, and no explosive or flammable gases should be present.

3. Ash and slag have the highest weight concentrations of solid particles in the medium, respectively, at 45% and 60%.

4. The unit's maximum diving depth cannot be more than 20 meters, and its minimum diving depth cannot be less than 1 meter.

5. The unit performs better when working vertically in the medium, and continuous operation is the preferred mode of operation.

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