Pipeline Sewage Pump Corrosion Resistant For Industrial

Automatic Pipeline Sewage Pump Corrosion Resistant

Pipeline sewage pump Introduction
A pipeline sewage pump is a type of pump that is designed to move sewage and wastewater through a pipeline system. These Pumps are typically used in municipal wastewater treatment plants, industrial facilities, and other applications where large volumes of sewage and wastewater need to be moved over long distances.
 
Scope of application

1.Municipal wastewater treatment plants: Pipeline sewage pumps are used to move raw sewage, activated sludge, and effluent through the various stages of the treatment process.

2.Industrial facilities: Pipeline sewage pumps are used to move wastewater generated by manufacturing processes, as well as to transport sewage from on-site facilities to municipal treatment plants.

3.Commercial and residential buildings: Pipeline sewage pumps are used to move sewage and wastewater from basements and other low-lying areas to the municipal sewer system.

4.Mining and mineral processing: Pipeline sewage pumps are used to move wastewater generated by mining and mineral processing operations.

5.Marine and offshore applications: Pipeline sewage pumps are used on ships, oil rigs, and other offshore facilities to transport sewage and wastewater.

6.Agriculture and farming: Pipeline sewage pumps are used in agricultural and farming operations to move wastewater generated by livestock and crop irrigation.

Pipeline sewage pump advantages

1. It has the characteristics of remarkable energy-saving effect, anti-winding, no clogging, automatic installation and automatic control.

2. The center lines of the inlet and outlet are on the same horizontal line and the flanges are the same, so the installation and disassembly are very convenient, the floor space is small, and it can be installed at any position in the pipeline like a Valve.

3. The pumps and the motor are directly connected and coaxial, which is a mechatronics product with compact structure and stable performance.

4. The anti-clogging hydraulic component design with large flow channel greatly improves the passing capacity of dirt, and can effectively pass through fibrous materials 5 times the diameter of the pump and solid particles whose diameter is about 50% of the Centrifugal Pump diameter.

5. Reasonable design, reasonable supporting motor, high efficiency and remarkable energy-saving effect.

6. The mechanical seal adopts hard and wear-resistant tungsten carbide, which is durable and wear-resistant, and can make the pump run safely and continuously for more than 8000 hours.

7. Advanced hydraulic performance, high machine efficiency and low operating noise.

Pipeline sewage pump Specification:

Instructions for use

1. First check to see if the exterior fasteners have come loose in transit.

2. Check whether the power supply voltage meets the requirements on the motor.

3. Turn on the power for a trial run to see if the impeller rotates in the direction indicated on the pump. If the direction is reversed, just reverse any two-phase wires in the cable. The time for the trial run should not be too long to avoid burning the seal.

4. Install the pump and start it up. It is best to install the pump foot screws.

5. Non-clogging pipeline pumps and pipelines should have their own supports, and the weight of the pipeline should not act on the pump.

6. If the discharge pipeline of the sewage pump is equipped with a Check Valve, it should be installed outside the intermediate valve.

7. For the convenience of maintenance and safe use of the pipeline sewage pump, a Regulating Valve is installed on the inlet and outlet pipelines of the pump and a pressure gauge is installed near the pump outlet to ensure that the pump operates within the rated head and flow range, ensuring that the pump The normal operation of the pump improves the service life of the pump.

8. When installing the pipeline type sewage pump, the anchor bolts must be tightened to avoid the impact of vibration on the performance of the pump when starting.

9. In order not to cause the pump to bear the thermal deformation of the pipeline when the pipeline pump is transporting high-temperature liquid, the foot bolts of the pump base should not be fixed. When the pipeline system expands with heat and contracts with cold, the pump can move together with the pipeline.