DW-240 Quintuplex Reciprocating Plunger Pump For Steel Dephosphorization

Specifications:

Performance Data (Metric):

Performance Data:

Standard connection sizes:      

Fluid cylinder materials:

                                                                                 *Special materials are available upon request

Application

• Steel dephosphorization pumps are widely used in the steel manufacturing industry, particularly during the primary processing stage of steel products, effectively enhancing product purity.  
• In the field of metal smelting, this equipment can be used to remove impurities from high-temperature molten metals, ensuring the smooth operation of the smelting process.  
• Suitable for large-scale industrial production lines, meeting demands for high-intensity, continuous operation to provide reliable support for mass manufacturing.  
• Metallurgical dephosphorization pumps also play a vital role in environmentally regulated industrial processes, helping reduce emissions of harmful substances.  
• Their multifunctional capabilities enable widespread application in automotive manufacturing, construction steel processing, and other industries requiring high-quality metallic materials.

Engineering dimensional outline

Troubleshooting for Steel Dephosphorization Pumps  

• First, inspect the pump body for any visible external damage or signs of corrosion. Promptly clean surface contaminants to prevent further deterioration.  
• Verify the integrity of sealing components. If leakage is detected, immediately replace the seals to ensure proper equipment operation and safety.  
• Inspect fluid transfer pipelines for blockages or foreign objects. Clear obstructions to restore efficient fluid handling capacity.  
• Monitor vibration levels during operation. Address abnormal vibrations by calibrating internal components or adjusting installation positioning to prevent accuracy issues.  
• Periodically test the pump's high-temperature resistance, especially under extreme conditions, to ensure sustained stable performance without degradation.  
• If phosphorus removal efficiency declines under high-pressure conditions, inspect the pressure regulation device and optimize parameters as needed.  
• For abnormal noise issues, investigate mechanical component wear and lubricate relevant parts to reduce operational noise.  
• If frequent shutdowns occur during continuous operation, inspect the electrical and control systems to eliminate potential circuit faults or programming errors.  
• Establish a regular maintenance schedule, document equipment operational data, and analyze historical information to predict potential failures and implement preventive measures.  
• If the above methods fail to resolve the issue, contact professional technicians for in-depth diagnostics to ensure thorough fault resolution.