Product Description
Technical Specification
Capacity | Upto 180 m3/hr |
Usage/Application | Industrial |
Temperature | 350 deg C |
Speed | Up to 3500 RPM |
Pressure | Up to 8 kg/cm2 |
Material of Construction | Grey Cast Iron,Cast Steel,Alloy Cast Steel |
Discharge Size | 32 mm to 80 mm |
Cooling Method | With air |
Robust Construction for Demanding ApplicationsManufactured from high-grade cast iron or stainless steel, the pump provides optimal durability and thermal stability under extreme temperature and pressure conditions. Its single-stage end suction design ensures longevity and reliable performance in continuous industrial operations.
Efficient Heat Transfer and Oil CirculationThis pump is purpose-built for hot oil transfer, delivering consistent flow rates up to 50 m/hr and supporting temperatures as high as 350C. Its precision engineering and coupled drive mechanism guarantee energy-efficient operation and reduced downtime in heat transfer systems.
FAQs of Industrial Centrifugal Hot Oil Pump:
Q: How does the centrifugal hot oil pump handle high-temperature operations?
A: The pump is designed with heavy-duty ball bearings, a mechanical seal, and robust cast iron or stainless steel construction, allowing it to operate efficiently at temperatures up to 350C without compromising safety or performance.
Q: What is the typical process for installing this pump in an industrial heating system?
A: The base-mounted, horizontal pump is coupled and air-cooled, easily integrating using its flanged connections at the top inlet and side outlet. Installation should follow manufacturer guidelines for voltage, frequency, and mounting to ensure optimal operation.
Q: Where is this hot oil pump most commonly used?
A: It is widely employed in hot oil circulation for heat transfer systems, industrial heating, and thermal processes across manufacturing plants, chemical industries, and similar industrial settings throughout India.
Q: What are the usage benefits of the closed impeller and mechanical seal design?
A: The closed impeller enhances efficient fluid handling and minimizes leakage, while the mechanical seal offers superior sealing capability, extending the pumps lifespan and reducing maintenance costs.
Q: When is it advisable to opt for water cooling instead of air cooling?
A: Water cooling is recommended when operating continuously at the upper range of the temperature spectrum, especially in environments where air cooling may be insufficient to dissipate heat effectively.
Q: What maintenance procedures ensure long-term reliability of this pump?
A: Routine inspection of the mechanical seal, regular lubrication of ball bearings, and checking for wear on impeller components are essential. Following a periodic maintenance schedule helps maximize operational life and minimize service interruptions.
Q: How does the IP55 protection class benefit industrial operators?
A: The IP55 rating ensures protection against dust and water jets, making the pump suitable for harsh industrial environments and enhancing operational safety and reliability.