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Industrial Centrifugal Hot Oil Pump

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MOQ : 01 Set

Industrial Centrifugal Hot Oil Pump Specification

Flow Rate
Up to 50 m/hr

Theory
Centrifugal Pump

Material
Cast Iron / Stainless Steel

Structure
Single Stage End Suction

Suction Type
Horizontal

Volute Type
Single

Nozzle Location
Top Inlet, Side Outlet

Shaft Orientation
Horizontal

Power Source
Electric

Pressure
Up to 10 bar

Temperature
Up to 350C

Inlet, Outlet Diameter
Inlet: 65 mm, Outlet: 40 mm

Speed
2900 RPM

Application
Hot Oil Circulation, Heat Transfer Systems, Industrial Heating

Mounting Type
Base Mounted

Frequency
50 Hz

Bearing Type
Heavy Duty Ball Bearing

Motor Power
Up to 15 kW

Head Range
Up to 45 meters

Pump Orientation
Horizontal

Cooling Method
Air Cooled (optional Water Cooled)

Seal Type
Mechanical Seal

Pump Type
Hot Oil Pump

Protection Class
IP55

Voltage
415V

Impeller Type
Closed

Drive Type
Coupled

Connection Type
Flanged

Industrial Centrifugal Hot Oil Pump Trade Information

Minimum Order Quantity
01 Set

Supply Ability
50 Sets Per Month

Delivery Time
1 Week

About Industrial Centrifugal Hot Oil Pump

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 Applications

Manufactured 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 Circulation

This 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.

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