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Denwell Fluid Controls
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Thermic Fluid Hot Oil Centrifugal Pump

Thermic Fluid Hot Oil Centrifugal Pump Specification

Flow Rate
Up to 250 m/h

Theory
Centrifugal Pump

Material
Cast steel / Cast iron / Stainless Steel / Alloy Steel

Structure
End suction, back pull-out

Suction Type
Single Suction

Volute Type
Single Volute

Nozzle Location
Top Discharge & End Suction

Shaft Orientation
Horizontal

Power Source
Electric Motor Driven

Fuel System
NA (Electric powered)

Pressure
Up to 8 bar

Temperature
Up to 350C

Inlet, Outlet Diameter
50 mm x 40 mm to 150 mm x 125 mm

Speed
2900 RPM

Application
Thermic fluid circulation, hot oil transfer, industrial heating systems, process industries

Coupling
Flexible coupling

Cooling Method
Air-cooled design (no external water cooling required)

Bearings
Heavy duty grease lubricated ball bearings

Color
Blue or Custom as required

Noise Level
Low

Corrosion Resistance
Yes

Maintenance
Easy back pull-out design for maintenance

Sealing Type
Mechanical Seal / Gland Packing

Impeller Type
Closed Impeller

Maximum Head
Up to 90 meters

Mounting
Foot Mounted

Thermic Fluid Hot Oil Centrifugal Pump Trade Information

Minimum Order Quantity
1 Number

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

About Thermic Fluid Hot Oil Centrifugal Pump

Operating Data

Capacity: Upto 180 M3/hr
Head: Up to 80 mtr.
Discharge size: 32 mm to 80 mm
Temperature : upto 350 drg C
Speed: upto 3500 rpm
Cooling Methods: Air Cooled / water cooled
M.O.C: CI, CS, SS304L, SS304L, SS316, SS316L, Alloy 20, CD4MCuN, Hastelloy etc.

Application:

Heat transfer systems
Thermal oil circulation
Hot oil heaters
Chemical & Petrochemical industries
Food processing
Plastic & rubber plants
Pharmaceutical industries
Textile & Synthetic Fibber Industries

Robust Design and Versatile Applications

Constructed from cast steel, cast iron, stainless steel, or alloy steel, this pump offers exceptional durability and corrosion resistance. With a single volute, foot-mounted structure and horizontal shaft alignment, it is perfectly suited for demanding process industries requiring thermic fluid or hot oil handling, ensuring reliable operation up to 350C.

Efficient Performance and Easy Maintenance

Engineered with a closed impeller and heavy-duty bearings, the pump delivers a flow rate up to 250 m3/h and a maximum head of 90 meters. The air-cooled design eliminates the need for external water cooling, while the back pull-out feature allows for swift, straightforward maintenance without disturbing the pipe connections.

FAQ's of Thermic Fluid Hot Oil Centrifugal Pump:

Q: How does the Thermic Fluid Hot Oil Centrifugal Pump ensure safe handling of high-temperature fluids?

A: This pump is built for handling fluids up to 350C using robust materials, such as cast steel or stainless steel, and is equipped with a mechanical seal or gland packing to prevent leaks. Its air-cooled design also eliminates the risk associated with water cooling in hot oil systems.

Q: What maintenance advantages does the back pull-out design offer?

A: The back pull-out design enables easy and quick maintenance by allowing users to remove the rotating assembly without disconnecting the piping. This greatly reduces downtime and simplifies routine servicing or repairs.

Q: When should I use this pump for industrial heating applications?

A: Choose this pump when you need to circulate thermic fluids or transfer hot oil in process industries, industrial heaters, or systems demanding high-temperature liquid movement with pressures up to 8 bar and temperatures up to 350C.

Q: Where can this centrifugal pump be installed?

A: Thanks to its foot-mounted and horizontally oriented structure, the pump is suited for floor installation near industrial equipment, heating systems, or processing lines. Its air-cooled feature means no external water cooling setup is necessary.

Q: What are the key benefits of the air-cooled design in hot oil transfer?

A: The air-cooled design minimizes installation complexity, reduces water usage, and lowers maintenance needs as there is no separate water cooling circuit required, enhancing reliability in continuous industrial operations.

Q: How does the pump's flexible coupling contribute to its operation?

A: Flexible coupling absorbs minor misalignments and vibrations between the pump and the electric motor, ensuring smoother performance, reducing stress on components, and prolonging the lifespan of both the pump and motor.

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