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Industrial Aircooled Thermic Fluid Pump

Price 45000.00 INR/ Set

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MOQ : 01 Set

Industrial Aircooled Thermic Fluid Pump Specification

Voltage
415 V

Control System
Manual / Automatic

Max Suction
6 meters

Fuel Tank Capacity
Not applicable (Electric Pump)

Features
Air-cooled design, No external cooling required, High temperature handling

Frequency
50 Hz

Theory
Centrifugal Pump

Speed
2900 RPM

Noise Level
Low (as per industrial standards)

Discharge Pressure
Up to 15 kg/cm

Caliber
40 mm to 65 mm

Head Size
Up to 90 meters

Working Temperature
Up to 340C

Flow Rate
Up to 160 m/hr

Mounting Type
Base Mounted

Inlet/Outlet
1.5 inch / 1.5 inch

Material
Cast Iron / Stainless Steel

Structure
Horizontal, Foot Mounted

Power
3 HP to 50 HP

Standard
As per DIN 24256

Fuel Type
Electric

Pressure
Up to 15 kg/cm

Usage
Industrial

Application
Thermic Fluid Circulation, Hot Oil Systems

Suction Type
End Suction

Seals Type
Mechanical Seal

Priming
Self-priming not required

Pump Type
Air Cooled Thermic Fluid Pump

Capacity
Up to 160 m/hr

Bearing Type
Deep Groove Ball Bearing

Coupling
Flexible Coupling

Insulation Class
F Class

Impeller Type
Enclosed Impeller

Base Plate
Fabricated Steel Base

Protection Class
IP55

Service
Continuous Duty

Cooling System
Air Cooled, No Cooling Water Required

Direction of Rotation
Clockwise (Viewed from Drive End)

Industrial Aircooled Thermic Fluid Pump Trade Information

Minimum Order Quantity
01 Set

Supply Ability
50 Sets Per Month

Delivery Time
1 Week

About Industrial Aircooled Thermic Fluid Pump

Specification

Capacity	Up To 180 m3/hr
Head	Up to 80 m
Usage/Application	Industrial
Temperature	Up to 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
Cooling Method	With Air

Engineered for High-Temperature Performance

This aircooled thermic fluid pump excels in environments where hot oil or thermic fluid needs safe, reliable circulation at temperatures up to 340C. With F-Class insulation and a fully enclosed impeller, it provides stable, energy-efficient operation over long periods, making it highly suitable for continuous-duty industrial processes.

No External Cooling Required, Lower Maintenance

The air-cooled design eliminates the need for external cooling water, reducing installation complexity and overall operating costs. Its IP55 protection class guards against dust and splashes, while a mechanical seal ensures leak-proof performance, resulting in easier maintenance and trouble-free service.

Flexible Application and Reliable Operation

With features such as a fabricated steel base, flexible coupling, and horizontal, foot-mounted structure, this pump seamlessly integrates into industrial setups. Its versatility and robust design accommodate various plant layouts for hot oil systems, thermic fluid processes, and other demanding industrial applications.

FAQs of Industrial Aircooled Thermic Fluid Pump:

Q: How does the air-cooled design benefit my industrial operation?

A: The air-cooled technology allows the pump to operate efficiently at high temperatures without needing any external cooling water, simplifying installation, minimizing maintenance, and reducing utility costs.

Q: What applications are best suited for this thermic fluid pump?

A: This pump is ideal for thermic fluid and hot oil circulation systems in process industries such as chemical, pharmaceuticals, textiles, plastics, and other sectors requiring continuous high-temperature fluid transfer.

Q: When is it necessary to use an aircooled thermic fluid pump over a water-cooled version?

A: Aircooled pumps are essential when your facility lacks a cooling water supply or where water conservation and ease of maintenance are priorities. They are optimal for high-temp fluid circulation up to 340C with continuous operation.

Q: Where is this pump typically installed within an industrial system?

A: The pump is typically base-mounted and foot-mounted onto a fabricated steel platform near the heat source or fluid reservoir in a hot oil or thermic fluid system, ensuring stable and secure operation.

Q: What process advantages does the deep groove ball bearing and enclosed impeller provide?

A: Deep groove ball bearings offer low-friction, high-durability support for the shaft, enhancing reliability, while the enclosed impeller design maximizes fluid efficiency and reduces leakage risk.

Q: How does the pump handle high discharge pressures and flow rates?

A: It is engineered to deliver up to 160 m/hr flow and up to 15 kg/cm discharge pressure, with a robust centrifugal pumping theory and flexible coupling for smooth power transmission.

Q: What are the main usage and operational benefits of choosing this pump?

A: Key advantages include durable construction (cast iron/stainless steel), no priming required, IP55 protection, compliance with DIN 24256, low noise as per industrial standards, easy installation, and reliable performance in demanding industrial applications.

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