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Industrial Thermic Fluid Pump

Name: Industrial Thermic Fluid Pump
Brand: JEE PUMPS LIMITED
Price: 45000.00 INR
Availability: InStock

Price 45000.00 INR/ Set

Get a Price/Quote

MOQ : 01 Set

Industrial Thermic Fluid Pump Specification

Working Temperature
Up to 350 C

Noise Level
70 dB

Discharge Pressure
Max 6 bar

Flow Rate
Up to 100 m/hr

Caliber
Standard

Head Size
10 m to 70 m

Frequency
50 Hz

Control System
Manual / Automatic

Inlet/Outlet
40 mm / 32 mm

Features
Corrosion Resistant, High Efficiency, Low Maintenance

Mounting Type
Base Mounted

Voltage
415 V

Speed
2900 RPM

Theory
Centrifugal Pump

Max Suction
6 m

Material
Cast Iron / Stainless Steel

Structure
Horizontal

Power
3.7 kW to 22 kW

Standard
ISO / IS Standards

Fuel Type
Electric

Pressure
Up to 6 bar

Usage
Industrial Thermic Fluid Circulation

Application
Thermic Fluid Transfer, Oil Heating Systems

Suction Type
Single Suction

Seals Type
Mechanical Seal

Priming
Self Priming

Pump Type
Thermic Fluid Pump

Capacity
Up to 100 m/hr

Cooling
Air Cooled

Painting
Heat and Corrosion Proof Paint Finish

Impeller Type
Closed Impeller

Connection Standard
ANSI/BS/DIN Flange

Seal Cooling
External Cooling Optional

Protection Class
IP55 Motor Enclosure

Bearing Type
Heavy Duty Ball Bearing

Design
Back Pull Out Design

Direction of Rotation
Clockwise, viewed from motor end

Shaft Material
EN8/SS304

Industrial Thermic Fluid Pump Trade Information

Minimum Order Quantity
01 Set

Supply Ability
50 Sets Per Month

Delivery Time
1 Week

About Industrial Thermic Fluid Pump

Specification

Capacity	Up to 180 m3/hr
Model	Up to 80 mtr
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
Discharge Size	32 mm to 80 mm
Cooling Method	Air

Reliable Performance for High-Temperature Applications

Built to handle fluid temperatures up to 350C, this thermic fluid pump is specifically designed for rigorous industrial applications. The closed impeller and optional external seal cooling enhance its operational reliability, making it a dependable choice for continuous processing in oil heating and thermic fluid systems.

Low Maintenance and Easy Servicing

The back pull-out design allows quick and straightforward access to key components, reducing downtime for maintenance. Combined with its heavy-duty ball bearing mechanism and corrosion-proof paint finish, the pump ensures longevity and sustained efficiency with minimal service interruptions.

Versatile Installation and Compatibility

Featuring ANSI/BS/DIN flange connections, this pump supports seamless integration into existing systems. Its base-mounted, horizontal structure suits various industrial setups, while manual or automatic control options ensure tailored operation and flexibility for numerous process requirements.

FAQs of Industrial Thermic Fluid Pump:

Q: How does the back pull-out design benefit the maintenance process?

A: The back pull-out design allows the impeller, shaft, and bearing assembly to be removed without disconnecting the pump from the piping, making routine maintenance and repairs much quicker and easier.

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

A: This pump is ideal for thermic fluid transfer and oil heating systems in industrial settings, such as manufacturing, chemical processing, and energy plants where high-temperature fluid circulation is essential.

Q: When is external seal cooling recommended for this pump?

A: External seal cooling is optional but highly recommended when handling fluids at the higher end of the temperature range (up to 350C) or in applications where seal longevity is critical.

Q: Where can this pump be installed within a facility?

A: Thanks to its horizontal, base-mounted design and noise level 70 dB, the pump can be installed in a variety of locations within industrial plants, including central heating rooms or process areas requiring fluid circulation.

Q: What features ensure the pumps durability and efficiency?

A: The combination of a heavy-duty ball bearing system, corrosion- and heat-resistant paint, high-quality EN8/SS304 shaft material, and mechanical seal ensures robust operation, corrosion resistance, and enhanced efficiency.

Q: How does the closed impeller design impact pump performance?

A: A closed impeller enhances the hydraulic efficiency of the pump, contributing to higher flow rates, improved energy utilization, and reliable performance even at elevated pressures.

Q: What are the benefits of using this pump for industrial thermic fluid circulation?

A: It offers high efficiency, reliable performance at extreme temperatures, corrosion resistance, low maintenance, and seamless integration with standard industrial piping systems, making it highly beneficial for continuous operations.

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