Bearing Oil Cooler

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Bearing Oil Cooler Specification

Flow Rate
As per system requirement (Customizable)

Control System
Manual/None

Refrigerant Type
Not Used

Drive Type
Direct

Weight
Varies by size and capacity (Typically 8-20 kg)

Noise Level
Silent Operation

Filtration Grade
Medium

Pressure Capacity
Up to 20 bar (Customizable)

Cooling Method
Oil Cooling

Allied Equipment
Suitable for industrial bearing systems

Configuration
Coil Type Heat Exchanger

Power Source
Not Required (Passive Cooling)

Silent
Yes

Lubrication Type
Oil Lubricated

Driven Mode
Passive (No Drive Mechanism)

Corrosion Resistance
Yes

Heat Exchanger Type
Coil Heat Exchanger

Tube Diameter
12 mm, 16 mm (customizable)

Body Material
Copper

Usage
Industrial/Mechanical Bearing Cooling

Maximum Operating Temperature
150C

Mounting Type
Clamp Mounted

Finish
Anti-rust Coated

End Connection
Threaded / Flanged

Installation
Horizontal / Vertical Possible

About Bearing Oil Cooler

The Bearing Oil Cooler, crafted with the finest copper or brass tubes, places your equipment in the spotlight by delivering enviable cooling efficiency and unrivaled reliability. This classic coil-type heat exchanger excels with reduced maintenance needs and robust corrosion resistance. New features like customizable tube diameters (typically 10-25 mm) and lengths ensure seamless integration into industrial and turbine bearings or gear boxes. A naturally finished or anti-corrosive coating protects across harsh working temperatures, while its passive cooling mode and silent operation set an exceptional industry standard. Compliant with IS norms, it's the premier choice for exporters, manufacturers, and suppliers in India.

Advantage and Application of Bearing Oil Cooler

Benefit from reduced wear and improved performance with our bearing oil cooler, offering classic reliability in demanding industrial environments. Its high thermal conductivity and enviable corrosion resistance provide a consistent cooling effect, suitable for applications in industrial bearings, turbine bearings, and gear boxes. The cooler's bracket mounting and customizable configuration make installation seamless for varied operational needs, placing your machinery in the spotlight for enhanced longevity and smoother operation.

Export Markets, Supply Ability, and Terms

Spotlighted on the global stage, our bearing oil cooler arrives in major export markets across Asia, Africa, and beyond. Backed by an impressive supply ability, we can handle bulk outlays with flexibility in delivery schedules. Quick quotations ensure swift processing, while clear payment terms streamline the transaction process. Rely on prompt arrival and excellent after-sales support, reinforcing our enviable reputation as a leading exporter, manufacturer, and supplier from India.

FAQ's of Bearing Oil Cooler:

Q: How does the bearing oil cooler improve operational efficiency in industrial systems?

A: By utilizing high thermal conductivity and passive cooling, the bearing oil cooler reduces operating temperatures, minimizes wear, and extends the service life of bearings and gear boxes, ensuring smoother, more efficient operation.

Q: What materials are used in the bearing oil cooler, and why are they chosen?

A: Our oil coolers are manufactured from copper or brass tubes, selected for their excellent thermal conductivity and enviable resistance to corrosion, providing reliable and durable performance in harsh industrial environments.

Q: When should the oil cooler be installed in an industrial setup?

A: The oil cooler is typically installed during initial system assembly or during maintenance upgrades when improved heat dissipation or increased reliability for bearings and gear boxes are required.

Q: Where can this bearing oil cooler be applied?

A: It is perfectly suited for use in a range of environments, including power plants, manufacturing sites, and machinery with industrial or turbine bearings, as well as gear box assembly lines.

Q: What are the benefits of the cooler's passive, silent operation?

A: The cooler's passive design requires no external power and operates silently, reducing energy costs and noise levels while maintaining optimal system temperatures without any moving parts.

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