JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan

Name: JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan
Brand: G3R ENTERPRISES
Price: 1999.0 INR
Availability: InStock

Price 1999.0 INR/ Piece

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MOQ : 10 Pieces

JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan Specification

Material
PLASTIC

Product Type
Axial Fan

Size
60*60*25mm

Dimension (L*W*H)
60 Millimeter (mm)

Usage
Industrial

Color
BLACK

JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

About JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan

The JAMICON JF0625B2M-R Industrial DC Axial Cooling Fan is a compact and efficient cooling solution designed for electronic equipment and industrial applications. With a standard 606025mm (6025) form factor, this fan is ideal for tight spaces such as control panels, power supplies, inverters, and telecom devices.

Operating at 24V DC with 0.13A current, it delivers stable airflow while maintaining low power consumption. The integrated ball bearing system ensures extended operational life, improved heat resistance, and reliable continuous performance in demanding environments.

This fan features a 2-wire configuration for easy installation and compatibility with a wide range of systems. Known for its durability and consistent cooling efficiency, JAMICON fans are widely used in industrial and electronic cooling applications.

Durable Ball Bearing Technology

The JAMICON JF0625B2M-R utilizes a ball bearing system, enhancing both performance and longevity compared to sleeve bearings. This design reduces friction, allowing continuous operation with minimal noise and maintenance, making it ideal for demanding industrial settings.

Compact Size for Versatile Applications

Measuring just 60x60x25mm, this cooling fan fits into tight spaces without compromising airflow. Its compact structure is perfectly suited for integration within control panels, electronic enclosures, and specialized machinery where space and efficient cooling are priorities.

FAQ's of JAMICON JF0625B2M-R 24V DC 0.13A 6025mm Ball Bearing Industrial Axial Cooling Fan:

Q: How is the JAMICON JF0625B2M-R cooling fan installed in industrial equipment?

A: The fan is typically mounted using screws or brackets within equipment enclosures, ensuring proper airflow alignment. Its standard size (60x60x25mm) allows for straightforward integration into existing ventilation slots or custom mounting spaces.

Q: What materials are used in the construction of this cooling fan?

A: The JAMICON JF0625B2M-R is made of high-grade plastic, which offers a balance of durability and lightweight structure, and features a robust ball bearing system for extended operational life.

Q: When should you use the JAMICON JF0625B2M-R fan in an industrial setting?

A: This fan is best used when machinery, control panels, or electronics require steady airflow to prevent overheating, especially where durability and compact installation are needed.

Q: Where can customers purchase the JAMICON JF0625B2M-R cooling fan in India?

A: The fan is available through a variety of channels including manufacturers, authorized suppliers, and traders catering to the industrial sector across India.

Q: What is the process to ensure optimal performance and longevity of this fan?

A: To maintain optimal operation, ensure the fan is kept clean from dust and debris, check for secure mounting, and periodically verify that it is receiving the specified 24V DC voltage.

Q: What are the main benefits of using this specific axial cooling fan?

A: Key benefits include energy efficiency (0.13A current), reliable cooling in tight spaces, low operational noise, and long service life due to its durable ball bearing design.

Q: How does this fan support industrial equipment usage?

A: It helps maintain stable temperatures in equipment, reducing the risk of overheating and component failure, thus supporting consistent industrial operations and increasing device lifespan.

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