ADDA AD17224DB5151M0 24V DC 1.00A 17251mm Ball Bearing Industrial Inverter Axial Cooling Fan

Name: ADDA AD17224DB5151M0 24V DC 1.00A 17251mm Ball Bearing Industrial Inverter Axial Cooling Fan
Brand: G3R ENTERPRISES
Price: 2999.0 INR
Availability: InStock

Price 2999.0 INR/ Piece

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MOQ : 10 Pieces

ADDA AD17224DB5151M0 24V DC 1.00A 17251mm Ball Bearing Industrial Inverter Axial Cooling Fan Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
1 Week

ADDA AD17224DB5151M0 24V DC 1.00A 17251mm Ball Bearing Industrial Inverter Axial Cooling Fan About

The ADDA AD17224DB5151M0 Industrial Axial Cooling Fan is a high-performance 24V DC cooling solution engineered for demanding industrial applications requiring powerful airflow and reliable thermal management. Designed with a large 172 x 172 x 51mm (17251) frame and durable ball-bearing construction, this fan delivers efficient heat dissipation for inverters, electrical control panels, telecom equipment, power supplies, UPS systems, and industrial automation machinery.

Operating at 24V DC with a rated current of 1.00A, the AD17224DB5151M0 provides dependable cooling performance for high-heat environments and continuous-duty operation. Its ball-bearing design enhances durability, reduces maintenance requirements, and ensures a long service life even under demanding industrial conditions. The robust construction and high-airflow capability make it an ideal choice for protecting sensitive electronic components and maintaining optimal operating temperatures. Product specifications from industrial suppliers identify this model as a 24V DC axial fan with ball bearings and a 172 x 150/172 x 51mm industrial cooling format.

Reliable Industrial Cooling Solution

The ADDA AD17224DB5151M0 fan provides dependable cooling for a range of industrial environments. Its sturdy metal construction and ball bearing mechanism ensure it operates optimally even under demanding conditions. The 172mm size allows for greater airflow, minimizing overheating risks for critical machinery.

Versatile Application

Engineered for versatility, this axial cooling fan is suitable for use in industrial inverters, control panels, and electrical enclosures. Its standard dimensions and universal 24V DC input make installation straightforward, compatible with most industrial systems requiring efficient thermal management.

FAQ's of ADDA AD17224DB5151M0 24V DC 1.00A 17251mm Ball Bearing Industrial Inverter Axial Cooling Fan:

Q: How does the ADDA AD17224DB5151M0 cooling fan improve industrial equipment performance?

A: By providing consistent and efficient airflow, this fan helps maintain optimal operating temperatures, reducing the risk of overheating and prolonging the lifespan of sensitive components in industrial machinery.

Q: What is the installation process for the ADDA AD17224DB5151M0 fan?

A: Installation is straightforward-mount the fan using the provided frame holes onto your equipment. Connect the 24V DC power input, ensuring proper polarity and secure electrical connections for safe operation.

Q: When should I replace the ADDA AD17224DB5151M0 cooling fan?

A: It's recommended to replace the fan if you notice reduced airflow, unusual noises, or physical damage. Regular inspection during maintenance routines ensures continued efficiency and prevents equipment downtime.

Q: Where can this cooling fan be used in an industrial setting?

A: This axial fan is ideal for inverters, control panels, electrical enclosures, and other industrial environments requiring robust cooling solutions to manage heat buildup effectively.

Q: What are the main benefits of choosing a metal, ball bearing fan like this model?

A: The metal construction offers superior durability, while the ball bearing system provides extended operational life and smooth, quiet performance even in high-stress industrial applications.

Q: How does the ball bearing design affect the fan's performance?

A: Ball bearings reduce friction and allow the fan to run efficiently at higher speeds for longer periods, resulting in less wear and tear and enhanced reliability under continuous operation.

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