AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL)

Name: AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL)
Brand: G3R ENTERPRISES
Price: 4999.0 INR
Availability: InStock

Price 4999.0 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL) Specification

Material
METAL

Brand Name
AVC

Color
RED

Size
172*172*51mm

Product Type
Axial Fan

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

Usage
Industrial

Model No
BN17569B24U

AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL) Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

About AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL)

The AVC BN17569B24U Industrial Axial Cooling Fan is engineered for high-performance cooling in demanding environments. Designed with a robust metal frame and precision ball bearing system, this 24V DC fan delivers powerful airflow, durability, and long operational life.

With its large 17251mm form factor and high current capacity of 3.72A, this fan is ideal for industrial equipment, telecom systems, power supplies, inverters, and server cooling applications where reliable heat dissipation is critical.

Built for continuous operation, the dual ball bearing design ensures reduced friction, lower noise, and enhanced lifespaneven under high-temperature conditions. Whether you're upgrading an existing cooling system or building a new one, the AVC BN17569B24U provides consistent, efficient performance you can depend on.

High-Performance Cooling Solution

The AVC BN17569B24U industrial axial cooling fan stands out for its superior airflow, operating efficiently at 24V DC and 3.72A. With its robust metal construction and ball bearing design, it handles rigorous industrial use, delivering consistent cooling suitable for electrical panels, machinery, and critical equipment.

Durable and Reliable Design

Engineered for longevity, the fan utilizes ball bearings and a sturdy metal frame. Its design ensures reduced maintenance, sustained airflow, and protection against overheating, even in continuous operation environments. The red metal finish adds enhanced visibility and identification within industrial setups.

FAQ's of AVC BN17569B24U 24V DC 3.72A 17251mm Ball Bearing Industrial Axial Cooling Fan (METAL):

Q: How is the AVC BN17569B24U industrial fan installed?

A: This industrial cooling fan can be mounted using screws through its pre-drilled frame holes. Position the fan to optimize airflow direction within your equipment or enclosure, and connect it to a suitable 24V DC power supply as per the wiring guidelines provided.

Q: What are the main uses of the AVC BN17569B24U fan?

A: The AVC BN17569B24U is primarily used for cooling industrial machinery, electrical enclosures, control panels, and other equipment that requires efficient heat dissipation to maintain optimal performance and prevent overheating.

Q: When should I consider replacing or maintaining the fan?

A: Routine inspection is recommended every 6-12 months. If you notice reduced airflow, unusual noise, or visible wear, cleaning or replacing the fan ensures consistent performance and protects your equipment from overheating.

Q: Where is this cooling fan commonly supplied and installed?

A: This axial cooling fan is commonly supplied to manufacturing plants, workshops, and industrial facilities across India. It is installed in electrical cabinets, automation systems, and industrial machines requiring improved ventilation.

Q: What is the process for sourcing or ordering the AVC BN17569B24U?

A: You can purchase the fan through AVC's network of manufacturers, suppliers, and traders in India. Provide the model number (BN17569B24U) and your specifications to receive a quote or place an order.

Q: What are the benefits of using a ball bearing fan in industrial settings?

A: Ball bearing fans, like the AVC BN17569B24U, offer improved durability, longer operational life, and stable performance under heavy-duty or continuous use compared to sleeve-bearing alternatives.

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