SANACE 9BFB12P2H003 24V DC 1.1A 12032mm Ball Bearing Industrial Inverter Axial Cooling Fan

Name: SANACE 9BFB12P2H003 24V DC 1.1A 12032mm Ball Bearing Industrial Inverter Axial Cooling Fan
Brand: G3R ENTERPRISES
Price: 1999.0 INR
Availability: InStock

Price 1999.0 INR/ Piece

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MOQ : 10 Pieces

SANACE 9BFB12P2H003 24V DC 1.1A 12032mm Ball Bearing Industrial Inverter Axial Cooling Fan Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
1 Week

About SANACE 9BFB12P2H003 24V DC 1.1A 12032mm Ball Bearing Industrial Inverter Axial Cooling Fan

The SANYO DENKI SANACE 9BFB12P2H003 24V DC Axial Cooling Fan is a high-performance industrial cooling solution built for demanding applications requiring powerful airflow and long-term reliability. Operating at 24V DC with a current rating of 1.1A, this fan is engineered to deliver superior cooling efficiency for high-heat environments such as inverters, power supplies, and industrial control systems.

Featuring a durable ball bearing design, the fan ensures smooth, stable operation and an extended service life, even under continuous use. Its 12032 mm frame provides high airflow capacity, making it ideal for applications where efficient heat dissipation is critical. Backed by SANYO DENKIs SANACE series reputation, this fan offers exceptional build quality, performance consistency, and reliability in industrial settings.

Efficient Industrial Cooling

Suitable for heavy-duty industrial use, this SANACE axial cooling fan ensures efficient temperature management in demanding environments. Its 120x120x32mm size and advanced ball bearing technology provide reliable airflow, helping prevent overheating in sensitive inverter systems. Designed to meet the needs of manufacturers and suppliers, it offers a dependable cooling solution for diverse applications.

Durable and Long-lasting Design

Built with robust plastic and equipped with a ball bearing mechanism, the SANACE 9BFB12P2H003 stands out for its durability and extended operational life. Its sturdy construction minimizes maintenance needs and delivers consistent performance, even in challenging conditions, ensuring minimal equipment interruption.

FAQ's of SANACE 9BFB12P2H003 24V DC 1.1A 12032mm Ball Bearing Industrial Inverter Axial Cooling Fan:

Q: How is the SANACE 9BFB12P2H003 cooling fan installed in an industrial inverter system?

A: The SANACE 9BFB12P2H003 is designed for straightforward installation. Secure the fan using screws at the mounting points on your equipment, connect the 24V DC power supply with a 1.1A current rating, and ensure proper airflow alignment to maximize cooling efficiency.

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

A: This fan is constructed from high-quality plastic for the housing and blades, combined with a ball bearing system that ensures lasting durability and efficient operation.

Q: When should this cooling fan be used in industrial settings?

A: Install the SANACE 9BFB12P2H003 fan in any industrial application where consistent and reliable cooling is essential, particularly in inverter cabinets and electronic assemblies that operate continuously or under heavy loads.

Q: Where can I buy the SANACE 9BFB12P2H003 fan in India?

A: The SANACE 9BFB12P2H003 is available through authorized manufacturers, suppliers, and traders throughout India. You can consult local distributors or online industrial supply stores for purchase options.

Q: What is the process for maintaining this cooling fan?

A: Regularly inspect the fan for dust and debris, clean as needed, and periodically check electrical connections. Thanks to its ball bearing mechanism, the fan requires minimal maintenance, but timely cleaning can further prolong its service life.

Q: How does the ball bearing design benefit fan performance?

A: The ball bearing system reduces friction and wear, enabling smoother operation, greater reliability, and a longer lifespan compared to sleeve-based cooling fans.

Q: What advantages does this fan provide for industrial users?

A: Industrial users benefit from improved equipment cooling, reduced risk of overheating, and minimal maintenance, all contributing to increased operational uptime and protection of sensitive electronic components.

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