NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm Ball Bearing Industrial Inverter Axial Cooling Fan

Name: NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm 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

NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm Ball Bearing Industrial Inverter Axial Cooling Fan Specification

Size
80*80*38mm

Usage
Industrial

Color
BLACK

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

Brand Name
NIDEC

Product Type
Axial Fan

Material
PLASTIC

Model No
H80E12BUA7-51

NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm Ball Bearing Industrial Inverter Axial Cooling Fan Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
1 Week

About NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm Ball Bearing Industrial Inverter Axial Cooling Fan

The NIDEC H80E12BUA7-51 is a high-performance industrial axial cooling fan engineered for demanding thermal management applications. Operating at 12V DC with a rated current of 1.76A, this 80x80x38mm fan delivers powerful airflow and reliable heat dissipation for industrial inverters, server systems, telecommunications equipment, power supplies, control cabinets, and automation machinery.

Built with durable dual ball bearings, the fan is designed for continuous operation in harsh environments, providing long service life, stable performance, and dependable cooling under heavy workloads. Its robust construction and high-speed airflow capabilities make it an ideal replacement or upgrade for industrial and electronic cooling systems requiring efficient temperature control.

Engineered for Industrial Performance

Designed to meet the rigorous demands of industrial environments, the NIDEC H80E12BUA7-51 cooling fan delivers reliable airflow and consistent performance. Its ball bearing mechanism reduces friction, maximizing operational lifespan even under continuous use. The compact yet sturdy build ensures seamless integration into various inverter and industrial systems.

Efficient Cooling for Improved Equipment Longevity

This axial fan is vital in maintaining optimal temperatures in machinery by preventing overheating. Consistent cooling helps extend the operational life of sensitive components, thus improving overall efficiency and reducing maintenance needs in industrial setups. Its 12V DC power compatibility ensures energy efficiency and broad applicability.

FAQ's of NIDEC H80E12BUA7-51 12V DC 1.76A 8038mm Ball Bearing Industrial Inverter Axial Cooling Fan:

Q: How is the NIDEC H80E12BUA7-51 cooling fan typically installed in industrial equipment?

A: The fan is mounted using its standardized 80x80x38mm dimensions, which fit most industrial enclosures or inverter systems. It is usually screwed into a designated spot, and the 12V DC power leads are connected to the device's power supply.

Q: What are the primary benefits of using this specific NIDEC fan model in industrial setups?

A: Key benefits include reliable cooling performance, long service life due to ball bearings, efficient 12V DC operation, and robust plastic construction that withstands tough industrial conditions. These features help protect equipment from overheating and extend component durability.

Q: When should this fan be used in industrial projects?

A: This fan is most suitable when consistent and high-capacity airflow is required, such as in inverter cooling or inside high-performance machinery. It is ideal for continuous or demanding usage where heat generation is significant.

Q: Where is the NIDEC H80E12BUA7-51 most effectively utilized?

A: It is best utilized in industrial settings-for example, within inverter units, control panels, or electronic cabinets that require active cooling to maintain operational reliability and safety.

Q: What is the process for replacing an existing fan with this model?

A: First, switch off all power sources. Remove the old fan, ensuring you disconnect the wiring safely. Install the NIDEC H80E12BUA7-51 by aligning it into the mounting space, securing it with screws, and connecting the 12V DC wires appropriately before powering up.

Q: How does the ball bearing design contribute to its performance?

A: The ball bearing system in this fan reduces internal friction, thereby enhancing efficiency, decreasing noise, and significantly extending operational life even during prolonged use compared to sleeve bearings.

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