SANACE 9A0624G402 24V DC 0.13A 6025mm Ball Bearing Industrial Inverter Axial Cooling Fan

Name: SANACE 9A0624G402 24V DC 0.13A 6025mm 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 9A0624G402 24V DC 0.13A 6025mm Ball Bearing Industrial Inverter Axial Cooling Fan Specification

Brand Name
SANACE

Product Type
Axial Fan

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

Size
60*60*25mm

Material
PLASTIC

Usage
Industrial

Color
BLACK

Model No
9A0624G402

SANACE 9A0624G402 24V DC 0.13A 6025mm Ball Bearing Industrial Inverter Axial Cooling Fan Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
1 Week

About SANACE 9A0624G402 24V DC 0.13A 6025mm Ball Bearing Industrial Inverter Axial Cooling Fan

The SANACE 9A0624G402 Axial Cooling Fan is a high-performance cooling solution designed for industrial and electronic applications requiring reliable and efficient heat dissipation. Operating at 24V DC with a current rating of 0.13A, this fan delivers strong airflow while maintaining energy efficiency.

Equipped with a precision ball bearing system, it ensures smooth operation, reduced friction, and a longer service life, making it ideal for continuous-duty environments. The 60x60x25 mm compact form factor allows easy installation in space-constrained setups such as inverters, SMPS, control panels, and telecom equipment.

Built with SANACEs trusted engineering quality, the 9A0624G402 offers stable performance, low maintenance, and dependable cooling for critical systems.

Compact and Efficient Cooling Solution

Measuring just 60x60x25mm, the SANACE 9A0624G402 ensures powerful air movement despite its compact size. Its 24V DC operation and ball bearing mechanism deliver reliable and continuous cooling, making it ideal for tightly packed industrial setups and electronic cabinets.

Built to Last in Industrial Environments

Engineered from durable black plastic housing and equipped with ball bearings, this fan is optimized for longevity and robust performance. Whether you need a cooling solution for inverters, control panels, or other heat-sensitive equipment, SANACE fans are recognized for their efficiency throughout India.

FAQ's of SANACE 9A0624G402 24V DC 0.13A 6025mm Ball Bearing Industrial Inverter Axial Cooling Fan:

Q: How is the SANACE 9A0624G402 cooling fan typically installed in industrial equipment?

A: The SANACE 9A0624G402 is designed for straightforward installation into standard 60x60mm mounting slots. Its compact 25mm thickness makes it suitable for tight spaces in inverter systems, enclosures, or control panels.

Q: What types of industrial applications benefit from this axial cooling fan?

A: This model is ideal for environments where effective heat dissipation is required, such as inverters, power supplies, servers, and electronic cabinets. Its reliable performance reduces thermal stress on sensitive components, thus prolonging equipment lifespan.

Q: When should the 9A0624G402 fan be replaced in a system?

A: Fan replacement is recommended if you notice reduced airflow, unusual noise, or periodic failure in temperature regulation. Regular maintenance checks will help determine the optimal replacement interval depending on the operating environment.

Q: Where is the SANACE 9A0624G402 manufactured and supplied from?

A: The SANACE 9A0624G402 is manufactured and supplied by leading reputable entities in India, ensuring accessibility and prompt support for industrial users.

Q: What process should I follow for integrating this fan into my existing setup?

A: First, check the voltage compatibility (24V DC) and ensure a suitable mounting location. Secure the fan using the provided screw holes or brackets, connect the power supply, and verify airflow direction aligns with target heat-generating components.

Q: How does using this fan benefit my industrial equipment?

A: Incorporating the SANACE 9A0624G402 helps maintain optimal operating temperatures, preventing overheating and reducing the risk of equipment failure. Its high-quality ball bearing design also ensures smooth, quiet operation for extended periods.

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