AUXILIARY FAN 24VDC/ 220VAC METAL CASE 92mmx92mm | 120mmx120mm | 153mmx171mm | VAT INCLUDED PRICES

Introduction to Auxiliary Fans

What is an Auxiliary Fan?

An auxiliary fan is a supplemental underground fan installed to increase the volume of air to a specified location for the purpose of controlling dust, methane, or air quality. This fan complements the airflow and cooling provided by the belt-driven fan, which is crucial for maintaining optimal conditions in various applications.

Key Features of Auxiliary Fans

Auxiliary fans come with a range of features that make them ideal for different environments. These include:

• Voltage Options: Available in both 24VDC and 220VAC models, providing flexibility in power source selection.
• Metal Case: Ensures durability and reliability in harsh environments.
• Multiple Sizes: Offered in three different sizes: 92mmx92mm, 120mmx120mm, and 153mmx171mm, allowing users to choose the best fit for their application.

Understanding the Different Sizes

92mmx92mm Auxiliary Fans

The 92mmx92mm auxiliary fan is perfect for applications that require a compact size and moderate airflow. This fan is ideal for small-scale operations, such as supplementing air quality in confined spaces or controlling dust in tight areas.

120mmx120mm Auxiliary Fans

The 120mmx120mm auxiliary fan provides increased airflow compared to the smaller 92mmx92mm model. This fan is suitable for larger applications, such as enhancing engine performance or controlling dust in more extensive areas. It is perfect for those who need a balance between size and airflow.

153mmx171mm Auxiliary Fans

The largest auxiliary fan, the 153mmx171mm model, offers the highest airflow capacity among the three sizes. This fan is ideal for large-scale operations, such as controlling methane levels in underground mines or enhancing air quality in expansive industrial settings.

Applications of Auxiliary Fans

Supplementing Airflow & Cooling

Auxiliary fans play a crucial role in supplementing airflow and cooling in various environments. By increasing the volume of air, these fans help maintain optimal conditions, preventing overheating and ensuring efficient operation of equipment.

Enhancing Engine Performance

In addition to providing supplemental airflow, auxiliary fans can enhance engine performance by drawing in extra air needed for combustion. This is especially important when moving slowly, as the belt-driven fan may not provide sufficient airflow to meet the engine's demands.

Controlling Dust, Methane, & Air Quality

Auxiliary fans are essential in controlling dust, methane, and air quality in various environments. They help maintain safe conditions by ensuring proper ventilation and air circulation, reducing the risk of accidents and improving overall air quality.

Choosing the Right Auxiliary Fan

Selecting Between 24VDC & 220VAC Models

When choosing an auxiliary fan, consider the voltage options available. The 24VDC model is ideal for applications that require a low-voltage power source, while the 220VAC model is better suited for those with access to a standard electrical outlet.

Deciding on the Optimal Size

The size of the auxiliary fan depends on the specific needs of your application. Consider factors such as the area to be ventilated, the level of airflow required, and the space available for installation. The three sizes available – 92mmx92mm, 120mmx120mm, and 153mmx171mm – provide flexibility in choosing the right fan for your needs.

Considering Price & VAT Inclusion

Finally, consider the price and VAT inclusion when selecting an auxiliary fan. Our prices include VAT, making it easier to budget for your purchase. We offer competitive pricing on all three sizes of auxiliary fans, ensuring you get the best value for your investment.

In conclusion, auxiliary fans are essential components in various applications, providing supplemental airflow, enhancing engine performance, and controlling dust, methane, and air quality. By choosing the right size and voltage option, you can ensure optimal conditions in your environment while maximizing efficiency and safety.