Evaporative Cooler

4 products

wishlist

Image
Product
Price
Quantity
Options
Action

Welcome to the South Mini Splits collection for Evaporative Cooler. We feature high-efficiency systems from industry leaders like Cooper & Hunter, OLMO, MRCOOL, and Bravo.

These energy-saving, low-cost units are the ideal solution for cooling large, dry spaces, workshops, or providing focused spot cooling where traditional AC is impractical.

💡Why Choose South Mini Splits for Your Evaporative Cooler?

✅ Wholesale Pricing: Competitive rates on top-tier HVAC equipment.

✅ USA-Based Support: Expert help from sizing to post-install troubleshooting.

✅ Free Shipping Over $300: Get your complete system delivered fast.

What is an Evaporative Cooler?

An Evaporative Cooler, often called a Swamp Cooler, is a highly effective, low-energy alternative to air conditioning. Instead of using a chemical refrigerant cycle, it uses the simple, natural process of water evaporation to cool the air.

Its selection is precision-based, as its effectiveness is entirely dependent on the regional climate. It is the perfect fit for areas with low humidity and high heat, such as:

  • Workshops and Garages: Spaces that are often large, poorly insulated, and need high-volume air movement to feel comfortable.
  • Covered Outdoor Patios: Providing a cool, focused breeze for gatherings or dining areas without needing a sealed environment.
  • Commercial Warehouses: Offering significant cooling relief over massive areas at a fraction of the operating cost of conventional AC.
  • Eco-Friendly Cooling: They are ideal for customers seeking to reduce their carbon footprint and save electricity compared to compressor-driven systems.

The Power of Evaporation: Understanding Dry-Climate Cooling

Selecting an Evaporative Cooler in the right climate is crucial. Evaporative cooling works by passing hot, dry ambient air over water-saturated pads. The water absorbs the heat from the air as it changes phase (evaporates), and the resulting air is cooler and slightly more humid.

High-Efficiency Benefit: Unlike conventional air conditioners that consume significant energy to compress and circulate refrigerant, an evaporative cooler primarily uses power only for the fan and a small water pump. This results in drastically reduced running costs and far lower power consumption, making them incredibly economical for seasonal use.

Pro Insight: Placement and Ventilation

For peak performance, an Evaporative Cooler requires cross-ventilation to function correctly.

  • For a standard application, the cooler should draw air in from a slightly opened window or door while pushing cooled air out through another exit point.

Crucially, do not use an evaporative cooler in a sealed environment. The unit needs to constantly expel the humid air it creates and draw in fresh, hot, dry air to maintain the cooling cycle. Providing this detailed "Pro Insight" reinforces our position as an expert and gives the customer the essential confidence they need to select and operate the correct system for a reliable, high-performance cooling setup.

FAQs/Frequently Asked Questions

Q: Are Evaporative Coolers effective in humid environments?

A: No. Evaporative coolers perform best in hot, dry climates (low humidity). If the air is already saturated with moisture, the water in the cooler cannot evaporate effectively, significantly reducing the cooling effect.

Q: How much energy do these coolers save compared to AC?

A: Evaporative coolers typically use up to 75% less electricity than a traditional compressor-based AC unit, as they only require power for the fan and water pump, not a power-hungry compressor.

Q: Do I need to hook up an Evaporative Cooler to a water line

A: Most residential or portable units have a reservoir that must be manually filled. Larger commercial or whole-house units may be connected directly to a water line for continuous operation.

Q: How do I size an Evaporative Cooler for a large room?

A: Sizing is often calculated by CFM (Cubic Feet per Minute), which represents the volume of air moved. You need to calculate the room's total volume and ensure the cooler can cycle the air every 2-3 minutes.