Our team conducted an expert evaluation to assess the efficiency of the mist cooling AC precooling system in the scorching Texas heat. The temperature readings captured in the images below provide a clear comparison of the conditions before and after the installation of the cooling system.

Energy Efficiency: Reduces equipment energy costs by up to 30%.

Extended Equipment Lifespan: Allows equipment to run more efficiently, prolonging its life.

Enhanced Performance: Optimizes turbine performance and maintains peak output.

Reduced Cooling Load: Delays or eliminates the need for additional cooling equipment.

Increased Capacity: Ensures air-cooled equipment operates at full capacity even during extreme heat.

Customizable Options: Includes options for thermostats, controllers, and filters.

Easy Integration: Can be used with any air-cooled AC/refrigeration unit, cooling towers, and other equipment.

Reduced Maintenance: Offers upgrade options for industrial sediment and scale prevention filters.

Operational Savings: Reduces head pressure, lower output temperature, energy consumption, and "time-on" cycles.

Enhanced Cooling Efficiency: Increases the coefficient of performance (COP) and extends the life of the condenser.

Flow Rates: Available in 0.50 GPM, 1 GPM, and 2 GPM, supporting up to 160 nozzles.

1. Maximum Outlet Pressure: 1500 PSI, ensuring efficient misting.
2. Motor Speed: 1750 RPM for all flow rates, providing consistent performance.
3. Voltage: Available in 110V and 220V options, making it versatile for different electrical setups.
4. Oil Capacity: 11.8 oz, with a prefilled oil system ready for use.
5. Temperature Range: Operates efficiently between 33°F and 160°F.
6. Filtration: Comes with a 5-micron sediment filter to prevent clogging and ensure clean water supply.
7. Solenoid Valve: Controls water flow into the pump, preventing damage when the power is off.
8. Pressure Switch: Automatically turns off the pump if the inlet water pressure drops below 40 PSI.
9. Bypass Valve: Redirects excess water back into the inlet, ensuring pressure stability.
10. Thermal Safety Switch: Built-in switch to prevent overheating, set at 160°F.
11. Noise Level: Operates quietly at 50-60 dB, suitable for various environments.

Q1: What is included in the Commercial Pre Cooling System package? 

A1: The package includes the misting pump, tubing, tees, nozzles, and options for upgrade filters and controllers, ensuring a complete setup for optimal cooling efficiency.

Q2: How does the system reduce energy consumption? 

A2: By pre-cooling the air entering the AC unit, the system reduces the workload on the equipment, leading to up to 30% energy savings.

Q3: Can this system be used with any air-cooled AC unit? 

A3: Yes, the pre-cooling system is compatible with any air-cooled AC, refrigeration unit, cooling towers, and other equipment.

Q4: What are the benefits of using this system for my HVAC equipment? 

A4: Benefits include reduced energy costs, extended equipment life, optimized performance, reduced maintenance, and improved cooling capacity.

Q5: Are there upgrade options available? 

A5: Yes, there are upgrade options for thermostats, controllers, industrial sediment filters, and scale prevention filters to enhance system performance.

Q6: How easy is it to install the Commercial Pre Cooling System? 

A6: The system is designed for easy installation and integration with existing HVAC equipment, with detailed manuals and video guides provided.

Q7: What maintenance is required for the pre-cooling system? 

A7: Minimal maintenance is required, especially with the optional filters that help prevent sediment and scale buildup. Regular checks and occasional cleaning of the nozzles are recommended.

Q8: How does this system improve the efficiency of my air conditioning unit? 

A8: By reducing the air intake temperature, the system lessens the workload on your AC unit, allowing it to operate more efficiently and effectively, even during peak heat conditions.

Q9: Where can I find more information or get assistance with installation? 

A9: Detailed manuals and installation videos are available on the product page. You can also book a call with an expert for personalized assistance.

Q10: What is the return policy for this product? 

A10: The product comes with a hassle-free return policy, ensuring customer satisfaction and support in case of any issues.

Q11: How often should the filter be changed in the misting system? 

A11: The water filter should be changed every 3 to 6 months, depending on the water quality. For areas with hard water, a TAC Scale Free filter is recommended and lasts up to 2 years.

Q12: What maintenance is required for the mist pump? 

A12: Regular maintenance includes changing the oil every 500 hours of operation or once per season, cleaning or replacing nozzles as needed, and ensuring the filter is clean and functional.

Q13: What safety precautions should be taken during installation? 

A13: Ensure the pump is installed on a flat, dry surface away from direct elements. Do not run the pump dry, and always use the provided filter to prevent clogging. Follow the detailed installation and maintenance instructions provided in the manual.

Q14: Can the mist pump handle liquids other than water? 

A14: The pump is designed for water use only. For other liquids, please consult with the supplier to ensure compatibility and safety.

Q15: What is the warranty on the 1500 PSI mist pump? 

A15: The high-pressure mist pump comes with a 1-year warranty. The warranty covers defects in material and workmanship but does not cover damage due to misuse, improper installation, or lack of maintenance.

Q16: How should the system be winterized? 

A16: Before temperatures drop below freezing, turn off the water supply, unplug the pump, and drain all water from the filter and tubing. Store the pump indoors if possible, or use compressed air to blow out excess water from the pump and lines to prevent freezing damage.

Q17: What should be done for de-winterization? 

A17: Check and replace the inlet filter, change the oil in the pump, reinstall any removed fittings, flush the system to remove air and debris, and check for non-working nozzles, cleaning or replacing them as needed.