Energy-Efficient Industrial Cooling
Symphony
Venti Cool 20U
Industrial Ducting CoolersHigh-performance industrial ducting cooler designed for massive air delivery. Engineered to maintain HVAC/AC-level temperature control in factories, warehouses, and large commercial spaces.
Up to 1200 sq. ft.*
Coverage Area
Coverage Area
1.1 kW
POWERFUL MOTOR
POWERFUL MOTOR

Modular units suitable for any area. One unit can cool up to 1200 sq.ft.*

Cool Flow Dispenser for enhanced cooling

Weather resistant, UV Stabilized engineering plastic body

1.1 kW motor for powerful air delivery of 20000 CMH

Four side cooling pads for superior cooling

Symphony accessories for easy and quick installation in a couple of hours
Technical Specifications
| Discharge | Top / Down |
| Nominal air delivery (CMH) | 20000 |
| Cooling area (sq.ft.)* | up to 1200 |
| Net weight (kg) | 53 |
| Operating weight (kg) | 115 / 89 |
| Input supply (V/Hz/Ph) | 230/50/1 |
| Power Consumption (kW) | 1.1 |
| Outside dimensions (LxBxH in mm) | 1140 x 1140 x 850 |
| Air outlet dimensions (HxW in mm) | 670 x 670 |
| Body material | UV Stabilized High Grade Plastic |
| Tank capacity (L) | 70 / 40 |
| Air moving device | Fan |
| Fan diameter (mm) | 620 |
| Cooling media | Honeycomb pads |
| Pad thickness (mm) | 100 |
| Cooling surface area of pad (sq.mtr.) | 1.6 |
| Minimum cooling efficiency (%) | 80 |
| Number of speeds (nos.) | 1 |
| Duct length-with one bend (ft.) | up to 60 |
| Air outlets (nos.) | up to 8 |

Installations
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FAQs -
Venti Cool 20U
Industrial Ducting Coolers
Q. What is air cooler ventilation and how does it work in industrial settings?
Air cooler ventilation is a system that combines evaporative cooling with effective air circulation to reduce indoor temperatures in industrial spaces. It works by drawing hot air through wet cooling pads, where evaporation cools the air before it is circulated via ventilation ducts.
Q. How does the Venti-Cool 20U serve as reliable ventilation cooler?
The Venti-Cool 20U delivers powerful airflow of up to 20,000 CMH and cools areas up to 1200 sq.ft. Its modular design and multiple discharge options (top/down) make it adaptable as a cooler for ventilation across residential, schools, hotels and other commercial establishments.
Q. What advantages does Ventilation Cooler 20U offer compared to traditional air conditioning?
Air cooling with ventilation uses less energy, reduces operating costs and introduces fresh air into the workspace, improving indoor air quality. This makes it an eco-friendly and cost-efficient alternative to air conditioning especially suited for various industries.
Q. Can the Venti-Cool 20U ventilation cooler be installed in different industrial spaces?
Yes, the Venti-Cool 20U is designed for universal installation. Its flexible ducting and modular units allow it to fit both small and large industrial areas, with easy expansion options to meet future cooling needs.
Q. How do the four side cooling pads improve the performance of the ventilation cooler?
The four side cooling pads provide maximum surface area for evaporation, ensuring efficient cooling as air passes through. This design enhances the overall cooling effect and ensures uniform air cooler ventilation throughout the space.
Q. How does the 1.1 kW motor contribute to the efficiency of this air cooler ventilation system?
The robust 1.1 kW motor drives a large fan to deliver high volumes of cool air efficiently. This powerful motor ensures consistent airflow needed to maintain comfortable temperatures over large industrial areas.
Q. What makes the Venti-Cool 20U a suitable cooler for hotels and schools?
Its weather-resistant UV stabilized plastic body; modular design and powerful air delivery make it versatile and durable for use in hotels, and school classrooms. The unit effectively manages heat while ensuring quiet and efficient operation.
Q. Can Venti-Cool 20U help reduce energy consumption?
Yes, ventilation coolers use evaporative cooling, which requires significantly less power than traditional refrigeration-based air conditioners, helping industries lower energy consumption and operational costs.
*Actual measurements may vary within +/- 15% of specified values.



