IAC-IRW Water-Cooled Rooftop Type Units

The IAC-IRW Water-Cooled rooftop-type units stand out with their cutting-edge technology and superior design, making them a leader in industrial cooling solutions.

• Cooling Capacity from 5 kW to 192 kW: These units offer a broad cooling capacity range, from 5 kW to 192 kW, providing suitable solutions for small businesses and extensive industrial facilities. This flexibility ensures that the units can efficiently handle the cooling needs of various applications, regardless of scale.
• Flexible Application Possibilities: The wide range of capacities allows the units to be used easily in different industrial environments. They perform exceptionally well in cooling spaces of various sizes, adapting seamlessly to the specific requirements of each area.
• Dust-Resistant Design: Dust accumulation is typical in industrial environments, negatively impacting cooling unit performance. The IAC-IRW units have a dust-resistant structure that ensures long-lasting use and consistently high performance, even in the most challenging conditions.
• Corrosion-Resistant Design: The units’ external structure is highly resistant to corrosion, offering durability in environments exposed to humidity and aggressive atmospheric conditions. This feature extends the units’ lifespan and reduces the need for frequent maintenance.
• Vibration-Resistant Design: Vibration is another factor that can compromise the performance and durability of cooling units in industrial settings. The IAC-IRW units are built to withstand vibrations, ensuring reliable and uninterrupted operation. This vibration-resistant design contributes to the units’ quiet and stable performance, even in the most demanding environments.

IAC-IRW Water-Cooled Rooftop Type Units operate with environmentally friendly refrigerants, providing high performance without harming the environment. Air distribution and return are managed through air ducts, making these units ideal for cooling complex spaces. Various compressors and refrigerant types allow smooth operation, even at high condenser cooling water temperatures. These units meet modern industrial requirements with energy efficiency and eco-friendly design, supporting sustainable operations across various sectors.

The IAC-IRW Water-Cooled Rooftop Type Units offer a range of heating options to cater to different needs. Heating can be provided using electric heaters, steam, hot water, or thermal oil sources. This flexibility ensures that the units can maintain optimal performance throughout the year, adapting to different climatic conditions and operational demands.

Energy efficiency is one of the critical features of the IAC-IRW Water-Cooled Rooftop Type Units. The optional energy-efficient water line economizer offers the highest efficiency for areas that require cooling around the clock throughout the year. This feature helps reduce energy costs, protecting businesses’ budgets while minimizing environmental impact.

The IAC-IRW units offer a broad selection of filtration options for optimal air quality. These include G4, F5, F7, F9, HEPA filter classes, and solutions tailored for chemical environment filtration. These filtration options help the units deliver the cleanest and healthiest air quality in different industrial environments, ensuring a safe and comfortable working space.

IAC-IRW Water-Cooled rooftop-type units offer high-performance, environmentally friendly, and energy-efficient solutions, making them the ideal choice for industrial cooling. With a broad application range across various sectors, these units deliver outstanding air-handling capabilities even in the most challenging outdoor conditions.

By providing high performance, eco-friendly technology, flexible heating and cooling options, high energy efficiency, and superior air quality, IAC-IRW units ensure that businesses remain a step ahead in industrial cooling solutions. Whether operating in extreme conditions or maintaining the highest air quality standards, these units are designed to meet the rigorous demands of modern industry.