Home Water Cooled Ducted Split Air Conditioners Sector 86 Faridabad
When a large commercial building, factory, or institutional facility demands powerful centralized cooling with the flexibility of concealed air distribution — the Water Cooled Ducted Split Air Conditioner is the engineering solution of choice. Designed for heavy-duty continuous operation, these systems combine the efficiency of water-cooled heat rejection with the versatility of ducted air delivery — covering vast spaces uniformly and reliably from a single integrated system.
Built for performance, durability, and long-term reliability, our Water Cooled Ducted Split systems are engineered to handle the most demanding commercial and industrial cooling applications — from large corporate offices and hotel function rooms to factories, warehouses, and institutional buildings where conventional systems simply cannot meet the scale of the requirement.
Available from 3 TR to 11 TR — with a cooling output reaching up to 132,000 Btu/hr — these ducted split systems cover a wide spectrum of large-space cooling requirements. The broad capacity range allows precise system sizing for different zones within a large building, ensuring each area receives exactly the cooling capacity it needs without oversizing that wastes energy or undersizing that leaves occupants uncomfortable.
The system supports both R22 and R407C refrigerants — providing flexibility for new installations specifying R407C as well as compatibility with existing building infrastructure where R22 is already in use. R407C is a non-ozone-depleting refrigerant that serves as a direct replacement for R22 in systems requiring an environmentally responsible upgrade, making these units a practical choice for building owners looking to transition away from older refrigerants without a complete system replacement.
Air distribution inside the ducted indoor unit is handled by centrifugal forward-curved blowers — a blower type specifically chosen for its ability to move large volumes of air at the static pressures required to push conditioned air through an extended duct network. Forward-curved blower designs are well-suited to ducted applications because they deliver consistent airflow across a range of duct resistance conditions — ensuring uniform air delivery to every supply grille throughout the duct system regardless of distance from the unit.
The system delivers airflow up to 7,480 CMH — Cubic Metres per Hour — or 4,400 CFM. This high airflow capacity enables rapid temperature pull-down and consistent climate control across large open-plan areas, multi-room commercial suites, and industrial spaces where the volume of air to be conditioned is substantial. Adequate airflow is as important as cooling capacity in large-space applications — and this system delivers both in full measure.
The indoor unit is designed for concealed installation — typically in a ceiling void, plant room, or dedicated air handling space. Only the supply grilles and return air grille are visible in the occupied space, keeping the interior completely clean and free of visible mechanical equipment. This concealed approach is essential for commercial and institutional buildings where interior aesthetics and space utilization are important design priorities.
Each indoor unit is equipped with a microprocessor-based controller featuring an LCD display for precise system management. The controller handles temperature regulation, fan speed control, operating mode selection, timer functions, and system fault monitoring. The LCD interface provides clear real-time system status information for building operators and gives service engineers direct access to diagnostic data during maintenance and troubleshooting visits — simplifying system management and reducing the time required for fault diagnosis.
The condensing unit is powered by a hermetically sealed scroll compressor — the preferred compressor technology for commercial air conditioning applications in this capacity range. Scroll compressors deliver higher efficiency, lower noise, better part-load performance, and greater reliability than alternative compressor types at equivalent capacities. The hermetic seal eliminates refrigerant leakage through shaft seals and protects the compressor internals from moisture and contamination throughout the unit's operational life.
Heat rejection from the refrigerant circuit to the building water loop is handled by a shell and tube condenser — a robust, high-efficiency heat exchanger design with an outstanding track record in commercial and industrial cooling applications. The shell and tube configuration handles water-side fouling effectively, maintains high heat transfer efficiency over time, and is straightforward to clean and inspect during scheduled maintenance visits. This condenser design is a key contributor to the system's sustained efficiency and long operational life.
The condensing unit operates on a 415V three-phase power supply — the standard electrical infrastructure for commercial and industrial buildings in India. Three-phase power supply enables the higher capacity compressors and fan motors in this system to operate efficiently and reliably, and is universally available in the commercial and industrial premises where these units are typically installed.
The system requires a cooling water flow of 11 to 40 US GPM depending on the capacity of the unit selected. This water flow range is well within the capability of standard commercial building water loop and cooling tower systems — allowing straightforward integration into existing building water infrastructure or simple sizing of new water-side plant for new construction projects. Maintaining adequate water flow is critical to condenser performance and system efficiency, and our installation team verifies water flow rates during commissioning to ensure the system operates within its design parameters from day one.
Both indoor and outdoor unit housings are fabricated from steel with a durable powder-coated finish — providing excellent corrosion resistance, structural rigidity, and long-term appearance retention in the demanding environments where these systems are installed. The powder-coated finish protects against humidity, condensation, and incidental water contact — extending the service life of the unit casing and maintaining a professional appearance throughout the system's operational life.
Every component in the Water Cooled Ducted Split system is selected and engineered for continuous heavy-duty operation — not just intermittent residential use. Commercial and industrial cooling systems typically run for 10 to 16 hours per day, seven days a week, for months at a stretch during the North Indian cooling season. These systems are built to handle that operational intensity reliably and efficiently — year after year — with proper preventive maintenance.
3 TR to 11 TR — up to 132,000 Btu/hr — for large commercial, institutional, and industrial cooling applications.
R22 / R407C — flexible refrigerant support for new installations and existing building infrastructure compatibility.
Up to 7,480 CMH / 4,400 CFM — high volume air delivery for large-space uniform cooling.
Centrifugal forward-curved — high static pressure performance for extended duct network distribution.
Hermetically sealed scroll — high efficiency, low noise, reliable heavy-duty commercial performance.
Shell and tube — efficient, durable, and easy to maintain water-cooled heat rejection.
415V, three-phase — standard commercial and industrial electrical infrastructure across India.
11 to 40 US GPM — compatible with standard commercial building water loop systems.
Powder-coated steel — corrosion resistant, structurally robust, and built for long-term durability in commercial environments.
Open-plan office floors, large meeting rooms, training centers, and common areas in corporate campuses require high-capacity, centrally distributed cooling that maintains consistent comfort across a large number of occupants. Water Cooled Ducted Split systems handle these requirements efficiently — with the added benefit of no exposed outdoor units on the building exterior and centralized water loop infrastructure that is simpler to manage than multiple individual outdoor units.
Hotel ballrooms, function rooms, conference facilities, and large restaurant dining areas experience highly variable occupancy loads that demand flexible, high-capacity cooling systems. The Water Cooled Ducted Split system handles peak loads reliably during fully occupied events and operates efficiently at partial loads during quieter periods — delivering consistent guest comfort and controllable operating costs throughout.
Production floors, assembly areas, quality control rooms, and industrial clean rooms require robust, high-capacity cooling systems that operate reliably in demanding environments. The heavy-duty construction, scroll compressor technology, and water-cooled heat rejection of these systems make them well-suited to industrial applications where reliability, performance consistency, and low maintenance downtime are critical operational requirements.
Large lecture halls, auditoriums, examination halls, and institutional common areas need powerful, evenly distributed cooling that maintains comfort for hundreds of occupants simultaneously. Ducted distribution from a high-capacity water-cooled system is the most effective way to achieve uniform temperature control in these high-occupancy, high-ceiling spaces.
Our engineering team manages the complete Water Cooled Ducted Split installation process — from system design and equipment selection through duct fabrication, installation, water pipe connection, electrical supply, controls commissioning, and full system performance testing. We coordinate all trades involved in the installation and take complete responsibility for project delivery on time and to specification.
We provide ongoing maintenance and repair support for Water Cooled Ducted Split systems across Noida, Ghaziabad, and Greater Noida. Our AMC plans are structured around the specific maintenance requirements of these high-capacity systems — with the right visit frequency, comprehensive scope of work, and guaranteed emergency response to protect your investment and minimize any unplanned downtime.
Contact us today for a free consultation and detailed project proposal for your large-space cooling requirement. Our engineers will assess your building, calculate the correct system capacity, and present a complete technical and commercial proposal — covering equipment, installation, commissioning, and long-term maintenance support.
