HVAC Chiller is a central cooling device that is used to control the temperatures in buildings that are used in businesses or large residential buildings by pumping chilled water into air handling units or fan coil systems. Heating, Ventilation and Air Conditioning systems depend on the use of chillers to ensure consistent and comfortable indoor climates in offices, hotels, hospitals, shopping complexes, airports and institutional ones.
These chillers are made to perform well under different conditions of load with the aim of achieving consistent cooling performance in the entire building. An HVAC chiller is normally designed as air cooled and water cooled to meet various installation needs and climatic conditions. HVAC chiller is constructed using robust heat exchangers, automated control system and security measures to sustain long term working conditions with limited interruptions. HVAC chiller selection maximizes occupant comfort, optimizes system performance and cuts total energy use in building cooling systems.
A HVAC Chiller is an important cooling mechanism, which helps to control the temperatures within the industrial process and HVAC. It operates by cooling down water or process fluids and keeping the temperature constant within equipment, machinery, and building setups. Chiller HVAC systems that are suggested to people working in the industrial plants, commercial buildings, hospitals, data centers, and processing plants have to be used where constant and uninterrupted cooling is needed to ensure smooth operations.
HVAC Chiller Manufacturers in India develop and manufacture products that will satisfy the high needs of the industrial processes and HVAC systems. These chillers are designed with quality compressors, effective heat exchangers, and approved refrigerants in the industry to provide consistent operation at continuous loads. Specially designed systems like the Chiller HVAC solutions are engineered to offer consistent cooling, energy saving and extended operational life in a variety of working conditions.
The HVAC Chiller Suppliers in India are significant towards the smooth supply of the high performance of chiller systems to both industrial and commercial applications. They endorse a great variety of HVAC chiller capacities and configurations to suit various cooling loads and operation requirements. Through the available channels, suppliers assist industries in handling the new installations, expansion, and replacement of systems with efficiency and continuity in the operation.
HVAC Chiller Dealers in India offer regional solutions to chillers and also offer useful technical support. Dealers assist the customers in locating the appropriate HVAC chillers depending on the requirements of the application, the site conditions, and the energy concerns. They have better coordination, response time, and dependability of their support in procurement and installation due to their local presence.
Air Cooled Chiller
Heat rejection is made using ambient air, and no cooling tower is needed.
Water Cooled Chiller
Heat rejection Uses water and is better suited to large HVAC systems with more heat rejection.
Screw Chiller
Suited to moderate and large cooling capacities and is operated continuously.
Scroll Chiller
Appropriate in small to medium HVAC systems that operate quietly.
Centrifugal Chiller
The product is fitted to centralized high-capacity cooling systems.
Modular Chiller
Enables the capacity to be extended by adding modules with increasing cooling requirements.
10 TR to 100 TR
They are available in a large variety to accommodate small commercial buildings up to large industrial HVAC systems.
Refrigerant Options
R134a, R410A, R407C, R513A, R1234ze
Efficient, safe, and regulatory-compliant environment-friendly refrigerants are chosen.
Compressor Types
Scroll, Screw, Centrifugal, Reciprocating.
Various compressor technologies are are applied according to capacity needs, efficiency needs, and application needs.
Condenser Types
Air Cooled, Shell and Tube, Evaporative, Plate Heat Exchanger.
Several condenser designs to fit in varying HVAC operating conditions.
Power Supply
400V / 415V / 380V - 3 Phase, 50Hz
Typical industrial power setup to be used with chiller HVAC systems.
HVAC Chiller Exporters in India are the manufacturers of state-of-the-art chillers in the foreign market for commercial, industrial, and infrastructure projects. The chillers are tailored to the international standards of quality and performance and provide reliable operation under the conditions of various climates. Indian HVAC chillers have been highly favored in the international markets due to their efficiency, longevity, and low price.
Aquatech Plus is a well-established brand in the HVAC chiller industry, and also HVAC chiller it is recognized for providing energy-efficient and reliable chiller systems, which are performance-driven as well. Having a definite focus on quality engineering and practical application requirements, we assist industries with stable temperature control and long-term operational efficiency.
All HVAC Chiller solutions at Aquatech Plus are tailored to provide sustainability, effectiveness, and a constant cooling output, and thus, our solutions are a reliable solution to industries that require quality.
The selection of an appropriate HVAC chiller is one of the most important matters that should be determined based on performance, efficiency, and long-term reliability. Looking for an experience-based and reliable cooling partner, our team is more than willing to help you out by providing expert advice and helping solutions.
Talk with Aquatech Plus now and confidently talk invisibly about your cooling needs and receive a custom HVAC Chiller o that would allow effective and uninterrupted operations.
| Parameter | Description |
|---|---|
|
Chiller Capacity |
Defines the overall cooling capacity of the HVAC chiller, selected according to specific building HVAC or industrial process cooling requirements. |
|
kW Input |
Indicates the electrical power consumed by the chiller during operation, helping evaluate energy efficiency and operating costs. |
|
Evaporator & Condenser Fluid Temperature |
Specifies inlet and outlet temperatures of water or fluid, critical for maintaining optimal system performance and heat transfer efficiency. |
|
Evaporator & Condenser Pressure Drop |
Represents resistance to fluid flow within heat exchangers, influencing pump selection and overall system efficiency. |
|
Tube Water Velocity |
Regulates heat transfer effectiveness while preventing fouling and scaling inside evaporator and condenser tubes. |
|
Electrical Data |
Includes voltage, phase, frequency, and current requirements to ensure safe, stable, and compliant system operation. |
|
Part-Load Performance |
Measures chiller efficiency at reduced loads, essential for real-world HVAC applications where full load is not constant. |
|
Evaporator & Condenser Design |
High-efficiency system engineered for maximum heat transfer, durability, and long service life. |
|
Heat Exchanger Type |
Shell and Tube Heat Exchanger, widely used in industrial and HVAC systems for reliable and efficient heat transfer. |
|
Evaporator Configuration |
Available in flooded or DX (direct expansion) type to ensure consistent cooling and enhanced heat transfer. |
|
Tube Material |
Copper tubes with fins to increase surface area and improve overall cooling efficiency. |
|
Maintenance Design |
Cleanable tube construction allows easy maintenance and sustained performance over time. |
|
Condenser Standards |
The ASME-compliant shell condensers are designed to meet international safety and pressure standards. |
We have a uniform workflow in packaging and logistics that is export-wise, which prepares all our products except that they are safe in handling and delivery with no damages in India and other countries. Every phase is also thought out to cushion equipment against vibration, impact, and moisture risks in addition to long-distance transportation risks. The same is done to water chillers, air chillers and all other products that we produce and supply.
The process starts with mechanical repair of the unit of the product. The industrial quality fastening is used in all internal assemblies, critical parts, piping, and electrical parts. Moving components are fixed, and vibration-sensitive sites are fixed to avoid the mechanical stress during the transportation.
Objective: Avoid internal movement, vibration breakage, and alignments during transportation.
Once the repair is done the product is inner-packed with moisture-proof and shock absorbing materials. Foam padding, stretch film and cushioning materials are used as protective layers to cover all the exposed areas and all those components which are sensitive.
Objective: Dust, humidity, surface abrasion, and small mechanical shocks.
The product is packed in a specially designed heavy-duty plyboard box which is produced depending on its size and weight. The casing of the plywood is strengthened to resist the weights of the stacking, forklift operation and the transportation strain over long distances. When exporting goods, the packing is done to comply with the shipping and container loading requirements by the international community.
Objective: Optimal security on the outside and the requirements of the domestic and export logistics.
The product is loaded to the trucks with the use of cranes or forklifts, in accordance with good lifting and load-sharing practices. The delivery is then by road under conditions of control. In the case of domestic clients, the truck will go straight to the facility of the customer.
Objective: Loading and stable transportation on the road.
Whereas in international deliveries, the shipment is taken out of our plant to the Indian port. Pre-port entry All the export documentation, labeling and compliance checks are done before port entry.
Our logistics partners are reputable and trusted individuals like EMS, DHL Express, and FedEx Express who help us to have an easy time moving the ports and handling the exports.
Goal: The port handling and export preparation are smooth.
After clearance in the port, the product is delivered through sea freight into the destination port of the client. The packaging is to maintain a long transit period, container handling and a fluctuating weather pattern.
The international deliveries are also arranged with the help of the existing world logistics systems, the EMS, DHL Express and FedEx Express, which guarantee the safe and timely delivery.
Purpose: Achieve international delivery with low levels of transits.
A clear packaging and transportation procedure would assure that all products will be delivered to the clients in working conditions, lessen installation and commission problems, minimize the risk of transit damage, and facilitate hassle-free domestic and foreign delivery.
This is our standard operating procedure and is used in the process of packaging and transportation of all our products. Although the central process is the same, a different method can be used to pack the products, depending on the product size, weight and the destination to which the product is to be shipped.
This packaging and transportation workflow represents our standard operating process and is uniformly followed across our entire product range. The steps outlined above are not product-specific but define our company-wide logistics and export handling standards.
To maintain consistency, safety, and compliance, this process is intentionally displayed across all relevant product pages under the Packaging & Transportation section. While the framework remains the same, actual packing materials, box dimensions, and handling methods may vary depending on product size, weight, and shipment destination.
From an operational standpoint, this approach ensures:
From an SEO and documentation perspective, this section is used to clearly communicate our established logistics protocol, not to repeat marketing content. Each product page focuses on its unique specifications and applications, while this section defines our common logistics standards.
Although Refrigeration and HVAC systems share overlapping functionalities and possess temperature control, the operational systems of both are different.While refrigeration focuses on heat extraction and temperature control for storage and processing, HVAC systems also control the atmosphere and focus on air quality management. A refrigeration system is centered around cold products, constituents, equipment, or materials. HVAC systems, on the other hand, are centered around the building occupants and their needs.
In HVAC systems, chillers operate on refrigeration cycles. This particular cycle is the Of cycle and functions by removing heat from water. This water is then cooled and sent to air handling units and fan coils to chill the air. This process is coupled with the chiller and the heat release into the surroundings via air- and water-cooled condensers.
In humid locations, chillers must accommodate the added latent heat and the moisture that must be removed. In dry regions, the focus shifts to optimal storage and sensible cooling for a greater extent of energy efficiency. Chiller selection is influenced by available water, ambient temperature, and humidity.
In terms of scope, HVAC systems and chillers are different. While HVAC systems incorporate solutions for indoor temperature, humidity, and air circulation, chillers focus solely on temperature control. Almost every HVAC system includes chillers, as they are designed to cool air by making water cold. Air handlers, ductwork, and system controls are other components of HVAC systems.
HVAC chillers supply chilled water to air handling units, maintaining uniform indoor temperatures, improving air quality, and ensuring comfortable conditions across large commercial and institutional buildings.
Chiller selection depends on building load, occupancy patterns, energy efficiency goals, available space, noise limits, and long-term operating cost considerations.
We carry a specified warranty and effective after sales services to all goods provided by us. Our warranty and service system will be aimed at long-term performance, reliability in terms of work, and peace of mind of our clients, both domestic and international.
Every product has a standard warranty of manufacturing defects dating back to the dispatch date or the date of installation, as existing. The warranty includes the defects to the quality of material and workmanship in the normal operation condition.
There are various warranty terms based on the product category, model, application and environment of use. Specifics on warranty period and coverage are provided in detail during the confirmation of orders or issue of invoice.
Warranty is not applicable on damages caused by:
Our technical support provides our clients with instructions on how to install, answer technical questions as well as basic troubleshooting. Depending on where the project is located, support is accomplished by providing documentation, remote assistance or by organizing services with service partners.
We assist both domestic and foreign clients with well-organized contact and export documentation. In the case of international customers, technical support and service management are offered remotely to have a comfortable functioning and prompt problem resolution.
There is a process in which service requests are processed. When we get a support request, we examine the problem and determine the warranty eligibility and suggest a remedy. The response timelines can be different depending on the product, location and availability of the components.
The above warranty and support terms are the standard policy which we use in our whole product line. Particular product-level warranty information might vary and are provided independently when taking orders.
This Warranty & Support section represents our standard company-wide policy and is consistently applied across our complete product range. The content is intentionally displayed on multiple product pages to communicate uniform warranty coverage, service terms, and support procedures.
While the core policy remains the same, actual warranty duration, coverage scope, and service conditions may vary by product model, application, and operating environment. Product-specific warranty details are shared separately at the time of order confirmation or documentation.
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