About
Air-Conditioned Chiller with Water Heating System
Hot Water Temperature 60 degree Chiller Water Temperature 7 Degree
Heating Capacity 6.5 TR Cooling Coverage 4.3 TR
Heating COP 2.7 Cooling COP 1.8
Power consumption of system 8.46 KW
Technology Power Consumption Power Saving
Electric Geyser 22.95 KW 63 percent
Boiler 25.28 KW 66percent
Air Conditioner (12 Ton) 14.5 KW 58.3 percent
Application:
Dairy Industry
(Preheating/ Filtration/ Pasteurization)
District Heating and Cooling
Commercial Spaces
Hotels and Restaurants
Hospitals
Desalination
Industrial Process Heating
(Chemical/ Paper/ Textile Etc.)
Advanced High-Efficiency DesignOur air-cooled heat pump chiller incorporates a fin & tube condenser paired with a shell-and-tube evaporator to deliver enhanced heat exchange and efficiency. The use of high-quality copper and aluminum in the cooling coils, along with a powerful hermetic scroll compressor, ensures minimal energy consumption while keeping noise levels low, making it suitable for noise-sensitive environments.
Intelligent Control and SafetyThe integrated digital microprocessor panel and automatic intelligent control system allow precise temperature regulation and hassle-free operation. Built-in safety features-including overload, phase failure, low/high pressure, and anti-freeze-guarantee continuous protection, ensuring longevity and reliability for commercial and industrial cooling requirements.
Flexible Capacity and Robust ConstructionWith a scalable capacity range from 10TR to 120TR and heavy-duty construction made of galvanized steel with epoxy powder coating, this chiller can be tailored to unique application needs. The stainless steel nozzles and DN32 pipe connections make installation and maintenance convenient and dependable.
FAQ's of Heat Pump Chiller:
Q: How does the heat pump chiller maintain efficient operation in varying climates?
A: This chiller is designed to operate efficiently within ambient temperatures from -10C to 45C, aided by the high-efficiency fin & tube condenser and robust automatic control system. The advanced compressor and intelligent controls ensure reliable cooling across diverse environmental conditions.
Q: What are the main protection features included in this heat pump chiller?
A: It is equipped with comprehensive protections like overload control, phase failure monitoring, low/high pressure safeguards, and anti-freeze mechanisms. These features help prevent damage and guarantee safe, reliable operation for both personnel and equipment.
Q: When is this chiller most beneficial for commercial and industrial cooling applications?
A: This unit demonstrates its greatest benefits in settings requiring consistent, large-scale cooling-such as HVAC systems for office complexes, manufacturing plants, or process cooling setups-where reliability, energy efficiency, and quiet operation are priorities.
Q: Where is the most suitable place to install this air-cooled chiller?
A: Typically, the chiller is installed outdoors or in mechanical areas with sufficient airflow and access for maintenance. Its corrosion-resistant construction ensures durability even in challenging environments, and its compact dimensions (1280 x 682 x 1285 mm) allow for flexible placement.
Q: What is the process for customizing the chiller capacity to specific requirements?
A: The chiller's modular design allows customization within a 10TR to 120TR range. Capacity adjustments are managed during manufacturing based on project specifications, ensuring each system matches the client's needs for cooling load and application type.
Q: How does the digital microprocessor control panel enhance user experience?
A: The digital microprocessor control panel provides real-time system monitoring and parameter adjustments. Users can easily set temperatures, monitor system status, receive alerts, and conduct diagnostics, ensuring efficient and user-friendly management.
Q: What benefits does the hermetic scroll compressor offer in this system?
A: The hermetic scroll compressor delivers high efficiency, low noise, and reliable durability. Its design minimizes vibrations and mechanical losses, extending lifecycle and maintaining consistent operational performance in demanding industrial settings.