Product Description
Installation of this Water Cooled Chiller has been increased in commercial and residential units for cooling fluids or dehumidifying air. Instead of air, the chiller utilizes water for cooling purpose by a cooling tower. In this chiller, the high-pressure refrigerant passes through the condenser and then the expansion device to reduce refrigerant temperature & pressure. Finally, the liquid enters the evaporator for heat exchange in the closed-loop system. We source high-grade and durable evaporators, condensers, compressors and expansion valves to manufacture this chiller in standard specifications. Sturdy and impact resistant structure of this Water Cooled Chiller makes it capable of performing its operations well even in untoward conditions.
Technical specification
| Brand | Siberian |
| Phase | 3 Phase |
| Material | MS |
| Voltage | 240-380 V |
Advanced Cooling PerformanceFeaturing a powerful water-cooled mechanism, these chillers ensure consistent and reliable temperature control for industrial settings. Their customizable capacities and efficient centrifugal pumps cater to a spectrum of cooling demands, ensuring optimal cooling even during high-load operations.
Robust Construction and Flexible InstallationsConstructed from durable mild steel and integrated with copper tube and aluminium fin condensers, these chillers are engineered for longevity. Floor-mounted installation provides stability, while variable dimensions accommodate unique site requirements, ensuring seamless integration into any facility.
Easy and Intelligent OperationThe PLC-based or microprocessor digital control panels allow users to adjust parameters effortlessly. Automatic defrost operation and in-built safety features ensure uninterrupted cooling. This intelligent design minimizes manual intervention and ensures dependable performance under diverse conditions.
FAQs of Water Cooled Chiller:
Q: How does a water cooled chiller differ from an air cooled one?
A: A water cooled chiller uses water as the cooling medium in the condenser, enabling more efficient heat exchange and lower energy consumption compared to air cooled chillers. This makes them ideal for large-scale industrial applications where process reliability and energy savings are vital.
Q: What applications are these water cooled chillers suitable for?
A: These chillers are widely used in industrial process cooling, HVAC systems, and injection moulding due to their high efficiency, robust construction, and adaptable operating range. Their consistent cooling capability makes them an excellent choice for temperature-sensitive environments.
Q: When should I consider using a hermetic scroll, semi-hermetic, or screw compressor?
A: Hermetic scroll compressors are suitable for small to medium capacities, while semi-hermetic and screw compressors are ideal for larger loads and greater reliability in demanding applications. The choice depends on your required cooling capacity and operational preferences.
Q: Where should a water cooled chiller be installed for best results?
A: These chillers are designed for floor-mounted installation in spaces with proper ventilation and access to a reliable water supply. Customizable dimensions ensure they fit within existing plant layouts, while proximity to heat sources and cooling load optimizes performance.
Q: What maintenance process is needed for optimal operation?
A: Regular preventive maintenance includes checking water flow rates, cleaning condensers and evaporators, monitoring refrigerant levels, and verifying safety devices like overload protection and pressure cut-outs. Scheduled servicing ensures efficient, reliable, and long-lasting operation.
Q: How does the PLC-based or microprocessor digital control benefit chiller usage?
A: These advanced control panels enable precise temperature regulation, real-time monitoring, and automated safety responses. Users benefit from enhanced system control, reduced manual intervention, and early detection of operational anomalies, leading to improved uptime and efficiency.