Air-Cooled Chiller with Reciprocating Compressor

The Nik Air-Cooled Chiller with Reciprocating Compressor is an advanced and powerful cooling system designed for residential, office, commercial, and industrial projects. Equipped with air-cooled condensers, eco-friendly refrigerants, and high-efficiency European compressors, this unit delivers reliable performance and high energy efficiency suitable for all climate conditions.

  • Wide Cooling Capacity Range: From 30RT to 280RT — ideal for both small and large-scale projects
  • All-Climate Adaptability: Reliable performance across various weather and environmental conditions
  • High-Quality Compressors: European-made reciprocating compressors with high COP
  • Eco-Friendly Refrigerants: Reduced environmental impact and optimized energy consumption
  • Advanced Control System: Equipped with PLC and BMS connectivity
  • Energy Saving: Optional inverter fans for lower energy consumption

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Nik Air-Cooled Chiller with Reciprocating Compressor

The air-cooled chiller with a reciprocating compressor is one of the most widely used cooling systems across different applications, including residential, commercial, office, and industrial projects. Due to its efficiency, versatile cooling capacity, and robust design, it has become one of the top choices in HVAC and cooling industries.

The Nik air-cooled chiller with reciprocating compressor can also provide heating — upon customer request — by utilizing Heat Pump technology. Using high-performance reciprocating compressors from reputable European brands, the unit ensures reliable operation in diverse climate conditions. These features make it an ideal solution for users seeking a dependable and energy-efficient heating and cooling system.

  • Modern and Durable Structure

This air-cooled chiller from Nik uses air condensers with copper tubes and aluminum fins, ensuring optimal heat dissipation and maximizing efficiency. The condensers are often designed in a V-type configuration, improving performance while minimizing installation space and simplifying setup.

The Shell & Tube evaporators used in this model provide excellent heat transfer performance, making them one of the best choices for this type of chiller. In addition, the robust, corrosion-resistant body ensures long-term durability even under harsh environmental conditions.

  • Flexible Cooling Capacities

The Nik Air-Cooled Reciprocating Chiller offers cooling capacities ranging from 30RT to 280RT, making it suitable for a wide variety of applications — from small residential and office projects to large industrial sites. Due to its excellent heat dissipation and reliable operation, it performs effectively even in hot and humid climates.

Using environmentally friendly refrigerants, this chiller is suitable for sensitive environments and projects that prioritize sustainability and eco-compliance.

  • Applications of Nik Air-Cooled Reciprocating Chillers

  1. Thanks to its durable design and outstanding performance, this chiller is used in a wide range of projects:
  2. Residential and Office Buildings: Efficiently meets both cooling and heating demands.
  3. Commercial and Industrial Facilities: Ideal for factories, warehouses, and large-scale buildings.
  4. Harsh Climates: Performs effectively in hot and humid regions, offering long-term reliability.
  5. Eco-Friendly Projects: Uses green refrigerants and energy-efficient technologies to reduce greenhouse emissions and environmental impact.
  • Performance and Advanced Control

NikBH Air-Cooled Reciprocating Chiller comes with a PLC-based advanced control system, enabling users to precisely monitor and adjust operational parameters.
Additionally, it can be connected to a Building Management System (BMS) for centralized monitoring and integration with other HVAC components.

Another key feature is the inverter-driven condenser fans, allowing variable fan speed based on load and ambient temperature. This not only minimizes energy consumption but also reduces operational costs — especially in projects with strict energy efficiency requirements.

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