7.5 TR AIR COOLED PROCESS CHILLER 7.5 TR AIR COOLED PROCESS CHILLER
7.5 TR AIR COOLED PROCESS CHILLER
7.5 TR AIR COOLED PROCESS CHILLER

7.5 TR AIR COOLED PROCESS CHILLER

295000.0 INR/Number

Product Details:

  • Refrigerating Capacity 7.5 TR
  • Application Cooling
  • Condition New
  • Type Chiller
  • Power Supply Electrical
  • Voltage 220/440 Volt (v)
  • Cooling Type Air Cooled
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7.5 TR AIR COOLED PROCESS CHILLER Price And Quantity

  • 295000.0 INR/Number
  • 1 Number

7.5 TR AIR COOLED PROCESS CHILLER Product Specifications

  • Electrical
  • Chiller
  • 7.5 TR
  • Air Cooled
  • Cooling
  • New
  • 220/440 Volt (v)

Product Description

A 7.5 TR (ton refrigeration) air-cooled process chiller is a cooling system that uses air to remove heat from a process, typically industrial or commercial applications. It utilizes an air-cooled condenser and a compressor (often scroll or reciprocating type) to circulate a refrigerant, which absorbs heat from the process fluid and releases it into the ambient air. This type of chiller is suitable when a readily available source of cooling water is not present or desired. 
Key Features and Components:
  • Cooling Capacity: 7.5 TR (equivalent to 90,000 BTU/hr or 26.38 kW). 
  • Cooling Type: Air-cooled, meaning it rejects heat to the surrounding air. 
  • Compressor: Typically a scroll or reciprocating compressor, responsible for circulating the refrigerant. 
  • Condenser: An air-cooled condenser, where the refrigerant releases heat to the air, usually with the aid of fans. 
  • Refrigerant: Commonly uses R-22, R-134a, or R-407C, but other refrigerants may be used depending on the specific model and application. 
  • Evaporator: A heat exchanger where the refrigerant absorbs heat from the process fluid, typically water. 
  • Piping and Controls: Includes piping for refrigerant and process fluid, as well as safety interlocks, temperature controllers, and other control components. 
How it Works:
  1. 1. Refrigerant Compression:
    The compressor increases the pressure and temperature of the refrigerant vapor.
  2. 2. Heat Rejection:
    The high-pressure, high-temperature refrigerant flows to the air-cooled condenser, where fans blow air over the condenser coils, causing the refrigerant to condense into a liquid and release heat to the air.
  3. 3. Expansion:
    The liquid refrigerant passes through an expansion valve, which reduces its pressure and temperature.
  4. 4. Heat Absorption:
    The low-pressure, low-temperature refrigerant flows to the evaporator, where it absorbs heat from the process fluid (e.g., water) and evaporates into a vapor.
  5. 5. Return to Compressor:
    The refrigerant vapor returns to the compressor, completing the cycle. 
Applications:
  • Industrial processes requiring precise temperature control, such as manufacturing, injection molding, and chemical processing. 
  • Commercial applications like data centers, hospitals, and laboratories. 
  • Suitable for environments where a water source for cooling is not readily available or practical. 
Advantages:
  • No need for cooling water:
    Air-cooled chillers are ideal for locations with limited or no access to cooling water.
  • Reduced water consumption:
    They eliminate the need for water for cooling, saving water resources.
  • Simplified installation:
    Air-cooled chillers are generally easier to install compared to water-cooled chillers.
  • Lower maintenance:
    They may require less maintenance than water-cooled systems due to the absence of cooling towers and related components. 
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