Panel AC, oil chillers from Advance Cooling

Panel AC, oil chillers from Advance Cooling

At Advance Cooling, a commitment to quality manifests itself in its manufacturing processes and products and in the vast array of solutions and services it provides its customers.

At Advance Cooling, a commitment to quality manifests itself in its manufacturing processes and products and in the vast array of solutions and services it provides its customers.

Advance Cooling Systems Pvt Ltd offers a range of heat management devices and solutions for reliable and trouble free operation of equipment and systems. Its complete range is tailored to meet harsh operating conditions – high heat, humidity, dust, etc. The company was the first in India to manufacture a Panel Air conditioner. Today, its spectrum of products and services meets the needs of vital industries.

Great emphasis is laid on research and development, so that it can offer its customers better solutions that meet changing market complexities. A wide network facilitates customer service and reach. High-calibre engineers study customer requirements, assess problems and provide solutions for high operational safety and reliability. Service contracts are also offered, each call attended to with utmost care and dedication. Training for customers is also provided where necessary.

The product range includes:

  • Panel A/C.
  • Heat Exchanger.
  • Water Chiller.
  • Oil Chiller.

Oil Chiller: Factory automation incorporating CNC machine tools, high-speed hydraulic presses and hydraulic powered special purpose machines, has created a need for highly efficient refrigerated type oil chillers for hydraulic cutting, lubricating, spindle, grinding and coolant oil.

Advance hydraulic and spindle oil chillers use state-of-the-art Brazed Plate Heat Exchangers (BPHE) to give rapid and highly efficient cooling. These are far superior to the shell-and-tube type evaporators designed primarily for non-viscous fluids. Here hot oil flows over the tubes, which is cooled by the refrigerant flowing through them. A static oil film is formed over these tubes, which acts as an insulator, preventing oil in subsequent layers to be cooled. In other words, only the oil surrounding the tubes is cooled.

BPHE offers the following advantages:

Compact: BPHEs are around 10 times more compact than their shell-and-tube counterparts. This results in massive space saving.

High thermal efficiency: The flow of refrigerant and oil is counter current. In addition, the plate design facilitates turbulent flow (thereby preventing formation of static oil film) for optimum heat exchange.

(For details, visit: www.advancecooling.com)

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