Aavid, Thermal Division of Boyd Corporation MCS50 Series Modular Cooling System

Aavid, Thermal Division of Boyd Corporation MCS50 Series Modular Cooling System exhibits cooling capacities of up to 3.5kW and 12000BTU/Hr initial temperature-difference (using water at 25°C). This cooling system provides a cost-effective and reliable alternative to refrigerated chillers for applications that do not require precise temperature control or cooling below ambient levels. The MCS50 modular cooling system consists of a high-performance Boyd heat exchanger integrated with a fan, pump, and tank in a durable metal chassis. This cooling system is built with performance-matched components to maximize cooling capacity, ensuring long life and reliable, trouble-free operation for years.

The MCS50 cooling system pumps ambient temperature water from the reservoir tank to the heat source, cools it through a radiator, and returns the fluid to the tank. The external plumbing and heat source are supplied by the end user and are typically tailored to the specific process or location. The MCS50 modular cooling system features a 2.8L capacity reservoir, comes in 381mm x 381mm x 610mm case dimensions, and weighs approximately 29kgs.

Features

  • Ambient cooling system with cooling capacities of up to 3.5kW and 12000BTU/Hr initial temperature difference (using water at 25°C)
  • Extremely efficient:
    • All components are performance-matched for maximum cooling capacity
    • Heat exchanger, as the most critical component, is engineered for optimal performance
  • 381mm x 381mm x 610mm case dimensions and weighs approximately 29kgs
  • Easy-to-operate:
    • The easy-to-use turnkey cooling package takes the guesswork and effort out of building a cooling loop
  • Extremely reliable:
    • All components in the MCS have been designed for long life and high reliability-a Boyd MCS will provide years of trouble-free operation

Thermal Performances

Performance Graph - Aavid, Thermal Division of Boyd Corporation MCS50 Series Modular Cooling System
Publié le: 2024-11-26 | Mis à jour le: 2025-01-06