MJM Engineering Company

Contact/Email        
           
 

Thermal Management Consulting Services

COOLING EQUIPMENT

Consulting Services

Design and Development of Thermal Management Systems using:

  • State-of-the-Art Thermal Analysis CFD Computer Software
  • Selection of the CFD and other Thermal Management Software
  • Enhanced Natural Convection, Pool Boiling, Spray Cooling
  • Heat Pipes Impingement Cooling Heat Exchanger Design
  • Phase Change Materials (PCM) PCM Heat Exchangers
  • Liquid Cooling Space Applications Radiative Cooling
  • Cryo/Cold Electronics Cryocoolers Cryogenic Research
  • Thermoelectric System Design and Development
  • Microchannel and Conventional Heat Sink Design and Development
  • Material Processing Modeling

Testing and Evaluation of Thermal Management Systems

Arrangement of Research Projects for Cooling of Electronics

Telecommunications INDOOR/OUTDOOR APPLICATIONS:

Liaison with CFD and Heat Sink Manufacturers

Servicing USA and International Customers

One- and Two-Day Seminars and ShortCourses in Thermal Management of Electronic, and Telecommunication Systems PCM Cooled Telecom Shelters and Enclosures for Battery

State-of-the-Art Research and Development Contracts on any Thermal Management Problem

 
 
Telecommunication Cooling Equipment

The key in thermal management of any outdoor structure is the selection of the appropriate cooling device. Please send an email for more information.

Cooling device selection and its impact on power, battery back up and maintenance is of paramount importance for any type of enclosure. We provide design, development and deployment of Open Loop systems and Closed-Loop systems.Open Loop systems allow outside air to come into the enclosure, cool the equipment, and it is subsequently exhausted (and with it the heat generated, these are flow-through systems that use exhaust or intake fans/blowers). Closed Loop systems do not allow outside air to come into the enclosure, and the cooling is performed indirectly through a device. Closed Loop Systems can be classified as:

1) Full active systems, like air conditioners and thermoelectric coolers, require AC power (or DC power), are difficult to back-up efficiently and require lots of maintenance;

2) Assisted systems, like air-to-air heat exchangers run off DC power, can be backed up and typically demonstrate a longer maintenance interval:

3) Passive systems on the other hand require no power and are virtually maintenance-free.

Outdoor thermal solutions can help you with the design of the following cooling equipment:

a) Air Conditioners featuring thermoelectric coolers
b) Air-to-Air and Liquid-to-air Heat Exchangers
C) PCM Heat Exchangers

Please send an email for more information.

 

Click here for more information on TELECOM APPLICATIONS


Indoor Applications:

  • Central Office,
  • NEBS,
  • Card Cages
  • Racks
MJM Engineering Co. can help you design any cooling equipment for your engineering, electronics or telecom system

Outdoor Applications:

  • Solar Load Calculations
  • CATV/Wireless/PCS Base Stations and Enclosures
  • Battery Systems and Compartment
  • Large to Small Enclosure Cooling Using:
  • Air Conditioning, Heat Exchangers,
  • Phase Change Materials and/or fully passive systems (solar deflectors, etc.)
  • Pedestals, Terminals, etc

In addition we can design cooling strategies using:

  • State-of-the-Art Thermal Analysis CFD Computer Software
  • Selection of the CFD and other Thermal Management Software
  • Development and Arrangement of Experimental Programs
  • Heat Pipes Impingement Cooling Heat Exchanger Design
  • Phase Change Materials (PCM) PCM Heat Exchangers
  • Liquid Cooling Space Applications Radiative Cooling
  • Cryo/Cold Electronics Cryocoolers Cryogenic Research
  • Thermoelectric System Design and Development
  • Microchannel and Conventional Heat Sink Design and



Featured Services
Legal/Expert Services
Expert Witness Services in Thermal Engineering for Product Liability,Patents and Intellectual Property
learn more
 




MJM Engineering Co Copyright © 2014. All Rights Reserved