Turbocor Chillers Explained - Oil free magnetic bearing HVAC

Published 2021-05-08
Turbocor chiller, learn how turbocor chillers work, the main components and centralised cooling systems. Dual impeller, variable frequency drive, VFD, IGBT, electronic expansion valve EEV, liquid level sensor, air handling unit AHU, fan coil unit FCU, inlet guide vane IGV. Water cooled chiller, air cooled chiller. centralized cooling system. Chilled water, condenser water. Evaporator, condenser.

Learn more about Turbocor® and take the free training program
🎁 bit.ly/TurbocorTraining

Danfoss offers a series of online training materials for technicians working with Danfoss Turbocor® oil-free compressors. This series of 12 e-lessons provides a helpful overview of their unique oil-free technology, why it’s different from a conventional compressor, and how to work with it.

Get this book ➡️ hvacr.life/Industrial-Refrigeration
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All Comments (21)
  • @tylerp5839
    I could listen to an 8 minute video of you repeating "chiller" non stop
  • @abs1426
    i feel this as one of the best technical YouTube channel, learning with clear explanation. Thanks.
  • Make no mistake, this IS a commercial, but an extremely well-done commercial packed with both generic and specific HVAC technical information. Well done.
  • I was hired as a maintenance mechanic at a hospital, because if my general hardiness and mechanical aptitude. I found I know next to nothing about HVAC, which puts me at a disadvantage. Your videos are such a blessing to me. I intend to become an OE2, and have much to learn first. You are filling much of that need. I will, shortly, be sending along some financial help. Great job!
  • @salexume9622
    I’m not gonna lie I was a little scared of getting into HVAC but with this video helping me understand it a lot better I feel a little more confident working on the machinery
  • @osa1121-
    This is the best electronics channel in history
  • @GLADYATOR109
    The most rich animation and comprhensive work ragarding this subject. Well done bravo
  • The magnetic bearings and the 2 stage compressor had my attention first, but then the shutdown system that turns the motor into a short term generator is a fantasic way to protect the whole machine. Thank you for this video!
  • @Weird_1
    We have two of these in one of our buildings at work. I appreciate the explanation. A lot of electronics go into these.
  • @cameron3991
    The new York chillers have a 12V DV battery that keeps the shaft of the magnetic bearing levitating and it will slowly spin the rpms on the shaft down when you have a power loss instead of the shaft just free spinning and falling very cool design. They also have a "marine" option you can buy and it includes hinges on the shells so you can clean the tubes out instead of having to use a chain fall to take the end caps off the tubes, but watch out it you order the marine version the blueprints don't include the total overall width of the chiller with the hinges they only include the width to the end of the frame the hinges add another 6 inches of width on the entire chiller (we had to cut and re wield the hinges back on )
  • @temirkz3278
    I learn English and Engineering at the same time) best channel.
  • @Z901Z
    You can never learn enough with the Engineering Mindset!
  • @skindianu
    I pretty well got out of the trade about 26 yrs ago and only occasionally work on residential AC or RV AC. I was working on Trane RTAA Aircooled water chillers and they were top of the line at the time. This is badass! I had no idea things had advanced so much.
  • @snotice12
    This technology is straight-up fascinating! I'd love watch how one of these types of chillers get built
  • @Hemskyfan99
    We just had a new Smardt chiller installed in our building, and I wasn't sure what type it was. After watching this video, it appears to be a 3 stage turbocore chiller. The only difference is that the evaporator is in the mechanical room and the condenser is air cooled on the roof.
  • Like always this channel always... Work up to the mark.... Of engineering explanations.... Thank you
  • Wonderfully comprehensive video! My only criticism is that liquids can in fact actually be compressed, but only at such staggering thresholds of pressure that for all practical intents & purposes they can be considered to be "incompressible".
  • @sbitschy
    I have 3 chillers, with 2 of these compressors each, at one of the campuses I oversee. Now when I give tours to refrigeration mechanic students and explain how these work, I will talk a little less out of my behind, lol. Great video on the turbocors. Thank you
  • @powernet622
    Great Effort ... Thank you ... I hope you will create video about Magnetic Bearing in detail ... Regards