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Would you call this a Tube type radiator?

I'm going to try and calculate EDR. Based on the documentation I am using, I have a few radiators that don't seem to match any of the ones in the diagrams. Closest seems to be tube type. I can lift off the top...as seen in the photo. What do you think?



Thank you.

Isabella

Comments

  • JStar
    JStar Member Posts: 2,752
    Radiator

    https://patentimages.storage.googleapis.com/pdfs/US1868743.pdf



    Check out this original patent for a C.W. Good radiator. That's the only information I've ever found on this style radiator. Still looking for ratings. In the meantime, what are the physical dimensions?
  • Isabella
    Isabella Member Posts: 17
    Dimensions

    So far, I only have two sizes measured.

    One is in a room that is 11 1/2' x 9' and the dimensions are:

    24" h x 27" w x 5" d

    Second room is 13' x 12' (there is a hallway and closet I didn't include in the measurement), two radiators and the dimensions are:

    24" h x 32" w x 5" d

    I have a more rooms to measure and some have the same style radiator that are deeper (when you look inside, there are two rows). Then there are a smattering of more traditional radiators as well. 28 radiators total, 19 are this style.

    Thank you.
  • Steamhead
    Steamhead Member Posts: 17,380
    I think

    Weil-McLain made that, and it's called Raydiant.
    All Steamed Up, Inc.
    Towson, MD, USA
    Steam, Vapor & Hot-Water Heating Specialists
    Oil & Gas Burner Service
    Consulting
  • Isabella
    Isabella Member Posts: 17
    And now that I know what I'm looking for...

    It's right on the side, RAYDIANT PAT'D WEIL McLAIN ERIE PA

    Thank you.
  • Dave in QCA
    Dave in QCA Member Posts: 1,788
    RATINGS

    The Raydiant 5" freestanding cabinet radiator is on page 175 of Dan's EDR book.



    For the two you have listed, they are as follows:

    5" Deep x 27 1/8" wide x 23" tall = 22.25 EDR

    5" Deep x 31 7/8" wide x 23" tall = 25.75 EDR
    Dave in Quad Cities, America
    Weil-McLain 680 with Riello 2-stage burner, December 2012. Firing rate=375MBH Low, 690MBH Hi.
    System = Early Dunham 2-pipe Vacuo-Vapor (inlet and outlet both at bottom of radiators) Traps are Dunham #2 rebuilt w. Barnes-Jones Cage Units, Dunham-Bush 1E, Mepco 1E, and Armstrong TS-2. All valves haveTunstall orifices sized at 8 oz.
    Current connected load EDR= 1,259 sq ft, Original system EDR = 2,100 sq ft Vaporstat, 13 oz cutout, 4 oz cutin - Temp. control Tekmar 279.
    http://grandviewdavenport.com
  • Isabella
    Isabella Member Posts: 17
    Incredibly helpful information

    Dan,

    Thank you, that is great. Is it in poor taste to add a few more sizes?

    5" d x 20 1/8" h x 22 1/8" w

    5" d x 20 1/8 h x 27" w

    5" d x 23" h x 37" w

    8 1/2" d x 23" h x 32" w

    8 1/2" d x 23" h x 41 1/2" w (fondly referred to as 'beast')

    Again, thank you.

    Isabella
  • Dave in QCA
    Dave in QCA Member Posts: 1,788
    At your service

    Here are the ratings:

    5" d x 20 1/8" h x 22 1/8" w 16 1/2 sq ft

    5" d x 20 1/8 h x 27" w 19 1/2 sq ft

    5" d x 23" h x 37" w 29 sq ft

    8 1/2" d x 23" h x 32" w 34 sq ft

    8 1/2" d x 23" h x 41 1/2" w (fondly referred to as 'beast') 43 sqft
    Dave in Quad Cities, America
    Weil-McLain 680 with Riello 2-stage burner, December 2012. Firing rate=375MBH Low, 690MBH Hi.
    System = Early Dunham 2-pipe Vacuo-Vapor (inlet and outlet both at bottom of radiators) Traps are Dunham #2 rebuilt w. Barnes-Jones Cage Units, Dunham-Bush 1E, Mepco 1E, and Armstrong TS-2. All valves haveTunstall orifices sized at 8 oz.
    Current connected load EDR= 1,259 sq ft, Original system EDR = 2,100 sq ft Vaporstat, 13 oz cutout, 4 oz cutin - Temp. control Tekmar 279.
    http://grandviewdavenport.com
  • Isabella
    Isabella Member Posts: 17
    Thank you

    I'm very grateful.

    Now just to tackle the radiators in the garage. They don't seem to follow any of the illustrations I have either. I will get some photos and ask more questions tomorrow.

    I've almost got it all calculated.
This discussion has been closed.