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Equipment Mounting Supports Equipment Mounting Supports Icon
Supporting Roof-Mounted Equipment
 
Supports
Photo of Support 1
Drawing of TEMS-1
Photo of Support 2
Drawing of TEMS-2
Photo of Support 3
Drawing of TEMS-3
ThyCurb Equipment Mounting Supports are factory fabricated sheet steel structural members designed for placement on all types of roof systems and at the same time accommodate every variety of roof mounted heating, ventilating and air conditioning equipment.

These units have a high load-bearing capacity attained by a system of internal bulkheads welded into position at specific intervals along the length of the rails.

A continuous wood nailer covered by a removable counter flashing provides for an effective method of attaching roofing felts and assuring a water-tight installation.

Equipment Supports are fabricated in three basic styles designated for the following applications:

  • TEMS-1 For insulated Roof Decks with 3" cant and variable step to match deck insulation thickness. Standard step dimension 1/2" minimum to 2" maximum. Step dimensions over 2" available as an option
  • TEMS-2 For Non-Insulated Roof Decks with 3" cant
  • TEMS-3 For All Roof Decks

STANDARD CONSTRUCTION

  1. Welded 18 gauge galvanized steel shell, base plate and counter flashing
  2. Factory installed wood nailer (2 x 4 or 2 x 6 Standard)
  3. Fully mitered end sections on Models TEMS-1 and TEMS-2
  4. Internal bulkhead reinforcement

OPTIONAL FEATURES

  1. Height addition to standard indicated on drawings
  2. Heavier gauges of metal
  3. Construction to fit roof pitches
  4. Wood nailers in widths up to 2" x 12"
  5. Chemically treated wood nailers
  6. Overhanging wood nailers

CERTIFIED LOAD BEARING DATA: Support DataData was obtained from standard production samples and contains a safety factor of 2. Load conditions not covered above can be certified by ThyCurb Co. upon request. All concentrated loads are based on a minimum bearing surface width of 4" by the full width of the supports. A minimum spacing of two feet will be required between combination loads which exceed the recommended maximum values. No load should be applied on a cantilever section in excess of 6" in length.

 

 

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