ThermoMark™ Model 530 Insulated Sectional Steel Doors

ThermoMark™ Model 530 is the strongest and most thermally efficient door in the Wayne Dalton product line-up. Premium 3” thick foamed-in-place polyurethane insulation provides one of the most thermally efficient doors in the industry. It is designed to withstand tough weather conditions and is the preferred choice for large openings where thermal performance and durability are essential.

Wayne Dalton’s ThermoMark™ insulated doors help to minimize energy costs and provide year-round comfort and security for your building. Inside and outside skins are roll-formed and separated with a 1-3/4” true PVC thermal break to eliminate heat or cold transfer from front to back steel skins. Hot-dipped galvanized steel and rugged construction will give years of solid performance for the most demanding conditions.

Features

• Max Width: 40’2”
• Max Height: 24’1”
• 27-gauge exterior steel
• Polyurethane insulation
• 3” section thickness
• 10,000 cycle standard spring
• Continuous steel strips for hinge attachment
• Patented dual barrier tongue-and-groove joint profile
• PVC thermal break - prevents heat/cold transfer on end stiles

* Wayne Dalton uses a calculated door section R-value and U-value for insulated doors.
† with jamb seal

• R-value* = 26
• U-value* = .038
• Installed U-factor = .14
• Air leakage rating = .09†
• STC (sound transmission rating) = 22

The ThermoMark™ 530 meets IECC^® requirements for maximum U-factor of operable fenestrations (2015 Section C402.4) with a 3rd party certified tested value of less than 0.37. ThermoMark™ 530 also meets the ASHRAE 90.1 and IECC^® requirement for maximum air leakage for fenestration assemblies (2015 Section C402.5.2 Garage doors) with a 3rd party certified tested value of less than 0.40.

Door Options

Large lites (24" w x 13" h) available with insulated glass, tempered glass, or multi-wall polycarbonate glazing (brown, white or clear). Black frame is standard. Color matched frames are available.

• Chain hoist operation
• Motor Operation
• Sensing edges
• Photo eyes
• Cable failure device
• High cycle springs (25k, 50k, 100k)
• Special track designs
• High usage components
• Patented advanced thermal performance clip-on jamb seal

*Static (Non-Impact) Wind Load designs are based on engineering analysis and although not certified by FBC, TDI, or Miami-Dade, the designs are compliant with the 2015 IBC.

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