Wayne Dalton Thermospan® Model 125
Wayne Dalton’s Thermospan® Model 125 overhead sectional door features higher thermal efficiency than standard insulated sectional steel doors at a competitive cost. They're also the most rigid doors available with an innovative thermal break that keeps the interior stay at room temperature, resisting corruption from condensation or frost.
Product Specs
Construction
- Foamed-in-place polyurethane core and standard joint seal
- Patented, roll-formed integral struts on each sections
- 27-gauge exterior steel
Features
- Foamed polyurethane core and standard joint seal provide a significantly higher thermal efficiency than industry standard polystyrene insulated doors
- Patented, roll-formed integral struts provide extra rigidity
- Innovative thermal break help maintain room temperature and preventing condensation and frost
- 10,000 cycle standard spring
- R-Value 10.79, U-Factor 0.20
Options
- Lite options: Vision Lites or Full-View Lites
- Chain hoist operation
- Motor operation
- Sensing edges
- Photo eyes
- High cycle spring (25k, 50k, 100k)
- 3” Track
- Solid shafts
- Perimeter weather seal
- Special track designs
- Mullions
Brochure
Highlights
| Material | Galvanized Steel | |||||||||||||||
|
R-Value ? R-value measures how well a material resists heat flow: the higher the R-value, the better the insulation. For doors, a higher R-value helps improve energy efficiency by keeping indoor temperatures more stable. R0-R6 = 1 star | 10.79 (★) | |||||||||||||||
|
U-Factor ? U-Factor measures how well a door keeps heat from escaping. The lower the number, the better the insulation. Unlike R-Value, which only measures material resistance, U-Factor reflects the performance of the entire door system, making it a more accurate measure of energy efficiency.
| 0.2 (★★) | |||||||||||||||
| Uses | Sectional Doors |
