YFW 400 TUH - Thermally Broken, Impact Resistant and Blast Mitigating Fixed Window
Category: Architectural Windows
YFW 400 TUH ProTek® thermally broken impact resistant and blast mitigating fixed windows have been designed and engineered to the highest of standards. The quality 4" frame depth fixed window is universal to our 4" depth impact resistant operable window systems.
This fixed window system will easily integrate with our YVS 410 TUH single window system utilizing the same stacking mullions. Integral horizontal and vertical mullions provide greatly expanded configurations. Superior air and water performance enhance this factory glazed product making it an excellent substitution for smaller storefront punched openings.
The YFW 400 TUH is a high performance window that is designed for the high velocity winds of south Florida. Additional benefit is provided by the labor savings when used as a factory glazed fixed window. This window system not only provides additional security against burglary, but also the minimal hazard level of ASTM F 1642 for blast mitigation. With varied infill and components, YFW 400 TUH windows can meet the requirements for both Impact Resistance and Blast Mitigation.
Product Data
Features
Thermally Broken / Hurricane Impact / Blast Mitigation
Benefits
- Certified AAMA Performance Grade: AW-PG100-FW
- ThermaBond Plus® Thermal Break
- Thermal Performance:
- U-Factor Range* 0.34 to 0.56**
- Acoustic Performance: STC 38 (Laminated IGU)
- 1″ Insulating Glazing or Insulating Panels
- Vertical and Horizontal Stacking Mullion Options
- Box Trim, Sill Flashing, Panning, and Multiple Anchor Options
- Large Missile is Wet Glazed
- Small Missile is Dry Glazed
- ASTM E 1886/1996, TAS 201, 202, & 203
- Meets ICC Requirements, Florida State-Wide Approval – High Velocity Hurricane Zone (HVHZ)
- Tested to +90psf/ –120psf
- Blast Mitigation; “Minimal Hazard” per ASTM F 1642 Test @ 6psi / 41 psi-ms
Data
Construction Use: New / Retrofit
Window Configurations: Fixed
Frame Depth: 4"
Glass Type: Insulating
Thermal Method: Pour and Debridge