 Maximum Test Size: See window series max sizes
|
Standard Features
Integral factory attached security screens furnish
physical deterrence against forcible destruction
of windows
Interior or exterior mounted depending
on window type
Security screen permanently fixed to the
window framing members
Accessible and easily operated for
maintenance purposes
|
|
|
Multi-point/locking hardware
In-fill shall be perforated 16 Ga.;
galvanealed A-60 coated steel sheet
Optional stainless steel mesh in-fill
for Vandal screen classification
Applied grids available on exterior
of screen
|
|
|
  |
| |
|
Materials
All frame and retainer sections shall be extruded aluminum shapes produced from commercial quality 0.062" thick 6063-T5 alloy. In-fill made from perforated 16 Ga.; galvanealed A-60 coated steel sheet with optional 0.028" stainless steel 12x12 mesh.
Finishes
The screen frames and screen sash shall be factory finished to match the window frame. The finish shall conform to AAMA 2604
Hardware
Low profle European lock handle with multi-locking points. Power coated pre-assembled (3) tamper proof knuckle hinge design made from aluminum with stainless steel pins. Hinge raceway allows for removal of hinge or adding of hinges without the need to process screen frame. Egress hardware is standard; custodial access handle available.
Performance
Complies with test criteria of SMA 6001-2002.
- Impact Test:
- Security Screen: An impact of 100 ft. /lbs. of force causing a deflection of not more than 3" as specified for heavy rating.
- Vandal Screen: An impact of 50 ft./lbs. of force causing a deflection of not more than 3" as specified for medium rating.
- Sag Test: 90 lbs. of weight applied for 5 minutes with permanent sag of not more than 0.063" as specified for heavy rating.
- Force Entry Test: Three loads of force: A: 150 lbs., B: 300 lbs., C: 50 lbs. applied to the screen as specified for heavy rating.
|
| The performance values listed above represent levels of performance based on independent tests. Graham will update and enhance products which may affect performance and appearance. Please contact Graham for current performance data. |
