| TEST PARAMETERS |
REQUIREMENTS |
TEST STANDARDS |
| ENVIRONMENTAL |
| High Temperature |
Operates effectively at 160° F |
MIL-STD-810E Method 501.3 |
| Low Temperature |
Operates effectively at -60° F |
MIL-STD-810E Method 502.3 |
| Salt Fog Environment |
Operates effectively in corrosive, moist environment |
MIL-STD-810E Method 509.3
ASTM G-85 (Ref 8)
ASTM G 112-92 (Ref 9) |
| Sand and Dust |
Operates effectively on a simulated door panel after exposure to driven sand and dust |
MIL-STD-810E Method 510.3 |
| Vibration |
Operates effectively after exposure to prescribed vibration |
MIL-STD-810E Method 514.4
ASTM D 3580 (Ref 10) |
| Icing/Freezing Rain |
Operates effectively on a simulated door panel under icy conditions and after thawing |
MIL-STD-810E Method 521.1 |
| UNAUTHORIZED ENTRY |
| Surreptitious Neutralization Resistance |
Resists 15 minutes of surreptitious neutralization attempts by picking, shimming, impressioning, and bypassing methods |
MIL-P-43607G |
| Forced Entry |
Simulated magazine door with ILD resists forced entry for 10 minutes using medium threat including unlimited hand and battery-powered tools; limited thermal tools |
DOD 5100.76-M (Ref 11) Section 3.0
NCEL OR# 098-09-88 |
| Pull Test |
Simulated door resists being pulled open with a 12,000-lb force |
MIL-P-43607G |
| Operational |
Operates effectively without a design failure for the duration of the test (problems due to ILD operator, installation, or manufacture errors will be corrected and the test resumed) |
TM 56-90-04 |
| WEAR RESISTANCE |
| Cycle Fatigue |
Operates effectively after 10,000 cycles |
MIL-P-43607G |
| MANUFACTURING QUALITY CONTROL |
| Surface Abrasion |
Meets material specification requirements as described in MIL-A-8625E and NFESC procurement contracts for ILD production units |
FED-STD-141C, Method 6192.1 (Ref 12) |
| Coating Thickness |
Meets material specification requirements as described in MIL-A-8625E |
ASTM B244 (Ref 13) |
