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Side-by-side comparison of ANSI/ISEA Z87.1-2003 and ... - US Safety

Side-by-side comparison of ANSI/ISEA Z87.1-2003 and ... - US Safety

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<strong>ANSI</strong>/<strong>ISEA</strong> <strong>Z87.1</strong>-<strong>2003</strong>/2010 Comparison – page 4<br />

PHYSICAL REQUIREMENTS<br />

Criteria <strong>ANSI</strong>/<strong>ISEA</strong> <strong>Z87.1</strong>-<strong>2003</strong> <strong>ANSI</strong>/<strong>ISEA</strong> <strong>Z87.1</strong>-2010 Notes/Rationale<br />

Minimum Lens Thickness<br />

Criteria for individual<br />

protectors:<br />

Section 7.3.2<br />

Section 7.5.2.2<br />

Section 8.2.2.2<br />

Section 9.2.2.2<br />

Section 5.3, Table 3 (criteria)<br />

No change.<br />

Drop-Ball Impact Resistance<br />

Criteria for individual<br />

protectors. See:<br />

Section 7.3.1<br />

Section 7.4.1<br />

Section 7.5.1<br />

Section 8.2.2.1<br />

Section 9.2.2.1<br />

Section 10.2.2.1<br />

Section 14.4 (test method)<br />

Section 5.2.1 (criteria)<br />

Section 9.6 (test method)<br />

Applies part <strong>of</strong> the “basic<br />

impact” lens test from <strong>2003</strong><br />

version to a full assembly as<br />

an indicator <strong>of</strong> minimum<br />

overall robustness <strong>and</strong> is<br />

universally applied rather than<br />

being protector dependent.<br />

1 in. ball<br />

2.4 oz.<br />

50 in. drop<br />

Flammability<br />

Criteria for individual<br />

protectors. See:<br />

Section 7.6<br />

Section 8.6<br />

Section 9.6<br />

Section 10.6<br />

Section 14.6 (test method)<br />

Replaced with ignition test.<br />

(see below)<br />

Not representative <strong>of</strong> realistic<br />

use as it measured resistance<br />

to material igniting from<br />

contact with hot metal rather<br />

than the unlikely event that<br />

the device will be in flames.<br />

Ignition test (as noted below)<br />

replicate more realistic<br />

assessment for protectors.

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