Univet Safety Catalogue - ESPAÑOL

ISO STANDARD

ISO STANDARD

READING THE MARKING

OPTIONAL MARKINGS

CAN BE FOUND ON

CODE LETTER

MEANING

LENS / FILTER

FRAME

Enhanced optical performance (marking optional)

1

Resistance to droplets

3

16321 MARK Means that the eyewear complies with the essential international health and safety requirements.

Resistance to large dust particles

4

Resistance to gas and Ƽne dust particles

5

Resistance to streams of liquids

6

Protection from radiant heat

7

Resistance to molten metals and hot solids

9

Resistance to chemicals

CH

Resistance to surface damage by Ƽne particles

LENS:

FRAME:

K

U UL1,2 DT K N

16321 U DT 3 4

Resistance to fogging

N

Extremes of temperature for mechanical tests

T

MANUFACTURER T he logo or letter identiƼes who made the safety glasses. Univet symbol is “U”.

FILTERING PERFORMANCE CODE LETTER L evel of protection against UV, infrared radiation, or visible glare.

IMPACT LEVEL L evel of protection against speed particles.

OPTIONAL MARKINGS A dditional certiƼed features.

NUMBER OF THE DOCUMENT It ensures to which speciƼc standard this PPE is compliant.

APPLICABLE HEAD SIZE S hape and size of the used headform, if not expressed, equal to 1-M.

It is mandatory to add the reference number of the document, in this case, «16321» on frames and on welding Ƽlters. NUMBER OF THE DOCUMENT

FILTERING PERFORMANCE

MEET REQUIREMENTS FOR COLOUR DETECTION OF SIGNAL LIGHTS

CODE LETTER

INFRARED ABSORPTION

ENHANCED IR REFLECTANCE

SHADE NUMBER 1,2 to 5 1,1 to 10

FILTERS

L (optional) L (optional)

Not applicable

Not applicable

U

UV filter

Not needed

R

R

IR filter

0 to 3

L

Sunglare filters for occupational use

Not applicable

G

R

L (optional)

4

IMPACT LEVEL

CODE LETTER

MEANING

Impact level resistance: 45 m/s Impact level resistance: 80 m/s Impact level resistance: 120 m/s

C (T)

D (T)

E (T)

HM (T) Impact level resistance: High Mass If the impact letter (C, D, E or HM) is followed by the letter T, then the eyewear protects against the relative impact even at extreme temperatures (−5 ± 2 / +55 ± 2 °C).

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