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CATEGORIESILT CODENAMESUMMARYSELECT
ILT-U-1715Assessment of resistance of materials to molten metal splash. PS

Description: Assessment of resistance of materials to molten metal splash Method: ISO 9185
ILT-U-461Determination of different parameters in helmets

Description: ANSI Z89 Method: ANSI Z89
, ILT-U-3454Dimensional determinations

Description:

Dimensional control (length and width). According to ASME Y14.5


Standard :ASME Y14.5,

ILT-U-238Dynamic performance testing of energy absorbers determination

Dynamic Performance Testing of Energy Absorbers. According to ANSI Z359.13 clause 4.4
ILT-U-240Dynamic strength test determination

Dynamic strength test. According to ANSI Z359.11 Clause 4.3.3
, ILT-U-2812Electric rigging (hoist) determination

Description:

Load test. According to ASME B30.16 (Clause 16.2.2)



Standard :
, ILT-U-3458Electrical determiantions

Description:

Electrical test in direct voltage with water electrode, test item: Insulating sleeves, MT dielectric gloves. According to ASTM F496



Standard :ASTM F496,

, ILT-U-2119Electrical determination

Description: Electrical testing of Hand-Held Live-Line Insulating Tools (Fiberglass-Reinforced Plastic (FRP) Method: ASTM F3121
, ILT-U-2655Electrical determinations

Description:

Electrical Insulating Matting Dielectric Tests. According to EN 61111


Standard :EN 61111,

, ILT-U-3457Electrical determinations

Description:

Electrical test in direct voltage with water electrode. According to ASTM F1116


Standard :ASTM F1116,

, ILT-U-3460Electrical determinations

Description:

Electrical test in direct voltage with metallic electrode. Test item: Telescopic pole, Fiberglass reinforced pole. According to IEEE Standard 516


Standard :IEEE Standard 516,

, ILT-U-3459Electrical determinations

Description:

Electrical test in direct voltage with metallic electrode. According to ASTM F479


Standard :ASTM F479,

, ILT-U-2888Face mask determiantion

Description:

Filtration efficiency or penetration of filter material and respiration resistance. According to NIOSH 42CFR84


Standard :42CFR84,

ILT-U-2112Face mask determinations. 1A

Description: Differential Pressure for breathability Method: EN 14683
ILT-U-2108Face mask determinations. 1B

Description: Valve Leak Test Method: NIOSH
ILT-U-2107Face mask determinations. 1C

Description: Inhalation and Exhalation Method: NIOSH
ILT-U-2106Face mask determinations. 1D

Description: Dioctyl Phthalate (DOP) Method: NIOSH
ILT-U-2105Face mask determinations. 1E

Description: Sodium Chloride (NaCl) Method: NIOSH
ILT-U-2104Face mask determinations. 1F

Description: Sodium Chloride (NaCl) Challenge – screening test Method: NIOSH
ILT-U-2100Face mask determinations. 1G

Description: Microbial Cleanliness for Face Masks Method: EN 14683
ILT-U-2099Face mask determinations. 1H

Description: Particle Filtration Efficiency Method: ASTM F2100
ILT-U-2098Face mask determinations. 1I

Description: Flamability Method: ASTM F2100
ILT-U-2097Face mask determinations. 1J

Description: Synthetic Blood Penetration for Face Masks Method: EN 14683, ASTM F2100
ILT-U-2091Face mask determinations. 1K

Description: Bacterial Filtration Efficiency includes Diff. Pressure for breathability Method: EN 14683, ASTM F2100
ILT-U-1028Fiberglass-Reinforced Plastic (FRP) rod and tube used in live Line tools determination

Description: Power frequency applied voltage. Clause 12.2 (method 1) Method: ASTM F711
ILT-U-2118Flexible and Rigid Insulated Temporary By-Pass Jumper

Description: Flexible and Rigid Insulated Temporary By-Pass Jumper determinations Method: ASTM F2321
, ILT-U-3620Gloves determiantion

Description:

Whole glove integrity. According to ISO 15383



Standard :ISO 15383
, ILT-U-2882Gloves determination

Description:

Cut Resistance. According to ASTM F2992


Standard :ASTM F2992,

, ILT-U-2885Gloves determination

Description:

Small splashes of molten metal, and Large quantity of molten metal, Aluminum splashes, Iron splashes EN 407 



Standard :[:es]EN 407[:]
, ILT-U-2925Gloves determination

Description:

Analysis of Aqueous Extractable Protein. (Lowry with Precipitation method). Sample: Rubber gloves for medical examination, and Surgical rubber gloves for one use. According to ASTM D5712


Standard :ASTM D5712,

ILT-U-3352Gloves determination

Description:

Thermal insulation for gloves. (Convective Cold). According to EN 511




Standard :EN 511,

ILT-U-3353Gloves determination

Description:

Thermal resistance for gloves (Contact Cold). According to ISO 5085-1


Standard :ISO 5085-1,

, ILT-U-3455Gloves determination

Description:

Electrical test in direct voltage with water electrode. According to ASTM F496-20 and EN 60903:2005



Standard :ASTM F496, EN 60903, , [:en]IEC 60903[:]
, ILT-U-3489Gloves determination

Description:

Dielectric strength. According to ASTM F496, ASTM D120


Standard :ASTM D120, , ASTM F496
ILT-U-2096Gloves determinations

Description: Burning behaviour of gloves Method: EN 407
ILT-U-3354Gloves for firefighter’s determination

Description:

Time for the removal of gloves. According to EN 659



Standard :EN 659,

, , ILT-U-1550Gowns determinations.

Description: Synthetic Blood Penetration Method: ISO 16603
, ILT-U-2889Helmet determination

Description:

Peripheral vision, Shock absorption, Penetration and retention system. According to FMVSS 218



Standard :FMVSS 218,

ILT-U-2906Helmet determination

Description:

NO electrical test, and electrical test. According to EN 50365 



Standard :EN 50365,

ILT-U-2907Helmet determination

Description:

Materials and construction, External vertical distance, Internal vertical distance, Internal vertical space, Horizontal Distance, Height of use, Harness, cradle, Sweat band, Chin strap, Ventilation, Accesories, Impact absortion, Resistance to penetration, Pre-conditioning low Tª, Pre-conditioning high Tª, Pre-conditioning water inmersion, Pre-conditioning artificial ageing, Resistance to flame, and Chinstrap Anchoring. According to EN 397. pH According to ISO 3071



Standard :EN 397,

ILT-U-2908Helmet determination

Description:

Materials and construction, Cofia, Sweat band, Retention,  headband/nape strap, Chin strap, Ventilation, Accessories, Pre-conditioning low Tª, Pre-conditioning high Tª, Pre-conditioning water immersion, Pre-conditioning artificial ageing, Impact absorption, and Resistance to penetration. According to EN 812.



Standard :EN 812,

ILT-U-3466Helmet determination

Description:

Chin strap Anchorages 4-24 hours and 50°C. According to EN 397, MS 183


Standard :MS 183, , EN 397
, ILT-U-2912Helmet determinations

Description:

Mechanical, physical and practical performance test, and visual inspection. According to EN 1384


Standard :EN 1384,

, ILT-U-2915Helmet determinations

Description:

Materials, Construction, Durability, Chinstrap, Closing device, Colour, pH, Inspection and determination of mass, Pre-conditioning high Tª + 50ºC, Low temperature conditioning -20ºC, Artificial aging, shock absorption capacity, Resistance and ease of opening of the retention system, Retention system effectiveness, and Vision field. According to EN 1078



Standard :EN 1078,

ILT-U-1180Helmets determinations

Description: Peripheral vision; Roll-off (positional stability); Retention strength; and Impact attenuation Method: 16 CFR 1203
ILT-U-1324Helmets for motorcycle users

Description: Method: NBR 7471
ILT-U-148Increased Robustness in safety glasses

Description: EN 166 Method: EN 166
ILT-U-422Individual protection of eyes determinations

Description: Field of view; Eyepieces without filtering action; Variation in transmittance; Diffusion of light; Minimum strength; High temperature stability; Resistance to ultraviolet radiation; Resistance to ignition; Protection against drops and splashes of liquids; Side protection; Resistance to surface deterioration due to fine particles; and Resistance of the eyepieces to fogging Method: EN 166
, , , ILT-U-2531Industrial hygiene services determination

Analysis for total particles, Analysis for respirable particles. According to NIOSH 500, NIOSH 600
ILT-U-900Industrial safety Helmet determination

Shock Absorption. According to BS EN 397
ILT-U-3583Industrial safety helmet determinations

Description:


Flammability, Dielectric Strength, and Apex Penetration. According to ANSI/ISEA Z89.1:2014 (R2019) 


Standard :
, ILT-U-3487Medical gloves determination

Description:

Protein Content. According to ISO 12243


Standard :ISO 12243,

, ILT-U-3488Medical gloves determination

Description:

Powder Content. According to ISO 21171


Standard :ISO 21171,

ILT-U-744Microbiological determinations in gloves. PS

Description: Total count; Fungi and yeasts count; Staphylococcus aureus (qualitative); Salmonella spp (qualitative); Pseudomonas aeruginosa (qualitative); Enterobacteriaceae (qualitative); and Escherichia Coli (qualitative) in surgical / non-surgical gloves Method:

ILT-U-048Migration test

Description: Overall migration into aqueous food simulants by total immersion. Ethanol 50% Method: BS EN 1186-3
ILT-U-1112Personal eye protection determinations

Description: Resistance to surface damage by fine particle Method: EN 168
ILT-U-2913Personal eye protection determinations

Description:

Field of vision, Extreme temp. Conditioning and test for increased Robustness, Conditioning 55ºC during 60 min, Resistance to high temperature, 50 h UV Conditioning, transmittance, and diffusion, Resistance to ignition, Protection against impacts high speed particles, Protection against drops and liquid splashes, Protection against large dust particles, Protection against gases and fine dust particles, Lateral protection, Sand abrasion conditioning + light diffusion. According to EN 168.

Spherical, Astigmatic, and prismatic refractive powers, Diffusion of the light, Filter material and surface quality, Transmittance variation. According to EN 167.

Visible and ultraviolet transmittance. According to EN 170.



Standard :EN 170, EN 167, [:es]EN 168[:],

, ILT-U-2309Personal eye-protection

General requirements, Materials, Adjustment and adaptation, Ventilation, Field of vision, Strength resistance, Water and snow protection, Resistance to ignition, Cleaning, Resistance to damage by fine particles (L&R), Resistance to fogging of oculars (L&R)
ILT-U-243Personal safety determination

Description: Charge to 2 KN according to ANSI Z359.13:2009 clause 4.2; and Charge to 22 KN according to ANSI Z359.13:2009 clause 4.3. Method: ANSI Z359.13:2009 clause 4.2,ANSI Z359.13:2009 clause 4.3
ILT-U-2850Personal safety determination

Description:

Static strength test (full body harness sample). According to ANSI Z359.11 clause 4.3.5


Standard :ANSI Z359,

ILT-U-2854Personal safety determination

Description:

Static resistance test (sling sample). According to ANSI Z359.15 clause 4.2.3 – 4.3.1


Standard :
ILT-U-2851Personal safety determination

Description:

Dynamic performance test (full body harness sample). According to ANSI Z359.11 clause 4.3.3


Standard :ANSI Z359,

ILT-U-2853Personal safety determination

Description:

Dynamic performance test (sling sample). according to ANSI Z359.3 clause 4.2.4


Standard :ANSI Z359,

ILT-U-2855Personal safety determination

Description:

Dynamic resistance test (sling sample). according to ANSI Z359.15 clause 4.2.2 – 4.2.4


Standard :ANSI Z359,

ILT-U-2856Personal safety determination

Description:

Static and dynamic resistance test (type A anchorage connector sample). According to ANSI Z359.18 clause 4.2.1.1, 4.2.2.1



Standard :ANSI Z359,

ILT-U-2954Personal safety determination

Description:

Static strength testing ANSI Z359.3 Clause 4.2.1


Standard :ANSI Z359.3,

ILT-U-2947Personal safety determination

Description:

Dynamic performance ANSI-ASC A14.3 clause 7.5.2


Standard :ANSI-ASC A14.3,

ILT-U-2948Personal safety determination

Description:

Deformation. According to EN 795 Clause 5.3.2


Standard :EN 795,

ILT-U-2949Personal safety determination

Description:

Static strength testing. According to ANSI Z359.13 Clause 4.6.1


Standard :ANSI Z359.13,

ILT-U-2950Personal safety determination

Description:

Dynamic performance. According to ANSI Z359.13 Clause 4.5


Standard :ANSI Z359.13,

ILT-U-2951Personal safety determination

Description:

Static strength. According to ANSI Z359.18 Clause 4.2.1.1


Standard :ANSI Z359.18,

ILT-U-2952Personal safety determination

Description:

Static strength. According to ANSI Z359.16 Clause 4.2.1


Standard :ANSI Z359.16,

ILT-U-2953Personal safety determination

Description:

Dynamic performance. According to ANSI Z359.11 Clause 4.3.3


Standard :ANSI Z359.11,

ILT-U-242Personal Safety determinations.

Description: Dynamic performance test. Harnesses (sling) Y dual connection Method: ANSI Z359.13:2009 clause 4.9
ILT-U-2857Personal safety equipment determination

Description:

Dielectric Strength. According to ANSI/ISEA Z89.1-2014 (R2019) Clause 10.7



Standard :ANSI Z89,

ILT-U-2858Personal safety equipment determination

Description:

Apex Penetration. According to ANSI/ISEA Z89.1-2014 (R2019) Clause 10.3



Standard :ANSI Z89,

ILT-U-2859Personal safety equipment determination

Description:

Force Transmission. According to ANSI/ISEA Z89.1-2014 (R2019) Clause 10.2



Standard :ANSI Z89,

ILT-U-3343Personal safety equipment determination

Description:

Flammability, according to ANSI/ISEA Z89.1-2014 (R2019), Clause 10.1



Standard :, ANSI Z89
, ILT-U-3242Protected eye determination

Description:

Field of vision checks on lenses, visors and protective masks, High-speed, Drop test – penetration, Dust Test, Against gas – fine particles, Ignition. According to EN 168 - EN 174, ISO 18526-3, ANSI Z87, ISO 12311


Standard :ANSI Z87, ISO 18526-3, ISO 12311, EN 174, [:es]EN 168[:]
, ILT-U-3254Protected eye determination

Description:

Transmittance test, Impact – drop test and High speed, Corrosion test, Droplet and Splash test, Ignition test, Lateral protection test, Fine dust particle test (ammonia gas), Dust test (coast particles), 

Field of vision check on lenses. According to EN 168, ANSI Z87


Standard :ANSI Z87, [:es]EN 168[:]
ILT-U-3397Protected eye determination

Description:

Optical quality, Ignition, Corrosion resistance of metal components, Minimum coverage area, Lateral (side) coverage, High mass impact, Penetration test (lenses only), Droplet and splash (D3), Fine dust protector (D5). According to ANSI Z87 



Standard :, ANSI Z87
, ILT-U-2280Protective clothing determination

Protective clothing against pesticide
ILT-U-1717Protective clothing determinations. PS

Description: Puncture resistance; tear resistance; color measurement in new state; color measurement after exposure to light; determination of contact heat transmission through protective clothing or constituent materials; oil repellency-Hydrocarbon resistance test ; determination of resistance to damage by flexing method C: Crumple flex; abrasion resistance, Martindale Method: ISO 5740, ISO 7854, ISO 12127, ISO 14419, EN 863, ISO 9173-4, ISO 20471
, ILT-U-3617Protective gloves determination

Description:

Protective gloves, Thermal risks, Limited flame spread. (Method B). According to EN 407



Standard :EN 407
ILT-U-2211Protective gloves determinations

Description: Burning behaviour; Contact heat transfer; Convective heat transfer; Radiant Heat transfer; Small splashes of molten metal; and Molten metal splash Method: ISO 9185, EN 407, EN 348, ISO 6942, ISO 12127-2, ISO 6941
ILT-U-1716Resistance to water penetration determination. PS

Description: Resistance to water penetration- after pretreatment-flexing; and resistance to water penetration- after pretreatment-influence of fuel and oil Method: EN 343
, ILT-U-3209Respiratory protective devices determination

Description:

Breathing resistance. According to EN 13274-3 and EN 1827


Standard :ISO 18219-1, EN 13274-3
, ILT-U-3564Safety footwear determination

Description:

Static dissipation. According to ASTM F2412


Standard :ASTM F2412,

ILT-U-1622Safety gloves determinations

Description: Determination of thickness; puncture resistance; and measurement of surface resistivity Method: EN 1149-1, ISO 2589, EN 388
ILT-U-3345Safety Helmet for use in insdutry

Description:

Flammability test. According to NBR 8221


Standard :NBR 8221,

, ILT-U-2652Shoes determinations

Description:

Footwear for Electrical Protection. Insulating Footwear and Overboots Electrical. According to EN 50321-1 Clause 5.2


Standard :[:en]EN 50321[:],

, ILT-U-656Single-use medical examination glove.

Description:

Physical Dimensions (Length, Width and thickness), Watertight (Leakage), Mechanical properties before aging. According to  ISO 11193-2



Standard :
ILT-U-2268Ski goggles determinations

Description: Resistance to Fogging Method: ASTM F659
ILT-U-2734Static resistance determination

Description:

Static resistance. According to NBR 15834


Standard :NBR 15834,

ILT-U-260Static resistance test on harness

Description: ANSI Z359.1 Method: ANSI Z359.1
ILT-U-2266Sunglasses determinations

Description: All requeriments Method: ISO 12312-1
ILT-U-251Tension test and Free drop test to Full body harness with front attachment.

Description: ANSI Z359.1:2007 clause 4.3.3.1a and 4.3.3.2a. Method: ANSI Z359.1:2007 clause 4.3.3.1a and 4.3.3.2a.
ILT-U-250Tension test and Free drop test to full body harness.

Description: ANSI Z359.1:2007 clause 4.3.3.1; and 4.3.3.2 ANSI Z359.3:2007 clause 4.2.3.2 Method: ANSI Z359.1:2007 clause 4.3.3.1; and 4.3.3.2, ANSI Z359.3:2007 clause 4.2.3.2
ILT-U-249Tension test and Free drop test to positioning and restriction sling with fixed length.

Description: ANSI Z359.1:2007 clause 4.3.4.1.1 and 4.3.4.2. ANSI Z359.3:2007 clause 4.2.2.1 and 4.2.2.3 Method: ANSI Z359.1:2007 clause 4.3.4.1.1 and 4.3.4.2, ANSI Z359.3:2007 clause 4.2.2.1 and 4.2.2.3
ILT-U-252Tension test and Free drop test to rescue harness and a evacuation harness.

Description: ANSI Z359.4:2007 clause 4.3.1.1 and 4.3.1.2. Method: ANSI Z359.4:2007 clause 4.3.1.1 and 4.3.1.2.
ILT-U-247Tension test and Free drop test to String adjuster

Description: Clause 4.2.1.1; and clause 4.2.1.2 Method: ANSI Z359.3 clause 4.2.1.1 and clause 4.2.1.2
ILT-U-246Tension test and Free drop test, Single sling with energy absorber,

Description: Clause 4.6 and 4.5 Method: ANSI Z359.13:2009 clause 4.6 and 4.5
ILT-U-241Tension test and Free drop test, synthetic rope hoist

Description: Clause 4.3.4.1 and 4.3.4.2 Method: ANSI Z359.4:2009 clause 4.3.4.1 and 4.3.4.2
ILT-U-245Tension test and Free drop test, Y sling with energy absorber,

Description: Clause 4.7 and 4.9. Method: ANSI Z359.13:2009 clause 4.7 and 4.9
ILT-U-248Tension test to positioning and restraint sling with adjustable length

Description: ANSI Z359.1:2007 clause 4.3.4.1.2 and ANSI Z359.3:2007 clause 4.2.2.2 Method: ANSI Z359.1:2007 clause 4.3.4.1.2, ANSI Z359.3:2007 clause 4.2.2.2
ILT-U-243Test activation tension on 6 feet energy absorber

Description: Charge to 2 KN according to ANSI Z359.13:2009 clause 4.2; and Charge to 22 KN according to ANSI Z359.13:2009 clause 4.3. Method: ANSI Z359.13:2009 clause 4.3, ANSI Z359.13:2009 clause 4.2
ILT-U-244Test activation tension on 6 feet energy absorber. 1A

Description: Charge to 2 KN (clause 4.3.5.1.1); and Charge to 22 KN (clause 4.3.5.1.)2 Method: ANSI Z359.1:2009 clause 4.3.5.1.1, ANSI Z359.1:2009 clause 4.3.5.1.2
, ILT-U-2894Textile determination

Description:

Resistance to penetration of the sole, and color fastness to rubbing. Accordign to ISO 20344, BS 1006:1990



Standard :BS 1006, ISO 20344,

ILT-U-652UVA and UVB grade in sunglasses. PS

Description: Method: EN 1836
ILT – Interlaboratory Test
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