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DISPOSABLE RESPIRATORS
EN12492
EN 149:2001+A1:2009 – RESPIRATORY PROTECTIVE DEVICES – HALF MASK
EN12492 is a European standard that sets out the requirements for mountaineering helmets. The standard applies to helmets intended to provide protection against impacts, penetration, and lateral deformation for mountaineers, rock climbers, and other vertical activities. The EN12492 standard specifies a number of requirements that a helmet must meet to be considered suitable for mountaineering use. These requirements include:
FORCE TRANSMISSION (SIDE,FRONT, REAR)
FORCE TRANSMISSION (TOP)
PENETRATION (TOP)
STANDARDS
FILTERING LEVEL
APPLICATIONS MATERIALS
FFP LEVEL
49J
29J
FFP3 FFP3 FFP3 FFP3 FFP3 FFP3 FFP2 FFP2 FFP3 FFP2 FFP3 FFP2 FFP3 FFP2 FFP2 FFP3 FFP2 FFP2 FFP2 FFP1 FFP1
Asbestos
FFP1
FFP2 FFP3
Cutting, Drilling, Grinding, Sanding
Brick Dust (Can contains Silica) Cement (Can contains Silica) Concrete (Can contains Silica)
5KG 1M
3KG 1M
80% 94% 99%
EN397
-
Glass Dust
EN 149 provides requirements, and testing method for respiratory protective devices to protect against particles.
1.
Resistance to impact: The helmet must be able to withstand a specified level of impact energy without breaking or deforming.
Hard Wood (Oak, Tropical Wood, Teak, MDF)
Metal
MAX FORCE: 5.000N
3 classes of protection: FFP1 / FFP2 / FFP3 FFP = Filtering Facepieces
Mild Steel
2. Penetration resistance: The helmet must be able to resist the penetration of objects that may strike the head, such as rocks or ice. 3. Retention system: The helmet must have a chin strap or other retention system to keep it securely on the head during an impact. 4. Lateral deformation: The helmet must be designed to prevent excessive lateral deformation during an impact, which can cause injury to the neck or brain.
100J
29J
25J
Mineral Dust (Can contains Silica/Asbestos)
Paint Chrome Free
5KG 2M
3KG 1M
5KG 0.5M
NR = Not Reusable
Paint with Chrome, Arsenic, Copper
Plastic
EN12492
D = Dolomite (protection included when D mentioned)
Silica
Soft Wood (Pine, Lumber)
MAX FORCE: 10.000N
MAX FORCE: 10.000N
Soldering
Stainless Steel
5.
Field of vision: The helmet must provide an adequate field of vision for the wearer.
Steel
To meet the EN12492 standard, a helmet must undergo a series of tests, including an impact test, a penetration test, and a retention system test. The helmet is also tested for lateral deformation, field of vision, and ventilation. EN12492 is one of the most widely recognized standards for mountaineering helmets in Europe and is often used as a basis for certification and testing by third-party organizations.
Varnish
6. Ventilation: The helmet must have sufficient ventilation to prevent overheating during physical activity. 7. Compatibility with other equipment: The helmet must be compatible with other equipment, such as goggles or headlamps. 8. Durability: The helmet must be designed to withstand normal wear and tear associated with mountaineering activities.
Waste Sorting
-
Sweeping Floors
Pollen
EN 50365
EN 50365 is the European standard for electrically insulating helmets used for electrical work up to 1,000 volts AC or 1,500 volts DC. It dictates the necessary design, material, and testing requirements to ensure the wearers safety. Compliance with this standard is crucial for protecting individuals working in electrical environments. MILWAUKEE ® ’s BOLT 100 hard hat and BOLT 200 helmet fully comply with EN 50365, and is certified for use up to 1000V A.C. and 1500V D.C. in both vented and unvented versions.
4
5
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