OSHA & ANSI Hard Hat Requirements

Around construction sites, hard hats are the best way to protect yourself from permanent, life-changing injuries or death. It's important, then, that workers understand the various types of hard hats, how to care for hard hats, and requirements of wearing hard hats on the job.

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OSHA regulations mandate specific requirements for head protection in the workplace. As with many OSHA standards, these rules incorporate standards from the American National Standards Institute (ANSI). OSHA provides the regulations to follow, and ANSI provides the means to follow those regulations.

When Does OSHA Require Hard Hats?

OSHA has two standards that govern hard hat requirements:

Both standards require workers to wear hard hats when there is a potential for head injury from "impacts, falling or flying objects, or electrical shock."

This means that employers must provide hard hats and ensure that employees wear protective coverings in the following situations:

• When objects or debris might fall from above and strike workers on the head
• When employees may strike their heads against fixed objects, like supports, beams, or other equipment
• When there is the possibility that workers' heads will make contact with electrical hazards

In all cases, hard hats must meet OSHA head protection requirements.

When Does a Hard Hat Meet OSHA's Requirements?

An OSHA-approved hard hat is a hard hat that meets ANSI Z89.1. 29 CFR 1910.135(b)(1) and 29 CFR 1926.100(b)(1) state that head protection must meet the 1997, 2003, or 2009 editions of ANSI Z89.1, or be shown to offer equivalent or better protection.

This standard defines:

• Types and classes of hard hats for specific hazardous situations
• Design and performance requirements for impact, penetration, and electrical shock
• Testing requirements to ensure OSHA compliance

Although manufacturers typically test and certify their products, employers need to verify that their hard hats meet OSHA's requirements.

What Are the Different ANSI Hard Hat Categories?

ANSI Z89.1 defines two types of hard hats and establishes three classes of hard hats based on the level of electrical hazard protection provided.

Hard Hat Types: The two types of hard hats are defined by the area of the head that is protected.

• Type I offers protection to the top of the head and is commonly used in the United States
• Type II offers protection to the top and sides of the head and is commonly used in Europe

Hard Hat Classes: The three classes are based on the level of protection they provide from electrical hazards.

 

• Class G (General) hard hats are rated for 2,200 volts
• Class E (Electrical) hard hats are rated for 20,000 volts
• Class C (Conductive) hard hats do not offer electrical protection

Does My Hard Hat Meet ANSI Requirements?

Each revision of the ANSI Z89.1 standard has specific labeling requirements for hard hats. In order to be an ANSI approved hard hat, it must have the following information clearly marked inside the hat:

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• Manufacturer's name
• ANSI standard that the hard hat conforms with, such as "ANSI Z89.1-2009"
• ANSI type (type I or II) and class designation (G, E or C)
• Size range for fitting
• Date of manufacture

If the hard hat meets Z89.1-2009, it must also contain the following as required:

• Two arrows curving to form a circle when the helmet can be worn forwards or backwards
• LT ? When the helmet is designed to provide protection at low temperatures 22 ?F (-30 ?C).
• HV ? When the helmet meets all requirements for high visibility.

Instructions for care and use must accompany, but do not need to be included on, the hard hat.

If your hard hat does not have any of this information included, it may not comply with OSHA. Contact the manufacturer for documentation proving OSHA compliance.

When Do I Need to Replace My Hard Hat?

Hard hats must be replaced if they show signs of damage (dents, cracks, penetration, or fatigue due to rough treatment). It is essential to inspect hard hats for damage and signs of fatigue each time they are used. In addition to visual inspections, another way to test a hard hat is to grasp it in two hands and apply force by squeezing the hat. If you hear creaking or other unusual sounds, it is time to replace the hard hat.

While OSHA has no specific provision for an expiration date, manufacturers are allowed to determine if their equipment expires on a specific calendar date. In lieu of an expiration date, a generally accepted rule is to replace the support strap yearly and to replace the hard hat every five years. Harsh chemicals and extreme temperatures can make a hard hat degrade more quickly. Be sure to check with the manufacturer for guidelines on hard hat replacement and maintenance.

A hard hat may also expire if OSHA adopts more rigorous requirements. It is essential to regularly check OSHA standards for changes that may require your PPE to be updated.

Can I Place Labels on My Hard Hat?

While ANSI Z89.1 does not restrict the application of hard hat labels, OSHA standard 1910.132(a) requires that PPE is "maintained in a sanitary and reliable condition."

In a Letter of Interpretation (October 27, 2009), OSHA explains that labels and paints may eliminate electrical resistance and can possibly "conceal defects, cracks, penetration, and any damage that would be otherwise readily identifiable." OSHA goes on to explain that any labels or paint used on hard hats must comply with manufacturer's instructions, or the employer must demonstrate that the labels do not affect the reliability or "reduce the ability to identify defects."

In short, labels are acceptable if they do not adversely affect a hard hat's protective rating or make it more difficult to find potential defects and damage.

Some beneficial uses of labels include placing names, titles, and certifications on hard hats. Labels with names and titles can help identify workers in emergencies, while certifications can help identify when workers are authorized to be in specific areas. In all cases, labels should be used strategically, to convey information when needed. Labels should not be used for purely decorative purposes.

How can Duralabel Help with Head Protection?

While we don't offer OSHA-approved hard hats, Duralabel offers a wide variety of hard hat warning signs, hard hat area message tape, and even reflective stick-ons for hard hats to promote safety and visibility. Just as it is important to wear a hard hat for safety, it's also important that your employees know where to wear their hard hats. A hard hat is only useful when it's being worn in the appropriate areas, after all. With Duralabel hard hat signs, tape, reflective stick-ons, and other products, you can adhere to OSHA guidelines and keep your employees safe.

Industrial safety helmets from uvex comply with standard DIN EN 397, which states that they must be designed to protect the wearer from falling objects. Protection against mechanical impacts to the head safeguards the user against possible consequences such as brain injuries or skull fractures. The standard also includes protection against lateral deformation of the helmet, as well as protecting the wearer from dangerous head injuries.

Industrial safety helmets that comply with standard DIN EN 397 generally meet the following safety requirements:

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Binding requirements optional requirements All helmets certified according to EN 397 must meet these requirements. A helmet certified in accordance with EN 397 may meet these requirements; they are, however, not mandatory requirements. shock absorption, vertical very low temperatures (-20 °C or -30 °C) penetration resistance (against sharp and pointed objects) very high temperatures (+150 °C) flame resistance electrical insulation (440 V) chin strap attachment: chin strap releases at minimum 150N and maximum 250 N molten metal (MM)   lateral deformation