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Construction term · Glossary

Anchor Point

Verified vs OSHA sources · 2026-10-05

The secure attachment point a personal fall arrest system (PFAS) ties off to — the “A” in the ABC of fall arrest. Under 29 CFR 1926.502(d)(15), a non-engineered anchorage must support at least 5,000 pounds per attached worker; alternatively, it can be an engineered anchorage designed and supervised by a qualified person with a safety factor of at least two.

29 CFR 1926.502(d)(15)

Also known as: anchorage, tie-off point

Anchor Point at a glance

  • Non-engineered anchorage: must support ≥ 5,000 lb per attached worker.
  • Engineered alternative: safety factor ≥ 2, designed/supervised by a qualified person.
  • Must be independent of any anchorage supporting or suspending a platform.
  • Two workers need either two separate 5,000-lb anchors or one engineered system rated for both.

In plain English

The solid point you clip your fall-arrest harness to. It has to hold a lot — 5,000 pounds per person — because catching a falling worker generates enormous force. If it's not strong enough, the whole system fails.

What the rule says

“Anchorages used for attachment of personal fall arrest equipment shall be independent of any anchorage being used to support or suspend platforms and capable of supporting at least 5,000 pounds (22.2 kN) per employee attached, or shall be designed, installed, and used as follows: (i) as part of a complete personal fall arrest system which maintains a safety factor of at least two; and (ii) under the supervision of a qualified person.”
29 CFR 1926.502(d)(15)

In context

A concept governed primarily by OSHA's construction standards, 29 CFR Part 1926 — the rules that apply on jobsites rather than the general-industry 1910 set.

29 CFR 1926

Where this is written in OSHA's rules

Example

A roofer ties off to a bolted roof anchor rated to hold 5,000 pounds for one worker. If a second roofer needs to tie off nearby, they need their own 5,000-lb anchor — or an engineered horizontal lifeline that a qualified person designed with a safety factor of at least two for both.

Why it matters

The anchor is the foundation of the whole fall-arrest system — a harness and lanyard are worthless tied to something that can't hold the load. Improvised or under-rated anchors (rebar, small pipes, un-rated points) are a common cause of fatal fall-arrest failures and a frequent citation.

5,000-lb rule vs. the engineered option

The 5,000-lb-per-worker figure is the default for anchors that aren't individually engineered. It doesn't mean every anchor must literally be tested to 5,000 lb — an alternative is an engineered anchorage designed by a qualified person to a safety factor of at least two. One or the other must be met.

Two ways to meet the anchorage requirement (1926.502(d)(15))

OptionRequirement
Non-engineered anchorageSupport ≥ 5,000 lb per attached worker
Engineered anchorageSafety factor ≥ 2, designed & supervised by a qualified person

Anchor Point: frequently asked questions

How strong does a fall-arrest anchor point have to be?
A non-engineered anchorage must be capable of supporting at least 5,000 pounds per worker attached. An engineered anchorage is an alternative: designed and supervised by a qualified person to maintain a safety factor of at least two.
Can two workers tie off to the same anchor?
Only if it's rated for it. A basic anchor must hold 5,000 lb per attached worker, so two workers generally need two anchors or a single engineered system designed for both.
Can I use rebar or a pipe as an anchor?
Not unless it's verified to meet the 5,000-lb (or engineered) requirement. Improvised anchors are a leading cause of fall-arrest failures and are frequently cited by OSHA.

Related terms

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Governing OSHA standards

More Construction terms

29 CFR 1910

The part of Title 29 of the Code of Federal Regulations that contains OSHA's General Industry standards — the default rulebook for most American workplaces (manufacturing, warehousing, healthcare, etc.) that aren't covered by the construction, maritime, or agriculture standards. It includes core rules like Hazard Communication (1910.1200) and the permissible exposure limits (1910.1000). Several 1910 standards are cross-referenced into construction via Part 1926.

29 CFR 1926

The part of Title 29 of the Code of Federal Regulations that contains OSHA's Construction standards — the “Safety and Health Regulations for Construction.” It governs construction, alteration, and repair work, with construction-specific rules for fall protection (Subpart M), scaffolds (Subpart L), excavations (Subpart P), electrical (Subpart K), and more. Where a task isn't addressed in 1926, some general-industry (1910) standards apply by reference.

Atmospheric Testing

Measuring the air in a confined space (or other hazardous atmosphere) with a calibrated direct-reading instrument before and during entry. OSHA requires testing in a set order — oxygen first, then flammable gases and vapors, then potential toxic contaminants — and defines the acceptable ranges: oxygen 19.5%–23.5%, flammables below 10% of the LEL, toxics below their exposure limits.

Benching

An excavation cave-in protective system that cuts the sides into a series of horizontal steps (benches), usually with vertical or near-vertical faces between levels. It's one of OSHA's accepted protective systems under Subpart P — but it is NOT permitted in Type C (the least stable) soil.

Competent Person (Excavation)

The competent person OSHA's excavation standard (Subpart P) requires on every trenching job — someone trained in soil classification and protective systems, who can identify cave-in and other hazards AND has authority to remove workers and correct problems. They must inspect the excavation daily before work starts, throughout the shift, and after any rain or event that could increase the hazard.

Confined Space

A space that is large enough for a worker to bodily enter, has limited or restricted means of entry or exit, and is not designed for continuous occupancy. If it also contains — or could contain — a serious hazard (a hazardous atmosphere, engulfment material, an entrapping configuration, or any other recognized serious hazard), it becomes a permit-required confined space (PRCS).

Controlling Employer

Under OSHA's Multi-Employer Citation Policy (CPL 02-00-124), the controlling employer is an employer with general supervisory authority over a worksite — including the power to correct safety and health violations itself or to require others to correct them. This is typically the general contractor or construction manager. A controlling employer can be cited for a hazard at the site even if none of its own employees are exposed, because it has a duty to exercise reasonable care to prevent and detect violations by the other employers on site.

Crane Operator Certification

OSHA's requirement (29 CFR 1926.1427) that construction crane operators be certified — by an accredited crane-operator testing organization or an employer's audited program — for the equipment type they run. The certifying body may issue by type, or by type and capacity (1926.1427(d)(1)(ii)(B)); capacity alone is not mandatory. Certification is one part: the employer must also train the operator and separately evaluate their ability to operate the specific equipment safely.

Sources & verification

Reviewed by HazComFast against eCFR, OSHA.gov, NIOSH, and the Federal Register. Last reviewed 2026-10-05. This glossary is general information, not legal advice; OSHA State-Plan states (e.g. California, Michigan) may adopt stricter requirements.

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