Safety Harness Regulations South Africa 2027: How to Wear, Inspect & Use a Harness Correctly
Updated: Sep 15
Putting on a safety harness is easy.
Using one correctly as part of a safe fall-protection system is not.
A worker can wear an expensive full-body harness, tighten every buckle and still be exposed to serious injury if:
the harness is damaged;
the wrong attachment point is used;
the lanyard is unsuitable;
the anchor is inappropriate;
there is insufficient fall clearance;
the worker can swing into a structure;
the harness is incorrectly adjusted;
nobody has planned how to rescue the worker after a fall.
That is why knowing how to wear a safety harness correctly is only one part of Working at Heights safety.
South African employers also need to consider risk assessment, equipment selection, fall prevention, fall arrest, training, supervision, inspection and rescue arrangements.
Under the Occupational Health and Safety Act, employers have broad duties to provide and maintain, as far as reasonably practicable, a working environment that is safe and without risk to employees. The Act also requires hazards to be identified and appropriate information, instruction, training and supervision to be provided. (NWU Repository)
Quick Answer: How Do You Wear a Safety Harness Correctly?
A full-body safety harness should generally be:
inspected before use;
identified correctly so you know which way it is worn;
untangled before putting it on;
placed over the shoulders correctly;
secured at the leg straps;
secured at the chest strap;
adjusted to achieve a secure fit without twisted webbing;
checked so the intended attachment point is positioned correctly;
connected only as required by the designed fall-protection system;
checked again before exposure to fall risk.
But those ten steps are not a substitute for the manufacturer's instructions or suitable Working at Heights training.
Different harnesses have different buckles, attachment points, sizes and permitted applications.
The Biggest Safety Harness Mistake: Treating the Harness as the Fall-Protection System
The harness is only one component.
A fall-arrest system may also involve:
a suitable anchor;
connector;
lanyard;
energy absorber;
lifeline;
self-retracting device;
appropriate fall clearance;
rescue arrangements;
competent equipment selection.
If one component is wrong, the fact that the harness fits properly does not automatically make the system safe.
This is the central principle employers should understand:
A properly worn harness attached to an unsuitable system can still expose a worker to serious harm.
Is a Safety Harness Legally Required for All Working at Height in South Africa?
No — not in the simplistic way this is often stated online.
South African safety law should not be reduced to:
“If you work at height, you must wear a harness.”
The correct control depends on the hazard and the work.
Under the OHS Act, employers should eliminate or mitigate hazards as far as reasonably practicable before simply relying on personal protective equipment. (NWU Repository)
For construction work involving fall risk, the current Construction Regulations provide for a wider fall-protection system. The regulations define both fall prevention equipment and fall arrest equipment, with body harnesses forming part of those systems. (Scribd)
That means an employer should first ask:
Can the fall be prevented?
Examples may include:
guardrails;
barriers;
scaffolding;
working platforms;
fixed access systems;
other collective controls.
Where fall-arrest equipment is appropriate, the harness then becomes one component of that system.
Do Not Confuse the Draft Construction Regulations 2025 With Final Law
The Department of Employment and Labour published Draft Construction Regulations 2025 for public comment with the intention of replacing the Construction Regulations 2014.
The Department itself described the 2025 regulations as draft regulations published for public comment. (Government of South Africa)
Official sources reviewed for this rewrite did not show a later final promulgation replacing the 2014 regulations.
Therefore, do not quote wording from the 2025 draft as though it is automatically final, enforceable law.
The draft is nevertheless useful because it demonstrates the direction of regulatory thinking around fall protection, including risk assessment, employee medical fitness, training, equipment inspection and rescue planning. (Government of South Africa)
How to Wear a Safety Harness Correctly: Step-by-Step
Step 1: Confirm You Have the Correct Harness for the Task
Before putting it on, confirm:
what the harness is designed for;
which attachment points are intended for which purpose;
whether it is the correct size;
whether it is compatible with the rest of the system;
whether the manufacturer permits the intended use.
A fall-arrest harness, work-positioning harness and rope-access harness are not automatically interchangeable.
Do not choose equipment simply because it has more D-rings.
Step 2: Inspect the Harness Before Putting It On
Do not begin by wearing it.
Begin by examining it.
Check the webbing for:
cuts;
tears;
abrasion;
burns;
chemical damage;
excessive contamination;
unusual stiffness;
UV deterioration;
damaged fibres.
Check the stitching for:
broken stitching;
pulled threads;
looseness;
severe wear;
obvious separation.
Check metal components for:
cracking;
deformation;
corrosion;
sharp edges;
damaged buckles;
malfunctioning connectors.
Also check:
labels;
identification;
inspection status;
manufacturer's instructions;
impact indicators where fitted.
If the equipment appears unsafe, do not improvise a repair and continue working.
Remove it from service according to the employer's equipment-control procedure.
Step 3: Find the Correct Orientation
A tangled harness is one of the easiest ways to fit it incorrectly.
A common method is to identify the dorsal attachment area and allow the straps to hang naturally.
Before wearing it, make sure:
shoulder straps are separated;
leg straps are not twisted through each other;
chest strap is identifiable;
buckles are correctly orientated;
webbing is not knotted.
Do not begin tightening a harness while the webbing is still twisted.
Step 4: Put the Shoulder Straps On
Slip your arms through the shoulder straps as intended by the manufacturer.
The harness should sit around the torso without:
twisted straps;
straps cutting across the neck;
uneven shoulder positioning;
loose sections hanging away from the body.
Think of the harness as equipment that must distribute load across the body correctly — not as a loose set of straps.
Step 5: Connect and Adjust the Leg Straps
Fasten each leg strap according to the harness design.
The leg straps should be:
correctly routed;
securely buckled;
free from twists;
adjusted according to the manufacturer's fitting guidance.
Too loose is dangerous.
But aggressively overtightening every strap is not the goal either.
The harness must be correctly fitted for the user's body and the manufacturer's design.
Step 6: Secure the Chest Strap
Fasten the chest strap in the position specified by the harness manufacturer.
Its purpose is not decorative.
An incorrectly positioned or excessively loose chest strap can affect how the harness retains the worker during a fall.
Avoid allowing it to:
sit dangerously high;
hang excessively low;
remain loose;
twist around shoulder webbing.
Step 7: Adjust the Harness to the Wearer
Adjustment should produce a secure, stable fit.
Check:
both sides are reasonably even;
no major slack remains;
webbing is flat;
buckles are properly engaged;
movement does not cause the harness to shift excessively;
straps are not incorrectly routed.
The correct fit should be confirmed against the manufacturer's instructions.
Step 8: Check the Dorsal Attachment Point
Many full-body fall-arrest harnesses have a dorsal attachment point positioned around the upper back.
But never assume:
“Every D-ring is a fall-arrest connection.”
Different attachment points may be intended for:
fall arrest;
work positioning;
restraint;
rescue;
rope access.
Using the wrong attachment point can fundamentally change how the system behaves.
Read the harness markings and manufacturer's instructions.
Safety Harness Anchor Points: Where Should You Connect?
This is one of the most important subjects missing from superficial harness guides.
The harness does not determine whether the anchor is safe.
An anchor needs to be appropriate for the fall-protection system and the loads it may experience.
The worker should not decide:
“That steel looks strong enough.”
or:
“Everybody clips onto this pipe.”
Potential anchor selection needs to consider:
system design;
structural suitability;
connector compatibility;
direction of loading;
fall distance;
swing-fall potential;
location relative to the worker.
Do not clip onto convenient objects merely because a hook fits around them.
What Is a Swing Fall?
Imagine standing several metres sideways from an anchor.
If you fall, you may not simply drop straight down.
You can swing sideways like a pendulum.
That can cause the worker to collide with:
steelwork;
a wall;
scaffolding;
machinery;
another platform.
Anchor location therefore affects more than whether the lanyard can physically reach it.
Fall Clearance: A Harness Cannot Stop You Hitting the Ground
This is another major gap in many “how to wear a harness” articles.
Fall arrest requires sufficient clearance.
The system may need to account for factors such as:
lanyard length;
energy-absorber deployment;
harness movement;
worker height;
anchor position;
system elongation;
required safety margin.
A worker can be clipped on correctly and still strike a lower surface if the available clearance is inadequate.
That is why equipment selection should be completed as a system, not piece by piece.
Fall Prevention vs Fall Restraint vs Fall Arrest
These terms are frequently mixed together.
Fall Prevention
The goal is to prevent exposure to the fall in the first place.
Examples may include physical barriers and suitable work platforms.
Fall Restraint
The system is intended to prevent the worker reaching the fall edge or fall-risk area.
The goal is:
do not allow the fall to occur.
Fall Arrest
Fall arrest is designed to arrest a fall after it has started.
Now additional problems must be managed:
arrest force;
fall distance;
clearance;
anchor loading;
suspension;
rescue.
This is why fall arrest should never be treated as simply:
“Wear a harness and clip in.”
What SABS or SANS Standard Should a Safety Harness Meet?
This is one of the most valuable search opportunities Google is already giving this article.
South African product and procurement documentation commonly references:
SANS 50361 / EN 361 — Full-body harnesses
South African harness suppliers also commonly identify related standards depending on equipment function, including standards covering:
lanyards;
energy absorbers;
work positioning;
connectors;
fall-arrest systems;
instructions, marking and inspection.
For example, South African procurement documentation has specified SANS 50361 for full-body harnesses alongside other standards for lanyards, absorbers, connectors and anchor-related equipment.
Commercial harness documentation in South Africa likewise commonly identifies full-body fall-arrest harnesses as conforming to SANS 50361 / EN 361. (Scribd)
But employers should not turn this into another shortcut.
One SANS number on one component does not certify the entire fall-protection system for every application.
Check:
the exact harness markings;
manufacturer's declaration;
applicable standard and edition;
intended application;
compatibility with other equipment;
current procurement or site requirements.
Is a Safety Belt the Same as a Full-Body Harness?
No.
This distinction matters greatly.
A full-body fall-arrest harness is designed to distribute arrest forces across appropriate areas of the body.
A belt around the waist should not simply be treated as an equivalent substitute for a full-body fall-arrest harness.
The Construction Regulations' definition of fall-arrest equipment specifically refers to personal equipment including a body harness, together with other system components. (Scribd)
Always match the body-support equipment to its intended function.
Harness vs Lanyard: They Do Different Jobs
The harness supports the worker's body.
A lanyard is a connecting component.
Depending on the system, a lanyard may incorporate an energy absorber.
Therefore:
Harness ≠ lanyard.
And neither on its own equals a complete fall-arrest system.
Single-Leg vs Double-Leg Lanyard
A double-leg or twin-tail configuration is commonly used where the system requires the worker to transition between connection points while maintaining the required connection strategy.
But workers must be trained in the specific equipment and its limitations.
Do not assume:
“Two hooks means twice as safe.”
Incorrect connection of unused hooks or both legs can create hazards depending on the equipment design.
Follow the manufacturer and the fall-protection procedure for the system being used.
Can You Connect a Harness Directly to Scaffolding?
The answer is not simply yes or no.
The fact that a scaffold hook physically fits around part of a scaffold does not prove that the attachment location is an acceptable anchor.
You need to know:
whether the location is intended or approved for attachment;
whether it has adequate structural capacity;
whether the fall-protection plan permits it;
whether the connector and system are appropriate.
Physical fit does not equal engineering suitability.
Safety Harness Inspection: What Should Be Checked?
Harness inspection deserves its own system.
Before Each Use
The user should check the equipment before exposure to the hazard.
Look for:
webbing damage;
damaged stitching;
buckles;
D-rings;
connectors;
contamination;
labels;
obvious deterioration;
previous-impact indicators where applicable.
Formal Periodic Inspection
Employers should also have an appropriate formal inspection system based on:
manufacturer requirements;
equipment type;
frequency of use;
exposure conditions;
site requirements;
company procedure;
competent-person requirements.
Do not invent a universal inspection frequency and claim it applies to every harness in South Africa.
Manufacturer documentation for some harnesses, for example, requires pre-use inspection and formal recorded inspections at defined intervals.
When Must a Safety Harness Be Removed From Service?
Stop using equipment where there is reason to doubt its integrity.
Warning signs can include:
cuts;
severe abrasion;
heat damage;
chemical contamination;
damaged stitching;
distorted hardware;
cracked components;
severe corrosion;
unreadable critical identification;
failed inspection;
manufacturer withdrawal criteria;
involvement in a fall or significant load event where required by manufacturer instructions.
Do not return questionable equipment to the locker and hope somebody else notices.
Quarantine it.
Never Modify a Safety Harness Yourself
Do not:
punch new holes;
cut excess straps;
stitch damaged webbing;
repaint components;
replace components with random hardware;
alter attachment points.
Fall-protection equipment is engineered equipment.
A DIY modification can change how it performs under load.
Does a Harness Expire?
There is no useful universal answer such as:
“Every harness expires after exactly five years.”
Service life depends on the manufacturer's requirements, equipment condition, storage, environment, inspection findings and actual usage.
Some manufacturers specify maximum usable-life criteria.
The correct question is:
What does the manufacturer of this specific harness require?
How Should a Safety Harness Be Stored?
Storage can damage equipment long before the next job begins.
Harnesses should be stored according to manufacturer guidance and protected from damaging conditions such as:
excessive heat;
chemicals;
UV exposure;
sharp objects;
moisture where inappropriate;
contamination.
A harness should not spend months crushed underneath tools in the back of a vehicle and then be assumed safe because nobody has fallen in it yet.
Can a Safety Harness Cause Injury During a Fall?
Yes.
A harness is designed to form part of a system intended to arrest or manage a fall, but fall arrest itself can expose the body to significant forces.
Problems may be worsened by:
poor fit;
inappropriate system design;
incorrect attachment;
excessive free-fall distance;
unsuitable equipment;
collision during the fall;
prolonged suspension afterward.
That is why preventing the fall is generally preferable where reasonably practicable.
What Is Suspension Trauma?
After a fall has been arrested, the danger may not be over.
A worker can remain suspended in the harness while waiting for rescue.
Prolonged suspension can create serious physiological risks.
That is why the worker should not simply be told:
“If you fall, the harness will catch you.”
The employer also needs to answer:
“How will we get you down?”
Rescue Planning Is Part of Real Harness Safety
A fall-arrest system without a workable rescue arrangement is incomplete.
A rescue plan should consider:
who initiates rescue;
who performs it;
what equipment is available;
how rescuers reach the worker;
how quickly rescue can begin;
how emergency services are contacted;
what happens if normal access routes are blocked.
The 2025 draft Construction Regulations explicitly proposed that fall-protection planning include a rescue plan detailing necessary procedures, personnel and suitable equipment. While that document remains draft material, it illustrates how seriously rescue is treated in the regulatory framework. (Government of South Africa)
At What Height Should You Wear a Safety Harness?
This is another query where oversimplified answers are dangerous.
There is no single number that should replace risk assessment.
Whether a harness is required depends on factors such as:
applicable legislation;
type of work;
fall exposure;
collective protection available;
fall-prevention measures;
client/site rules;
work method;
consequence of a fall.
A worker can suffer serious injury from a relatively low fall.
Do not turn “2 metres” or any other number into a universal permission line where everything below it is assumed safe.
Does Working at Heights Training Make Harness Use Legally Compliant?
No.
Training is an important control.
It does not independently make the entire job legally compliant.
The employer still needs to consider:
risk assessment;
worker competence;
equipment suitability;
inspection;
supervision;
anchorage;
fall clearance;
medical fitness where applicable;
rescue;
actual site conditions.
A certificate cannot inspect today's harness, approve today's anchor or calculate today's clearance.
What About SAQA Unit Standard 229998?
SAQA Unit Standard 229998 — Explain and Perform Fall-Arrest Techniques When Working at Height is a legacy unit standard associated with Working at Heights/fall-arrest competence.
Its registration lifecycle needs to be described accurately.
It should not be presented as though possessing a 229998 certificate automatically proves that every future Working at Heights task is compliant.
Training records are evidence of training.
They are not a replacement for workplace controls.
Safety Harness Buddy Check: Should Another Worker Check You?
A second-person check can be a useful workplace control where incorporated into the company's procedure.
A buddy check can help identify:
twisted straps;
missed buckles;
incorrect dorsal positioning;
loose adjustment;
connector errors.
But a buddy check should supplement — not replace — the user's own inspection and competence.
10 Harness Mistakes That Can Defeat an Otherwise Good System
Wearing the wrong size.
Leaving leg straps loose.
Twisting webbing.
Mispositioning the chest strap.
Using the wrong D-ring.
Connecting to an unsuitable anchor.
Ignoring fall clearance.
Using damaged or contaminated equipment.
Mixing incompatible components.
Having no practical rescue method.
Notice how only four of those are strictly about putting the harness on.
That is why this page must go beyond fitting.
Safety Harness Employer Audit: 15 Questions to Ask
Before an employee works exposed to a fall risk, ask:
Has the task been assessed?
Can the fall be prevented instead?
Is the harness suitable for the intended use?
Is it the correct size?
Has it been inspected?
Are its labels and identification traceable?
Does the worker understand the attachment points?
Is the connecting equipment compatible?
Is the anchor suitable?
Has fall clearance been considered?
Has swing-fall risk been considered?
Is the worker trained for the task?
Is competent supervision available?
Is rescue equipment available?
Can the rescue procedure actually be implemented?
If the organisation cannot answer several of those questions, the problem is bigger than harness fitting.
Frequently Asked Questions
How do you wear a safety harness correctly?
Inspect the harness first, untangle the straps, put on the shoulder straps, secure the leg straps, fasten the chest strap, adjust the fit, confirm the intended attachment point and complete a final check according to the manufacturer's instructions.
What is the first step before putting on a safety harness?
Inspect it.
Do not begin by putting on equipment that has not first been checked for obvious damage, deterioration, contamination or hardware problems.
Is a safety harness mandatory for all Working at Heights jobs in South Africa?
Not automatically. Employers need to assess the task and select appropriate controls. Fall prevention or collective protection may be more appropriate in some circumstances. Harnesses form part of certain fall-prevention or fall-arrest systems but should not be treated as the universal answer to every height hazard.
At what height must a safety harness be worn in South Africa?
There is no responsible universal answer based only on one height number. The employer needs to consider the applicable regulation, task, fall exposure, workplace controls and risk assessment.
What SABS standard should a safety harness meet?
Full-body harnesses sold and specified in South Africa commonly reference SANS 50361 / EN 361. Other standards may apply to lanyards, energy absorbers, connectors and other components. Verify the actual product marking, manufacturer documentation and applicable current standard rather than treating one standard as approval of the entire system. (Scribd)
Where should the D-ring be positioned on a safety harness?
Position depends on the harness design and intended attachment point. Many fall-arrest harnesses have a dorsal attachment around the upper back, but workers must follow the manufacturer's instructions and understand which attachment point is intended for fall arrest.
Can you attach a safety harness to scaffolding?
Only where the attachment arrangement is suitable for the intended fall-protection system. A hook fitting around scaffold steel does not by itself prove that the location is a suitable anchor.
Should a harness be inspected before every use?
A pre-use check is a fundamental equipment-control practice. Employers should also operate an appropriate formal inspection regime based on manufacturer instructions, equipment use, environment and workplace requirements.
Can a safety harness be reused after a fall?
Do not automatically put it back into service. Equipment involved in a fall or significant load event should be handled according to manufacturer instructions and the employer's inspection/quarantine procedure.
Can you repair damaged safety-harness webbing?
Do not attempt unauthorised repairs or modifications. Follow the manufacturer's requirements and remove suspect equipment from service.
Is Working at Heights training the same as harness training?
Harness use can form part of Working at Heights competence, but Working at Heights covers a much wider risk system including fall hazards, equipment, positioning, prevention, arrest, supervision and rescue.
Does a Working at Heights certificate prove an employee is competent forever?
No. A certificate records training or achievement at a point in time. Employers still need to ensure that workers remain competent for the actual work, equipment and risks they encounter.
Authoritative Sources
Authoritative Source | Official Link |
Occupational Health and Safety Act 85 of 1993 | |
Construction Regulations 2014 | |
SAQA Unit Standard 229998 — Explain and Perform Fall-Arrest Techniques When Working at Height | |
Draft Construction Regulations 2025 — Department of Employment and Labour | |
Government Procurement Specifications Referencing SANS Fall-Protection Standards |
Final Word
Knowing how to wear a safety harness correctly matters.
But the most important lesson is this:
the harness is not the safety system.
Real Working at Heights protection depends on the complete chain:
risk assessment → correct work method → suitable equipment → correct fitting → suitable connection → adequate clearance → supervision → rescue.
A perfect harness cannot compensate for a bad anchor.
A good anchor cannot compensate for insufficient clearance.
A training certificate cannot compensate for damaged equipment.
And a worker who knows how to buckle a harness still needs to understand why, where and how the complete fall-protection system is supposed to work.
